schemas/libraries/effect/@rc/download_compiled/index/minified.js
schemas/libraries/effect/@rc/download_compiled/index/minified.js
schemas/libraries/effect/@rc/download_compiled/index/minified.js
schemas/libraries/effect/@rc/download_compiled/index/minified.js
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r = e.getCont(k);
return r
? r[k](t, e, n ? void 0 : this)
: e.yieldWith(n ? M(t) : this);
},
}),
wt = (e) => M(ft(e)),
Tt = (e) => M(mt(e)),
Et = A({
op: `WithFiber`,
[D](e) {
return this[E](e);
},
}),
Dt = (function () {
class e extends globalThis.Error {}
let t = bt({
op: `YieldableError`,
[D]() {
return wt(this);
},
});
return (
delete t.toString,
Object.assign(e.prototype, t),
e
);
})(),
Ot = (function () {
let e = Symbol.for(
`effect/Data/Error/plainArgs`,
);
return class extends Dt {
constructor(t) {
(super(
t?.message,
t?.cause
? { cause: t.cause }
: void 0,
),
t &&
(je(this, t),
Object.defineProperty(
this,
e,
{
value: t,
enumerable: !1,
},
)));
}
toJSON() {
return { ...this[e], ...this };
}
};
})(),
kt = (e) => {
class t extends Ot {
_tag = e;
}
return ((t.prototype.name = e), t);
},
At = `~effect/data/Option`,
jt = {
[At]: { _A: (e) => e },
...et,
[Symbol.iterator]() {
return new Ke(this);
},
},
Mt =
Object.defineProperty(
Object.assign(
Object.create(jt),
{
_tag: `Some`,
_op: `Some`,
[C](e) {
return (
Ft(e) &&
Lt(e) &&
w(this.value, e.value)
);
},
[v]() {
return x(y(this._tag))(
y(this.value),
);
},
toString() {
return `some(${T(this.value)})`;
},
toJSON() {
return {
_id: `Option`,
_tag: this._tag,
value: Ge(this.value),
};
},
},
),
"valueOrUndefined",
{
get() {
return this.value;
},
},
),
Nt = y(`None`),
Pt = Object.assign(
Object.create(jt),
{
_tag: `None`,
_op: `None`,
valueOrUndefined: void 0,
[C](e) {
return Ft(e) && It(e);
},
[v]() {
return Nt;
},
toString() {
return `none()`;
},
toJSON() {
return {
_id: `Option`,
_tag: this._tag,
};
},
},
),
Ft = (e) => _(e, At),
It = (e) => e._tag === `None`,
Lt = (e) => e._tag === `Some`,
Rt = Object.create(Pt),
zt = (e) => {
let t = Object.create(Mt);
return ((t.value = e), t);
},
Bt = `~effect/data/Result`;
({ ...et });
function Vt(e) {
return (t, n) =>
t === n ? 0 : e(t, n);
}
const Ht = Vt((e, t) =>
globalThis.Number.isNaN(e) &&
globalThis.Number.isNaN(t)
? 0
: globalThis.Number.isNaN(e)
? -1
: globalThis.Number.isNaN(t)
? 1
: e < t
? -1
: 1,
),
Ut = (e) =>
r(2, (t, n) => e(t, n) !== 1),
Wt = (e) =>
r(2, (t, n) => e(t, n) !== -1),
Gt = () => Rt,
Kt = zt,
qt = It,
Jt = r(2, (e, t) =>
qt(e) ? Gt() : Kt(t(e.value)),
),
Yt = globalThis.Array,
Xt = (e) =>
Yt.isArray(e) ? e : Yt.from(e),
Zt = r(2, (e, t) => [
...e,
t,
]),
Qt = r(2, (e, t) =>
Xt(e).concat(Xt(t)),
);
Yt.isArray;
const $t = ke,
en = ke,
tn = (e, t) => {
let n = y(t),
r = e.get(n);
if (r === void 0)
return (e.set(n, [t]), !0);
for (let e of r)
if (w(e, t)) return !1;
return (r.push(t), !0);
},
nn = r(2, (e, t) => {
let n = Xt(e),
r = Xt(t);
return en(n)
? en(r)
? on(Qt(n, r))
: n
: r;
}),
rn = () => [],
an = r(2, (e, t) =>
e.map(t),
),
on = (e) => {
let t = Xt(e);
if (t.length < 2) return [...t];
let n = new Map(),
r = [];
for (let e of t)
tn(n, e) && r.push(e);
return r;
},
sn = `~effect/BigDecimal`,
cn = {
[sn]: sn,
[v]() {
let e = mn(this);
return x(y(e.value), ne(e.scale));
},
[C](e) {
return ln(e) && vn(this, e);
},
toString() {
return `BigDecimal(${yn(this)})`;
},
toJSON() {
return {
_id: `BigDecimal`,
value: String(this.value),
scale: this.scale,
};
},
[We]() {
return this.toJSON();
},
pipe() {
return e(this, arguments);
},
},
ln = (e) => _(e, sn),
un = (e, t) => {
let n = Object.create(cn);
return (
(n.value = e), (n.scale = t), n
);
},
dn = (e, t) => {
if (e !== N && e % fn === N)
throw RangeError(
`Value must be normalized`,
);
let n = un(e, t);
return ((n.normalized = n), n);
},
N = BigInt(0),
fn = BigInt(10),
pn = dn(N, 0),
mn = (e) => {
if (e.normalized === void 0) {
if (e.value === N)
e.normalized = pn;
else {
let t = `${e.value}`,
n = 0;
for (
let e = t.length - 1;
e >= 0 && t[e] === `0`;
e--
)
n++;
n === 0 && (e.normalized = e);
let r = BigInt(
t.substring(
0,
t.length - n,
),
),
i = e.scale - n;
e.normalized = dn(r, i);
}
}
return e.normalized;
},
hn = r(2, (e, t) =>
t > e.scale
? un(
e.value *
fn ** BigInt(t - e.scale),
t,
)
: t < e.scale
? un(
e.value /
fn ** BigInt(e.scale - t),
t,
)
: e,
),
gn = (e) =>
e.value < N
? un(-e.value, e.scale)
: e,
_n = Oe((e, t) =>
e.scale > t.scale
? hn(t, e.scale).value === e.value
: e.scale < t.scale
? hn(e, t.scale).value ===
t.value
: e.value === t.value,
),
vn = r(2, (e, t) =>
_n(e, t),
),
yn = (e) => {
let t = mn(e);
if (Math.abs(t.scale) >= 16)
return bn(t);
let n = t.value < N,
r = n
? `${t.value}`.substring(1)
: `${t.value}`,
i,
a;
if (t.scale >= r.length)
((i = `0`),
(a =
`0`.repeat(
t.scale - r.length,
) + r));
else {
let e = r.length - t.scale;
if (e > r.length) {
let t = e - r.length;
((i = `${r}${`0`.repeat(t)}`),
(a = ``));
} else
((a = r.slice(e)),
(i = r.slice(0, e)));
}
let o = a === `` ? i : `${i}.${a}`;
return n ? `-${o}` : o;
},
bn = (e) => {
if (xn(e)) return `0e+0`;
let t = mn(e),
n = `${gn(t).value}`,
r = n.slice(0, 1),
i = n.slice(1),
a = `${Sn(t) ? `-` : ``}${r}`;
i !== `` && (a += `.${i}`);
let o = i.length - t.scale;
return `${a}e${o >= 0 ? `+` : ``}${o}`;
},
xn = (e) => e.value === N,
Sn = (e) => e.value < N,
Cn = (e) =>
bt({
op: e.label,
[D]: e.evaluate,
}),
wn = `~effect/Context/Service`,
Tn = function () {
function e() {}
let t = e;
Object.setPrototypeOf(t, En);
let n = (e, n) => (
(t.key = e),
n?.defaultValue &&
((t[On] = On),
(t.defaultValue =
n.defaultValue)),
n?.make && (t.make = n.make),
n?.fiberCached && Dn.add(e),
t
);
return arguments.length > 0
? n(arguments[0], arguments[1])
: n;
},
En = {
[wn]: wn,
... Cn({
label: `Service`,
evaluate(e) {
return j(Kn(e.context, this));
},
}),
toJSON() {
return {
_id: `Service`,
key: this.key,
};
},
of(e) {
return e;
},
context(e) {
return Hn(this, e);
},
use(e) {
return Et((t) =>
e(Kn(t.context, this)),
);
},
useSync(e) {
return Et((t) =>
j(e(Kn(t.context, this))),
);
},
},
Dn = new Set(),
On = `~effect/Context/Reference`,
kn = `~effect/Context`,
An = (e, t, n, r) => {
let i = Object.create(In);
return (
(i.cacheRoot = e ?? i),
(i.base = t),
(i.overlay = n),
(i.depth = r),
(i._flat = void 0),
(i.baseHits = 0),
i
);
},
jn = (e, t) => {
t &&
(jn(e, t.parent),
e.set(t.key, t.value));
},
Mn = (e) => {
if (e._flat) return e._flat;
if (!e.overlay)
return (e._flat = e.base);
let t = new Map(e.base);
return (
jn(t, e.overlay), (e._flat = t)
);
},
Nn = Symbol(),
Pn = (e, t) => {
let n = e;
for (
let e = n.overlay;
e;
e = e.parent
)
if (e.key === t) return e.value;
let r = n.base.get(t);
return r === void 0 &&
!n.base.has(t)
? Nn
: (n.overlay &&
++n.baseHits >= 8 &&
((n.base = Mn(n)),
(n.overlay = void 0),
(n.depth = 0)),
r);
},
Fn = (e) => An(void 0, e, void 0, 0),
In = {
get mapUnsafe() {
return Mn(this);
},
...et,
[kn]: { _Services: (e) => e },
toJSON() {
return {
_id: `Context`,
services: Array.from(
this.mapUnsafe,
).map(([e, t]) => ({
key: e,
value: t,
})),
};
},
[C](e) {
if (!Rn(e)) return !1;
let t = this.mapUnsafe,
n = e.mapUnsafe;
if (t.size !== n.size) return !1;
for (let [e, r] of t)
if (
!n.has(e) ||
!w(r, n.get(e))
)
return !1;
return !0;
},
[v]() {
return ne(this.mapUnsafe.size);
},
},
Ln = (e, t) =>
e.cacheRoot === t.cacheRoot,
Rn = (e) => _(e, kn),
zn = (e) => !!e[On],
Bn = () => Vn,
Vn = Fn(
new Map(),
),
Hn = (e, t) =>
Fn(
new Map([
[e.key, t],
]),
),
Un = r(3, (e, t, n) =>
Wn(e, t.key, n),
),
Wn = (e, t, n) => {
let r = e,
i = Dn.has(t)
? void 0
: r.cacheRoot;
if (r.depth >= 8) {
let e = new Map(r.mapUnsafe);
return (
e.set(t, n), An(i, e, void 0, 0)
);
}
return An(
i,
r.base,
{
key: t,
value: n,
parent: r.overlay,
},
r.depth + 1,
);
},
Gn = (e, t) => {
let n = Pn(e, t);
return n === Nn ? void 0 : n;
},
Kn = r(2, (e, t) => {
let n = Pn(e, t.key);
if (n === Nn) {
if (zn(t)) return Jn(t);
throw Yn(t);
}
return n;
}),
qn = `~effect/Context/defaultValue`,
Jn = (e) =>
qn in e
? e[qn]
: (e[qn] = e.defaultValue()),
Yn = (e) => {
let t = Error(
`Service not found${e.key ? `: ${String(e.key)}` : ``}`,
);
if (t.stack) {
let e = t.stack.split(`
`);
(e.splice(1, 3),
(t.stack = e.join(`
`)));
}
return t;
},
Xn = Tn,
Zn = Xn(
`effect/Scheduler`,
{
fiberCached: !0,
defaultValue: () => new tr(),
},
),
Qn =
`setImmediate` in globalThis
? (e) => {
let t =
globalThis.setImmediate(e);
return () =>
globalThis.clearImmediate(
t,
);
}
: (e) => {
let t = setTimeout(e, 0);
return () => clearTimeout(t);
},
$n = (e) => {
let t = !1;
return (
Promise.resolve().then(() => {
t || e();
}),
() => {
t = !0;
}
);
};
var er = class {
buckets = [];
scheduleTask(e, t) {
let n = this.buckets,
r = n.length,
i,
a = 0;
for (
;
a < r && !(n[a][0] > t);
a++
)
i = n[a];
i && i[0] === t
? i[1].push(e)
: a === r
? n.push([t, [e]])
: n.splice(a, 0, [t, [e]]);
}
drain() {
let e = this.buckets;
return ((this.buckets = []), e);
}
},
tr = class {
executionMode;
setImmediate;
constructor(e = `async`, t) {
((this.executionMode = e),
(this.setImmediate =
t ??
(e === `sync` ? $n : Qn)));
}
shouldYield(e) {
return (
e.currentOpCount >=
e.maxOpsBeforeYield
);
}
makeDispatcher() {
return new nr(this.setImmediate);
}
},
nr = class {
tasks = new er();
running = void 0;
setImmediate;
constructor(e = Qn) {
this.setImmediate = e;
}
scheduleTask(e, t) {
(this.tasks.scheduleTask(e, t),
this.running === void 0 &&
(this.running =
this.setImmediate(
this.afterScheduled,
)));
}
afterScheduled = () => {
((this.running = void 0),
this.runTasks());
};
runTasks() {
let e = this.tasks.drain();
for (
let t = 0;
t < e.length;
t++
) {
let n = e[t][1];
for (
let e = 0;
e < n.length;
e++
)
n[e]();
}
}
flush() {
for (
;
this.tasks.buckets.length > 0;
)
(this.running !== void 0 &&
(this.running(),
(this.running = void 0)),
this.runTasks());
}
};
const rr = Xn(
`effect/Scheduler/MaxOpsBeforeYield`,
{
fiberCached: !0,
defaultValue: () => 2048,
},
),
ir = Xn(
`effect/Scheduler/PreventSchedulerYield`,
{
fiberCached: !0,
defaultValue: () => !1,
},
),
ar = kt,
or = [];
for (let e = 0; e < 256; e++)
or.push(
e.toString(16).padStart(2, `0`),
);
const sr = Xn(
`effect/References/CurrentStackFrame`,
{
fiberCached: !0,
defaultValue: a,
},
),
cr = Xn(
`effect/References/CurrentLogLevel`,
{
fiberCached: !0,
defaultValue: () => `Info`,
},
),
lr = Xn(
`effect/References/MinimumLogLevel`,
{
fiberCached: !0,
defaultValue: () => `Info`,
},
),
ur = (() => {
let e =
Object.getOwnPropertyDescriptor(
Error,
`stackTraceLimit`,
);
return e === void 0
? Object.isExtensible(Error)
: Object.hasOwn(e, `writable`)
? e.writable === !0
: e.set !== void 0;
})(),
dr = () => Error.stackTraceLimit,
fr = (e) => {
ur && (Error.stackTraceLimit = e);
};
var pr = class extends ct {
fiberId;
constructor(e, t = lt) {
(super(
`Interrupt`,
t,
`Interrupted`,
),
(this.fiberId = e));
}
toString() {
return `Interrupt(${this.fiberId})`;
}
toJSON() {
return {
_tag: `Interrupt`,
fiberId: this.fiberId,
};
}
[C](e) {
return (
vt(e) &&
this.fiberId === e.fiberId &&
this.annotations === e.annotations
);
}
[v]() {
return x(
S(`${this._tag}:${this.fiberId}`),
)(b(this.annotations));
}
};
const mr = (e) => new ot([new pr(e)]),
hr = (e) => e.reasons.some(vt),
gr = r(2, (e, t) => {
if (e.reasons.length === 0)
return t;
if (t.reasons.length === 0)
return e;
let n = new ot(
nn(e.reasons, t.reasons),
);
return w(e, n) ? e : n;
}),
_r = r(2, (e, t) => {
let n = !1,
r = e.reasons.map((e) =>
gt(e)
? ((n = !0),
new ut(
t(e.error),
e.annotations,
))
: e,
);
return n ? dt(r) : e;
}),
vr = `~effect/Fiber`,
yr = { _A: i, _E: i },
br = { id: 0 },
xr = () => globalThis[Ie];
var Sr = class {
constructor(e, t = !0) {
((this[vr] = yr),
this.setContext(e),
(this.id = ++br.id),
(this.currentOpCount = 0),
(this.interruptible = t),
(this._stack = []),
(this._observers = []),
(this._exit = void 0),
(this._children = void 0),
(this._interruptedCause = void 0),
(this._yielded = void 0),
(this._running = !1),
(this._deferredInterrupt = !1),
this.runtimeMetrics?.recordFiberStart(
this.context,
));
}
[vr];
id;
interruptible;
currentOpCount;
_stack;
_observers;
_exit;
_children;
_interruptedCause;
_yielded;
_running;
_deferredInterrupt;
context;
currentScheduler;
currentTracerContext;
currentSpan;
currentLogLevel;
minimumLogLevel;
currentStackFrame;
runtimeMetrics;
maxOpsBeforeYield;
currentPreventYield;
_dispatcher = void 0;
get currentDispatcher() {
return (this._dispatcher ??=
this.currentScheduler.makeDispatcher());
}
getRef(e) {
return Kn(this.context, e);
}
addObserver(e) {
return this._exit
? (e(this._exit), o)
: (this._observers.push(e),
() => {
if (this._exit) return;
let t =
this._observers.indexOf(e);
t >= 0 &&
this._observers.splice(
t,
1,
);
});
}
interruptUnsafe(e, t) {
if (this._exit) return;
let n = mr(e);
(this.currentStackFrame &&
(n = ht(
n,
Hn(St, this.currentStackFrame),
)),
t && (n = ht(n, t)),
(this._interruptedCause = this
._interruptedCause
? gr(this._interruptedCause, n)
: n),
this.interruptible &&
(this._running
? (this._deferredInterrupt =
!0)
: this.evaluate(
F(this._interruptedCause),
)));
}
pollUnsafe() {
return this._exit;
}
evaluate(e) {
if (this._exit) return;
if (this._yielded !== void 0) {
let e = this._yielded;
((this._yielded = void 0), e());
}
let t = this.runLoop(e);
if (t === $e) return;
let n =
wr.interruptChildren &&
wr.interruptChildren(this);
if (n !== void 0)
return this.evaluate(
I(n, () => t),
);
((this._exit = t),
this.runtimeMetrics?.recordFiberEnd(
this.context,
this._exit,
));
for (
let e = 0;
e < this._observers.length;
e++
)
this._observers[e](t);
((this._observers.length = 0),
(this._stack.length = 0),
(this._children = void 0),
(this.context = Bn()));
}
runLoop(e) {
let t = globalThis[Ie];
globalThis[Ie] = this;
let n = this._running;
this._running = !0;
let r = !1,
i = e;
this.currentOpCount = 0;
try {
for (;;) {
if (
(this._deferredInterrupt &&
((this._deferredInterrupt =
!1),
(i = F(
this._interruptedCause,
))),
this.currentOpCount++,
!r &&
!this.currentPreventYield &&
this.currentScheduler.shouldYield(
this,
))
) {
r = !0;
let e = i;
i = I(jr, () => e);
}
if (
((i = this
.currentTracerContext
? this.currentTracerContext(
i,
this,
)
: i[D](this)),
i === $e)
) {
let e = this._yielded;
if (Ye in e)
return (
(this._deferredInterrupt =
!1),
(this._yielded = void 0),
e
);
if (this._deferredInterrupt) {
((this._yielded = void 0),
e());
continue;
}
return $e;
}
}
} catch (e) {
return _(i, D)
? this.runLoop(Tt(e))
: Tt(
`Fiber.runLoop: Not a valid effect: ${String(i)}`,
);
} finally {
((this._running = n),
(globalThis[Ie] = t));
}
}
getCont(e) {
if (this._deferredInterrupt)
return (
(this._deferredInterrupt = !1),
Cr
);
for (;;) {
let t = this._stack.pop();
if (!t) return;
let n = t[Qe] && t[Qe](this);
if (n) return ((n[e] = n), n);
if (t[e]) return t;
}
}
yieldWith(e) {
return ((this._yielded = e), $e);
}
children() {
return (this._children ??=
new Set());
}
pipe() {
return e(this, arguments);
}
setContext(e) {
let t = this.context;
if (
((this.context = e),
t !== void 0 && Ln(t, e))
)
return;
let n = this.getRef(Zn);
(n !== this.currentScheduler &&
((this.currentScheduler = n),
(this._dispatcher = void 0)),
(this.currentSpan = Gn(
e,
`effect/Tracer/ParentSpan`,
)),
(this.currentLogLevel =
this.getRef(cr)),
(this.minimumLogLevel =
this.getRef(lr)),
(this.currentStackFrame =
this.getRef(sr)),
(this.maxOpsBeforeYield =
this.getRef(rr)),
(this.currentPreventYield =
this.getRef(ir)),
(this.runtimeMetrics = Gn(
e,
`effect/observability/Metric/FiberRuntimeMetricsKey`,
)));
let r = Gn(e, `effect/Tracer`);
this.currentTracerContext = r
? r.context
: void 0;
}
get currentSpanLocal() {
return this.currentSpan?._tag ===
`Span`
? this.currentSpan
: void 0;
}
};
const Cr = {
[O](e, t) {
return F(t._interruptedCause);
},
[k](e, t) {
return F(t._interruptedCause);
},
},
wr = { interruptChildren: void 0 },
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t.set(
Ct.key,
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Fn(t)
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Lr((t) => {
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Et((t) => {
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r = rn();
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F = M,
Or = wt,
kr = A({
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Lr = (e) => Fr(e, e.length >= 2),
Rr = (e, t) =>
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configurable: !0,
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zr = (e, ...t) =>
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e.length,
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e.apply(this, arguments),
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n
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t._stack.push(this), r.value
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I = r(2, (e, t) => {
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t.length === 1
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n
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L(e)
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n
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[D](e) {
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e._stack.push(this), this[E]
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[k](e, t, n) {
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Et((t) =>
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c = t(e, s, a);
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ei(Dr(Array.from(f))),
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h)
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e._tag ===
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e,
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dt([
e,
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let e = b(
r,
i,
t,
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e &&
((h =
e._tag ===
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dt(
e.cause.reasons.slice(),
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e && p(e);
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u &&
f.size === 0 &&
p(h ?? Pr);
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return Lr((e) => {
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(f =
new Set()),
(g = a),
(p = e));
let t;
try {
t = x();
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return t
? e(t)
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() => (
(h = Jr),
(m = !0),
f ? Dr(f) : Pr
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if (((u = !0), h)) {
if (f && f.size > 0) {
let e = Tr(d);
f.forEach((t) =>
t.interruptUnsafe(
d.id,
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p ||
h._tag === `Failure`
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f.size === 0 && p(Pr);
else return Jr;
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};
return x();
};
},
ri = () => ni,
ii = (
e,
t,
n = !1,
r = !1,
i = !1,
) => {
let a = e,
o =
i === `inherit`
? a.interruptible
: !i,
s = new Sr(a.context, o);
return (
n
? s.evaluate(t)
: a.currentDispatcher.scheduleTask(
() => s.evaluate(t),
0,
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!r &&
!s._exit &&
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s.addObserver(() =>
a._children.delete(s),
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s
);
},
ai = (e) => (t, n) => {
let r = new Sr(
n?.scheduler
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: e,
n?.uninterruptible !== !0,
);
if ((r.evaluate(t), r._exit))
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if (n?.signal) {
if (n.signal.aborted)
r.interruptUnsafe();
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let e = () =>
r.interruptUnsafe();
(n.signal.addEventListener(
`abort`,
e,
{ once: !0 },
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r.addObserver(() =>
n.signal.removeEventListener(
`abort`,
e,
),
));
}
}
return (
n?.onFiberStart &&
n.onFiberStart(r),
r
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},
oi = ((e) => {
let t = ai(e);
return (e) => {
if (L(e)) return e;
let n = new tr(`sync`),
r = t(e, { scheduler: n });
return (
r._dispatcher?.flush(),
r._exit ?? Tt(new ci(r))
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};
})( Bn()),
si = `~effect/Cause/AsyncFiberError`;
var ci = class extends kt(
`AsyncFiberError`,
) {
[si] = si;
constructor(e) {
super({
message: `An asynchronous Effect was executed with Effect.runSync`,
fiber: e,
});
}
};
const li = {
bold: `1`,
red: `31`,
green: `32`,
yellow: `33`,
blue: `34`,
cyan: `36`,
white: `37`,
gray: `90`,
black: `30`,
bgBrightRed: `101`,
};
(li.gray,
li.blue,
li.green,
li.yellow,
li.red,
li.bgBrightRed,
li.black);
const ui = gt,
di = _r,
fi = j,
pi = M,
mi = wt,
hi = Jr,
gi = qr,
_i = `~effect/time/DateTime`,
vi = `~effect/time/DateTime/TimeZone`,
yi = {
[_i]: _i,
pipe() {
return e(this, arguments);
},
[We]() {
return this.toString();
},
toJSON() {
return xi(this).toJSON();
},
};
(({ ...yi }), { ...yi });
const bi = {
[vi]: vi,
[We]() {
return this.toString();
},
};
(({ ...bi }), { ...bi });
const xi = (e) =>
new Date(e.epochMilliseconds),
R = P,
z = Or,
Si = Mr,
Ci = Nr,
wi = I,
Ti = Qr,
Ei = Xr,
Di = oi,
Oi = Kr,
B = Wr,
ki = zr;
function Ai(e) {
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}
const ji = `~structural`,
Mi = s((e) => {
let t = Ai(e)?.identifier;
return typeof t == `string`
? t
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}),
V = Symbol(),
H = fi,
Ni = H(V),
U = H(V),
Pi = (e) => (e === V ? Gt() : Kt(e)),
Fi = (e) =>
e._tag === `None` ? Ni : H(e.value),
Ii = `~effect/SchemaIssue/Issue`;
function Li(e) {
return _(e, Ii) && e[Ii] === Ii;
}
function Ri(e) {
return Object.hasOwn(e, `input`);
}
var W = class {
[Ii] = Ii;
constructor(e, t) {
t?.reportInput === !0 &&
e !== V &&
(this.input = e);
}
},
zi = class extends W {
_tag = `Filter`;
filter;
issue;
constructor(e, t, n, r) {
(super(n, r),
(this.filter = e),
(this.issue = t));
}
},
Bi = class extends W {
_tag = `Encoding`;
ast;
issue;
constructor(e, t, n, r) {
(super(n, r),
(this.ast = e),
(this.issue = t));
}
},
Vi = class extends W {
_tag = `Pointer`;
path;
issue;
constructor(e, t) {
(super(),
(this.path = e),
(this.issue = t));
}
},
Hi = class extends W {
_tag = `MissingKey`;
annotations;
constructor(e) {
(super(), (this.annotations = e));
}
},
Ui = class extends W {
_tag = `UnexpectedKey`;
ast;
constructor(e, t, n) {
(super(t, n), (this.ast = e));
}
},
G = class extends W {
_tag = `Composite`;
ast;
issues;
constructor(e, t, n, r) {
(super(n, r),
(this.ast = e),
(this.issues = t));
}
},
Wi = class extends W {
_tag = `InvalidType`;
ast;
constructor(e, t, n) {
(super(t, n), (this.ast = e));
}
},
Gi = class extends W {
_tag = `InvalidValue`;
annotations;
constructor(e, t, n) {
(super(t, n),
(this.annotations = e));
}
},
Ki = class extends W {
_tag = `AnyOf`;
ast;
issues;
constructor(e, t, n, r) {
(super(n, r),
(this.ast = e),
(this.issues = t));
}
},
qi = class extends W {
_tag = `OneOf`;
ast;
successes;
constructor(e, t, n, r) {
(super(n, r),
(this.ast = e),
(this.successes = t));
}
};
function Ji(e, t, n) {
if (Li(e)) return e;
if (typeof e == `string`)
return new Gi({ message: e }, t, n);
let r =
typeof e.issue == `string`
? new Gi(
{ message: e.issue },
t,
n,
)
: e.issue;
return new Vi(e.path, r);
}
function Yi(e, t, n) {
if (e !== void 0)
return typeof e == `boolean`
? e
? void 0
: new Gi(void 0, t, n)
: Ji(e, t, n);
}
function Xi(e, t, n, r) {
return Array.isArray(t)
? en(t)
? t.length === 1
? Ji(t[0], n, r)
: new G(
e,
an(t, (e) => Ji(e, n, r)),
n,
r,
)
: void 0
: Yi(t, n, r);
}
const Zi = (e) => {
let t = oa(e);
if (t !== void 0) return t;
switch (e._tag) {
case `InvalidType`:
return ta(Mi(e.ast), e);
case `InvalidValue`: {
let t = ea(e);
if (t !== void 0)
return ta(t, e);
let n = $i(e);
return n === void 0
? `Expected a valid value`
: `Invalid data ${n}`;
}
case `MissingKey`:
return `Missing key`;
case `UnexpectedKey`: {
let t = $i(e);
return t === void 0
? `Expected no excess property`
: `Unexpected key with value ${t}`;
}
case `Forbidden`:
return `Forbidden operation`;
case `OneOf`: {
let t = $i(e);
return t === void 0
? `Expected exactly one member to match`
: `Expected exactly one member to match the input ${t}`;
}
}
},
Qi = (e) => oa(e.issue) ?? oa(e);
function $i(e) {
return Ri(e) ? T(e.input) : void 0;
}
function ea(e) {
let t = e.annotations?.expected;
return typeof t == `string`
? t
: void 0;
}
function ta(e, t) {
let n = $i(t);
return n === void 0
? `Expected ${e}`
: `Expected ${e}, got ${n}`;
}
function na(e) {
let t = e.annotations?.expected;
if (typeof t == `string`) return t;
switch (e._tag) {
case `Filter`:
return `<filter>`;
case `FilterGroup`:
return e.checks
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.join(` & `);
}
}
function ra() {
return (e) => aa(e, ``);
}
const ia = ra();
function aa(e, t) {
let n;
switch (e._tag) {
case `Filter`: {
let r = Qi(e);
if (r !== void 0) n = r;
else {
if (
e.issue._tag !==
`InvalidValue`
)
return aa(e.issue, t);
let r = ea(e.issue);
n =
r === void 0
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}
break;
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case `Encoding`:
return aa(e.issue, t);
case `Pointer`:
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e.issue,
t + Ve(e.path),
);
case `Composite`:
case `AnyOf`:
if (
e._tag === `Composite` ||
e.issues.length > 0
)
return e.issues.map((e) =>
aa(e, t),
).join(`
`);
n = oa(e) ?? ta(Mi(e.ast), e);
break;
default:
n = Zi(e);
}
return t ? `${n}\n at ${t}` : n;
}
function oa(e) {
if (e._tag === `Pointer`) return;
if (e._tag === `Encoding`)
return oa(e.issue);
let t = (
e._tag === `Filter`
? e.filter.annotations
: `annotations` in e
? e.annotations
: e.ast.annotations
)?.[
e._tag === `MissingKey`
? `messageMissingKey`
: e._tag === `UnexpectedKey`
? `messageUnexpectedKey`
: `message`
];
if (typeof t == `string`) return t;
}
function sa(e) {
let t;
for (let n of e.reasons) {
if (!ui(n) || !Li(n.error)) return;
t ??= n.error;
}
return t;
}
function ca(e, t) {
let n = sa(e);
if (n === void 0)
throw Error(t, { cause: e });
return n;
}
var la = class e extends n {
run;
constructor(e) {
(super(), (this.run = e));
}
map(t) {
return new e((e, n) =>
this.run(e, n).pipe(Oi(Jt(t))),
);
}
compose(t) {
return da(this)
? t
: da(t)
? this
: new e((e, n) =>
this.run(e, n).pipe(
B((e) => t.run(e, n)),
),
);
}
};
const ua = new la(R);
function da(e) {
return e.run === ua.run;
}
function fa() {
return ua;
}
function pa(e) {
return ma(Jt(e));
}
function ma(e) {
return new la((t) => R(e(t)));
}
function ha() {
return pa(globalThis.String);
}
function ga() {
return pa(globalThis.Number);
}
const _a = `~effect/SchemaTransformation/Transformation`;
var va = class e {
[_a] = _a;
_tag = `Transformation`;
decode;
encode;
constructor(e, t) {
((this.decode = e),
(this.encode = t));
}
flip() {
return new e(
this.encode,
this.decode,
);
}
compose(t) {
return new e(
this.decode.compose(t.decode),
t.encode.compose(this.encode),
);
}
};
function ya(e) {
return _(e, _a) && e[_a] === _a;
}
const ba = (e) =>
ya(e)
? e
: new va(e.decode, e.encode),
xa = new va(
fa(),
fa(),
);
function Sa() {
return xa;
}
const Ca = new va(
ga(),
ha(),
);
function wa(e) {
return (t) => t._tag === e;
}
const Ta = wa(
`Declaration`,
),
Ea = wa(`Never`),
Da = wa(`Literal`),
Oa = wa(`UniqueSymbol`),
ka = wa(`Arrays`),
Aa = wa(`Objects`),
ja = wa(`Suspend`);
var K = class {
to;
transformation;
constructor(e, t) {
((this.to = e),
(this.transformation = t));
}
};
const Ma = {};
var Na = class {
isOptional;
isMutable;
constructorDefault;
annotations;
constructor(
e,
t,
n = void 0,
r = void 0,
) {
((this.isOptional = e),
(this.isMutable = t),
(this.constructorDefault = n),
(this.annotations = r));
}
};
const Pa = `~effect/Schema`;
var q = class {
[Pa] = Pa;
annotations;
checks;
encoding;
context;
constructor(
e = void 0,
t = void 0,
n = void 0,
r = void 0,
) {
((this.annotations = e),
(this.checks = t),
(this.encoding = n),
(this.context = r));
}
toString() {
return `<${this._tag}>`;
}
},
Fa = class e extends q {
_tag = `Declaration`;
typeParameters;
run;
encodingChecks;
encodingRun;
constructor(
e,
t,
n,
r,
i,
a,
o,
s,
) {
(super(n, r, i, a),
(this.typeParameters = e),
(this.run = t),
(this.encodingChecks = o),
(this.encodingRun = s));
}
getParser() {
let e;
return (t, n) =>
t === V
? Ni
: (e ??= this.run(
this.typeParameters,
))(t, this, n);
}
_rebuild(t, n, r, i, a) {
let o = zo(
this.typeParameters,
t,
);
return o ===
this.typeParameters &&
n === this.checks &&
r === this.encodingChecks &&
i === this.run &&
a === this.encodingRun
? this
: new e(
o,
i,
this.annotations,
n,
void 0,
this.context,
r,
a,
);
}
recur(e) {
return this._rebuild(
e,
this.checks,
this.encodingChecks,
this.run,
this.encodingRun,
);
}
flip(e) {
return this._rebuild(
e,
this.encodingChecks,
this.checks,
this.encodingRun ?? this.run,
this.run,
);
}
getExpected() {
let e =
this.annotations?.expected;
return typeof e == `string`
? e
: `<Declaration>`;
}
};
const Ia =
new (class extends q {
_tag = `Null`;
getParser() {
return Yo(this, null);
}
getExpected() {
return `null`;
}
})(),
La =
new (class extends q {
_tag = `Unknown`;
getParser() {
return Xo(this, h);
}
getExpected() {
return `unknown`;
}
})();
var Ra = class extends q {
_tag = `Literal`;
literal;
constructor(e, t, n, r, i) {
if (
(super(t, n, r, i),
typeof e == `number` &&
!globalThis.Number.isFinite(e))
)
throw Error(
`A numeric literal must be finite, got ${T(e)}`,
);
this.literal = e;
}
getParser() {
return Yo(this, this.literal);
}
matchPart(e, t) {
return e ===
globalThis.String(this.literal)
? this.literal
: void 0;
}
toCodecJson() {
return typeof this.literal ==
`bigint`
? za(this)
: this;
}
toCodecStringTree() {
return typeof this.literal ==
`string`
? this
: za(this);
}
getExpected() {
return typeof this.literal ==
`string`
? JSON.stringify(this.literal)
: globalThis.String(this.literal);
}
};
function za(e) {
let t = globalThis.String(e.literal);
return J(e, [
new K(
new Ra(t),
new va(
pa(() => e.literal),
pa(() => t),
),
),
]);
}
const Ba =
new (class extends q {
_tag = `String`;
getParser() {
return Xo(this, d);
}
matchPart(e, t) {
let n = this.checks;
return n &&
!t.disableChecks &&
is(n, e, void 0, this, t)
? void 0
: e;
}
getExpected() {
return `string`;
}
})();
var Va = class extends q {
_tag = `Number`;
getParser() {
return Xo(this, f);
}
matchKey(e, t) {
return this._match($o, e, t);
}
matchPart(e, t) {
return this._match(Qo, e, t);
}
_match(e, t, n) {
if (!e.test(t)) return;
let r = globalThis.Number(t);
return n.disableChecks ||
!this.checks
? r
: is(
this.checks,
r,
void 0,
this,
n,
)
? void 0
: r;
}
toCodecJson() {
return this.checks &&
(Ha(
this.checks,
`effect/schema/isFinite`,
) ||
Ha(
this.checks,
`effect/schema/isInt`,
))
? this
: J(this, [Eo]);
}
toCodecStringTree() {
return this.toCodecJson() === this
? J(this, [ns])
: J(this, [rs]);
}
getExpected() {
return `number`;
}
};
function Ha(e, t) {
return e.some(
(e) =>
e.annotations?.representation
?.id === t ||
(e._tag === `FilterGroup` &&
Ha(e.checks, t)),
);
}
const Ua = new Va();
var Wa = class e extends q {
_tag = `Arrays`;
isMutable;
elements;
rest;
encodingChecks;
constructor(e, t, n, r, i, a, o, s) {
(super(r, i, a, o),
(this.isMutable = e),
(this.elements = t),
(this.rest = n),
(this.encodingChecks = s));
let c = !1;
for (let e = 0; e < t.length; e++)
if (Y(t[e])) c = !0;
else if (c)
throw Error(
`A required element cannot follow an optional element. ts(1257)`,
);
if (c && n.length > 1)
throw Error(
`A required element cannot follow an optional element. ts(1257)`,
);
for (let e = 1; e < n.length; e++)
if (Y(n[e]))
throw Error(
`An optional element cannot follow a rest element. ts(1266)`,
);
}
getParser(e, t = e) {
let n = this,
r,
i,
a = n.elements.length,
o = Math.max(
0,
n.rest.length - 1,
);
function s(e, t) {
return t < a
? r[t]
: t >= e
? i[t - e + 1]
: i[0];
}
return ki(function* (e, c) {
if (e === V) return V;
if (!Array.isArray(e))
return yield* z(
new Wi(n, e, c),
);
r ||
((r = n.elements.map((e) => ({
ast: e,
parser: t(e),
}))),
(i = n.rest.map((e) => ({
ast: e,
parser: t(e),
}))));
let l = e.length,
u = {
ast: n,
getParser: s,
input: e,
len: l,
tailThreshold: Math.max(
a,
l - o,
),
output: new globalThis.Array(
l,
),
issues: void 0,
options: c,
},
d = Ka(c?.concurrency),
f = Ga(u, e, {
concurrency: d?.concurrency,
end:
n.rest.length === 0
? a
: Math.max(l, a + o),
});
if (
(f && (yield* f),
n.rest.length === 0 && l > a)
)
for (
let t = a;
t <= l - 1;
t++
) {
let r = new Ui(n, e[t], c),
i = new Vi([t], r);
if (c.errors === `all`)
u.issues
? u.issues.push(i)
: (u.issues = [i]);
else
return yield* z(
new G(n, [i], e, c),
);
}
return u.issues
? yield* z(
new G(n, u.issues, e, c),
)
: u.output;
});
}
_rebuild(t, n, r) {
let i = zo(this.elements, t),
a = zo(this.rest, t);
return i === this.elements &&
a === this.rest &&
n === this.checks &&
r === this.encodingChecks
? this
: new e(
this.isMutable,
i,
a,
this.annotations,
n,
void 0,
this.context,
r,
);
}
recur(e) {
return this._rebuild(
e,
this.checks,
this.encodingChecks,
);
}
flip(e) {
return this._rebuild(
e,
this.encodingChecks,
this.checks,
);
}
getExpected() {
return `array`;
}
};
const Ga = ri()({
onItem(e, t, n) {
let r = n < e.len ? t : V;
return e
.getParser(e.tailThreshold, n)
.parser(r, e.options);
},
step(e, t, n, r) {
if (n._tag === `Failure`)
return qa(e, e.ast, r, n);
let i = n === U ? t : n[E];
if (i !== V) e.output[r] = i;
else {
let t = e.getParser(
e.tailThreshold,
r,
);
if (Y(t.ast)) return;
let n = new Vi(
[r],
new Hi(
t.ast.context?.annotations,
),
);
if (e.options.errors === `all`)
e.issues
? e.issues.push(n)
: (e.issues = [n]);
else
return mi(
new G(
e.ast,
[n],
e.input,
e.options,
),
);
}
},
}),
Ka = (e) => (
(e =
e === `unbounded`
? 1 / 0
: (e ?? 1)),
e > 1 ? { concurrency: e } : void 0
),
qa = (e, t, n, r) => {
if (r.cause.reasons.length === 0)
return r;
let i = sa(r.cause);
if (i === void 0)
return pi(
di(
r.cause,
(r) =>
new G(
t,
[new Vi([n], r)],
e.input,
e.options,
),
),
);
let a = new Vi([n], i);
if (e.options.errors === `all`)
e.issues
? e.issues.push(a)
: (e.issues = [a]);
else
return mi(
new G(
t,
[a],
e.input,
e.options,
),
);
},
Ja = `[+-]?\\d*\\.?\\d+(?:[Ee][+-]?\\d+)?`;
function Ya(e, t, n = Ma) {
let r, i;
function a(t) {
switch (t._tag) {
case `String`:
case `TemplateLiteral`:
return (r ??=
Object.keys(e)).filter(
(e) =>
t.matchPart(e, n) !==
void 0,
);
case `Number`:
return (r ??=
Object.keys(e)).filter(
(e) =>
t.matchKey(e, n) !== void 0,
);
case `Symbol`:
return (i ??=
Object.getOwnPropertySymbols(
e,
)).filter(
(e) =>
t.matchKey(e, n) !== void 0,
);
case `Union`:
return [
...new Set(
t.types.flatMap(a),
),
];
default:
return [];
}
}
return a(Zo(Go(t)));
}
var Xa = class {
name;
type;
constructor(e, t) {
((this.name = e), (this.type = t));
}
};
function Za(e) {
switch (e._tag) {
case `String`:
case `Number`:
case `Symbol`:
case `TemplateLiteral`:
return !0;
case `Union`:
return e.types.every(Za);
default:
return !1;
}
}
function Qa(e) {
return Za(e) && Za(Go(e));
}
var $a = class {
parameter;
type;
constructor(e, t) {
if (!Qa(e))
throw Error(
`Invalid index signature parameter ${e._tag}`,
);
if (
((this.parameter = e),
(this.type = t),
Y(t) && !Jo(t))
)
throw Error(
"Cannot use `Schema.optionalKey` with index signatures, use `Schema.optional` instead.",
);
}
},
eo = class e extends q {
_tag = `Objects`;
propertySignatures;
indexSignatures;
encodingChecks;
constructor(e, t, n, r, i, a, o) {
(super(n, r, i, a),
(this.propertySignatures = e),
(this.indexSignatures = t),
(this.encodingChecks = o));
let s = e
.map((e) => e.name)
.filter(
(e, t, n) =>
n.indexOf(e) !== t,
);
if (s.length > 0)
throw Error(
`Duplicate identifiers: ${JSON.stringify(s)}. ts(2300)`,
);
}
getParser(e, t = e) {
let n = this,
r = [];
for (let e of n.propertySignatures)
r.push(e.name);
let i = r.length,
a = n.indexSignatures.length,
o =
i && a ? new Set(r) : void 0;
if (!i && !a) return Xo(n, m);
let s,
c,
l = (e, t, r, a, s) => {
if (s._tag === `Failure`)
return qa(e, n, t, s) ?? hi;
let c = s === U ? a : s[E];
if (r !== V && c !== V) {
if (
i &&
(o.has(t) || o.has(r))
)
return hi;
Ae(e.out, r, c);
}
return hi;
},
u = (e, t, r, i) => {
if (!i) {
let n = r.parserKey(
t,
e.options,
);
if (!L(n))
return wi(Ti(n), (n) =>
u(e, t, r, n),
);
i = n;
}
if (i._tag === `Failure`)
return qa(e, n, t, i) ?? hi;
let a = i === U ? t : i[E],
o = e.input[t],
s = r.parserValue(
o,
e.options,
);
return L(s)
? l(e, t, a, o, s)
: wi(Ti(s), (n) =>
l(e, t, a, o, n),
);
},
d = (e, t, n) => {
let r = e.input[t],
i = n.parserValue(
r,
e.options,
);
return L(i)
? l(e, t, t, r, i)
: wi(Ti(i), (n) =>
l(e, t, t, r, n),
);
},
f = a
? ri()({
onItem: (e, [t, n]) =>
u(e, t, n),
step: (e, t, n) =>
n._tag === `Failure`
? n
: void 0,
})
: void 0,
p = () => (
s ||
((s =
n.propertySignatures.map(
(e) => ({
parser: t(e.type),
name: e.name,
type: e.type,
}),
)),
(c = a
? n.indexSignatures.map(
(n) => ({
is: n,
parserKey: e(
Zo(n.parameter),
),
parserValue: t(
n.type,
),
}),
)
: void 0)),
s
),
h = ki(function* (e, t) {
if (e === V) return V;
if (
typeof e != `object` ||
!e ||
Array.isArray(e)
)
return yield* z(
new Wi(n, e, t),
);
p();
let l = e,
m = {},
h = {
ast: n,
input: l,
out: m,
issues: void 0,
options: t,
},
g = t.errors === `all`,
_ =
t.onExcessProperty ===
`error`,
v =
t.onExcessProperty ===
`preserve`,
y;
if (!a && (_ || v)) {
((o ??= new Set(r)),
(y = Reflect.ownKeys(l)));
for (
let r = 0;
r < y.length;
r++
) {
let i = y[r];
if (!o.has(i)) {
if (_) {
let r = new Ui(
n,
l[i],
t,
),
a = new Vi([i], r);
if (g) {
h.issues
? h.issues.push(a)
: (h.issues = [
a,
]);
continue;
}
return yield* z(
new G(n, [a], e, t),
);
}
Ae(m, i, l[i]);
}
}
}
let b = Ka(t?.concurrency);
if (i) {
let e = no(h, s, b);
e && (yield* e);
}
if (a && !b)
for (
let e = 0;
e < a;
e++
) {
let n = c[e],
r =
n.is.parameter === Ba
? d
: u,
i =
n.is.parameter === Ba
? Object.keys(l)
: Ya(
l,
n.is.parameter,
t,
);
for (
let e = 0;
e < i.length;
e++
) {
let t = r(h, i[e], n);
if (!L(t)) yield* t;
else if (
t._tag === `Failure`
)
return yield* t;
}
}
else if (f) {
let e = rn();
for (
let n = 0;
n < a;
n++
) {
let r = c[n],
i = Ya(
l,
r.is.parameter,
t,
);
for (
let t = 0;
t < i.length;
t++
)
e.push([i[t], r]);
}
let n = f(h, e, b);
n && (yield* n);
}
if (h.issues)
return yield* z(
new G(n, h.issues, e, t),
);
if (
t.propertyOrder ===
`original`
) {
let e = (
y ?? Reflect.ownKeys(l)
).concat(r),
t = {};
for (let n of e)
Object.hasOwn(m, n) &&
Ae(t, n, m[n]);
return t;
}
return m;
});
if (a) return h;
let g = (e, t, n) => {
let r = s[t];
return wi(Ti(n), (n) => {
let i = to(e, r, n);
if (i) return i;
let a = () => H(e.out),
o = no(e, s.slice(t + 1));
return o ? B(o, a) : a();
});
};
return (e, t) => {
if (e === V) return Ni;
if (
t.errors === `all` ||
t.onExcessProperty !==
void 0 ||
t.propertyOrder ===
`original` ||
t.concurrency !== void 0
)
return h(e, t);
if (
typeof e != `object` ||
!e ||
Array.isArray(e)
)
return z(new Wi(n, e, t));
let r = p(),
i = e,
a = {},
o = {
ast: n,
input: i,
out: a,
issues: void 0,
options: t,
};
try {
for (
let e = 0;
e < r.length;
e++
) {
let n = r[e],
s = n.name,
c = Object.hasOwn(i, s),
l = c ? i[s] : V,
u = n.parser(l, t);
if (!L(u))
return g(o, e, u);
if (u === U) {
c && Ae(a, s, l);
continue;
}
let d = to(o, n, u);
if (d) return d;
}
} catch (e) {
return Ci(e);
}
return H(a);
};
}
_rebuild(t, n, r, i) {
let a = zo(
this.propertySignatures,
(e) => {
let n = t(e.type);
return n === e.type
? e
: new Xa(e.name, n);
},
),
o = zo(
this.indexSignatures,
(e) => {
let r = n(e.parameter),
i = t(e.type);
return r === e.parameter &&
i === e.type
? e
: new $a(r, i);
},
);
return a ===
this.propertySignatures &&
o === this.indexSignatures &&
r === this.checks &&
i === this.encodingChecks
? this
: new e(
a,
o,
this.annotations,
r,
void 0,
this.context,
i,
);
}
flip(e) {
return this._rebuild(
e,
e,
this.encodingChecks,
this.checks,
);
}
recur(e, t = e) {
return this._rebuild(
e,
t,
this.checks,
this.encodingChecks,
);
}
getExpected() {
return this.propertySignatures
.length === 0 &&
this.indexSignatures.length ===
0
? `object | array`
: `object`;
}
};
function to(e, t, n) {
if (n._tag === `Failure`)
return qa(e, e.ast, t.name, n);
if (n === U) return;
let r = n[E];
if (r !== V) {
Ae(e.out, t.name, r);
return;
}
if (
(delete e.out[t.name], !Y(t.type))
) {
let n = new Vi(
[t.name],
new Hi(
t.type.context?.annotations,
),
);
if (e.options.errors === `all`) {
e.issues
? e.issues.push(n)
: (e.issues = [n]);
return;
}
return mi(
new G(
e.ast,
[n],
e.input,
e.options,
),
);
}
}
const no = ri()({
onItem(e, t) {
if (!Object.hasOwn(e.input, t.name))
return t.parser(V, e.options);
let n = e.input[t.name];
return (
Ae(e.out, t.name, n),
t.parser(n, e.options)
);
},
step: to,
});
function ro(e, t) {
return e ? (t ? [...e, ...t] : e) : t;
}
function io(e, t, n) {
return new eo(
Reflect.ownKeys(e).map(
(t) => new Xa(t, e[t].ast),
),
[],
n,
t,
);
}
function ao(e) {
return e.ast;
}
function oo(e, t, n) {
return new go(
e.map(ao),
t,
void 0,
n,
);
}
const so = c((e) => {
for (;;) {
if (ja(e)) return La;
let t = e.encoding;
if (!t)
return e.recur?.(so, i) ?? e;
if (
t.some(
(e) =>
e.transformation._tag ===
`Middleware` &&
e.transformation.decode !== i,
)
)
return La;
e = t[t.length - 1].to;
}
});
function co(e) {
switch (e._tag) {
case `Null`:
return [`null`];
case `Undefined`:
return [`undefined`];
case `String`:
case `TemplateLiteral`:
return [`string`];
case `Number`:
return [`number`];
case `Boolean`:
return [`boolean`];
case `Symbol`:
case `UniqueSymbol`:
return [`symbol`];
case `BigInt`:
return [`bigint`];
case `Arrays`:
return [`array`];
case `ObjectKeyword`:
return [
`object`,
`array`,
`function`,
];
case `Objects`:
return e.propertySignatures
.length ||
e.indexSignatures.length
? [`object`]
: [
`string`,
`number`,
`boolean`,
`symbol`,
`bigint`,
`object`,
`array`,
`function`,
];
case `Enum`:
return Array.from(
new Set(
e.enums.map(
([, e]) => typeof e,
),
),
);
case `Literal`:
return [typeof e.literal];
case `Union`:
return Array.from(
new Set(e.types.flatMap(co)),
);
default:
return [
`null`,
`undefined`,
`string`,
`number`,
`boolean`,
`symbol`,
`bigint`,
`object`,
`array`,
`function`,
];
}
}
function lo(e) {
switch (e._tag) {
default:
return [];
case `Declaration`: {
let t =
e.annotations?.[`~sentinels`];
return Array.isArray(t) ? t : [];
}
case `Objects`:
return e.propertySignatures.flatMap(
(e) => {
let t = e.type;
if (!Y(t)) {
if (Da(t))
return [
{
key: e.name,
literal: t.literal,
},
];
if (Oa(t))
return [
{
key: e.name,
literal: t.symbol,
},
];
}
return [];
},
);
case `Arrays`:
return e.elements.flatMap(
(e, t) => {
if (!Y(e)) {
if (Da(e))
return [
{
key: t,
literal: e.literal,
},
];
if (Oa(e))
return [
{
key: t,
literal: e.symbol,
},
];
}
return [];
},
);
case `Union`: {
if (e.types.length === 0)
return [];
let t = e.types.map((e) =>
lo(so(e)),
);
return t[0].filter((e) =>
t.every((t) =>
t.some(
(t) =>
t.key === e.key &&
t.literal === e.literal,
),
),
);
}
case `Suspend`:
return lo(e.thunk());
}
}
const uo = new WeakMap(),
fo = Object.freeze([]);
function po(e) {
let t = uo.get(e);
if (t) return t;
let n,
r = 0,
i,
a,
o = !0;
for (let t = 0; t < e.length; t++) {
let s = e[t],
c = so(s);
if (Ea(c)) continue;
if (o) {
if (Da(c) || Oa(c)) {
a ??= new Map();
let e = Da(c)
? c.literal
: c.symbol,
t = a.get(e);
(t || a.set(e, (t = [])),
t.push(s));
} else o = !1;
}
let l = lo(c);
if (l.length) {
((n ??=
new Map()),
r++);
for (let {
key: e,
literal: r,
} of l) {
let i = n.get(e);
(i ||
n.set(
e,
(i = [
new Map(),
new Set(),
]),
),
i[1].add(t));
let a = i[0].get(r);
(a ||
i[0].set(
r,
(a =
new Set()),
),
a.add(t));
}
} else {
i ??= {};
let e = co(c);
for (let n of e)
(i[n] ??= []).push(t);
}
}
if (o && a)
(a.forEach(Object.freeze),
(t = (e) => a.get(e) ?? fo));
else if (n?.size === 1 && !i) {
let [r, [i]] = n
.entries()
.next().value,
a = i;
for (let [t, n] of i)
a.set(
t,
Object.freeze(
Array.from(n, (t) => e[t]),
),
);
t = (t, n) => {
if (g(t)) {
let i = Object.hasOwn(t, r)
? t[r]
: void 0;
if (i !== void 0)
return a.get(i) ?? fo;
if (n) return e;
}
return fo;
};
} else if (n) {
let a;
for (let e of n)
(!a ||
e[1][0].size > a[1][0].size) &&
e[1][1].size === r &&
(a = e);
t = (t, r) => {
let o =
i?.[
t === null
? `null`
: Array.isArray(t)
? `array`
: typeof t
] ?? fo;
if (!g(t))
return o.map((t) => e[t]);
let s = new Set(o),
c;
if (a) {
let [n, [i]] = a,
l = Object.hasOwn(t, n),
u = l ? t[n] : void 0;
if (l && (!r || u !== void 0)) {
let t = i.get(u);
if (!t)
return o.map((t) => e[t]);
for (let e of t) s.add(e);
c = n;
}
}
if (c === void 0)
for (let [e, [i, a]] of n) {
let n = Object.hasOwn(t, e),
o = n ? t[e] : void 0;
if (
n &&
(!r || o !== void 0)
) {
let e = i.get(o);
if (e)
for (let t of e) s.add(t);
} else if (r)
for (let e of a) s.add(e);
}
for (let [e, [i, a]] of n) {
if (e === c) continue;
let n = Object.hasOwn(t, e),
o = n ? t[e] : void 0;
if (n && (!r || o !== void 0)) {
let e = i.get(o);
for (let t of s)
a.has(t) &&
!e?.has(t) &&
s.delete(t);
}
}
return Array.from(s)
.sort((e, t) => e - t)
.map((t) => e[t]);
};
} else
t = (t) =>
(
i?.[
t === null
? `null`
: Array.isArray(t)
? `array`
: typeof t
] ?? fo
)
.map((t) => e[t])
.filter(mo(t));
return (uo.set(e, t), t);
}
function mo(e) {
return (t) => {
let n = so(t);
return n._tag === `Literal`
? n.literal === e
: n._tag !== `UniqueSymbol` ||
n.symbol === e;
};
}
function ho(e, t, n = !1) {
return po(t)(e, n);
}
var go = class e extends q {
_tag = `Union`;
types;
mode;
encodingChecks;
constructor(e, t, n, r, i, a, o) {
(super(n, r, i, a),
(this.types = e),
(this.mode = t),
(this.encodingChecks = o));
}
getParser(e, t) {
let n = this;
return (r, i) => {
if (r === V) return Ni;
let a = ho(
r,
n.types,
t !== void 0,
);
if (a.length === 1) {
let t = e(a[0])(r, i);
return t._tag === `Success`
? t
: L(t)
? _o(n, t.cause, r, i)
: Ei(t, (e) =>
_o(n, e, r, i),
);
}
let o = {
ast: n,
compile: e,
input: r,
out: void 0,
successes:
n.mode === `oneOf`
? []
: void 0,
issues: void 0,
options: i,
},
s = Ka(i?.concurrency),
c = vo(
o,
a,
s
? { ...s, orderedStep: !0 }
: void 0,
);
return c
? B(c, (e) =>
o.out === U
? R(r)
: o.out
? o.out
: z(
new Ki(
n,
o.issues ?? [],
r,
i,
),
),
)
: o.out
? o.out
: z(
new Ki(
n,
o.issues ?? [],
r,
i,
),
);
};
}
_rebuild(t, n, r) {
let i = zo(this.types, t);
return i === this.types &&
n === this.checks &&
r === this.encodingChecks
? this
: new e(
i,
this.mode,
this.annotations,
n,
void 0,
this.context,
r,
);
}
recur(e) {
return this._rebuild(
e,
this.checks,
this.encodingChecks,
);
}
flip(e) {
return this._rebuild(
e,
this.encodingChecks,
this.checks,
);
}
matchPart(e, t) {
for (let n of this.types) {
let r = n.matchPart(e, t);
if (r !== void 0) return r;
}
}
getExpected(e) {
let t = this.annotations?.expected;
if (typeof t == `string`) return t;
if (this.types.length === 0)
return `never`;
let n = this.types.map((t) => {
let n = Go(t);
switch (n._tag) {
case `Arrays`: {
let t = n.elements.filter(Da);
if (t.length > 0)
return `${bo(n.isMutable)}[ ${t.map((t) => e(t) + xo(t.context?.isOptional)).join(`, `)}, ... ]`;
break;
}
case `Objects`: {
let t =
n.propertySignatures.filter(
(e) => Da(e.type),
);
if (t.length > 0)
return `{ ${t.map((t) => `${bo(t.type.context?.isMutable)}${Be(t.name)}${xo(t.type.context?.isOptional)}: ${e(t.type)}`).join(`, `)}, ... }`;
break;
}
}
return e(n);
});
return Array.from(new Set(n)).join(
` | `,
);
}
};
function _o(e, t, n, r) {
let i = sa(t);
return i
? mi(new Ki(e, [i], n, r))
: pi(t);
}
const vo = ri()({
onItem(e, t) {
return e.compile(t)(
e.input,
e.options,
);
},
step(e, t, n) {
if (n._tag === `Failure`) {
let t = sa(n.cause);
if (t === void 0) return n;
e.issues
? e.issues.push(t)
: (e.issues = [t]);
} else {
if (e.out && e.successes)
return (
e.successes.push(t),
mi(
new qi(
e.ast,
e.successes,
e.input,
e.options,
),
)
);
if (((e.out = n), e.successes))
e.successes.push(t);
else return hi;
}
},
}),
yo = new go(
[
new Ra(`Infinity`),
new Ra(`-Infinity`),
new Ra(`NaN`),
],
`anyOf`,
);
function bo(e) {
return e ? `` : `readonly `;
}
function xo(e) {
return e ? `?` : ``;
}
var So = class e extends n {
_tag = `Filter`;
run;
annotations;
aborted;
constructor(e, t = void 0, n = !1) {
(super(),
(this.run = e),
(this.annotations = t),
(this.aborted = n));
}
annotate(t) {
return new e(
this.run,
{ ...this.annotations, ...t },
this.aborted,
);
}
abort() {
return new e(
this.run,
this.annotations,
!0,
);
}
and(e, t) {
return new Co([this, e], t);
}
},
Co = class e extends n {
_tag = `FilterGroup`;
checks;
annotations;
constructor(e, t = void 0) {
(super(),
(this.checks = e),
(this.annotations = t));
}
annotate(t) {
return new e(this.checks, {
...this.annotations,
...t,
});
}
and(t, n) {
return new e([this, t], n);
}
};
function wo(e, t, n = !1) {
return new So(
(t, n, r) =>
Xi(n, e(t, n, r), t, r),
t,
n,
);
}
function To(e) {
return wo(
(e) =>
globalThis.Number.isFinite(e),
{
expected: `a finite number`,
representation: {
id: `effect/schema/isFinite`,
payload: null,
},
toJsonSchema: () => ({
type: `number`,
}),
toCode: () => ({
runtime: `Schema.isFinite()`,
}),
arbitrary: {
constraint: {
noInfinity: !0,
noNaN: !0,
},
},
...e,
},
);
}
const Eo = new K(
new go(
[
Po(Ua, [
To(),
]),
yo,
],
`anyOf`,
),
new va(
ga(),
pa((e) =>
globalThis.Number.isFinite(e)
? e
: globalThis.String(e),
),
),
);
function Do(e, t) {
let n = e.source,
r = new globalThis.RegExp(
n,
e.flags,
);
return wo(
(e) => (
(r.lastIndex = 0),
r.test(e)
),
{
expected: `a string matching the RegExp ${n}`,
representation: {
id: `effect/schema/isPattern`,
payload: {
source: n,
flags: e.flags,
},
},
toJsonSchema: () => ({
pattern: n,
}),
arbitrary: {
constraint: {
patterns: [e.source],
},
},
...t,
},
);
}
function Oo(e, t) {
let n =
Object.getOwnPropertyDescriptors(e);
return (
t(n),
Object.create(
Object.getPrototypeOf(e),
n,
)
);
}
const ko = new WeakMap();
function Ao(e) {
return ko.get(e) ?? e;
}
function J(e, t) {
return e.encoding === t
? e
: Oo(e, (e) => {
e.encoding.value = t;
});
}
function jo(e, t) {
if (e.context === t) return e;
let n = Ao(e);
if (n.context === t) return n;
let r = Oo(e, (e) => {
e.context.value = t;
});
return (ko.set(r, n), r);
}
function Mo(e, t) {
if (e.checks) {
let n =
e.checks[e.checks.length - 1];
return No(
e,
Zt(
e.checks.slice(0, -1),
n.annotate(t),
),
);
}
return Oo(e, (e) => {
e.annotations.value = {
...e.annotations.value,
...t,
};
});
}
function No(e, t) {
if (e._tag === `Suspend` && t)
throw Error(
`Cannot add checks to Suspend`,
);
return e.checks === t
? e
: Oo(e, (e) => {
e.checks.value = t;
});
}
function Po(e, t) {
return No(e, ro(e.checks, t));
}
function Fo(e, t) {
let n = t(e.to);
return n === e.to
? e
: new K(n, e.transformation);
}
function Io(e, t) {
let n = e,
r = n[n.length - 1],
i = Fo(r, t);
return i === r
? e
: Zt(e.slice(0, e.length - 1), i);
}
function Lo(e, t) {
function n(r) {
if (r.encoding) {
let e =
r.encoding[
r.encoding.length - 1
];
return t?.stopAt?.(e)
? r
: J(r, Io(r.encoding, n));
}
return e(r);
}
return c(n);
}
function Ro(e, t, n) {
let r = new K(e, t);
return J(
n,
n.encoding
? [...n.encoding, r]
: [r],
);
}
function zo(e, t) {
let n = !1,
r = Array(e.length);
for (let i = 0; i < e.length; i++) {
let a = e[i],
o = t(a);
(o !== a && (n = !0), (r[i] = o));
}
return n ? r : e;
}
function Bo(e, t) {
return jo(
e,
e.context
? new Na(
e.context.isOptional,
e.context.isMutable,
e.context.constructorDefault,
{
...e.context.annotations,
...t,
},
)
: new Na(!1, !1, void 0, t),
);
}
function Vo(e, t, n) {
return Ro(e, n, t);
}
function Y(e) {
return e.context?.isOptional ?? !1;
}
function Ho(e) {
return (
e.annotations?.[`~structural`] ===
!0 ||
(e._tag === `FilterGroup` &&
e.checks.every(Ho))
);
}
function Uo(e) {
function t(e) {
return Ho(e)
? [e]
: e._tag === `FilterGroup`
? e.checks.flatMap(t)
: [];
}
let n = e.flatMap(t);
return $t(n) ? n : void 0;
}
const Wo = c((e) => {
if (e.encoding)
return Wo(J(e, void 0));
let t = e,
n = t.recur?.(Wo) ?? t,
r = n.encodingChecks;
if (r) {
let t =
n === e
? r
: ka(n) ||
Aa(n) ||
(Ta(n) &&
n.typeParameters
.length > 0)
? Uo(r)
: void 0;
return Oo(n, (e) => {
((e.encodingChecks.value =
void 0),
(e.checks.value = ro(
n.checks,
t,
)));
});
}
return n;
}),
Go = c((e) =>
Wo(qo(e)),
);
function Ko(e, t) {
let n = t,
r = n.length,
i = n[r - 1],
a = [
new K(
qo(J(e, void 0)),
n[0].transformation.flip(),
),
];
for (let e = 1; e < r; e++)
a.unshift(
new K(
qo(n[e - 1].to),
n[e].transformation.flip(),
),
);
let o = qo(i.to);
return o.encoding
? J(o, [...o.encoding, ...a])
: J(o, a);
}
const qo = s((e) => {
if (e.encoding)
return Ko(e, e.encoding);
let t = e;
return (
t.flip?.(qo) ?? t.recur?.(qo) ?? t
);
});
function Jo(e) {
switch (e._tag) {
case `Undefined`:
return !0;
case `Union`:
return e.types.some(Jo);
default:
return !1;
}
}
function Yo(e, t) {
let n = H(t);
return (r, i) =>
r === V
? Ni
: r === t
? n
: z(new Wi(e, r, i));
}
function Xo(e, t) {
return (n, r) =>
n === V
? Ni
: t(n)
? U
: z(new Wi(e, n, r));
}
const Zo = Lo((e) => {
switch (e._tag) {
default:
return e;
case `Number`:
return e.toCodecStringTree();
case `Union`:
return e.recur(Zo);
}
}),
Qo =
new globalThis.RegExp(
`^${Ja}$`,
),
$o =
new globalThis.RegExp(
`^(?:${Ja}|Infinity|-Infinity|NaN)$`,
);
function es(e) {
return Do(Qo, {
expected: `a string representing a finite number`,
representation: {
id: `effect/schema/isStringFinite`,
payload: null,
},
toJsonSchema: () => ({
pattern: Qo.source,
}),
...e,
});
}
const ts = Po(Ba, [
es(),
]),
ns = new K(ts, Ca),
rs = new K(
new go(
[ts, yo],
`anyOf`,
),
Ca,
);
function is(e, t, n, r, i) {
for (let a = 0; a < e.length; a++) {
let o = e[a];
if (o._tag === `FilterGroup`) {
if (
((n = is(o.checks, t, n, r, i)),
n &&
(i.errors !== `all` ||
n[n.length - 1].filter
.aborted))
)
return n;
} else {
let e = o.run(t, r, i);
if (e) {
let r = new zi(o, e, t, i);
if (
(n ? n.push(r) : (n = [r]),
i.errors !== `all` ||
o.aborted)
)
return n;
}
}
}
return n;
}
function as(e) {
if (!Ta(e)) return;
let t =
e.annotations?.[`~constructor`];
return p(t)
? t(e.typeParameters)
: void 0;
}
function os(e) {
let t = ps(hs, Wo(e.ast));
return (e, n) =>
t(
e,
n?.disableChecks
? n?.parseOptions
? {
...n.parseOptions,
disableChecks: !0,
}
: { disableChecks: !0 }
: n?.parseOptions,
);
}
function ss(e) {
let t = os(e);
return (e, n) => {
let r = Di(t(e, n));
return gi(r)
? Kt(r.value)
: (ca(
r.cause,
`Option adapter can only return none for schema issues`,
),
Gt());
};
}
function cs(e) {
let t = os(e);
return (e, n) => {
let r = Di(t(e, n));
if (gi(r)) return r.value;
let i = ca(
r.cause,
`Constructor adapter can only throw schema issues`,
);
throw Error(
`Schema validation failed`,
{ cause: i },
);
};
}
function ls(e, t) {
let n = fs(e.ast);
return t === void 0
? n
: (e, r) => n(e, us(t, r));
}
const us = (e, t) =>
t ? { ...e, ...t } : e,
ds = (e) =>
e === V ? z(new Gi()) : R(e);
function fs(e) {
return ps(ms, e);
}
function ps(e, t) {
let n;
return (r, i) => {
let a = (n ??= e(t))(r, i ?? Ma);
return a === U
? R(r)
: L(a)
? a[E] === V
? ds(V)
: a
: B(a, ds);
};
}
const ms = s((e) =>
bs(e, ms),
),
hs = s((e) =>
bs(e, hs, _s),
),
gs = s((e) =>
bs(
e,
hs,
_s,
e.context?.constructorDefault,
),
);
function _s(e) {
return e.context?.constructorDefault
? gs(e)
: hs(e);
}
function vs(e, t, n, r) {
let i;
if (L(e) && e._tag === `Success`) {
let a = Pi(e === U ? t : e[E]);
i =
n._tag === `Transformation`
? n.decode.run(a, r)
: n.decode(H(a), r);
} else
i =
n._tag === `Transformation`
? B(e, (e) =>
n.decode.run(Pi(e), r),
)
: n.decode(Oi(e, Pi), r);
return L(i) && i._tag === `Success`
? Fi(i[E])
: B(i, Fi);
}
function ys(e, t) {
let n;
return (r, i) =>
r === V
? Ni
: e.isConstructed(r)
? U
: vs(
(n ??= t(e.link.to))(r, i),
r,
e.link.transformation,
i,
);
}
function bs(e, t, n, r) {
let i = n ? as(e) : void 0,
a = i
? ys(i, t)
: e.getParser(t, n),
o = e.checks,
s = r
? e.encoding
? [...e.encoding, r]
: [r]
: e.encoding,
c = e.encodingChecks,
l = (
o
? o[o.length - 1].annotations
: e.annotations
)?.parseOptions;
if (!s && !o && !c)
return l
? (e, t) => a(e, us(t, l))
: a;
let u,
d = (t, n) => {
let r = a(t, n);
if (c && !n.disableChecks) {
if (L(r)) {
if (r._tag === `Success`) {
let i = r === U ? t : r[E];
if (t !== V && i !== V) {
let i = is(
c,
t,
void 0,
e,
n,
);
i &&
(r = z(
new G(e, i, t, n),
));
}
}
} else
r = wi(r, (r) => {
if (t !== V && r !== V) {
let r = is(
c,
t,
void 0,
e,
n,
);
if (r)
return z(
new G(e, r, t, n),
);
}
return R(r);
});
}
if (o && !n.disableChecks) {
if (L(r)) {
if (r._tag === `Success`) {
let i = r === U ? t : r[E];
if (i === V) return r;
let a = is(
o,
i,
void 0,
e,
n,
);
a &&
(r = z(
new G(e, a, i, n),
));
}
} else
r = wi(r, (t) => {
if (t !== V) {
let r = is(
o,
t,
void 0,
e,
n,
);
if (r)
return z(
new G(e, r, t, n),
);
}
return R(t);
});
}
return r;
};
return s
? (n, r) => {
l && (r = us(r, l));
let i = (u ??= s.map((e) =>
t(e.to),
)),
a = n,
o = i[i.length - 1](n, r);
for (
let e = s.length - 1;
e >= 0;
e--
)
if (
((o = vs(
o,
a,
s[e].transformation,
r,
)),
e !== 0)
) {
let t = i[e - 1];
o._tag === `Success`
? ((a = o[E]),
(o = t(a, r)))
: (o = B(o, (e) => {
let n = t(e, r);
return n === U
? H(e)
: n;
}));
}
if (o._tag === `Success`) {
let e = o[E],
t = d(e, r);
return t === U ? o : t;
}
return (
(o = Ei(o, (t) =>
Si(() =>
di(
t,
(t) =>
new Bi(e, t, n, r),
),
),
)),
B(o, (e) => {
let t = d(e, r);
return t === U ? H(e) : t;
})
);
}
: l
? (e, t) => d(e, us(t, l))
: d;
}
const xs = `~effect/Schema/Schema`,
Ss = {
[xs]: xs,
pipe() {
return e(this, arguments);
},
annotate(e) {
return this.rebuild(
Mo(this.ast, e),
);
},
annotateKey(e) {
return this.rebuild(
Bo(this.ast, e),
);
},
check(...e) {
return this.rebuild(
Po(this.ast, e),
);
},
};
function Cs(e, t) {
function n() {}
let r = Object.defineProperties(
Object.setPrototypeOf(n, Ss),
Object.getOwnPropertyDescriptors({
...t,
}),
);
return (
(r.ast = e),
(r.rebuild = (e) => Cs(e, t)),
(r.makeEffect = os(r)),
(r.make = cs(r)),
(r.makeOption = ss(r)),
r
);
}
const ws = (e) => e;
function Ts() {
return (e, t, n) =>
X(
new Fa(
e.map(ao),
(e) => t(e.map((e) => X(e))),
n,
),
);
}
function Es(e, t) {
return Ts()(
[],
() => (t, n, r) =>
e(t) ? R(t) : z(new Wi(n, t, r)),
t,
);
}
const Ds = `~effect/SchemaError/SchemaError`;
var Os = class extends ar(
`SchemaError`,
) {
[Ds] = Ds;
constructor(e) {
let t = dr();
fr(0);
try {
super({ issue: e });
} finally {
fr(t);
}
}
get message() {
return ia(this.issue);
}
toString() {
return `SchemaError(${this.message})`;
}
};
function ks(e) {
return _(e, Ds) && e[Ds] === Ds;
}
function As(e, t) {
let n = ls(e, t);
return (e, t) => js(n(e, t));
}
function js(e) {
return L(e)
? Ps(e)
: Ei(e, (e) =>
Si(() =>
di(e, (e) => new Os(e)),
),
);
}
function Ms(e, t) {
let n;
for (let r of e.reasons) {
if (!ui(r) || !ks(r.error))
throw new globalThis.Error(t, {
cause: e,
});
n ??= r.error;
}
if (n === void 0)
throw new globalThis.Error(t, {
cause: e,
});
return n;
}
function Ns(e) {
let t = Di(e);
if (gi(t)) return t.value;
throw Ms(
t.cause,
`Sync adapter can only throw schema errors`,
);
}
function Ps(e) {
return gi(e)
? e
: pi(di(e.cause, (e) => new Os(e)));
}
function Fs(e, t) {
let n = As(e, t);
return (e, t) => Ns(n(e, t));
}
const X = Cs;
function Is(e) {
let t = X(new Ra(e), {
literal: e,
transform(n) {
return t.pipe(
Ks(Is(n), {
decode: pa(() => n),
encode: pa(() => e),
}),
);
},
});
return t;
}
const Ls = X(Ia),
Z = X(Ba),
Q = X(Ua);
function Rs(e, t) {
return X(e, {
fields: t,
mapFields(e, t) {
let n = e(this.fields);
return Rs(
io(
n,
t?.unsafePreserveChecks
? this.ast.checks
: void 0,
),
n,
);
},
});
}
function zs(e) {
return Rs(io(e, void 0), e);
}
const Bs = ws((e) =>
X(new Wa(!1, [], [e.ast]), {
value: e,
}),
),
Vs = ws((e) =>
X(
new Wa(
!0,
e.ast.elements,
e.ast.rest,
),
{ schema: e },
),
);
function Hs(e, t) {
return X(e, {
members: t,
mapMembers(e, t) {
let n = e(this.members);
return Hs(
oo(
n,
this.ast.mode,
t?.unsafePreserveChecks
? this.ast.checks
: void 0,
),
n,
);
},
});
}
function Us(e, t) {
return Hs(
oo(e, t?.mode ?? `anyOf`, void 0),
e,
);
}
function Ws(e) {
let t = e.map(Is);
return X(oo(t, `anyOf`, void 0), {
literals: e,
members: t,
mapMembers(e) {
return Us(e(this.members));
},
pick(e) {
return Ws(e);
},
transform(e) {
return Us(
t.map((t, n) =>
t.transform(e[n]),
),
);
},
});
}
const Gs = ws((e) =>
Us([e, Ls]),
);
function Ks(e, t) {
return (n) =>
X(
Vo(
n.ast,
e.ast,
t ? ba(t) : Sa(),
),
{ from: n, to: e },
);
}
function qs(e, t) {
return Es((t) => t instanceof e, t);
}
const Js = wo;
function Ys(e) {
let t = Wt(e.order),
n = e.formatter ?? T;
return (r, i) =>
Js((e) => t(e, r), {
expected: `a value greater than or equal to ${n(r)}`,
arbitrary: {
constraint: {
ordered: {
order: e.order,
minimum: r,
},
},
},
...e.annotate?.(r),
...i,
});
}
function Xs(e) {
let t = Ut(e.order),
n = e.formatter ?? T;
return (r, i) =>
Js((e) => t(e, r), {
expected: `a value less than or equal to ${n(r)}`,
arbitrary: {
constraint: {
ordered: {
order: e.order,
maximum: r,
},
},
},
...e.annotate?.(r),
...i,
});
}
function Zs(e) {
if (!globalThis.Number.isFinite(e))
throw new globalThis.RangeError(
`Expected a finite number, got ${T(e)}`,
);
return e;
}
const Qs = Ys({
order: Ht,
annotate: (e) => ({
representation: {
id: `effect/schema/isGreaterThanOrEqualTo`,
payload: { minimum: Zs(e) },
},
toJsonSchema: () => ({
minimum: e,
}),
toCode: () => ({
runtime: `Schema.isGreaterThanOrEqualTo(${T(e)})`,
}),
}),
}),
$s = Xs({
order: Ht,
annotate: (e) => ({
representation: {
id: `effect/schema/isLessThanOrEqualTo`,
payload: { maximum: Zs(e) },
},
toJsonSchema: () => ({
maximum: e,
}),
toCode: () => ({
runtime: `Schema.isLessThanOrEqualTo(${T(e)})`,
}),
}),
});
function ec(e, t) {
return (
(e = Math.max(0, Math.floor(e))),
Js((t) => t.length >= e, {
expected: `a value with a length of at least ${e}`,
representation: {
id: `effect/schema/isMinLength`,
payload: { minLength: e },
},
toJsonSchema: ({ type: t }) =>
t === `array`
? { minItems: e }
: { minLength: e },
toCode: () => ({
runtime: `Schema.isMinLength(${e})`,
}),
[ji]: !0,
arbitrary: {
constraint: { minLength: e },
},
...t,
})
);
}
function $(e, t) {
return (
(e = Math.max(0, Math.floor(e))),
Js((t) => t.length <= e, {
expected: `a value with a length of at most ${e}`,
representation: {
id: `effect/schema/isMaxLength`,
payload: { maxLength: e },
},
toJsonSchema: ({ type: t }) =>
t === `array`
? { maxItems: e }
: { maxLength: e },
toCode: () => ({
runtime: `Schema.isMaxLength(${e})`,
}),
[ji]: !0,
arbitrary: {
constraint: { maxLength: e },
},
...t,
})
);
}
(globalThis.RegExp,
globalThis.URL,
globalThis.File,
globalThis.FormData,
globalThis.URLSearchParams,
globalThis.Uint8Array);
const tc = zs({
id: Q,
created: qs(Date),
title: Z.check(ec(1), $(100)),
type: Ws([`jpg`, `png`]),
size: Q,
url: Z.check(
Js((e) => URL.canParse(e)),
),
}),
nc = zs({
id: Q,
stars: Q.check(Qs(1), $s(5)),
title: Z.check(ec(1), $(100)),
text: Z.check(ec(1), $(1e3)),
images: Vs(Bs(tc)),
});
Fs(
zs({
id: Q,
created: qs(Date),
title: Z.check(ec(1), $(100)),
brand: Z.check(ec(1), $(30)),
description: Z.check(ec(1), $(500)),
price: Q.check(Qs(1), $s(1e4)),
discount: Gs(
Q.check(Qs(1), $s(100)),
),
quantity: Q.check(Qs(0), $s(10)),
tags: Vs(Bs(Z.check(ec(1), $(30)))),
images: Vs(Bs(tc)),
ratings: Vs(Bs(nc)),
}),
)({});
const e = (e, t) => {
switch (t.length) {
case 0:
return e;
case 1:
return t[0](e);
case 2:
return t[1](t[0](e));
case 3:
return t[2](t[1](t[0](e)));
case 4:
return t[3](t[2](t[1](t[0](e))));
case 5:
return t[4](t[3](t[2](t[1](t[0](e)))));
case 6:
return t[5](t[4](t[3](t[2](t[1](t[0](e))))));
case 7:
return t[6](t[5](t[4](t[3](t[2](t[1](t[0](e)))))));
case 8:
return t[7](
t[6](t[5](t[4](t[3](t[2](t[1](t[0](e))))))),
);
case 9:
return t[8](
t[7](t[6](t[5](t[4](t[3](t[2](t[1](t[0](e)))))))),
);
default: {
let n = e;
for (let e = 0, r = t.length; e < r; e++)
n = t[e](n);
return n;
}
}
},
t = {
pipe() {
return e(this, arguments);
},
},
n = (function () {
function e() {}
return ((e.prototype = t), e);
})(),
r = function (e, t) {
if (typeof e == `function`)
return function () {
return e(arguments)
? t.apply(this, arguments)
: (e) => t(e, ...arguments);
};
switch (e) {
case 0:
case 1:
throw RangeError(`Invalid arity ${e}`);
case 2:
return function (e, n) {
return arguments.length >= 2
? t(e, n)
: function (n) {
return t(n, e);
};
};
case 3:
return function (e, n, r) {
return arguments.length >= 3
? t(e, n, r)
: function (r) {
return t(r, e, n);
};
};
default:
return function () {
if (arguments.length >= e)
return t.apply(this, arguments);
let n = arguments;
return function (e) {
return t(e, ...n);
};
};
}
},
i = (e) => e,
a = (
(e) => () =>
e
)(void 0),
o = a;
function s(e) {
let t = new WeakMap();
return (n) => {
let r = t.get(n);
if (r !== void 0) return r;
let i = e(n);
return (t.set(n, i), i);
};
}
function c(e) {
let t = new WeakMap();
return (n) => {
let r = t.get(n);
if (r !== void 0) return r;
let i = e(n);
return (t.set(n, i), t.set(i, i), i);
};
}
const l = (e) => {
let t = new Set(Reflect.ownKeys(e));
if (e.constructor === Object) return t;
e instanceof Error && t.delete(`stack`);
let n = Object.getPrototypeOf(e),
r = n;
for (; r !== null && r !== Object.prototype;) {
let e = Reflect.ownKeys(r);
for (let n = 0; n < e.length; n++) t.add(e[n]);
r = Object.getPrototypeOf(r);
}
return (
t.has(`constructor`) &&
typeof e.constructor == `function` &&
n === e.constructor.prototype &&
t.delete(`constructor`),
t
);
},
u = new WeakSet();
function d(e) {
return typeof e == `string`;
}
function f(e) {
return typeof e == `number`;
}
function p(e) {
return typeof e == `function`;
}
function m(e) {
return e != null;
}
function h(e) {
return !0;
}
function g(e) {
return (typeof e == `object` && !!e) || p(e);
}
const _ = r(2, (e, t) => g(e) && t in e),
v = `~effect/interfaces/Hash`,
y = (e) => {
switch (typeof e) {
case `number`:
return ne(e);
case `bigint`:
return S(e.toString(10));
case `boolean`:
return S(String(e));
case `symbol`:
return S(String(e));
case `string`:
return S(e);
case `undefined`:
return S(`undefined`);
case `function`:
case `object`:
if (e === null) return S(`null`);
if (e instanceof Date)
return Number.isNaN(e.getTime())
? S(`Invalid Date`)
: S(e.toISOString());
if (e instanceof RegExp) return S(e.toString());
{
if (u.has(e)) return b(e);
if (ue.has(e)) return ue.get(e);
let t = fe(e, () =>
te(e)
? e[v]()
: typeof e == `function`
? b(e)
: e instanceof DataView
? oe(
new Uint8Array(
e.buffer,
e.byteOffset,
e.byteLength,
),
)
: Array.isArray(e) ||
ArrayBuffer.isView(e)
? oe(e)
: e instanceof Map
? se(e)
: e instanceof Set
? ce(e)
: ie(e),
);
return (ue.set(e, t), t);
}
default:
throw Error(
`BUG: unhandled typeof ${typeof e} - please report an issue at https://github.com/Effect-TS/effect/issues`,
);
}
},
b = (e) => (
le.has(e) ||
le.set(
e,
ne(Math.floor(Math.random() * (2 ** 53 - 1))),
),
le.get(e)
),
x = r(2, (e, t) => (e * 53) ^ t),
ee = (e) => (e & 3221225471) | ((e >>> 1) & 1073741824),
te = (e) => _(e, v),
ne = (e) => {
if (e !== e) return S(`NaN`);
if (e === 1 / 0) return S(`Infinity`);
if (e === -1 / 0) return S(`-Infinity`);
let t = e | 0;
for (t !== e && (t ^= e * 4294967295); e > 4294967295;)
t ^= e /= 4294967295;
return ee(t);
},
S = (e) => {
let t = 5381,
n = e.length;
for (; n;) t = (t * 33) ^ e.charCodeAt(--n);
return ee(t);
},
re = (e, t) => {
let n = 12289;
for (let r of t) n ^= x(y(r), y(e[r]));
return ee(n);
},
ie = (e) => re(e, l(e)),
ae = (e, t) => (n) => {
let r = e;
for (let e of n) r ^= t(e);
return ee(r);
},
oe = ae(6151, y),
se = ae( S(`Map`), ([e, t]) =>
x(y(e), y(t)),
),
ce = ae( S(`Set`), y),
le = new WeakMap(),
ue = new WeakMap(),
de = new WeakSet();
function fe(e, t) {
if (de.has(e)) return S(`[Circular]`);
de.add(e);
let n = t();
return (de.delete(e), n);
}
const C = `~effect/interfaces/Equal`;
function w() {
return arguments.length === 1
? (e) => pe(e, arguments[0])
: pe(arguments[0], arguments[1]);
}
function pe(e, t) {
if (e === t) return !0;
if (e == null || t == null) return !1;
let n = typeof e;
return n === typeof t
? n === `number` && e !== e && t !== t
? !0
: (n !== `object` && n !== `function`) ||
u.has(e) ||
u.has(t)
? !1
: ve(e, t, _e)
: !1;
}
function me(e, t, n) {
let r = he.has(e),
i = ge.has(t);
if (r && i) return !0;
if (r || i) return !1;
(he.add(e), ge.add(t));
let a = n();
return (he.delete(e), ge.delete(t), a);
}
const he = new WeakSet(),
ge = new WeakSet();
function _e(e, t) {
if (y(e) !== y(t)) return !1;
if (e instanceof Date) {
if (!(t instanceof Date)) return !1;
let n = e.getTime(),
r = t.getTime();
return n === r || (Number.isNaN(n) && Number.isNaN(r));
}
if (e instanceof RegExp)
return (
t instanceof RegExp && e.toString() === t.toString()
);
let n = De(e),
r = De(t);
if (n !== r) return !1;
let i = n && r;
return typeof e == `function` && !i
? !1
: me(e, t, () => {
if (i) return e[C](t);
if (Array.isArray(e))
return !Array.isArray(t) || e.length !== t.length
? !1
: be(e, t);
if (ArrayBuffer.isView(e)) {
let n = e instanceof DataView;
if (
!ArrayBuffer.isView(t) ||
e.byteLength !== t.byteLength ||
n !== t instanceof DataView
)
return !1;
if (n) {
let n = t;
return xe(
new Uint8Array(
e.buffer,
e.byteOffset,
e.byteLength,
),
new Uint8Array(
n.buffer,
n.byteOffset,
n.byteLength,
),
);
}
return xe(e, t);
}
return e instanceof Map
? !(t instanceof Map) || e.size !== t.size
? !1
: we(e, t)
: e instanceof Set
? !(t instanceof Set) || e.size !== t.size
? !1
: Ee(e, t)
: Se(e, t);
});
}
function ve(e, t, n) {
let r = ye.get(e);
if (!r)
((r = new WeakMap()), ye.set(e, r));
else if (r.has(t)) return r.get(t);
let i = n(e, t);
r.set(t, i);
let a = ye.get(t);
return (
a ||
((a = new WeakMap()), ye.set(t, a)),
a.set(e, i),
i
);
}
const ye = new WeakMap();
function be(e, t) {
for (let n = 0; n < e.length; n++)
if (!pe(e[n], t[n])) return !1;
return !0;
}
function xe(e, t) {
if (e.length !== t.length) return !1;
for (let n = 0; n < e.length; n++)
if (e[n] !== t[n]) return !1;
return !0;
}
function Se(e, t) {
let n = l(e),
r = l(t);
if (n.size !== r.size) return !1;
for (let i of n)
if (!r.has(i) || !pe(e[i], t[i])) return !1;
return !0;
}
function Ce(e, t) {
return function (n, r) {
let i = Array.from(r);
for (let [r, a] of n) {
let n = !1;
for (let o = 0; o < i.length; o++) {
let [s, c] = i[o];
if (e(r, s) && t(a, c)) {
((i[o] = i[i.length - 1]), i.pop(), (n = !0));
break;
}
}
if (!n) return !1;
}
return !0;
};
}
const we = Ce(pe, pe);
function Te(e) {
return function (t, n) {
let r = Array.from(n);
for (let n of t) {
let t = !1;
for (let i = 0; i < r.length; i++) {
let a = r[i];
if (e(n, a)) {
((r[i] = r[r.length - 1]), r.pop(), (t = !0));
break;
}
}
if (!t) return !1;
}
return !0;
};
}
const Ee = Te(pe),
De = (e) => _(e, C),
Oe = (e) => (t, n) => t === n || e(t, n),
ke = (e) => e.length > 0;
function Ae(e, t, n) {
t === `__proto__`
? Object.defineProperty(e, t, {
value: n,
writable: !0,
enumerable: !0,
configurable: !0,
})
: (e[t] = n);
}
function je(e, t) {
for (let n of Reflect.ownKeys(t))
Object.prototype.propertyIsEnumerable.call(t, n) &&
Ae(e, n, t[n]);
}
const Me = Symbol.for(`~effect/Redactable`),
Ne = (e) => _(e, Me);
function Pe(e) {
return Ne(e) ? Fe(e) : e;
}
function Fe(e) {
return e[Me](
globalThis[`~effect/Fiber/currentFiber`]?.context ?? Re,
);
}
const Ie = `~effect/Fiber/currentFiber`,
Le = new Map(),
Re = {
"~effect/Context": {},
base: Le,
depth: 0,
mapUnsafe: Le,
pipe() {
return e(this, arguments);
},
};
function T(e, t) {
let n = t?.space ?? 0,
r = new WeakSet(),
i = n ? (typeof n == `number` ? ` `.repeat(n) : n) : ``,
a = (e) => i.repeat(e),
o = (e, t) => {
let n = e?.constructor;
return n &&
n !== Object.prototype.constructor &&
n.name
? `${n.name}(${t})`
: t;
},
s = (e) => {
try {
return Reflect.ownKeys(e);
} catch {
return [`[ownKeys threw]`];
}
};
function c(e, n = 0) {
if (typeof e == `string`) return JSON.stringify(e);
if (
typeof e == `number` ||
e == null ||
typeof e == `boolean` ||
typeof e == `symbol`
)
return String(e);
if (typeof e == `bigint`) return String(e) + `n`;
if (typeof e == `object` || typeof e == `function`) {
if (r.has(e)) return ze;
r.add(e);
let l;
if (Me in e) l = c(Fe(e), n);
else if (Array.isArray(e))
l =
!i || e.length <= 1
? `[${e.map((e) => c(e, n)).join(`,`)}]`
: `[\n${a(n + 1)}${e
.map((e) => c(e, n + 1))
.join(
`,
` + a(n + 1),
)}\n${a(n)}]`;
else if (e instanceof Date) l = He(e);
else if (
!t?.ignoreToString &&
_(e, `toString`) &&
typeof e.toString == `function` &&
e.toString !== Object.prototype.toString &&
e.toString !== Array.prototype.toString
) {
let t = Ue(e);
l =
e instanceof Error && e.cause
? `${t} (cause: ${c(e.cause, n)})`
: t;
} else if (Symbol.iterator in e)
l = `${e.constructor.name}(${c(Array.from(e), n)})`;
else {
let t = s(e);
if (!i || t.length <= 1) {
let r = `{${t.map((t) => `${Be(t)}:${c(e[t], n)}`).join(`,`)}}`;
l = o(e, r);
} else {
let r = `{\n${t.map(
(t) => `${a(n + 1)}${Be(t)}: ${c(e[t], n + 1)}`,
).join(`,
`)}\n${a(n)}}`;
l = o(e, r);
}
}
return (r.delete(e), l);
}
return String(e);
}
return c(e, 0);
}
const ze = `[Circular]`;
function Be(e) {
return typeof e == `string`
? JSON.stringify(e)
: String(e);
}
function Ve(e) {
return e.map((e) => `[${Be(e)}]`).join(``);
}
function He(e) {
try {
return e.toISOString();
} catch {
return `Invalid Date`;
}
}
function Ue(e) {
try {
let t = e.toString();
return typeof t == `string` ? t : String(t);
} catch {
return `[toString threw]`;
}
}
const We = Symbol.for(
`nodejs.util.inspect.custom`,
),
Ge = (e) => {
try {
return (
(e = Pe(e)),
_(e, `toJSON`) &&
p(e.toJSON) &&
e.toJSON.length === 0
? e.toJSON()
: Array.isArray(e)
? e.map(Ge)
: e
);
} catch {
return `[toJSON threw]`;
}
};
var Ke = class e {
called = !1;
self;
constructor(e) {
this.self = e;
}
next(e) {
return this.called
? { value: e, done: !0 }
: ((this.called = !0),
{ value: this.self, done: !1 });
}
[Symbol.iterator]() {
return new e(this.self);
}
};
const qe = (() => {
let e = `~effect/Utils/internal`,
t = { [e]: (e) => e() },
n = {
[e]: (e) => {
try {
return e();
} finally {
}
},
};
return t[e](
() => Error().stack,
)?.includes(e) === !0
? t[e]
: n[e];
})(),
Je = `~effect/Effect`,
Ye = `~effect/Exit`,
Xe = { _A: i, _E: i, _R: i },
Ze = `${Je}/identifier`,
E = `${Je}/args`,
D = `${Je}/evaluate`,
O = `${Je}/successCont`,
k = `${Je}/failureCont`,
Qe = `${Je}/ensureCont`,
$e = Symbol.for(`effect/Effect/Yield`),
et = {
pipe() {
return e(this, arguments);
},
toJSON() {
return { ...this };
},
toString() {
return T(this.toJSON(), {
ignoreToString: !0,
space: 2,
});
},
[We]() {
return this.toJSON();
},
},
tt = {
[Je]: Xe,
...et,
[Symbol.iterator]() {
return new Ke(this);
},
toJSON() {
return {
_id: `Effect`,
op: this[Ze],
...(E in this ? { args: this[E] } : void 0),
};
},
},
nt = (e) => _(e, Ye),
rt = `~effect/Cause`,
it = `~effect/Cause/Reason`,
at = (e) => _(e, rt);
var ot = class {
[rt];
reasons;
constructor(e) {
((this[rt] = rt), (this.reasons = e));
}
pipe() {
return e(this, arguments);
}
toJSON() {
return {
_id: `Cause`,
failures: this.reasons.map((e) => e.toJSON()),
};
}
toString() {
return `Cause(${T(this.reasons)})`;
}
[We]() {
return this.toJSON();
}
[C](e) {
return (
at(e) &&
this.reasons.length === e.reasons.length &&
this.reasons.every((t, n) => w(t, e.reasons[n]))
);
}
[v]() {
return oe(this.reasons);
}
};
const st = new WeakMap();
var ct = class {
[it];
annotations;
_tag;
constructor(e, t, n) {
if (
((this[it] = it),
(this._tag = e),
t !== lt && typeof n == `object` && n && t.size > 0)
) {
let e = st.get(n);
(e && (t = new Map([...e, ...t])), st.set(n, t));
}
this.annotations = t;
}
annotate(e, t) {
if (e.mapUnsafe.size === 0) return this;
let n = new Map(this.annotations);
e.mapUnsafe.forEach((e, r) => {
(t?.overwrite !== !0 && n.has(r)) || n.set(r, e);
});
let r = Object.assign(
Object.create(Object.getPrototypeOf(this)),
this,
);
return ((r.annotations = n), r);
}
pipe() {
return e(this, arguments);
}
toString() {
return T(this);
}
[We]() {
return this.toString();
}
};
const lt = new Map();
var ut = class extends ct {
error;
constructor(e, t = lt) {
(super(`Fail`, t, e), (this.error = e));
}
toString() {
return `Fail(${T(this.error)})`;
}
toJSON() {
return { _tag: `Fail`, error: this.error };
}
[C](e) {
return (
gt(e) &&
w(this.error, e.error) &&
w(this.annotations, e.annotations)
);
}
[v]() {
return x(S(this._tag))(
x(y(this.error))(y(this.annotations)),
);
}
};
const dt = (e) => new ot(e),
ft = (e) => new ot([new ut(e)]);
var pt = class extends ct {
defect;
constructor(e, t = lt) {
(super(`Die`, t, e), (this.defect = e));
}
toString() {
return `Die(${T(this.defect)})`;
}
toJSON() {
return { _tag: `Die`, defect: this.defect };
}
[C](e) {
return (
_t(e) &&
w(this.defect, e.defect) &&
w(this.annotations, e.annotations)
);
}
[v]() {
return x(S(this._tag))(
x(y(this.defect))(y(this.annotations)),
);
}
};
const mt = (e) => new ot([new pt(e)]),
ht = r(
(e) => at(e[0]),
(e, t, n) =>
t.mapUnsafe.size === 0
? e
: new ot(e.reasons.map((e) => e.annotate(t, n))),
),
gt = (e) => e._tag === `Fail`,
_t = (e) => e._tag === `Die`,
vt = (e) => e._tag === `Interrupt`;
function yt(e) {
return Tt(`Effect.evaluate: Not implemented`);
}
const bt = (e) => ({
...tt,
[Ze]: e.op,
[D]: e[D] ?? yt,
[O]: e[O],
[k]: e[k],
[Qe]: e[Qe],
}),
A = (e) => {
let t = bt(e);
return function () {
let n = Object.create(t);
return (
(n[E] = e.single === !1 ? arguments : arguments[0]),
n
);
};
},
xt = (e) => {
let t = {
[Ye]: Ye,
_tag: e.op,
get [e.prop]() {
return this[E];
},
...bt(e),
toString() {
return `${e.op}(${T(this[E])})`;
},
toJSON() {
return {
_id: `Exit`,
_tag: e.op,
[e.prop]: this[E],
};
},
[C](e) {
return (
nt(e) && e._tag === this._tag && w(this[E], e[E])
);
},
[v]() {
return x(S(e.op), y(this[E]));
},
};
return function (e) {
let n = Object.create(t);
return ((n[E] = e), n);
};
},
j = xt({
op: `Success`,
prop: `value`,
[D](e) {
let t = e.getCont(O);
return t ? t[O](this[E], e, this) : e.yieldWith(this);
},
}),
St = { key: `effect/Cause/StackTrace` },
Ct = { key: `effect/Cause/InterruptorStackTrace` },
M = xt({
op: `Failure`,
prop: `cause`,
[D](e) {
let t = this[E],
n = !1;
e.currentStackFrame &&
((t = ht(t, {
mapUnsafe: new Map([
[St.key, e.currentStackFrame],
]),
})),
(n = !0));
let r = e.getCont(k);
for (; e.interruptible && e._interruptedCause && r;)
r = e.getCont(k);
return r
? r[k](t, e, n ? void 0 : this)
: e.yieldWith(n ? M(t) : this);
},
}),
wt = (e) => M(ft(e)),
Tt = (e) => M(mt(e)),
Et = A({
op: `WithFiber`,
[D](e) {
return this[E](e);
},
}),
Dt = (function () {
class e extends globalThis.Error {}
let t = bt({
op: `YieldableError`,
[D]() {
return wt(this);
},
});
return (
delete t.toString, Object.assign(e.prototype, t), e
);
})(),
Ot = (function () {
let e = Symbol.for(
`effect/Data/Error/plainArgs`,
);
return class extends Dt {
constructor(t) {
(super(
t?.message,
t?.cause ? { cause: t.cause } : void 0,
),
t &&
(je(this, t),
Object.defineProperty(this, e, {
value: t,
enumerable: !1,
})));
}
toJSON() {
return { ...this[e], ...this };
}
};
})(),
kt = (e) => {
class t extends Ot {
_tag = e;
}
return ((t.prototype.name = e), t);
},
At = `~effect/data/Option`,
jt = {
[At]: { _A: (e) => e },
...et,
[Symbol.iterator]() {
return new Ke(this);
},
},
Mt = Object.defineProperty(
Object.assign(
Object.create(jt),
{
_tag: `Some`,
_op: `Some`,
[C](e) {
return Ft(e) && Lt(e) && w(this.value, e.value);
},
[v]() {
return x(y(this._tag))(y(this.value));
},
toString() {
return `some(${T(this.value)})`;
},
toJSON() {
return {
_id: `Option`,
_tag: this._tag,
value: Ge(this.value),
};
},
},
),
"valueOrUndefined",
{
get() {
return this.value;
},
},
),
Nt = y(`None`),
Pt = Object.assign(
Object.create(jt),
{
_tag: `None`,
_op: `None`,
valueOrUndefined: void 0,
[C](e) {
return Ft(e) && It(e);
},
[v]() {
return Nt;
},
toString() {
return `none()`;
},
toJSON() {
return { _id: `Option`, _tag: this._tag };
},
},
),
Ft = (e) => _(e, At),
It = (e) => e._tag === `None`,
Lt = (e) => e._tag === `Some`,
Rt = Object.create(Pt),
zt = (e) => {
let t = Object.create(Mt);
return ((t.value = e), t);
},
Bt = `~effect/data/Result`;
({ ...et });
function Vt(e) {
return (t, n) => (t === n ? 0 : e(t, n));
}
const Ht = Vt((e, t) =>
globalThis.Number.isNaN(e) && globalThis.Number.isNaN(t)
? 0
: globalThis.Number.isNaN(e)
? -1
: globalThis.Number.isNaN(t)
? 1
: e < t
? -1
: 1,
),
Ut = (e) => r(2, (t, n) => e(t, n) !== 1),
Wt = (e) => r(2, (t, n) => e(t, n) !== -1),
Gt = () => Rt,
Kt = zt,
qt = It,
Jt = r(2, (e, t) =>
qt(e) ? Gt() : Kt(t(e.value)),
),
Yt = globalThis.Array,
Xt = (e) => (Yt.isArray(e) ? e : Yt.from(e)),
Zt = r(2, (e, t) => [...e, t]),
Qt = r(2, (e, t) => Xt(e).concat(Xt(t)));
Yt.isArray;
const $t = ke,
en = ke,
tn = (e, t) => {
let n = y(t),
r = e.get(n);
if (r === void 0) return (e.set(n, [t]), !0);
for (let e of r) if (w(e, t)) return !1;
return (r.push(t), !0);
},
nn = r(2, (e, t) => {
let n = Xt(e),
r = Xt(t);
return en(n) ? (en(r) ? on(Qt(n, r)) : n) : r;
}),
rn = () => [],
an = r(2, (e, t) => e.map(t)),
on = (e) => {
let t = Xt(e);
if (t.length < 2) return [...t];
let n = new Map(),
r = [];
for (let e of t) tn(n, e) && r.push(e);
return r;
},
sn = `~effect/BigDecimal`,
cn = {
[sn]: sn,
[v]() {
let e = mn(this);
return x(y(e.value), ne(e.scale));
},
[C](e) {
return ln(e) && vn(this, e);
},
toString() {
return `BigDecimal(${yn(this)})`;
},
toJSON() {
return {
_id: `BigDecimal`,
value: String(this.value),
scale: this.scale,
};
},
[We]() {
return this.toJSON();
},
pipe() {
return e(this, arguments);
},
},
ln = (e) => _(e, sn),
un = (e, t) => {
let n = Object.create(cn);
return ((n.value = e), (n.scale = t), n);
},
dn = (e, t) => {
if (e !== N && e % fn === N)
throw RangeError(`Value must be normalized`);
let n = un(e, t);
return ((n.normalized = n), n);
},
N = BigInt(0),
fn = BigInt(10),
pn = dn(N, 0),
mn = (e) => {
if (e.normalized === void 0) {
if (e.value === N) e.normalized = pn;
else {
let t = `${e.value}`,
n = 0;
for (
let e = t.length - 1;
e >= 0 && t[e] === `0`;
e--
)
n++;
n === 0 && (e.normalized = e);
let r = BigInt(t.substring(0, t.length - n)),
i = e.scale - n;
e.normalized = dn(r, i);
}
}
return e.normalized;
},
hn = r(2, (e, t) =>
t > e.scale
? un(e.value * fn ** BigInt(t - e.scale), t)
: t < e.scale
? un(e.value / fn ** BigInt(e.scale - t), t)
: e,
),
gn = (e) => (e.value < N ? un(-e.value, e.scale) : e),
_n = Oe((e, t) =>
e.scale > t.scale
? hn(t, e.scale).value === e.value
: e.scale < t.scale
? hn(e, t.scale).value === t.value
: e.value === t.value,
),
vn = r(2, (e, t) => _n(e, t)),
yn = (e) => {
let t = mn(e);
if (Math.abs(t.scale) >= 16) return bn(t);
let n = t.value < N,
r = n ? `${t.value}`.substring(1) : `${t.value}`,
i,
a;
if (t.scale >= r.length)
((i = `0`), (a = `0`.repeat(t.scale - r.length) + r));
else {
let e = r.length - t.scale;
if (e > r.length) {
let t = e - r.length;
((i = `${r}${`0`.repeat(t)}`), (a = ``));
} else ((a = r.slice(e)), (i = r.slice(0, e)));
}
let o = a === `` ? i : `${i}.${a}`;
return n ? `-${o}` : o;
},
bn = (e) => {
if (xn(e)) return `0e+0`;
let t = mn(e),
n = `${gn(t).value}`,
r = n.slice(0, 1),
i = n.slice(1),
a = `${Sn(t) ? `-` : ``}${r}`;
i !== `` && (a += `.${i}`);
let o = i.length - t.scale;
return `${a}e${o >= 0 ? `+` : ``}${o}`;
},
xn = (e) => e.value === N,
Sn = (e) => e.value < N,
Cn = (e) => bt({ op: e.label, [D]: e.evaluate }),
wn = `~effect/Context/Service`,
Tn = function () {
function e() {}
let t = e;
Object.setPrototypeOf(t, En);
let n = (e, n) => (
(t.key = e),
n?.defaultValue &&
((t[On] = On), (t.defaultValue = n.defaultValue)),
n?.make && (t.make = n.make),
n?.fiberCached && Dn.add(e),
t
);
return arguments.length > 0
? n(arguments[0], arguments[1])
: n;
},
En = {
[wn]: wn,
... Cn({
label: `Service`,
evaluate(e) {
return j(Kn(e.context, this));
},
}),
toJSON() {
return { _id: `Service`, key: this.key };
},
of(e) {
return e;
},
context(e) {
return Hn(this, e);
},
use(e) {
return Et((t) => e(Kn(t.context, this)));
},
useSync(e) {
return Et((t) => j(e(Kn(t.context, this))));
},
},
Dn = new Set(),
On = `~effect/Context/Reference`,
kn = `~effect/Context`,
An = (e, t, n, r) => {
let i = Object.create(In);
return (
(i.cacheRoot = e ?? i),
(i.base = t),
(i.overlay = n),
(i.depth = r),
(i._flat = void 0),
(i.baseHits = 0),
i
);
},
jn = (e, t) => {
t && (jn(e, t.parent), e.set(t.key, t.value));
},
Mn = (e) => {
if (e._flat) return e._flat;
if (!e.overlay) return (e._flat = e.base);
let t = new Map(e.base);
return (jn(t, e.overlay), (e._flat = t));
},
Nn = Symbol(),
Pn = (e, t) => {
let n = e;
for (let e = n.overlay; e; e = e.parent)
if (e.key === t) return e.value;
let r = n.base.get(t);
return r === void 0 && !n.base.has(t)
? Nn
: (n.overlay &&
++n.baseHits >= 8 &&
((n.base = Mn(n)),
(n.overlay = void 0),
(n.depth = 0)),
r);
},
Fn = (e) => An(void 0, e, void 0, 0),
In = {
get mapUnsafe() {
return Mn(this);
},
...et,
[kn]: { _Services: (e) => e },
toJSON() {
return {
_id: `Context`,
services: Array.from(this.mapUnsafe).map(
([e, t]) => ({ key: e, value: t }),
),
};
},
[C](e) {
if (!Rn(e)) return !1;
let t = this.mapUnsafe,
n = e.mapUnsafe;
if (t.size !== n.size) return !1;
for (let [e, r] of t)
if (!n.has(e) || !w(r, n.get(e))) return !1;
return !0;
},
[v]() {
return ne(this.mapUnsafe.size);
},
},
Ln = (e, t) => e.cacheRoot === t.cacheRoot,
Rn = (e) => _(e, kn),
zn = (e) => !!e[On],
Bn = () => Vn,
Vn = Fn( new Map()),
Hn = (e, t) => Fn( new Map([[e.key, t]])),
Un = r(3, (e, t, n) => Wn(e, t.key, n)),
Wn = (e, t, n) => {
let r = e,
i = Dn.has(t) ? void 0 : r.cacheRoot;
if (r.depth >= 8) {
let e = new Map(r.mapUnsafe);
return (e.set(t, n), An(i, e, void 0, 0));
}
return An(
i,
r.base,
{ key: t, value: n, parent: r.overlay },
r.depth + 1,
);
},
Gn = (e, t) => {
let n = Pn(e, t);
return n === Nn ? void 0 : n;
},
Kn = r(2, (e, t) => {
let n = Pn(e, t.key);
if (n === Nn) {
if (zn(t)) return Jn(t);
throw Yn(t);
}
return n;
}),
qn = `~effect/Context/defaultValue`,
Jn = (e) =>
qn in e ? e[qn] : (e[qn] = e.defaultValue()),
Yn = (e) => {
let t = Error(
`Service not found${e.key ? `: ${String(e.key)}` : ``}`,
);
if (t.stack) {
let e = t.stack.split(`
`);
(e.splice(1, 3),
(t.stack = e.join(`
`)));
}
return t;
},
Xn = Tn,
Zn = Xn(`effect/Scheduler`, {
fiberCached: !0,
defaultValue: () => new tr(),
}),
Qn =
`setImmediate` in globalThis
? (e) => {
let t = globalThis.setImmediate(e);
return () => globalThis.clearImmediate(t);
}
: (e) => {
let t = setTimeout(e, 0);
return () => clearTimeout(t);
},
$n = (e) => {
let t = !1;
return (
Promise.resolve().then(() => {
t || e();
}),
() => {
t = !0;
}
);
};
var er = class {
buckets = [];
scheduleTask(e, t) {
let n = this.buckets,
r = n.length,
i,
a = 0;
for (; a < r && !(n[a][0] > t); a++) i = n[a];
i && i[0] === t
? i[1].push(e)
: a === r
? n.push([t, [e]])
: n.splice(a, 0, [t, [e]]);
}
drain() {
let e = this.buckets;
return ((this.buckets = []), e);
}
},
tr = class {
executionMode;
setImmediate;
constructor(e = `async`, t) {
((this.executionMode = e),
(this.setImmediate =
t ?? (e === `sync` ? $n : Qn)));
}
shouldYield(e) {
return e.currentOpCount >= e.maxOpsBeforeYield;
}
makeDispatcher() {
return new nr(this.setImmediate);
}
},
nr = class {
tasks = new er();
running = void 0;
setImmediate;
constructor(e = Qn) {
this.setImmediate = e;
}
scheduleTask(e, t) {
(this.tasks.scheduleTask(e, t),
this.running === void 0 &&
(this.running = this.setImmediate(
this.afterScheduled,
)));
}
afterScheduled = () => {
((this.running = void 0), this.runTasks());
};
runTasks() {
let e = this.tasks.drain();
for (let t = 0; t < e.length; t++) {
let n = e[t][1];
for (let e = 0; e < n.length; e++) n[e]();
}
}
flush() {
for (; this.tasks.buckets.length > 0;)
(this.running !== void 0 &&
(this.running(), (this.running = void 0)),
this.runTasks());
}
};
const rr = Xn(
`effect/Scheduler/MaxOpsBeforeYield`,
{ fiberCached: !0, defaultValue: () => 2048 },
),
ir = Xn(
`effect/Scheduler/PreventSchedulerYield`,
{ fiberCached: !0, defaultValue: () => !1 },
),
ar = kt,
or = [];
for (let e = 0; e < 256; e++)
or.push(e.toString(16).padStart(2, `0`));
const sr = Xn(
`effect/References/CurrentStackFrame`,
{ fiberCached: !0, defaultValue: a },
),
cr = Xn(
`effect/References/CurrentLogLevel`,
{ fiberCached: !0, defaultValue: () => `Info` },
),
lr = Xn(
`effect/References/MinimumLogLevel`,
{ fiberCached: !0, defaultValue: () => `Info` },
),
ur = (() => {
let e = Object.getOwnPropertyDescriptor(
Error,
`stackTraceLimit`,
);
return e === void 0
? Object.isExtensible(Error)
: Object.hasOwn(e, `writable`)
? e.writable === !0
: e.set !== void 0;
})(),
dr = () => Error.stackTraceLimit,
fr = (e) => {
ur && (Error.stackTraceLimit = e);
};
var pr = class extends ct {
fiberId;
constructor(e, t = lt) {
(super(`Interrupt`, t, `Interrupted`),
(this.fiberId = e));
}
toString() {
return `Interrupt(${this.fiberId})`;
}
toJSON() {
return { _tag: `Interrupt`, fiberId: this.fiberId };
}
[C](e) {
return (
vt(e) &&
this.fiberId === e.fiberId &&
this.annotations === e.annotations
);
}
[v]() {
return x(S(`${this._tag}:${this.fiberId}`))(
b(this.annotations),
);
}
};
const mr = (e) => new ot([new pr(e)]),
hr = (e) => e.reasons.some(vt),
gr = r(2, (e, t) => {
if (e.reasons.length === 0) return t;
if (t.reasons.length === 0) return e;
let n = new ot(nn(e.reasons, t.reasons));
return w(e, n) ? e : n;
}),
_r = r(2, (e, t) => {
let n = !1,
r = e.reasons.map((e) =>
gt(e)
? ((n = !0), new ut(t(e.error), e.annotations))
: e,
);
return n ? dt(r) : e;
}),
vr = `~effect/Fiber`,
yr = { _A: i, _E: i },
br = { id: 0 },
xr = () => globalThis[Ie];
var Sr = class {
constructor(e, t = !0) {
((this[vr] = yr),
this.setContext(e),
(this.id = ++br.id),
(this.currentOpCount = 0),
(this.interruptible = t),
(this._stack = []),
(this._observers = []),
(this._exit = void 0),
(this._children = void 0),
(this._interruptedCause = void 0),
(this._yielded = void 0),
(this._running = !1),
(this._deferredInterrupt = !1),
this.runtimeMetrics?.recordFiberStart(this.context));
}
[vr];
id;
interruptible;
currentOpCount;
_stack;
_observers;
_exit;
_children;
_interruptedCause;
_yielded;
_running;
_deferredInterrupt;
context;
currentScheduler;
currentTracerContext;
currentSpan;
currentLogLevel;
minimumLogLevel;
currentStackFrame;
runtimeMetrics;
maxOpsBeforeYield;
currentPreventYield;
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get currentDispatcher() {
return (this._dispatcher ??=
this.currentScheduler.makeDispatcher());
}
getRef(e) {
return Kn(this.context, e);
}
addObserver(e) {
return this._exit
? (e(this._exit), o)
: (this._observers.push(e),
() => {
if (this._exit) return;
let t = this._observers.indexOf(e);
t >= 0 && this._observers.splice(t, 1);
});
}
interruptUnsafe(e, t) {
if (this._exit) return;
let n = mr(e);
(this.currentStackFrame &&
(n = ht(n, Hn(St, this.currentStackFrame))),
t && (n = ht(n, t)),
(this._interruptedCause = this._interruptedCause
? gr(this._interruptedCause, n)
: n),
this.interruptible &&
(this._running
? (this._deferredInterrupt = !0)
: this.evaluate(F(this._interruptedCause))));
}
pollUnsafe() {
return this._exit;
}
evaluate(e) {
if (this._exit) return;
if (this._yielded !== void 0) {
let e = this._yielded;
((this._yielded = void 0), e());
}
let t = this.runLoop(e);
if (t === $e) return;
let n =
wr.interruptChildren && wr.interruptChildren(this);
if (n !== void 0) return this.evaluate(I(n, () => t));
((this._exit = t),
this.runtimeMetrics?.recordFiberEnd(
this.context,
this._exit,
));
for (let e = 0; e < this._observers.length; e++)
this._observers[e](t);
((this._observers.length = 0),
(this._stack.length = 0),
(this._children = void 0),
(this.context = Bn()));
}
runLoop(e) {
let t = globalThis[Ie];
globalThis[Ie] = this;
let n = this._running;
this._running = !0;
let r = !1,
i = e;
this.currentOpCount = 0;
try {
for (;;) {
if (
(this._deferredInterrupt &&
((this._deferredInterrupt = !1),
(i = F(this._interruptedCause))),
this.currentOpCount++,
!r &&
!this.currentPreventYield &&
this.currentScheduler.shouldYield(this))
) {
r = !0;
let e = i;
i = I(jr, () => e);
}
if (
((i = this.currentTracerContext
? this.currentTracerContext(i, this)
: i[D](this)),
i === $e)
) {
let e = this._yielded;
if (Ye in e)
return (
(this._deferredInterrupt = !1),
(this._yielded = void 0),
e
);
if (this._deferredInterrupt) {
((this._yielded = void 0), e());
continue;
}
return $e;
}
}
} catch (e) {
return _(i, D)
? this.runLoop(Tt(e))
: Tt(
`Fiber.runLoop: Not a valid effect: ${String(i)}`,
);
} finally {
((this._running = n), (globalThis[Ie] = t));
}
}
getCont(e) {
if (this._deferredInterrupt)
return ((this._deferredInterrupt = !1), Cr);
for (;;) {
let t = this._stack.pop();
if (!t) return;
let n = t[Qe] && t[Qe](this);
if (n) return ((n[e] = n), n);
if (t[e]) return t;
}
}
yieldWith(e) {
return ((this._yielded = e), $e);
}
children() {
return (this._children ??= new Set());
}
pipe() {
return e(this, arguments);
}
setContext(e) {
let t = this.context;
if (((this.context = e), t !== void 0 && Ln(t, e)))
return;
let n = this.getRef(Zn);
(n !== this.currentScheduler &&
((this.currentScheduler = n),
(this._dispatcher = void 0)),
(this.currentSpan = Gn(
e,
`effect/Tracer/ParentSpan`,
)),
(this.currentLogLevel = this.getRef(cr)),
(this.minimumLogLevel = this.getRef(lr)),
(this.currentStackFrame = this.getRef(sr)),
(this.maxOpsBeforeYield = this.getRef(rr)),
(this.currentPreventYield = this.getRef(ir)),
(this.runtimeMetrics = Gn(
e,
`effect/observability/Metric/FiberRuntimeMetricsKey`,
)));
let r = Gn(e, `effect/Tracer`);
this.currentTracerContext = r ? r.context : void 0;
}
get currentSpanLocal() {
return this.currentSpan?._tag === `Span`
? this.currentSpan
: void 0;
}
};
const Cr = {
[O](e, t) {
return F(t._interruptedCause);
},
[k](e, t) {
return F(t._interruptedCause);
},
},
wr = { interruptChildren: void 0 },
Tr = (e) => {
if (!e.currentStackFrame) return;
let t = new Map();
return (t.set(Ct.key, e.currentStackFrame), Fn(t));
},
Er = (e) =>
Lr((t) => {
let n = e[Symbol.iterator](),
r = [],
i;
function a() {
let e = n.next();
for (; !e.done;) {
if (e.value._exit) {
(r.push(e.value._exit), (e = n.next()));
continue;
}
i = e.value.addObserver((e) => {
(r.push(e), a());
});
return;
}
t(P(r));
}
return (a(), kr(() => i?.()));
}),
Dr = (e) =>
Et((t) => {
let n = Tr(t),
r = rn();
for (let i of e)
(i.interruptUnsafe(t.id, n), r.push(i));
return Hr(Er(r));
}),
P = j,
F = M,
Or = wt,
kr = A({
op: `Sync`,
[D](e) {
let t = this[E](),
n = e.getCont(O);
return n ? n[O](t, e) : e.yieldWith(j(t));
},
}),
Ar = A({
op: `Suspend`,
[D](e) {
return this[E]();
},
}),
jr = A({
op: `Yield`,
[D](e) {
let t = !1;
return (
e.currentDispatcher.scheduleTask(() => {
t || e.evaluate(Jr);
}, this[E] ?? 0),
e.yieldWith(() => {
t = !0;
})
);
},
})(0),
Mr = (e) => Ar(() => F(qe(e))),
Nr = (e) => Tt(e),
Pr = P(void 0),
Fr = A({
op: `Async`,
single: !1,
[D](e) {
let t = qe(() => this[E][0].bind(e.currentScheduler)),
n = !1,
r = !1,
i = this[E][1] ? new AbortController() : void 0,
a = t((t) => {
n || ((n = !0), r ? e.evaluate(t) : (r = t));
}, i?.signal);
return r === !1
? ((r = !0),
(e._yielded = () => {
n = !0;
}),
(i === void 0 && a === void 0) ||
e._stack.push(
Ir(() => ((n = !0), i?.abort(), a ?? Jr)),
),
$e)
: r;
},
}),
Ir = A({
op: `AsyncFinalizer`,
[Qe](e) {
e.interruptible &&
((e.interruptible = !1), e._stack.push(ti));
},
[k](e, t) {
return hr(e) ? I(this[E](), () => F(e)) : F(e);
},
}),
Lr = (e) => Fr(e, e.length >= 2),
Rr = (e, t) =>
Object.defineProperty(t, "length", {
value: e,
configurable: !0,
}),
zr = (e, ...t) =>
Rr(
e.length,
t.length === 0
? function () {
return Br(() => e.apply(this, arguments));
}
: function () {
let n = Br(() => e.apply(this, arguments));
for (let e of t) n = e(n);
return n;
},
),
Br = (e) => {
try {
let t = e(),
n;
for (;;) {
let r = t.next(n);
if (r.done) return P(r.value);
let i = r.value;
if (i && i._tag === `Success`) {
n = i.value;
continue;
}
if (i && i._tag === `Failure`) return r.value;
{
let n = !0;
return Ar(() =>
n
? ((n = !1), I(r.value, (e) => Vr(t, e)))
: Ar(() => Vr(e())),
);
}
}
} catch (e) {
return Nr(e);
}
},
Vr = A({
op: `Iterator`,
single: !1,
[O](e, t) {
let n = this[E][0];
for (;;) {
let r = n.next(e);
if (r.done) return P(r.value);
if (!L(r.value))
return (t._stack.push(this), r.value);
if (r.value._tag === `Failure`) return r.value;
e = r.value.value;
}
},
[D](e) {
return this[O](this[E][1], e);
},
}),
Hr = (e) => I(e, (e) => Jr),
I = r(2, (e, t) => {
let n = Object.create(Ur);
return (
(n[E] = e),
(n[O] = t.length === 1 ? t : (e) => t(e)),
n
);
}),
Ur = bt({
op: `OnSuccess`,
[D](e) {
return (e._stack.push(this), this[E]);
},
}),
L = (e) => Ye in e,
Wr = r(2, (e, t) =>
L(e)
? e._tag === `Success`
? t(e.value)
: e
: I(e, t),
),
Gr = r(2, (e, t) =>
I(e, (e) => P(qe(() => t(e)))),
),
Kr = r(2, (e, t) =>
L(e) ? Yr(e, t) : Gr(e, t),
),
qr = (e) => e._tag === `Success`,
Jr = j(void 0),
Yr = r(2, (e, t) =>
e._tag === `Success` ? j(t(e.value)) : e,
),
Xr = r(2, (e, t) => {
let n = Object.create(Zr);
return (
(n[E] = e),
(n[k] = t.length === 1 ? t : (e) => t(e)),
n
);
}),
Zr = bt({
op: `OnFailure`,
[D](e) {
return (e._stack.push(this), this[E]);
},
}),
Qr = (e) => (L(e) ? j(e) : $r(e)),
$r = A({
op: `Exit`,
[D](e) {
return (e._stack.push(this), this[E]);
},
[O](e, t, n) {
return P(n ?? j(e));
},
[k](e, t, n) {
return P(n ?? M(e));
},
}),
ei = (e) =>
Et((t) =>
t.interruptible
? ((t.interruptible = !1), t._stack.push(ti), e)
: e,
),
ti = A({
op: `SetInterruptible`,
[Qe](e) {
if (
((e.interruptible = this[E]),
e._interruptedCause && e.interruptible)
)
return () => F(e._interruptedCause);
},
})(!0),
ni = (e) => {
let t = e.onItem,
n = e.step,
r = (e, i, a, o) => {
for (; a < o; a++) {
let s = i[a],
c = t(e, s, a);
if (!L(c))
return I(
Qr(c),
(t) =>
n(e, s, t, a) ?? r(e, i, a + 1, o) ?? Pr,
);
let l = n(e, s, c, a);
if (l) return l._tag === `Failure` ? l : void 0;
}
};
return (e, i, a) => {
let o = 0,
s = a?.end ?? i.length,
c = a?.concurrency ?? 1;
if (c === 1) return r(e, i, 0, s);
let l = a?.orderedStep === !0,
u = !1,
d,
f,
p,
m = !1,
h,
g,
_ = o,
v = l ? Array(s) : void 0,
y = (e) => {
let t = Tt(e);
return (
(h = t),
(u = !0),
(m = !0),
f && f.size > 0
? I(ei(Dr(Array.from(f))), () => t)
: t
);
},
b = (t, r, a) => {
if (!l) return n(e, t, r, a);
if (h) return h;
for (v[a] = r; _ < s;) {
let t = v[_];
if (t === void 0) return;
v[_] = void 0;
let r = _++,
a = n(e, i[r], t, r);
if (a) return a;
}
},
x = () => {
let n = !1;
for (; !h && o < s; o++) {
let r = i[o],
a = g ?? t(e, r, o);
if (L(a)) {
if (((h = b(r, a, o)), h)) break;
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g = void 0;
let e = ii(d, a, !0, !0, `inherit`);
if (e._exit) {
if (((h = b(r, e._exit, o)), h)) break;
continue;
}
f.add(e);
let t = o;
if (
(e.addObserver((i) => {
f.delete(e);
try {
if (h) {
if (!m && i._tag === `Failure`)
for (let e of i.cause.reasons)
if (e._tag === `Interrupt`)
continue;
else
h._tag === `Failure`
? h.cause.reasons.push(e)
: (h = M(dt([e])));
} else {
let e = b(r, i, t);
e &&
((h =
e._tag === `Failure`
? M(dt(e.cause.reasons.slice()))
: e),
x());
}
if (n) {
let e = x();
e && p(e);
} else u && f.size === 0 && p(h ?? Pr);
} catch (e) {
p(y(e));
}
}),
f.size < c)
)
continue;
((n = !0), o++);
return;
} else
return Lr((e) => {
((d = xr()),
(f = new Set()),
(g = a),
(p = e));
let t;
try {
t = x();
} catch (t) {
return e(y(t));
}
return t
? e(t)
: Ar(
() => (
(h = Jr),
(m = !0),
f ? Dr(f) : Pr
),
);
});
}
if (((u = !0), h)) {
if (f && f.size > 0) {
let e = Tr(d);
f.forEach((t) => t.interruptUnsafe(d.id, e));
return;
}
if (p || h._tag === `Failure`) return h;
} else if (p) {
if (f) f.size === 0 && p(Pr);
else return Jr;
}
};
return x();
};
},
ri = () => ni,
ii = (e, t, n = !1, r = !1, i = !1) => {
let a = e,
o = i === `inherit` ? a.interruptible : !i,
s = new Sr(a.context, o);
return (
n
? s.evaluate(t)
: a.currentDispatcher.scheduleTask(
() => s.evaluate(t),
0,
),
!r &&
!s._exit &&
(a.children().add(s),
s.addObserver(() => a._children.delete(s))),
s
);
},
ai = (e) => (t, n) => {
let r = new Sr(
n?.scheduler ? Un(e, Zn, n.scheduler) : e,
n?.uninterruptible !== !0,
);
if ((r.evaluate(t), r._exit)) return r;
if (n?.signal) {
if (n.signal.aborted) r.interruptUnsafe();
else {
let e = () => r.interruptUnsafe();
(n.signal.addEventListener(`abort`, e, {
once: !0,
}),
r.addObserver(() =>
n.signal.removeEventListener(`abort`, e),
));
}
}
return (n?.onFiberStart && n.onFiberStart(r), r);
},
oi = ((e) => {
let t = ai(e);
return (e) => {
if (L(e)) return e;
let n = new tr(`sync`),
r = t(e, { scheduler: n });
return (
r._dispatcher?.flush(), r._exit ?? Tt(new ci(r))
);
};
})( Bn()),
si = `~effect/Cause/AsyncFiberError`;
var ci = class extends kt(`AsyncFiberError`) {
[si] = si;
constructor(e) {
super({
message: `An asynchronous Effect was executed with Effect.runSync`,
fiber: e,
});
}
};
const li = {
bold: `1`,
red: `31`,
green: `32`,
yellow: `33`,
blue: `34`,
cyan: `36`,
white: `37`,
gray: `90`,
black: `30`,
bgBrightRed: `101`,
};
(li.gray,
li.blue,
li.green,
li.yellow,
li.red,
li.bgBrightRed,
li.black);
const ui = gt,
di = _r,
fi = j,
pi = M,
mi = wt,
hi = Jr,
gi = qr,
_i = `~effect/time/DateTime`,
vi = `~effect/time/DateTime/TimeZone`,
yi = {
[_i]: _i,
pipe() {
return e(this, arguments);
},
[We]() {
return this.toString();
},
toJSON() {
return xi(this).toJSON();
},
};
(({ ...yi }), { ...yi });
const bi = {
[vi]: vi,
[We]() {
return this.toString();
},
};
(({ ...bi }), { ...bi });
const xi = (e) => new Date(e.epochMilliseconds),
R = P,
z = Or,
Si = Mr,
Ci = Nr,
wi = I,
Ti = Qr,
Ei = Xr,
Di = oi,
Oi = Kr,
B = Wr,
ki = zr;
function Ai(e) {
return e.checks
? e.checks[e.checks.length - 1].annotations
: e.annotations;
}
const ji = `~structural`,
Mi = s((e) => {
let t = Ai(e)?.identifier;
return typeof t == `string` ? t : e.getExpected(Mi);
}),
V = Symbol(),
H = fi,
Ni = H(V),
U = H(V),
Pi = (e) => (e === V ? Gt() : Kt(e)),
Fi = (e) => (e._tag === `None` ? Ni : H(e.value)),
Ii = `~effect/SchemaIssue/Issue`;
function Li(e) {
return _(e, Ii) && e[Ii] === Ii;
}
function Ri(e) {
return Object.hasOwn(e, `input`);
}
var W = class {
[Ii] = Ii;
constructor(e, t) {
t?.reportInput === !0 && e !== V && (this.input = e);
}
},
zi = class extends W {
_tag = `Filter`;
filter;
issue;
constructor(e, t, n, r) {
(super(n, r), (this.filter = e), (this.issue = t));
}
},
Bi = class extends W {
_tag = `Encoding`;
ast;
issue;
constructor(e, t, n, r) {
(super(n, r), (this.ast = e), (this.issue = t));
}
},
Vi = class extends W {
_tag = `Pointer`;
path;
issue;
constructor(e, t) {
(super(), (this.path = e), (this.issue = t));
}
},
Hi = class extends W {
_tag = `MissingKey`;
annotations;
constructor(e) {
(super(), (this.annotations = e));
}
},
Ui = class extends W {
_tag = `UnexpectedKey`;
ast;
constructor(e, t, n) {
(super(t, n), (this.ast = e));
}
},
G = class extends W {
_tag = `Composite`;
ast;
issues;
constructor(e, t, n, r) {
(super(n, r), (this.ast = e), (this.issues = t));
}
},
Wi = class extends W {
_tag = `InvalidType`;
ast;
constructor(e, t, n) {
(super(t, n), (this.ast = e));
}
},
Gi = class extends W {
_tag = `InvalidValue`;
annotations;
constructor(e, t, n) {
(super(t, n), (this.annotations = e));
}
},
Ki = class extends W {
_tag = `AnyOf`;
ast;
issues;
constructor(e, t, n, r) {
(super(n, r), (this.ast = e), (this.issues = t));
}
},
qi = class extends W {
_tag = `OneOf`;
ast;
successes;
constructor(e, t, n, r) {
(super(n, r), (this.ast = e), (this.successes = t));
}
};
function Ji(e, t, n) {
if (Li(e)) return e;
if (typeof e == `string`)
return new Gi({ message: e }, t, n);
let r =
typeof e.issue == `string`
? new Gi({ message: e.issue }, t, n)
: e.issue;
return new Vi(e.path, r);
}
function Yi(e, t, n) {
if (e !== void 0)
return typeof e == `boolean`
? e
? void 0
: new Gi(void 0, t, n)
: Ji(e, t, n);
}
function Xi(e, t, n, r) {
return Array.isArray(t)
? en(t)
? t.length === 1
? Ji(t[0], n, r)
: new G(
e,
an(t, (e) => Ji(e, n, r)),
n,
r,
)
: void 0
: Yi(t, n, r);
}
const Zi = (e) => {
let t = oa(e);
if (t !== void 0) return t;
switch (e._tag) {
case `InvalidType`:
return ta(Mi(e.ast), e);
case `InvalidValue`: {
let t = ea(e);
if (t !== void 0) return ta(t, e);
let n = $i(e);
return n === void 0
? `Expected a valid value`
: `Invalid data ${n}`;
}
case `MissingKey`:
return `Missing key`;
case `UnexpectedKey`: {
let t = $i(e);
return t === void 0
? `Expected no excess property`
: `Unexpected key with value ${t}`;
}
case `Forbidden`:
return `Forbidden operation`;
case `OneOf`: {
let t = $i(e);
return t === void 0
? `Expected exactly one member to match`
: `Expected exactly one member to match the input ${t}`;
}
}
},
Qi = (e) => oa(e.issue) ?? oa(e);
function $i(e) {
return Ri(e) ? T(e.input) : void 0;
}
function ea(e) {
let t = e.annotations?.expected;
return typeof t == `string` ? t : void 0;
}
function ta(e, t) {
let n = $i(t);
return n === void 0
? `Expected ${e}`
: `Expected ${e}, got ${n}`;
}
function na(e) {
let t = e.annotations?.expected;
if (typeof t == `string`) return t;
switch (e._tag) {
case `Filter`:
return `<filter>`;
case `FilterGroup`:
return e.checks.map((e) => na(e)).join(` & `);
}
}
function ra() {
return (e) => aa(e, ``);
}
const ia = ra();
function aa(e, t) {
let n;
switch (e._tag) {
case `Filter`: {
let r = Qi(e);
if (r !== void 0) n = r;
else {
if (e.issue._tag !== `InvalidValue`)
return aa(e.issue, t);
let r = ea(e.issue);
n =
r === void 0
? ta(na(e.filter), e)
: ta(r, e.issue);
}
break;
}
case `Encoding`:
return aa(e.issue, t);
case `Pointer`:
return aa(e.issue, t + Ve(e.path));
case `Composite`:
case `AnyOf`:
if (e._tag === `Composite` || e.issues.length > 0)
return e.issues.map((e) => aa(e, t)).join(`
`);
n = oa(e) ?? ta(Mi(e.ast), e);
break;
default:
n = Zi(e);
}
return t ? `${n}\n at ${t}` : n;
}
function oa(e) {
if (e._tag === `Pointer`) return;
if (e._tag === `Encoding`) return oa(e.issue);
let t = (
e._tag === `Filter`
? e.filter.annotations
: `annotations` in e
? e.annotations
: e.ast.annotations
)?.[
e._tag === `MissingKey`
? `messageMissingKey`
: e._tag === `UnexpectedKey`
? `messageUnexpectedKey`
: `message`
];
if (typeof t == `string`) return t;
}
function sa(e) {
let t;
for (let n of e.reasons) {
if (!ui(n) || !Li(n.error)) return;
t ??= n.error;
}
return t;
}
function ca(e, t) {
let n = sa(e);
if (n === void 0) throw Error(t, { cause: e });
return n;
}
var la = class e extends n {
run;
constructor(e) {
(super(), (this.run = e));
}
map(t) {
return new e((e, n) => this.run(e, n).pipe(Oi(Jt(t))));
}
compose(t) {
return da(this)
? t
: da(t)
? this
: new e((e, n) =>
this.run(e, n).pipe(B((e) => t.run(e, n))),
);
}
};
const ua = new la(R);
function da(e) {
return e.run === ua.run;
}
function fa() {
return ua;
}
function pa(e) {
return ma(Jt(e));
}
function ma(e) {
return new la((t) => R(e(t)));
}
function ha() {
return pa(globalThis.String);
}
function ga() {
return pa(globalThis.Number);
}
const _a = `~effect/SchemaTransformation/Transformation`;
var va = class e {
[_a] = _a;
_tag = `Transformation`;
decode;
encode;
constructor(e, t) {
((this.decode = e), (this.encode = t));
}
flip() {
return new e(this.encode, this.decode);
}
compose(t) {
return new e(
this.decode.compose(t.decode),
t.encode.compose(this.encode),
);
}
};
function ya(e) {
return _(e, _a) && e[_a] === _a;
}
const ba = (e) => (ya(e) ? e : new va(e.decode, e.encode)),
xa = new va(
fa(),
fa(),
);
function Sa() {
return xa;
}
const Ca = new va(
ga(),
ha(),
);
function wa(e) {
return (t) => t._tag === e;
}
const Ta = wa(`Declaration`),
Ea = wa(`Never`),
Da = wa(`Literal`),
Oa = wa(`UniqueSymbol`),
ka = wa(`Arrays`),
Aa = wa(`Objects`),
ja = wa(`Suspend`);
var K = class {
to;
transformation;
constructor(e, t) {
((this.to = e), (this.transformation = t));
}
};
const Ma = {};
var Na = class {
isOptional;
isMutable;
constructorDefault;
annotations;
constructor(e, t, n = void 0, r = void 0) {
((this.isOptional = e),
(this.isMutable = t),
(this.constructorDefault = n),
(this.annotations = r));
}
};
const Pa = `~effect/Schema`;
var q = class {
[Pa] = Pa;
annotations;
checks;
encoding;
context;
constructor(
e = void 0,
t = void 0,
n = void 0,
r = void 0,
) {
((this.annotations = e),
(this.checks = t),
(this.encoding = n),
(this.context = r));
}
toString() {
return `<${this._tag}>`;
}
},
Fa = class e extends q {
_tag = `Declaration`;
typeParameters;
run;
encodingChecks;
encodingRun;
constructor(e, t, n, r, i, a, o, s) {
(super(n, r, i, a),
(this.typeParameters = e),
(this.run = t),
(this.encodingChecks = o),
(this.encodingRun = s));
}
getParser() {
let e;
return (t, n) =>
t === V
? Ni
: (e ??= this.run(this.typeParameters))(
t,
this,
n,
);
}
_rebuild(t, n, r, i, a) {
let o = zo(this.typeParameters, t);
return o === this.typeParameters &&
n === this.checks &&
r === this.encodingChecks &&
i === this.run &&
a === this.encodingRun
? this
: new e(
o,
i,
this.annotations,
n,
void 0,
this.context,
r,
a,
);
}
recur(e) {
return this._rebuild(
e,
this.checks,
this.encodingChecks,
this.run,
this.encodingRun,
);
}
flip(e) {
return this._rebuild(
e,
this.encodingChecks,
this.checks,
this.encodingRun ?? this.run,
this.run,
);
}
getExpected() {
let e = this.annotations?.expected;
return typeof e == `string` ? e : `<Declaration>`;
}
};
const Ia = new (class extends q {
_tag = `Null`;
getParser() {
return Yo(this, null);
}
getExpected() {
return `null`;
}
})(),
La = new (class extends q {
_tag = `Unknown`;
getParser() {
return Xo(this, h);
}
getExpected() {
return `unknown`;
}
})();
var Ra = class extends q {
_tag = `Literal`;
literal;
constructor(e, t, n, r, i) {
if (
(super(t, n, r, i),
typeof e == `number` &&
!globalThis.Number.isFinite(e))
)
throw Error(
`A numeric literal must be finite, got ${T(e)}`,
);
this.literal = e;
}
getParser() {
return Yo(this, this.literal);
}
matchPart(e, t) {
return e === globalThis.String(this.literal)
? this.literal
: void 0;
}
toCodecJson() {
return typeof this.literal == `bigint`
? za(this)
: this;
}
toCodecStringTree() {
return typeof this.literal == `string`
? this
: za(this);
}
getExpected() {
return typeof this.literal == `string`
? JSON.stringify(this.literal)
: globalThis.String(this.literal);
}
};
function za(e) {
let t = globalThis.String(e.literal);
return J(e, [
new K(
new Ra(t),
new va(
pa(() => e.literal),
pa(() => t),
),
),
]);
}
const Ba = new (class extends q {
_tag = `String`;
getParser() {
return Xo(this, d);
}
matchPart(e, t) {
let n = this.checks;
return n &&
!t.disableChecks &&
is(n, e, void 0, this, t)
? void 0
: e;
}
getExpected() {
return `string`;
}
})();
var Va = class extends q {
_tag = `Number`;
getParser() {
return Xo(this, f);
}
matchKey(e, t) {
return this._match($o, e, t);
}
matchPart(e, t) {
return this._match(Qo, e, t);
}
_match(e, t, n) {
if (!e.test(t)) return;
let r = globalThis.Number(t);
return n.disableChecks || !this.checks
? r
: is(this.checks, r, void 0, this, n)
? void 0
: r;
}
toCodecJson() {
return this.checks &&
(Ha(this.checks, `effect/schema/isFinite`) ||
Ha(this.checks, `effect/schema/isInt`))
? this
: J(this, [Eo]);
}
toCodecStringTree() {
return this.toCodecJson() === this
? J(this, [ns])
: J(this, [rs]);
}
getExpected() {
return `number`;
}
};
function Ha(e, t) {
return e.some(
(e) =>
e.annotations?.representation?.id === t ||
(e._tag === `FilterGroup` && Ha(e.checks, t)),
);
}
const Ua = new Va();
var Wa = class e extends q {
_tag = `Arrays`;
isMutable;
elements;
rest;
encodingChecks;
constructor(e, t, n, r, i, a, o, s) {
(super(r, i, a, o),
(this.isMutable = e),
(this.elements = t),
(this.rest = n),
(this.encodingChecks = s));
let c = !1;
for (let e = 0; e < t.length; e++)
if (Y(t[e])) c = !0;
else if (c)
throw Error(
`A required element cannot follow an optional element. ts(1257)`,
);
if (c && n.length > 1)
throw Error(
`A required element cannot follow an optional element. ts(1257)`,
);
for (let e = 1; e < n.length; e++)
if (Y(n[e]))
throw Error(
`An optional element cannot follow a rest element. ts(1266)`,
);
}
getParser(e, t = e) {
let n = this,
r,
i,
a = n.elements.length,
o = Math.max(0, n.rest.length - 1);
function s(e, t) {
return t < a ? r[t] : t >= e ? i[t - e + 1] : i[0];
}
return ki(function* (e, c) {
if (e === V) return V;
if (!Array.isArray(e))
return yield* z(new Wi(n, e, c));
r ||
((r = n.elements.map((e) => ({
ast: e,
parser: t(e),
}))),
(i = n.rest.map((e) => ({
ast: e,
parser: t(e),
}))));
let l = e.length,
u = {
ast: n,
getParser: s,
input: e,
len: l,
tailThreshold: Math.max(a, l - o),
output: new globalThis.Array(l),
issues: void 0,
options: c,
},
d = Ka(c?.concurrency),
f = Ga(u, e, {
concurrency: d?.concurrency,
end: n.rest.length === 0 ? a : Math.max(l, a + o),
});
if ((f && (yield* f), n.rest.length === 0 && l > a))
for (let t = a; t <= l - 1; t++) {
let r = new Ui(n, e[t], c),
i = new Vi([t], r);
if (c.errors === `all`)
u.issues ? u.issues.push(i) : (u.issues = [i]);
else return yield* z(new G(n, [i], e, c));
}
return u.issues
? yield* z(new G(n, u.issues, e, c))
: u.output;
});
}
_rebuild(t, n, r) {
let i = zo(this.elements, t),
a = zo(this.rest, t);
return i === this.elements &&
a === this.rest &&
n === this.checks &&
r === this.encodingChecks
? this
: new e(
this.isMutable,
i,
a,
this.annotations,
n,
void 0,
this.context,
r,
);
}
recur(e) {
return this._rebuild(
e,
this.checks,
this.encodingChecks,
);
}
flip(e) {
return this._rebuild(
e,
this.encodingChecks,
this.checks,
);
}
getExpected() {
return `array`;
}
};
const Ga = ri()({
onItem(e, t, n) {
let r = n < e.len ? t : V;
return e
.getParser(e.tailThreshold, n)
.parser(r, e.options);
},
step(e, t, n, r) {
if (n._tag === `Failure`) return qa(e, e.ast, r, n);
let i = n === U ? t : n[E];
if (i !== V) e.output[r] = i;
else {
let t = e.getParser(e.tailThreshold, r);
if (Y(t.ast)) return;
let n = new Vi(
[r],
new Hi(t.ast.context?.annotations),
);
if (e.options.errors === `all`)
e.issues ? e.issues.push(n) : (e.issues = [n]);
else
return mi(new G(e.ast, [n], e.input, e.options));
}
},
}),
Ka = (e) => (
(e = e === `unbounded` ? 1 / 0 : (e ?? 1)),
e > 1 ? { concurrency: e } : void 0
),
qa = (e, t, n, r) => {
if (r.cause.reasons.length === 0) return r;
let i = sa(r.cause);
if (i === void 0)
return pi(
di(
r.cause,
(r) =>
new G(t, [new Vi([n], r)], e.input, e.options),
),
);
let a = new Vi([n], i);
if (e.options.errors === `all`)
e.issues ? e.issues.push(a) : (e.issues = [a]);
else return mi(new G(t, [a], e.input, e.options));
},
Ja = `[+-]?\\d*\\.?\\d+(?:[Ee][+-]?\\d+)?`;
function Ya(e, t, n = Ma) {
let r, i;
function a(t) {
switch (t._tag) {
case `String`:
case `TemplateLiteral`:
return (r ??= Object.keys(e)).filter(
(e) => t.matchPart(e, n) !== void 0,
);
case `Number`:
return (r ??= Object.keys(e)).filter(
(e) => t.matchKey(e, n) !== void 0,
);
case `Symbol`:
return (i ??=
Object.getOwnPropertySymbols(e)).filter(
(e) => t.matchKey(e, n) !== void 0,
);
case `Union`:
return [...new Set(t.types.flatMap(a))];
default:
return [];
}
}
return a(Zo(Go(t)));
}
var Xa = class {
name;
type;
constructor(e, t) {
((this.name = e), (this.type = t));
}
};
function Za(e) {
switch (e._tag) {
case `String`:
case `Number`:
case `Symbol`:
case `TemplateLiteral`:
return !0;
case `Union`:
return e.types.every(Za);
default:
return !1;
}
}
function Qa(e) {
return Za(e) && Za(Go(e));
}
var $a = class {
parameter;
type;
constructor(e, t) {
if (!Qa(e))
throw Error(
`Invalid index signature parameter ${e._tag}`,
);
if (
((this.parameter = e),
(this.type = t),
Y(t) && !Jo(t))
)
throw Error(
"Cannot use `Schema.optionalKey` with index signatures, use `Schema.optional` instead.",
);
}
},
eo = class e extends q {
_tag = `Objects`;
propertySignatures;
indexSignatures;
encodingChecks;
constructor(e, t, n, r, i, a, o) {
(super(n, r, i, a),
(this.propertySignatures = e),
(this.indexSignatures = t),
(this.encodingChecks = o));
let s = e
.map((e) => e.name)
.filter((e, t, n) => n.indexOf(e) !== t);
if (s.length > 0)
throw Error(
`Duplicate identifiers: ${JSON.stringify(s)}. ts(2300)`,
);
}
getParser(e, t = e) {
let n = this,
r = [];
for (let e of n.propertySignatures) r.push(e.name);
let i = r.length,
a = n.indexSignatures.length,
o = i && a ? new Set(r) : void 0;
if (!i && !a) return Xo(n, m);
let s,
c,
l = (e, t, r, a, s) => {
if (s._tag === `Failure`)
return qa(e, n, t, s) ?? hi;
let c = s === U ? a : s[E];
if (r !== V && c !== V) {
if (i && (o.has(t) || o.has(r))) return hi;
Ae(e.out, r, c);
}
return hi;
},
u = (e, t, r, i) => {
if (!i) {
let n = r.parserKey(t, e.options);
if (!L(n))
return wi(Ti(n), (n) => u(e, t, r, n));
i = n;
}
if (i._tag === `Failure`)
return qa(e, n, t, i) ?? hi;
let a = i === U ? t : i[E],
o = e.input[t],
s = r.parserValue(o, e.options);
return L(s)
? l(e, t, a, o, s)
: wi(Ti(s), (n) => l(e, t, a, o, n));
},
d = (e, t, n) => {
let r = e.input[t],
i = n.parserValue(r, e.options);
return L(i)
? l(e, t, t, r, i)
: wi(Ti(i), (n) => l(e, t, t, r, n));
},
f = a
? ri()({
onItem: (e, [t, n]) => u(e, t, n),
step: (e, t, n) =>
n._tag === `Failure` ? n : void 0,
})
: void 0,
p = () => (
s ||
((s = n.propertySignatures.map((e) => ({
parser: t(e.type),
name: e.name,
type: e.type,
}))),
(c = a
? n.indexSignatures.map((n) => ({
is: n,
parserKey: e(Zo(n.parameter)),
parserValue: t(n.type),
}))
: void 0)),
s
),
h = ki(function* (e, t) {
if (e === V) return V;
if (
typeof e != `object` ||
!e ||
Array.isArray(e)
)
return yield* z(new Wi(n, e, t));
p();
let l = e,
m = {},
h = {
ast: n,
input: l,
out: m,
issues: void 0,
options: t,
},
g = t.errors === `all`,
_ = t.onExcessProperty === `error`,
v = t.onExcessProperty === `preserve`,
y;
if (!a && (_ || v)) {
((o ??= new Set(r)), (y = Reflect.ownKeys(l)));
for (let r = 0; r < y.length; r++) {
let i = y[r];
if (!o.has(i)) {
if (_) {
let r = new Ui(n, l[i], t),
a = new Vi([i], r);
if (g) {
h.issues
? h.issues.push(a)
: (h.issues = [a]);
continue;
}
return yield* z(new G(n, [a], e, t));
}
Ae(m, i, l[i]);
}
}
}
let b = Ka(t?.concurrency);
if (i) {
let e = no(h, s, b);
e && (yield* e);
}
if (a && !b)
for (let e = 0; e < a; e++) {
let n = c[e],
r = n.is.parameter === Ba ? d : u,
i =
n.is.parameter === Ba
? Object.keys(l)
: Ya(l, n.is.parameter, t);
for (let e = 0; e < i.length; e++) {
let t = r(h, i[e], n);
if (!L(t)) yield* t;
else if (t._tag === `Failure`)
return yield* t;
}
}
else if (f) {
let e = rn();
for (let n = 0; n < a; n++) {
let r = c[n],
i = Ya(l, r.is.parameter, t);
for (let t = 0; t < i.length; t++)
e.push([i[t], r]);
}
let n = f(h, e, b);
n && (yield* n);
}
if (h.issues)
return yield* z(new G(n, h.issues, e, t));
if (t.propertyOrder === `original`) {
let e = (y ?? Reflect.ownKeys(l)).concat(r),
t = {};
for (let n of e)
Object.hasOwn(m, n) && Ae(t, n, m[n]);
return t;
}
return m;
});
if (a) return h;
let g = (e, t, n) => {
let r = s[t];
return wi(Ti(n), (n) => {
let i = to(e, r, n);
if (i) return i;
let a = () => H(e.out),
o = no(e, s.slice(t + 1));
return o ? B(o, a) : a();
});
};
return (e, t) => {
if (e === V) return Ni;
if (
t.errors === `all` ||
t.onExcessProperty !== void 0 ||
t.propertyOrder === `original` ||
t.concurrency !== void 0
)
return h(e, t);
if (typeof e != `object` || !e || Array.isArray(e))
return z(new Wi(n, e, t));
let r = p(),
i = e,
a = {},
o = {
ast: n,
input: i,
out: a,
issues: void 0,
options: t,
};
try {
for (let e = 0; e < r.length; e++) {
let n = r[e],
s = n.name,
c = Object.hasOwn(i, s),
l = c ? i[s] : V,
u = n.parser(l, t);
if (!L(u)) return g(o, e, u);
if (u === U) {
c && Ae(a, s, l);
continue;
}
let d = to(o, n, u);
if (d) return d;
}
} catch (e) {
return Ci(e);
}
return H(a);
};
}
_rebuild(t, n, r, i) {
let a = zo(this.propertySignatures, (e) => {
let n = t(e.type);
return n === e.type ? e : new Xa(e.name, n);
}),
o = zo(this.indexSignatures, (e) => {
let r = n(e.parameter),
i = t(e.type);
return r === e.parameter && i === e.type
? e
: new $a(r, i);
});
return a === this.propertySignatures &&
o === this.indexSignatures &&
r === this.checks &&
i === this.encodingChecks
? this
: new e(
a,
o,
this.annotations,
r,
void 0,
this.context,
i,
);
}
flip(e) {
return this._rebuild(
e,
e,
this.encodingChecks,
this.checks,
);
}
recur(e, t = e) {
return this._rebuild(
e,
t,
this.checks,
this.encodingChecks,
);
}
getExpected() {
return this.propertySignatures.length === 0 &&
this.indexSignatures.length === 0
? `object | array`
: `object`;
}
};
function to(e, t, n) {
if (n._tag === `Failure`) return qa(e, e.ast, t.name, n);
if (n === U) return;
let r = n[E];
if (r !== V) {
Ae(e.out, t.name, r);
return;
}
if ((delete e.out[t.name], !Y(t.type))) {
let n = new Vi(
[t.name],
new Hi(t.type.context?.annotations),
);
if (e.options.errors === `all`) {
e.issues ? e.issues.push(n) : (e.issues = [n]);
return;
}
return mi(new G(e.ast, [n], e.input, e.options));
}
}
const no = ri()({
onItem(e, t) {
if (!Object.hasOwn(e.input, t.name))
return t.parser(V, e.options);
let n = e.input[t.name];
return (Ae(e.out, t.name, n), t.parser(n, e.options));
},
step: to,
});
function ro(e, t) {
return e ? (t ? [...e, ...t] : e) : t;
}
function io(e, t, n) {
return new eo(
Reflect.ownKeys(e).map((t) => new Xa(t, e[t].ast)),
[],
n,
t,
);
}
function ao(e) {
return e.ast;
}
function oo(e, t, n) {
return new go(e.map(ao), t, void 0, n);
}
const so = c((e) => {
for (;;) {
if (ja(e)) return La;
let t = e.encoding;
if (!t) return e.recur?.(so, i) ?? e;
if (
t.some(
(e) =>
e.transformation._tag === `Middleware` &&
e.transformation.decode !== i,
)
)
return La;
e = t[t.length - 1].to;
}
});
function co(e) {
switch (e._tag) {
case `Null`:
return [`null`];
case `Undefined`:
return [`undefined`];
case `String`:
case `TemplateLiteral`:
return [`string`];
case `Number`:
return [`number`];
case `Boolean`:
return [`boolean`];
case `Symbol`:
case `UniqueSymbol`:
return [`symbol`];
case `BigInt`:
return [`bigint`];
case `Arrays`:
return [`array`];
case `ObjectKeyword`:
return [`object`, `array`, `function`];
case `Objects`:
return e.propertySignatures.length ||
e.indexSignatures.length
? [`object`]
: [
`string`,
`number`,
`boolean`,
`symbol`,
`bigint`,
`object`,
`array`,
`function`,
];
case `Enum`:
return Array.from(
new Set(e.enums.map(([, e]) => typeof e)),
);
case `Literal`:
return [typeof e.literal];
case `Union`:
return Array.from(new Set(e.types.flatMap(co)));
default:
return [
`null`,
`undefined`,
`string`,
`number`,
`boolean`,
`symbol`,
`bigint`,
`object`,
`array`,
`function`,
];
}
}
function lo(e) {
switch (e._tag) {
default:
return [];
case `Declaration`: {
let t = e.annotations?.[`~sentinels`];
return Array.isArray(t) ? t : [];
}
case `Objects`:
return e.propertySignatures.flatMap((e) => {
let t = e.type;
if (!Y(t)) {
if (Da(t))
return [{ key: e.name, literal: t.literal }];
if (Oa(t))
return [{ key: e.name, literal: t.symbol }];
}
return [];
});
case `Arrays`:
return e.elements.flatMap((e, t) => {
if (!Y(e)) {
if (Da(e))
return [{ key: t, literal: e.literal }];
if (Oa(e)) return [{ key: t, literal: e.symbol }];
}
return [];
});
case `Union`: {
if (e.types.length === 0) return [];
let t = e.types.map((e) => lo(so(e)));
return t[0].filter((e) =>
t.every((t) =>
t.some(
(t) =>
t.key === e.key && t.literal === e.literal,
),
),
);
}
case `Suspend`:
return lo(e.thunk());
}
}
const uo = new WeakMap(),
fo = Object.freeze([]);
function po(e) {
let t = uo.get(e);
if (t) return t;
let n,
r = 0,
i,
a,
o = !0;
for (let t = 0; t < e.length; t++) {
let s = e[t],
c = so(s);
if (Ea(c)) continue;
if (o) {
if (Da(c) || Oa(c)) {
a ??= new Map();
let e = Da(c) ? c.literal : c.symbol,
t = a.get(e);
(t || a.set(e, (t = [])), t.push(s));
} else o = !1;
}
let l = lo(c);
if (l.length) {
((n ??= new Map()), r++);
for (let { key: e, literal: r } of l) {
let i = n.get(e);
(i ||
n.set(
e,
(i = [
new Map(),
new Set(),
]),
),
i[1].add(t));
let a = i[0].get(r);
(a || i[0].set(r, (a = new Set())),
a.add(t));
}
} else {
i ??= {};
let e = co(c);
for (let n of e) (i[n] ??= []).push(t);
}
}
if (o && a)
(a.forEach(Object.freeze), (t = (e) => a.get(e) ?? fo));
else if (n?.size === 1 && !i) {
let [r, [i]] = n.entries().next().value,
a = i;
for (let [t, n] of i)
a.set(t, Object.freeze(Array.from(n, (t) => e[t])));
t = (t, n) => {
if (g(t)) {
let i = Object.hasOwn(t, r) ? t[r] : void 0;
if (i !== void 0) return a.get(i) ?? fo;
if (n) return e;
}
return fo;
};
} else if (n) {
let a;
for (let e of n)
(!a || e[1][0].size > a[1][0].size) &&
e[1][1].size === r &&
(a = e);
t = (t, r) => {
let o =
i?.[
t === null
? `null`
: Array.isArray(t)
? `array`
: typeof t
] ?? fo;
if (!g(t)) return o.map((t) => e[t]);
let s = new Set(o),
c;
if (a) {
let [n, [i]] = a,
l = Object.hasOwn(t, n),
u = l ? t[n] : void 0;
if (l && (!r || u !== void 0)) {
let t = i.get(u);
if (!t) return o.map((t) => e[t]);
for (let e of t) s.add(e);
c = n;
}
}
if (c === void 0)
for (let [e, [i, a]] of n) {
let n = Object.hasOwn(t, e),
o = n ? t[e] : void 0;
if (n && (!r || o !== void 0)) {
let e = i.get(o);
if (e) for (let t of e) s.add(t);
} else if (r) for (let e of a) s.add(e);
}
for (let [e, [i, a]] of n) {
if (e === c) continue;
let n = Object.hasOwn(t, e),
o = n ? t[e] : void 0;
if (n && (!r || o !== void 0)) {
let e = i.get(o);
for (let t of s)
a.has(t) && !e?.has(t) && s.delete(t);
}
}
return Array.from(s)
.sort((e, t) => e - t)
.map((t) => e[t]);
};
} else
t = (t) =>
(
i?.[
t === null
? `null`
: Array.isArray(t)
? `array`
: typeof t
] ?? fo
)
.map((t) => e[t])
.filter(mo(t));
return (uo.set(e, t), t);
}
function mo(e) {
return (t) => {
let n = so(t);
return n._tag === `Literal`
? n.literal === e
: n._tag !== `UniqueSymbol` || n.symbol === e;
};
}
function ho(e, t, n = !1) {
return po(t)(e, n);
}
var go = class e extends q {
_tag = `Union`;
types;
mode;
encodingChecks;
constructor(e, t, n, r, i, a, o) {
(super(n, r, i, a),
(this.types = e),
(this.mode = t),
(this.encodingChecks = o));
}
getParser(e, t) {
let n = this;
return (r, i) => {
if (r === V) return Ni;
let a = ho(r, n.types, t !== void 0);
if (a.length === 1) {
let t = e(a[0])(r, i);
return t._tag === `Success`
? t
: L(t)
? _o(n, t.cause, r, i)
: Ei(t, (e) => _o(n, e, r, i));
}
let o = {
ast: n,
compile: e,
input: r,
out: void 0,
successes: n.mode === `oneOf` ? [] : void 0,
issues: void 0,
options: i,
},
s = Ka(i?.concurrency),
c = vo(
o,
a,
s ? { ...s, orderedStep: !0 } : void 0,
);
return c
? B(c, (e) =>
o.out === U
? R(r)
: o.out
? o.out
: z(new Ki(n, o.issues ?? [], r, i)),
)
: o.out
? o.out
: z(new Ki(n, o.issues ?? [], r, i));
};
}
_rebuild(t, n, r) {
let i = zo(this.types, t);
return i === this.types &&
n === this.checks &&
r === this.encodingChecks
? this
: new e(
i,
this.mode,
this.annotations,
n,
void 0,
this.context,
r,
);
}
recur(e) {
return this._rebuild(
e,
this.checks,
this.encodingChecks,
);
}
flip(e) {
return this._rebuild(
e,
this.encodingChecks,
this.checks,
);
}
matchPart(e, t) {
for (let n of this.types) {
let r = n.matchPart(e, t);
if (r !== void 0) return r;
}
}
getExpected(e) {
let t = this.annotations?.expected;
if (typeof t == `string`) return t;
if (this.types.length === 0) return `never`;
let n = this.types.map((t) => {
let n = Go(t);
switch (n._tag) {
case `Arrays`: {
let t = n.elements.filter(Da);
if (t.length > 0)
return `${bo(n.isMutable)}[ ${t.map((t) => e(t) + xo(t.context?.isOptional)).join(`, `)}, ... ]`;
break;
}
case `Objects`: {
let t = n.propertySignatures.filter((e) =>
Da(e.type),
);
if (t.length > 0)
return `{ ${t.map((t) => `${bo(t.type.context?.isMutable)}${Be(t.name)}${xo(t.type.context?.isOptional)}: ${e(t.type)}`).join(`, `)}, ... }`;
break;
}
}
return e(n);
});
return Array.from(new Set(n)).join(` | `);
}
};
function _o(e, t, n, r) {
let i = sa(t);
return i ? mi(new Ki(e, [i], n, r)) : pi(t);
}
const vo = ri()({
onItem(e, t) {
return e.compile(t)(e.input, e.options);
},
step(e, t, n) {
if (n._tag === `Failure`) {
let t = sa(n.cause);
if (t === void 0) return n;
e.issues ? e.issues.push(t) : (e.issues = [t]);
} else {
if (e.out && e.successes)
return (
e.successes.push(t),
mi(
new qi(
e.ast,
e.successes,
e.input,
e.options,
),
)
);
if (((e.out = n), e.successes)) e.successes.push(t);
else return hi;
}
},
}),
yo = new go(
[
new Ra(`Infinity`),
new Ra(`-Infinity`),
new Ra(`NaN`),
],
`anyOf`,
);
function bo(e) {
return e ? `` : `readonly `;
}
function xo(e) {
return e ? `?` : ``;
}
var So = class e extends n {
_tag = `Filter`;
run;
annotations;
aborted;
constructor(e, t = void 0, n = !1) {
(super(),
(this.run = e),
(this.annotations = t),
(this.aborted = n));
}
annotate(t) {
return new e(
this.run,
{ ...this.annotations, ...t },
this.aborted,
);
}
abort() {
return new e(this.run, this.annotations, !0);
}
and(e, t) {
return new Co([this, e], t);
}
},
Co = class e extends n {
_tag = `FilterGroup`;
checks;
annotations;
constructor(e, t = void 0) {
(super(), (this.checks = e), (this.annotations = t));
}
annotate(t) {
return new e(this.checks, {
...this.annotations,
...t,
});
}
and(t, n) {
return new e([this, t], n);
}
};
function wo(e, t, n = !1) {
return new So((t, n, r) => Xi(n, e(t, n, r), t, r), t, n);
}
function To(e) {
return wo((e) => globalThis.Number.isFinite(e), {
expected: `a finite number`,
representation: {
id: `effect/schema/isFinite`,
payload: null,
},
toJsonSchema: () => ({ type: `number` }),
toCode: () => ({ runtime: `Schema.isFinite()` }),
arbitrary: {
constraint: { noInfinity: !0, noNaN: !0 },
},
...e,
});
}
const Eo = new K(
new go(
[ Po(Ua, [ To()]), yo],
`anyOf`,
),
new va(
ga(),
pa((e) =>
globalThis.Number.isFinite(e)
? e
: globalThis.String(e),
),
),
);
function Do(e, t) {
let n = e.source,
r = new globalThis.RegExp(n, e.flags);
return wo((e) => ((r.lastIndex = 0), r.test(e)), {
expected: `a string matching the RegExp ${n}`,
representation: {
id: `effect/schema/isPattern`,
payload: { source: n, flags: e.flags },
},
toJsonSchema: () => ({ pattern: n }),
arbitrary: { constraint: { patterns: [e.source] } },
...t,
});
}
function Oo(e, t) {
let n = Object.getOwnPropertyDescriptors(e);
return (t(n), Object.create(Object.getPrototypeOf(e), n));
}
const ko = new WeakMap();
function Ao(e) {
return ko.get(e) ?? e;
}
function J(e, t) {
return e.encoding === t
? e
: Oo(e, (e) => {
e.encoding.value = t;
});
}
function jo(e, t) {
if (e.context === t) return e;
let n = Ao(e);
if (n.context === t) return n;
let r = Oo(e, (e) => {
e.context.value = t;
});
return (ko.set(r, n), r);
}
function Mo(e, t) {
if (e.checks) {
let n = e.checks[e.checks.length - 1];
return No(e, Zt(e.checks.slice(0, -1), n.annotate(t)));
}
return Oo(e, (e) => {
e.annotations.value = { ...e.annotations.value, ...t };
});
}
function No(e, t) {
if (e._tag === `Suspend` && t)
throw Error(`Cannot add checks to Suspend`);
return e.checks === t
? e
: Oo(e, (e) => {
e.checks.value = t;
});
}
function Po(e, t) {
return No(e, ro(e.checks, t));
}
function Fo(e, t) {
let n = t(e.to);
return n === e.to ? e : new K(n, e.transformation);
}
function Io(e, t) {
let n = e,
r = n[n.length - 1],
i = Fo(r, t);
return i === r ? e : Zt(e.slice(0, e.length - 1), i);
}
function Lo(e, t) {
function n(r) {
if (r.encoding) {
let e = r.encoding[r.encoding.length - 1];
return t?.stopAt?.(e) ? r : J(r, Io(r.encoding, n));
}
return e(r);
}
return c(n);
}
function Ro(e, t, n) {
let r = new K(e, t);
return J(n, n.encoding ? [...n.encoding, r] : [r]);
}
function zo(e, t) {
let n = !1,
r = Array(e.length);
for (let i = 0; i < e.length; i++) {
let a = e[i],
o = t(a);
(o !== a && (n = !0), (r[i] = o));
}
return n ? r : e;
}
function Bo(e, t) {
return jo(
e,
e.context
? new Na(
e.context.isOptional,
e.context.isMutable,
e.context.constructorDefault,
{ ...e.context.annotations, ...t },
)
: new Na(!1, !1, void 0, t),
);
}
function Vo(e, t, n) {
return Ro(e, n, t);
}
function Y(e) {
return e.context?.isOptional ?? !1;
}
function Ho(e) {
return (
e.annotations?.[`~structural`] === !0 ||
(e._tag === `FilterGroup` && e.checks.every(Ho))
);
}
function Uo(e) {
function t(e) {
return Ho(e)
? [e]
: e._tag === `FilterGroup`
? e.checks.flatMap(t)
: [];
}
let n = e.flatMap(t);
return $t(n) ? n : void 0;
}
const Wo = c((e) => {
if (e.encoding) return Wo(J(e, void 0));
let t = e,
n = t.recur?.(Wo) ?? t,
r = n.encodingChecks;
if (r) {
let t =
n === e
? r
: ka(n) ||
Aa(n) ||
(Ta(n) && n.typeParameters.length > 0)
? Uo(r)
: void 0;
return Oo(n, (e) => {
((e.encodingChecks.value = void 0),
(e.checks.value = ro(n.checks, t)));
});
}
return n;
}),
Go = c((e) => Wo(qo(e)));
function Ko(e, t) {
let n = t,
r = n.length,
i = n[r - 1],
a = [
new K(qo(J(e, void 0)), n[0].transformation.flip()),
];
for (let e = 1; e < r; e++)
a.unshift(
new K(qo(n[e - 1].to), n[e].transformation.flip()),
);
let o = qo(i.to);
return o.encoding ? J(o, [...o.encoding, ...a]) : J(o, a);
}
const qo = s((e) => {
if (e.encoding) return Ko(e, e.encoding);
let t = e;
return t.flip?.(qo) ?? t.recur?.(qo) ?? t;
});
function Jo(e) {
switch (e._tag) {
case `Undefined`:
return !0;
case `Union`:
return e.types.some(Jo);
default:
return !1;
}
}
function Yo(e, t) {
let n = H(t);
return (r, i) =>
r === V ? Ni : r === t ? n : z(new Wi(e, r, i));
}
function Xo(e, t) {
return (n, r) =>
n === V ? Ni : t(n) ? U : z(new Wi(e, n, r));
}
const Zo = Lo((e) => {
switch (e._tag) {
default:
return e;
case `Number`:
return e.toCodecStringTree();
case `Union`:
return e.recur(Zo);
}
}),
Qo = new globalThis.RegExp(`^${Ja}$`),
$o = new globalThis.RegExp(
`^(?:${Ja}|Infinity|-Infinity|NaN)$`,
);
function es(e) {
return Do(Qo, {
expected: `a string representing a finite number`,
representation: {
id: `effect/schema/isStringFinite`,
payload: null,
},
toJsonSchema: () => ({ pattern: Qo.source }),
...e,
});
}
const ts = Po(Ba, [ es()]),
ns = new K(ts, Ca),
rs = new K(
new go([ts, yo], `anyOf`),
Ca,
);
function is(e, t, n, r, i) {
for (let a = 0; a < e.length; a++) {
let o = e[a];
if (o._tag === `FilterGroup`) {
if (
((n = is(o.checks, t, n, r, i)),
n &&
(i.errors !== `all` ||
n[n.length - 1].filter.aborted))
)
return n;
} else {
let e = o.run(t, r, i);
if (e) {
let r = new zi(o, e, t, i);
if (
(n ? n.push(r) : (n = [r]),
i.errors !== `all` || o.aborted)
)
return n;
}
}
}
return n;
}
function as(e) {
if (!Ta(e)) return;
let t = e.annotations?.[`~constructor`];
return p(t) ? t(e.typeParameters) : void 0;
}
function os(e) {
let t = ps(hs, Wo(e.ast));
return (e, n) =>
t(
e,
n?.disableChecks
? n?.parseOptions
? { ...n.parseOptions, disableChecks: !0 }
: { disableChecks: !0 }
: n?.parseOptions,
);
}
function ss(e) {
let t = os(e);
return (e, n) => {
let r = Di(t(e, n));
return gi(r)
? Kt(r.value)
: (ca(
r.cause,
`Option adapter can only return none for schema issues`,
),
Gt());
};
}
function cs(e) {
let t = os(e);
return (e, n) => {
let r = Di(t(e, n));
if (gi(r)) return r.value;
let i = ca(
r.cause,
`Constructor adapter can only throw schema issues`,
);
throw Error(`Schema validation failed`, { cause: i });
};
}
function ls(e, t) {
let n = fs(e.ast);
return t === void 0 ? n : (e, r) => n(e, us(t, r));
}
const us = (e, t) => (t ? { ...e, ...t } : e),
ds = (e) => (e === V ? z(new Gi()) : R(e));
function fs(e) {
return ps(ms, e);
}
function ps(e, t) {
let n;
return (r, i) => {
let a = (n ??= e(t))(r, i ?? Ma);
return a === U
? R(r)
: L(a)
? a[E] === V
? ds(V)
: a
: B(a, ds);
};
}
const ms = s((e) => bs(e, ms)),
hs = s((e) => bs(e, hs, _s)),
gs = s((e) =>
bs(e, hs, _s, e.context?.constructorDefault),
);
function _s(e) {
return e.context?.constructorDefault ? gs(e) : hs(e);
}
function vs(e, t, n, r) {
let i;
if (L(e) && e._tag === `Success`) {
let a = Pi(e === U ? t : e[E]);
i =
n._tag === `Transformation`
? n.decode.run(a, r)
: n.decode(H(a), r);
} else
i =
n._tag === `Transformation`
? B(e, (e) => n.decode.run(Pi(e), r))
: n.decode(Oi(e, Pi), r);
return L(i) && i._tag === `Success` ? Fi(i[E]) : B(i, Fi);
}
function ys(e, t) {
let n;
return (r, i) =>
r === V
? Ni
: e.isConstructed(r)
? U
: vs(
(n ??= t(e.link.to))(r, i),
r,
e.link.transformation,
i,
);
}
function bs(e, t, n, r) {
let i = n ? as(e) : void 0,
a = i ? ys(i, t) : e.getParser(t, n),
o = e.checks,
s = r
? e.encoding
? [...e.encoding, r]
: [r]
: e.encoding,
c = e.encodingChecks,
l = (o ? o[o.length - 1].annotations : e.annotations)
?.parseOptions;
if (!s && !o && !c)
return l ? (e, t) => a(e, us(t, l)) : a;
let u,
d = (t, n) => {
let r = a(t, n);
if (c && !n.disableChecks) {
if (L(r)) {
if (r._tag === `Success`) {
let i = r === U ? t : r[E];
if (t !== V && i !== V) {
let i = is(c, t, void 0, e, n);
i && (r = z(new G(e, i, t, n)));
}
}
} else
r = wi(r, (r) => {
if (t !== V && r !== V) {
let r = is(c, t, void 0, e, n);
if (r) return z(new G(e, r, t, n));
}
return R(r);
});
}
if (o && !n.disableChecks) {
if (L(r)) {
if (r._tag === `Success`) {
let i = r === U ? t : r[E];
if (i === V) return r;
let a = is(o, i, void 0, e, n);
a && (r = z(new G(e, a, i, n)));
}
} else
r = wi(r, (t) => {
if (t !== V) {
let r = is(o, t, void 0, e, n);
if (r) return z(new G(e, r, t, n));
}
return R(t);
});
}
return r;
};
return s
? (n, r) => {
l && (r = us(r, l));
let i = (u ??= s.map((e) => t(e.to))),
a = n,
o = i[i.length - 1](n, r);
for (let e = s.length - 1; e >= 0; e--)
if (
((o = vs(o, a, s[e].transformation, r)),
e !== 0)
) {
let t = i[e - 1];
o._tag === `Success`
? ((a = o[E]), (o = t(a, r)))
: (o = B(o, (e) => {
let n = t(e, r);
return n === U ? H(e) : n;
}));
}
if (o._tag === `Success`) {
let e = o[E],
t = d(e, r);
return t === U ? o : t;
}
return (
(o = Ei(o, (t) =>
Si(() => di(t, (t) => new Bi(e, t, n, r))),
)),
B(o, (e) => {
let t = d(e, r);
return t === U ? H(e) : t;
})
);
}
: l
? (e, t) => d(e, us(t, l))
: d;
}
const xs = `~effect/Schema/Schema`,
Ss = {
[xs]: xs,
pipe() {
return e(this, arguments);
},
annotate(e) {
return this.rebuild(Mo(this.ast, e));
},
annotateKey(e) {
return this.rebuild(Bo(this.ast, e));
},
check(...e) {
return this.rebuild(Po(this.ast, e));
},
};
function Cs(e, t) {
function n() {}
let r = Object.defineProperties(
Object.setPrototypeOf(n, Ss),
Object.getOwnPropertyDescriptors({ ...t }),
);
return (
(r.ast = e),
(r.rebuild = (e) => Cs(e, t)),
(r.makeEffect = os(r)),
(r.make = cs(r)),
(r.makeOption = ss(r)),
r
);
}
const ws = (e) => e;
function Ts() {
return (e, t, n) =>
X(new Fa(e.map(ao), (e) => t(e.map((e) => X(e))), n));
}
function Es(e, t) {
return Ts()(
[],
() => (t, n, r) => (e(t) ? R(t) : z(new Wi(n, t, r))),
t,
);
}
const Ds = `~effect/SchemaError/SchemaError`;
var Os = class extends ar(`SchemaError`) {
[Ds] = Ds;
constructor(e) {
let t = dr();
fr(0);
try {
super({ issue: e });
} finally {
fr(t);
}
}
get message() {
return ia(this.issue);
}
toString() {
return `SchemaError(${this.message})`;
}
};
function ks(e) {
return _(e, Ds) && e[Ds] === Ds;
}
function As(e, t) {
let n = ls(e, t);
return (e, t) => js(n(e, t));
}
function js(e) {
return L(e)
? Ps(e)
: Ei(e, (e) => Si(() => di(e, (e) => new Os(e))));
}
function Ms(e, t) {
let n;
for (let r of e.reasons) {
if (!ui(r) || !ks(r.error))
throw new globalThis.Error(t, { cause: e });
n ??= r.error;
}
if (n === void 0)
throw new globalThis.Error(t, { cause: e });
return n;
}
function Ns(e) {
let t = Di(e);
if (gi(t)) return t.value;
throw Ms(
t.cause,
`Sync adapter can only throw schema errors`,
);
}
function Ps(e) {
return gi(e) ? e : pi(di(e.cause, (e) => new Os(e)));
}
function Fs(e, t) {
let n = As(e, t);
return (e, t) => Ns(n(e, t));
}
const X = Cs;
function Is(e) {
let t = X(new Ra(e), {
literal: e,
transform(n) {
return t.pipe(
Ks(Is(n), {
decode: pa(() => n),
encode: pa(() => e),
}),
);
},
});
return t;
}
const Ls = X(Ia),
Z = X(Ba),
Q = X(Ua);
function Rs(e, t) {
return X(e, {
fields: t,
mapFields(e, t) {
let n = e(this.fields);
return Rs(
io(
n,
t?.unsafePreserveChecks
? this.ast.checks
: void 0,
),
n,
);
},
});
}
function zs(e) {
return Rs(io(e, void 0), e);
}
const Bs = ws((e) =>
X(new Wa(!1, [], [e.ast]), { value: e }),
),
Vs = ws((e) =>
X(new Wa(!0, e.ast.elements, e.ast.rest), {
schema: e,
}),
);
function Hs(e, t) {
return X(e, {
members: t,
mapMembers(e, t) {
let n = e(this.members);
return Hs(
oo(
n,
this.ast.mode,
t?.unsafePreserveChecks
? this.ast.checks
: void 0,
),
n,
);
},
});
}
function Us(e, t) {
return Hs(oo(e, t?.mode ?? `anyOf`, void 0), e);
}
function Ws(e) {
let t = e.map(Is);
return X(oo(t, `anyOf`, void 0), {
literals: e,
members: t,
mapMembers(e) {
return Us(e(this.members));
},
pick(e) {
return Ws(e);
},
transform(e) {
return Us(t.map((t, n) => t.transform(e[n])));
},
});
}
const Gs = ws((e) => Us([e, Ls]));
function Ks(e, t) {
return (n) =>
X(Vo(n.ast, e.ast, t ? ba(t) : Sa()), {
from: n,
to: e,
});
}
function qs(e, t) {
return Es((t) => t instanceof e, t);
}
const Js = wo;
function Ys(e) {
let t = Wt(e.order),
n = e.formatter ?? T;
return (r, i) =>
Js((e) => t(e, r), {
expected: `a value greater than or equal to ${n(r)}`,
arbitrary: {
constraint: {
ordered: { order: e.order, minimum: r },
},
},
...e.annotate?.(r),
...i,
});
}
function Xs(e) {
let t = Ut(e.order),
n = e.formatter ?? T;
return (r, i) =>
Js((e) => t(e, r), {
expected: `a value less than or equal to ${n(r)}`,
arbitrary: {
constraint: {
ordered: { order: e.order, maximum: r },
},
},
...e.annotate?.(r),
...i,
});
}
function Zs(e) {
if (!globalThis.Number.isFinite(e))
throw new globalThis.RangeError(
`Expected a finite number, got ${T(e)}`,
);
return e;
}
const Qs = Ys({
order: Ht,
annotate: (e) => ({
representation: {
id: `effect/schema/isGreaterThanOrEqualTo`,
payload: { minimum: Zs(e) },
},
toJsonSchema: () => ({ minimum: e }),
toCode: () => ({
runtime: `Schema.isGreaterThanOrEqualTo(${T(e)})`,
}),
}),
}),
$s = Xs({
order: Ht,
annotate: (e) => ({
representation: {
id: `effect/schema/isLessThanOrEqualTo`,
payload: { maximum: Zs(e) },
},
toJsonSchema: () => ({ maximum: e }),
toCode: () => ({
runtime: `Schema.isLessThanOrEqualTo(${T(e)})`,
}),
}),
});
function ec(e, t) {
return (
(e = Math.max(0, Math.floor(e))),
Js((t) => t.length >= e, {
expected: `a value with a length of at least ${e}`,
representation: {
id: `effect/schema/isMinLength`,
payload: { minLength: e },
},
toJsonSchema: ({ type: t }) =>
t === `array` ? { minItems: e } : { minLength: e },
toCode: () => ({
runtime: `Schema.isMinLength(${e})`,
}),
[ji]: !0,
arbitrary: { constraint: { minLength: e } },
...t,
})
);
}
function $(e, t) {
return (
(e = Math.max(0, Math.floor(e))),
Js((t) => t.length <= e, {
expected: `a value with a length of at most ${e}`,
representation: {
id: `effect/schema/isMaxLength`,
payload: { maxLength: e },
},
toJsonSchema: ({ type: t }) =>
t === `array` ? { maxItems: e } : { maxLength: e },
toCode: () => ({
runtime: `Schema.isMaxLength(${e})`,
}),
[ji]: !0,
arbitrary: { constraint: { maxLength: e } },
...t,
})
);
}
(globalThis.RegExp,
globalThis.URL,
globalThis.File,
globalThis.FormData,
globalThis.URLSearchParams,
globalThis.Uint8Array);
const tc = zs({
id: Q,
created: qs(Date),
title: Z.check(ec(1), $(100)),
type: Ws([`jpg`, `png`]),
size: Q,
url: Z.check(Js((e) => URL.canParse(e))),
}),
nc = zs({
id: Q,
stars: Q.check(Qs(1), $s(5)),
title: Z.check(ec(1), $(100)),
text: Z.check(ec(1), $(1e3)),
images: Vs(Bs(tc)),
});
Fs(
zs({
id: Q,
created: qs(Date),
title: Z.check(ec(1), $(100)),
brand: Z.check(ec(1), $(30)),
description: Z.check(ec(1), $(500)),
price: Q.check(Qs(1), $s(1e4)),
discount: Gs(Q.check(Qs(1), $s(100))),
quantity: Q.check(Qs(0), $s(10)),
tags: Vs(Bs(Z.check(ec(1), $(30)))),
images: Vs(Bs(tc)),
ratings: Vs(Bs(nc)),
}),
)({});
const e = (e, t) => {
switch (t.length) {
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return e;
case 1:
return t[0](e);
case 2:
return t[1](t[0](e));
case 3:
return t[2](t[1](t[0](e)));
case 4:
return t[3](t[2](t[1](t[0](e))));
case 5:
return t[4](t[3](t[2](t[1](t[0](e)))));
case 6:
return t[5](t[4](t[3](t[2](t[1](t[0](e))))));
case 7:
return t[6](t[5](t[4](t[3](t[2](t[1](t[0](e)))))));
case 8:
return t[7](t[6](t[5](t[4](t[3](t[2](t[1](t[0](e))))))));
case 9:
return t[8](t[7](t[6](t[5](t[4](t[3](t[2](t[1](t[0](e)))))))));
default: {
let n = e;
for (let e = 0, r = t.length; e < r; e++) n = t[e](n);
return n;
}
}
},
t = {
pipe() {
return e(this, arguments);
},
},
n = (function () {
function e() {}
return ((e.prototype = t), e);
})(),
r = function (e, t) {
if (typeof e == `function`)
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return e(arguments)
? t.apply(this, arguments)
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switch (e) {
case 0:
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throw RangeError(`Invalid arity ${e}`);
case 2:
return function (e, n) {
return arguments.length >= 2
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let n = arguments;
return function (e) {
return t(e, ...n);
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i = (e) => e,
a = (
(e) => () =>
e
)(void 0),
o = a;
function s(e) {
let t = new WeakMap();
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let r = t.get(n);
if (r !== void 0) return r;
let i = e(n);
return (t.set(n, i), i);
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}
function c(e) {
let t = new WeakMap();
return (n) => {
let r = t.get(n);
if (r !== void 0) return r;
let i = e(n);
return (t.set(n, i), t.set(i, i), i);
};
}
const l = (e) => {
let t = new Set(Reflect.ownKeys(e));
if (e.constructor === Object) return t;
e instanceof Error && t.delete(`stack`);
let n = Object.getPrototypeOf(e),
r = n;
for (; r !== null && r !== Object.prototype;) {
let e = Reflect.ownKeys(r);
for (let n = 0; n < e.length; n++) t.add(e[n]);
r = Object.getPrototypeOf(r);
}
return (
t.has(`constructor`) &&
typeof e.constructor == `function` &&
n === e.constructor.prototype &&
t.delete(`constructor`),
t
);
},
u = new WeakSet();
function d(e) {
return typeof e == `string`;
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function f(e) {
return typeof e == `number`;
}
function p(e) {
return typeof e == `function`;
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function m(e) {
return e != null;
}
function h(e) {
return !0;
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function g(e) {
return (typeof e == `object` && !!e) || p(e);
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const _ = r(2, (e, t) => g(e) && t in e),
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y = (e) => {
switch (typeof e) {
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return ne(e);
case `bigint`:
return S(e.toString(10));
case `boolean`:
return S(String(e));
case `symbol`:
return S(String(e));
case `string`:
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case `undefined`:
return S(`undefined`);
case `function`:
case `object`:
if (e === null) return S(`null`);
if (e instanceof Date)
return Number.isNaN(e.getTime())
? S(`Invalid Date`)
: S(e.toISOString());
if (e instanceof RegExp) return S(e.toString());
{
if (u.has(e)) return b(e);
if (ue.has(e)) return ue.get(e);
let t = fe(e, () =>
te(e)
? e[v]()
: typeof e == `function`
? b(e)
: e instanceof DataView
? oe(new Uint8Array(e.buffer, e.byteOffset, e.byteLength))
: Array.isArray(e) || ArrayBuffer.isView(e)
? oe(e)
: e instanceof Map
? se(e)
: e instanceof Set
? ce(e)
: ie(e),
);
return (ue.set(e, t), t);
}
default:
throw Error(
`BUG: unhandled typeof ${typeof e} - please report an issue at https://github.com/Effect-TS/effect/issues`,
);
}
},
b = (e) => (
le.has(e) || le.set(e, ne(Math.floor(Math.random() * (2 ** 53 - 1)))),
le.get(e)
),
x = r(2, (e, t) => (e * 53) ^ t),
ee = (e) => (e & 3221225471) | ((e >>> 1) & 1073741824),
te = (e) => _(e, v),
ne = (e) => {
if (e !== e) return S(`NaN`);
if (e === 1 / 0) return S(`Infinity`);
if (e === -1 / 0) return S(`-Infinity`);
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for (t !== e && (t ^= e * 4294967295); e > 4294967295;)
t ^= e /= 4294967295;
return ee(t);
},
S = (e) => {
let t = 5381,
n = e.length;
for (; n;) t = (t * 33) ^ e.charCodeAt(--n);
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},
re = (e, t) => {
let n = 12289;
for (let r of t) n ^= x(y(r), y(e[r]));
return ee(n);
},
ie = (e) => re(e, l(e)),
ae = (e, t) => (n) => {
let r = e;
for (let e of n) r ^= t(e);
return ee(r);
},
oe = ae(6151, y),
se = ae( S(`Map`), ([e, t]) => x(y(e), y(t))),
ce = ae( S(`Set`), y),
le = new WeakMap(),
ue = new WeakMap(),
de = new WeakSet();
function fe(e, t) {
if (de.has(e)) return S(`[Circular]`);
de.add(e);
let n = t();
return (de.delete(e), n);
}
const C = `~effect/interfaces/Equal`;
function w() {
return arguments.length === 1
? (e) => pe(e, arguments[0])
: pe(arguments[0], arguments[1]);
}
function pe(e, t) {
if (e === t) return !0;
if (e == null || t == null) return !1;
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return n === typeof t
? n === `number` && e !== e && t !== t
? !0
: (n !== `object` && n !== `function`) || u.has(e) || u.has(t)
? !1
: ve(e, t, _e)
: !1;
}
function me(e, t, n) {
let r = he.has(e),
i = ge.has(t);
if (r && i) return !0;
if (r || i) return !1;
(he.add(e), ge.add(t));
let a = n();
return (he.delete(e), ge.delete(t), a);
}
const he = new WeakSet(),
ge = new WeakSet();
function _e(e, t) {
if (y(e) !== y(t)) return !1;
if (e instanceof Date) {
if (!(t instanceof Date)) return !1;
let n = e.getTime(),
r = t.getTime();
return n === r || (Number.isNaN(n) && Number.isNaN(r));
}
if (e instanceof RegExp)
return t instanceof RegExp && e.toString() === t.toString();
let n = De(e),
r = De(t);
if (n !== r) return !1;
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return typeof e == `function` && !i
? !1
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if (i) return e[C](t);
if (Array.isArray(e))
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let n = e instanceof DataView;
if (
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e.byteLength !== t.byteLength ||
n !== t instanceof DataView
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if (n) {
let n = t;
return xe(
new Uint8Array(e.buffer, e.byteOffset, e.byteLength),
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? !1
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}
function ve(e, t, n) {
let r = ye.get(e);
if (!r) ((r = new WeakMap()), ye.set(e, r));
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let i = n(e, t);
r.set(t, i);
let a = ye.get(t);
return (
a || ((a = new WeakMap()), ye.set(t, a)), a.set(e, i), i
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function be(e, t) {
for (let n = 0; n < e.length; n++) if (!pe(e[n], t[n])) return !1;
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}
function xe(e, t) {
if (e.length !== t.length) return !1;
for (let n = 0; n < e.length; n++) if (e[n] !== t[n]) return !1;
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function Se(e, t) {
let n = l(e),
r = l(t);
if (n.size !== r.size) return !1;
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function Ce(e, t) {
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}
const we = Ce(pe, pe);
function Te(e) {
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}
const Ee = Te(pe),
De = (e) => _(e, C),
Oe = (e) => (t, n) => t === n || e(t, n),
ke = (e) => e.length > 0;
function Ae(e, t, n) {
t === `__proto__`
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value: n,
writable: !0,
enumerable: !0,
configurable: !0,
})
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function je(e, t) {
for (let n of Reflect.ownKeys(t))
Object.prototype.propertyIsEnumerable.call(t, n) && Ae(e, n, t[n]);
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const Me = Symbol.for(`~effect/Redactable`),
Ne = (e) => _(e, Me);
function Pe(e) {
return Ne(e) ? Fe(e) : e;
}
function Fe(e) {
return e[Me](globalThis[`~effect/Fiber/currentFiber`]?.context ?? Re);
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Le = new Map(),
Re = {
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depth: 0,
mapUnsafe: Le,
pipe() {
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};
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};
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if (typeof e == `string`) return JSON.stringify(e);
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e == null ||
typeof e == `boolean` ||
typeof e == `symbol`
)
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r.add(e);
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)}\n${a(n)}]`;
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function He(e) {
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function Ue(e) {
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);
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}
};
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};
const qe = (() => {
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[e]: (e) => {
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},
};
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Ye = `~effect/Exit`,
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Qe = `${Je}/ensureCont`,
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pipe() {
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toString() {
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[We]() {
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},
tt = {
[Je]: Xe,
...et,
[Symbol.iterator]() {
return new Ke(this);
},
toJSON() {
return {
_id: `Effect`,
op: this[Ze],
...(E in this ? { args: this[E] } : void 0),
};
},
},
nt = (e) => _(e, Ye),
rt = `~effect/Cause`,
it = `~effect/Cause/Reason`,
at = (e) => _(e, rt);
var ot = class {
[rt];
reasons;
constructor(e) {
((this[rt] = rt), (this.reasons = e));
}
pipe() {
return e(this, arguments);
}
toJSON() {
return { _id: `Cause`, failures: this.reasons.map((e) => e.toJSON()) };
}
toString() {
return `Cause(${T(this.reasons)})`;
}
[We]() {
return this.toJSON();
}
[C](e) {
return (
at(e) &&
this.reasons.length === e.reasons.length &&
this.reasons.every((t, n) => w(t, e.reasons[n]))
);
}
[v]() {
return oe(this.reasons);
}
};
const st = new WeakMap();
var ct = class {
[it];
annotations;
_tag;
constructor(e, t, n) {
if (
((this[it] = it),
(this._tag = e),
t !== lt && typeof n == `object` && n && t.size > 0)
) {
let e = st.get(n);
(e && (t = new Map([...e, ...t])), st.set(n, t));
}
this.annotations = t;
}
annotate(e, t) {
if (e.mapUnsafe.size === 0) return this;
let n = new Map(this.annotations);
e.mapUnsafe.forEach((e, r) => {
(t?.overwrite !== !0 && n.has(r)) || n.set(r, e);
});
let r = Object.assign(Object.create(Object.getPrototypeOf(this)), this);
return ((r.annotations = n), r);
}
pipe() {
return e(this, arguments);
}
toString() {
return T(this);
}
[We]() {
return this.toString();
}
};
const lt = new Map();
var ut = class extends ct {
error;
constructor(e, t = lt) {
(super(`Fail`, t, e), (this.error = e));
}
toString() {
return `Fail(${T(this.error)})`;
}
toJSON() {
return { _tag: `Fail`, error: this.error };
}
[C](e) {
return (
gt(e) && w(this.error, e.error) && w(this.annotations, e.annotations)
);
}
[v]() {
return x(S(this._tag))(x(y(this.error))(y(this.annotations)));
}
};
const dt = (e) => new ot(e),
ft = (e) => new ot([new ut(e)]);
var pt = class extends ct {
defect;
constructor(e, t = lt) {
(super(`Die`, t, e), (this.defect = e));
}
toString() {
return `Die(${T(this.defect)})`;
}
toJSON() {
return { _tag: `Die`, defect: this.defect };
}
[C](e) {
return (
_t(e) && w(this.defect, e.defect) && w(this.annotations, e.annotations)
);
}
[v]() {
return x(S(this._tag))(x(y(this.defect))(y(this.annotations)));
}
};
const mt = (e) => new ot([new pt(e)]),
ht = r(
(e) => at(e[0]),
(e, t, n) =>
t.mapUnsafe.size === 0
? e
: new ot(e.reasons.map((e) => e.annotate(t, n))),
),
gt = (e) => e._tag === `Fail`,
_t = (e) => e._tag === `Die`,
vt = (e) => e._tag === `Interrupt`;
function yt(e) {
return Tt(`Effect.evaluate: Not implemented`);
}
const bt = (e) => ({
...tt,
[Ze]: e.op,
[D]: e[D] ?? yt,
[O]: e[O],
[k]: e[k],
[Qe]: e[Qe],
}),
A = (e) => {
let t = bt(e);
return function () {
let n = Object.create(t);
return ((n[E] = e.single === !1 ? arguments : arguments[0]), n);
};
},
xt = (e) => {
let t = {
[Ye]: Ye,
_tag: e.op,
get [e.prop]() {
return this[E];
},
...bt(e),
toString() {
return `${e.op}(${T(this[E])})`;
},
toJSON() {
return { _id: `Exit`, _tag: e.op, [e.prop]: this[E] };
},
[C](e) {
return nt(e) && e._tag === this._tag && w(this[E], e[E]);
},
[v]() {
return x(S(e.op), y(this[E]));
},
};
return function (e) {
let n = Object.create(t);
return ((n[E] = e), n);
};
},
j = xt({
op: `Success`,
prop: `value`,
[D](e) {
let t = e.getCont(O);
return t ? t[O](this[E], e, this) : e.yieldWith(this);
},
}),
St = { key: `effect/Cause/StackTrace` },
Ct = { key: `effect/Cause/InterruptorStackTrace` },
M = xt({
op: `Failure`,
prop: `cause`,
[D](e) {
let t = this[E],
n = !1;
e.currentStackFrame &&
((t = ht(t, {
mapUnsafe: new Map([[St.key, e.currentStackFrame]]),
})),
(n = !0));
let r = e.getCont(k);
for (; e.interruptible && e._interruptedCause && r;) r = e.getCont(k);
return r ? r[k](t, e, n ? void 0 : this) : e.yieldWith(n ? M(t) : this);
},
}),
wt = (e) => M(ft(e)),
Tt = (e) => M(mt(e)),
Et = A({
op: `WithFiber`,
[D](e) {
return this[E](e);
},
}),
Dt = (function () {
class e extends globalThis.Error {}
let t = bt({
op: `YieldableError`,
[D]() {
return wt(this);
},
});
return (delete t.toString, Object.assign(e.prototype, t), e);
})(),
Ot = (function () {
let e = Symbol.for(`effect/Data/Error/plainArgs`);
return class extends Dt {
constructor(t) {
(super(t?.message, t?.cause ? { cause: t.cause } : void 0),
t &&
(je(this, t),
Object.defineProperty(this, e, { value: t, enumerable: !1 })));
}
toJSON() {
return { ...this[e], ...this };
}
};
})(),
kt = (e) => {
class t extends Ot {
_tag = e;
}
return ((t.prototype.name = e), t);
},
At = `~effect/data/Option`,
jt = {
[At]: { _A: (e) => e },
...et,
[Symbol.iterator]() {
return new Ke(this);
},
},
Mt = Object.defineProperty(
Object.assign( Object.create(jt), {
_tag: `Some`,
_op: `Some`,
[C](e) {
return Ft(e) && Lt(e) && w(this.value, e.value);
},
[v]() {
return x(y(this._tag))(y(this.value));
},
toString() {
return `some(${T(this.value)})`;
},
toJSON() {
return { _id: `Option`, _tag: this._tag, value: Ge(this.value) };
},
}),
"valueOrUndefined",
{
get() {
return this.value;
},
},
),
Nt = y(`None`),
Pt = Object.assign( Object.create(jt), {
_tag: `None`,
_op: `None`,
valueOrUndefined: void 0,
[C](e) {
return Ft(e) && It(e);
},
[v]() {
return Nt;
},
toString() {
return `none()`;
},
toJSON() {
return { _id: `Option`, _tag: this._tag };
},
}),
Ft = (e) => _(e, At),
It = (e) => e._tag === `None`,
Lt = (e) => e._tag === `Some`,
Rt = Object.create(Pt),
zt = (e) => {
let t = Object.create(Mt);
return ((t.value = e), t);
},
Bt = `~effect/data/Result`;
({ ...et });
function Vt(e) {
return (t, n) => (t === n ? 0 : e(t, n));
}
const Ht = Vt((e, t) =>
globalThis.Number.isNaN(e) && globalThis.Number.isNaN(t)
? 0
: globalThis.Number.isNaN(e)
? -1
: globalThis.Number.isNaN(t)
? 1
: e < t
? -1
: 1,
),
Ut = (e) => r(2, (t, n) => e(t, n) !== 1),
Wt = (e) => r(2, (t, n) => e(t, n) !== -1),
Gt = () => Rt,
Kt = zt,
qt = It,
Jt = r(2, (e, t) => (qt(e) ? Gt() : Kt(t(e.value)))),
Yt = globalThis.Array,
Xt = (e) => (Yt.isArray(e) ? e : Yt.from(e)),
Zt = r(2, (e, t) => [...e, t]),
Qt = r(2, (e, t) => Xt(e).concat(Xt(t)));
Yt.isArray;
const $t = ke,
en = ke,
tn = (e, t) => {
let n = y(t),
r = e.get(n);
if (r === void 0) return (e.set(n, [t]), !0);
for (let e of r) if (w(e, t)) return !1;
return (r.push(t), !0);
},
nn = r(2, (e, t) => {
let n = Xt(e),
r = Xt(t);
return en(n) ? (en(r) ? on(Qt(n, r)) : n) : r;
}),
rn = () => [],
an = r(2, (e, t) => e.map(t)),
on = (e) => {
let t = Xt(e);
if (t.length < 2) return [...t];
let n = new Map(),
r = [];
for (let e of t) tn(n, e) && r.push(e);
return r;
},
sn = `~effect/BigDecimal`,
cn = {
[sn]: sn,
[v]() {
let e = mn(this);
return x(y(e.value), ne(e.scale));
},
[C](e) {
return ln(e) && vn(this, e);
},
toString() {
return `BigDecimal(${yn(this)})`;
},
toJSON() {
return {
_id: `BigDecimal`,
value: String(this.value),
scale: this.scale,
};
},
[We]() {
return this.toJSON();
},
pipe() {
return e(this, arguments);
},
},
ln = (e) => _(e, sn),
un = (e, t) => {
let n = Object.create(cn);
return ((n.value = e), (n.scale = t), n);
},
dn = (e, t) => {
if (e !== N && e % fn === N) throw RangeError(`Value must be normalized`);
let n = un(e, t);
return ((n.normalized = n), n);
},
N = BigInt(0),
fn = BigInt(10),
pn = dn(N, 0),
mn = (e) => {
if (e.normalized === void 0) {
if (e.value === N) e.normalized = pn;
else {
let t = `${e.value}`,
n = 0;
for (let e = t.length - 1; e >= 0 && t[e] === `0`; e--) n++;
n === 0 && (e.normalized = e);
let r = BigInt(t.substring(0, t.length - n)),
i = e.scale - n;
e.normalized = dn(r, i);
}
}
return e.normalized;
},
hn = r(2, (e, t) =>
t > e.scale
? un(e.value * fn ** BigInt(t - e.scale), t)
: t < e.scale
? un(e.value / fn ** BigInt(e.scale - t), t)
: e,
),
gn = (e) => (e.value < N ? un(-e.value, e.scale) : e),
_n = Oe((e, t) =>
e.scale > t.scale
? hn(t, e.scale).value === e.value
: e.scale < t.scale
? hn(e, t.scale).value === t.value
: e.value === t.value,
),
vn = r(2, (e, t) => _n(e, t)),
yn = (e) => {
let t = mn(e);
if (Math.abs(t.scale) >= 16) return bn(t);
let n = t.value < N,
r = n ? `${t.value}`.substring(1) : `${t.value}`,
i,
a;
if (t.scale >= r.length)
((i = `0`), (a = `0`.repeat(t.scale - r.length) + r));
else {
let e = r.length - t.scale;
if (e > r.length) {
let t = e - r.length;
((i = `${r}${`0`.repeat(t)}`), (a = ``));
} else ((a = r.slice(e)), (i = r.slice(0, e)));
}
let o = a === `` ? i : `${i}.${a}`;
return n ? `-${o}` : o;
},
bn = (e) => {
if (xn(e)) return `0e+0`;
let t = mn(e),
n = `${gn(t).value}`,
r = n.slice(0, 1),
i = n.slice(1),
a = `${Sn(t) ? `-` : ``}${r}`;
i !== `` && (a += `.${i}`);
let o = i.length - t.scale;
return `${a}e${o >= 0 ? `+` : ``}${o}`;
},
xn = (e) => e.value === N,
Sn = (e) => e.value < N,
Cn = (e) => bt({ op: e.label, [D]: e.evaluate }),
wn = `~effect/Context/Service`,
Tn = function () {
function e() {}
let t = e;
Object.setPrototypeOf(t, En);
let n = (e, n) => (
(t.key = e),
n?.defaultValue && ((t[On] = On), (t.defaultValue = n.defaultValue)),
n?.make && (t.make = n.make),
n?.fiberCached && Dn.add(e),
t
);
return arguments.length > 0 ? n(arguments[0], arguments[1]) : n;
},
En = {
[wn]: wn,
... Cn({
label: `Service`,
evaluate(e) {
return j(Kn(e.context, this));
},
}),
toJSON() {
return { _id: `Service`, key: this.key };
},
of(e) {
return e;
},
context(e) {
return Hn(this, e);
},
use(e) {
return Et((t) => e(Kn(t.context, this)));
},
useSync(e) {
return Et((t) => j(e(Kn(t.context, this))));
},
},
Dn = new Set(),
On = `~effect/Context/Reference`,
kn = `~effect/Context`,
An = (e, t, n, r) => {
let i = Object.create(In);
return (
(i.cacheRoot = e ?? i),
(i.base = t),
(i.overlay = n),
(i.depth = r),
(i._flat = void 0),
(i.baseHits = 0),
i
);
},
jn = (e, t) => {
t && (jn(e, t.parent), e.set(t.key, t.value));
},
Mn = (e) => {
if (e._flat) return e._flat;
if (!e.overlay) return (e._flat = e.base);
let t = new Map(e.base);
return (jn(t, e.overlay), (e._flat = t));
},
Nn = Symbol(),
Pn = (e, t) => {
let n = e;
for (let e = n.overlay; e; e = e.parent) if (e.key === t) return e.value;
let r = n.base.get(t);
return r === void 0 && !n.base.has(t)
? Nn
: (n.overlay &&
++n.baseHits >= 8 &&
((n.base = Mn(n)), (n.overlay = void 0), (n.depth = 0)),
r);
},
Fn = (e) => An(void 0, e, void 0, 0),
In = {
get mapUnsafe() {
return Mn(this);
},
...et,
[kn]: { _Services: (e) => e },
toJSON() {
return {
_id: `Context`,
services: Array.from(this.mapUnsafe).map(([e, t]) => ({
key: e,
value: t,
})),
};
},
[C](e) {
if (!Rn(e)) return !1;
let t = this.mapUnsafe,
n = e.mapUnsafe;
if (t.size !== n.size) return !1;
for (let [e, r] of t) if (!n.has(e) || !w(r, n.get(e))) return !1;
return !0;
},
[v]() {
return ne(this.mapUnsafe.size);
},
},
Ln = (e, t) => e.cacheRoot === t.cacheRoot,
Rn = (e) => _(e, kn),
zn = (e) => !!e[On],
Bn = () => Vn,
Vn = Fn( new Map()),
Hn = (e, t) => Fn( new Map([[e.key, t]])),
Un = r(3, (e, t, n) => Wn(e, t.key, n)),
Wn = (e, t, n) => {
let r = e,
i = Dn.has(t) ? void 0 : r.cacheRoot;
if (r.depth >= 8) {
let e = new Map(r.mapUnsafe);
return (e.set(t, n), An(i, e, void 0, 0));
}
return An(i, r.base, { key: t, value: n, parent: r.overlay }, r.depth + 1);
},
Gn = (e, t) => {
let n = Pn(e, t);
return n === Nn ? void 0 : n;
},
Kn = r(2, (e, t) => {
let n = Pn(e, t.key);
if (n === Nn) {
if (zn(t)) return Jn(t);
throw Yn(t);
}
return n;
}),
qn = `~effect/Context/defaultValue`,
Jn = (e) => (qn in e ? e[qn] : (e[qn] = e.defaultValue())),
Yn = (e) => {
let t = Error(
`Service not found${e.key ? `: ${String(e.key)}` : ``}`,
);
if (t.stack) {
let e = t.stack.split(`
`);
(e.splice(1, 3),
(t.stack = e.join(`
`)));
}
return t;
},
Xn = Tn,
Zn = Xn(`effect/Scheduler`, {
fiberCached: !0,
defaultValue: () => new tr(),
}),
Qn =
`setImmediate` in globalThis
? (e) => {
let t = globalThis.setImmediate(e);
return () => globalThis.clearImmediate(t);
}
: (e) => {
let t = setTimeout(e, 0);
return () => clearTimeout(t);
},
$n = (e) => {
let t = !1;
return (
Promise.resolve().then(() => {
t || e();
}),
() => {
t = !0;
}
);
};
var er = class {
buckets = [];
scheduleTask(e, t) {
let n = this.buckets,
r = n.length,
i,
a = 0;
for (; a < r && !(n[a][0] > t); a++) i = n[a];
i && i[0] === t
? i[1].push(e)
: a === r
? n.push([t, [e]])
: n.splice(a, 0, [t, [e]]);
}
drain() {
let e = this.buckets;
return ((this.buckets = []), e);
}
},
tr = class {
executionMode;
setImmediate;
constructor(e = `async`, t) {
((this.executionMode = e),
(this.setImmediate = t ?? (e === `sync` ? $n : Qn)));
}
shouldYield(e) {
return e.currentOpCount >= e.maxOpsBeforeYield;
}
makeDispatcher() {
return new nr(this.setImmediate);
}
},
nr = class {
tasks = new er();
running = void 0;
setImmediate;
constructor(e = Qn) {
this.setImmediate = e;
}
scheduleTask(e, t) {
(this.tasks.scheduleTask(e, t),
this.running === void 0 &&
(this.running = this.setImmediate(this.afterScheduled)));
}
afterScheduled = () => {
((this.running = void 0), this.runTasks());
};
runTasks() {
let e = this.tasks.drain();
for (let t = 0; t < e.length; t++) {
let n = e[t][1];
for (let e = 0; e < n.length; e++) n[e]();
}
}
flush() {
for (; this.tasks.buckets.length > 0;)
(this.running !== void 0 && (this.running(), (this.running = void 0)),
this.runTasks());
}
};
const rr = Xn(`effect/Scheduler/MaxOpsBeforeYield`, {
fiberCached: !0,
defaultValue: () => 2048,
}),
ir = Xn(`effect/Scheduler/PreventSchedulerYield`, {
fiberCached: !0,
defaultValue: () => !1,
}),
ar = kt,
or = [];
for (let e = 0; e < 256; e++) or.push(e.toString(16).padStart(2, `0`));
const sr = Xn(`effect/References/CurrentStackFrame`, {
fiberCached: !0,
defaultValue: a,
}),
cr = Xn(`effect/References/CurrentLogLevel`, {
fiberCached: !0,
defaultValue: () => `Info`,
}),
lr = Xn(`effect/References/MinimumLogLevel`, {
fiberCached: !0,
defaultValue: () => `Info`,
}),
ur = (() => {
let e = Object.getOwnPropertyDescriptor(Error, `stackTraceLimit`);
return e === void 0
? Object.isExtensible(Error)
: Object.hasOwn(e, `writable`)
? e.writable === !0
: e.set !== void 0;
})(),
dr = () => Error.stackTraceLimit,
fr = (e) => {
ur && (Error.stackTraceLimit = e);
};
var pr = class extends ct {
fiberId;
constructor(e, t = lt) {
(super(`Interrupt`, t, `Interrupted`), (this.fiberId = e));
}
toString() {
return `Interrupt(${this.fiberId})`;
}
toJSON() {
return { _tag: `Interrupt`, fiberId: this.fiberId };
}
[C](e) {
return (
vt(e) && this.fiberId === e.fiberId && this.annotations === e.annotations
);
}
[v]() {
return x(S(`${this._tag}:${this.fiberId}`))(b(this.annotations));
}
};
const mr = (e) => new ot([new pr(e)]),
hr = (e) => e.reasons.some(vt),
gr = r(2, (e, t) => {
if (e.reasons.length === 0) return t;
if (t.reasons.length === 0) return e;
let n = new ot(nn(e.reasons, t.reasons));
return w(e, n) ? e : n;
}),
_r = r(2, (e, t) => {
let n = !1,
r = e.reasons.map((e) =>
gt(e) ? ((n = !0), new ut(t(e.error), e.annotations)) : e,
);
return n ? dt(r) : e;
}),
vr = `~effect/Fiber`,
yr = { _A: i, _E: i },
br = { id: 0 },
xr = () => globalThis[Ie];
var Sr = class {
constructor(e, t = !0) {
((this[vr] = yr),
this.setContext(e),
(this.id = ++br.id),
(this.currentOpCount = 0),
(this.interruptible = t),
(this._stack = []),
(this._observers = []),
(this._exit = void 0),
(this._children = void 0),
(this._interruptedCause = void 0),
(this._yielded = void 0),
(this._running = !1),
(this._deferredInterrupt = !1),
this.runtimeMetrics?.recordFiberStart(this.context));
}
[vr];
id;
interruptible;
currentOpCount;
_stack;
_observers;
_exit;
_children;
_interruptedCause;
_yielded;
_running;
_deferredInterrupt;
context;
currentScheduler;
currentTracerContext;
currentSpan;
currentLogLevel;
minimumLogLevel;
currentStackFrame;
runtimeMetrics;
maxOpsBeforeYield;
currentPreventYield;
_dispatcher = void 0;
get currentDispatcher() {
return (this._dispatcher ??= this.currentScheduler.makeDispatcher());
}
getRef(e) {
return Kn(this.context, e);
}
addObserver(e) {
return this._exit
? (e(this._exit), o)
: (this._observers.push(e),
() => {
if (this._exit) return;
let t = this._observers.indexOf(e);
t >= 0 && this._observers.splice(t, 1);
});
}
interruptUnsafe(e, t) {
if (this._exit) return;
let n = mr(e);
(this.currentStackFrame && (n = ht(n, Hn(St, this.currentStackFrame))),
t && (n = ht(n, t)),
(this._interruptedCause = this._interruptedCause
? gr(this._interruptedCause, n)
: n),
this.interruptible &&
(this._running
? (this._deferredInterrupt = !0)
: this.evaluate(F(this._interruptedCause))));
}
pollUnsafe() {
return this._exit;
}
evaluate(e) {
if (this._exit) return;
if (this._yielded !== void 0) {
let e = this._yielded;
((this._yielded = void 0), e());
}
let t = this.runLoop(e);
if (t === $e) return;
let n = wr.interruptChildren && wr.interruptChildren(this);
if (n !== void 0) return this.evaluate(I(n, () => t));
((this._exit = t),
this.runtimeMetrics?.recordFiberEnd(this.context, this._exit));
for (let e = 0; e < this._observers.length; e++) this._observers[e](t);
((this._observers.length = 0),
(this._stack.length = 0),
(this._children = void 0),
(this.context = Bn()));
}
runLoop(e) {
let t = globalThis[Ie];
globalThis[Ie] = this;
let n = this._running;
this._running = !0;
let r = !1,
i = e;
this.currentOpCount = 0;
try {
for (;;) {
if (
(this._deferredInterrupt &&
((this._deferredInterrupt = !1), (i = F(this._interruptedCause))),
this.currentOpCount++,
!r &&
!this.currentPreventYield &&
this.currentScheduler.shouldYield(this))
) {
r = !0;
let e = i;
i = I(jr, () => e);
}
if (
((i = this.currentTracerContext
? this.currentTracerContext(i, this)
: i[D](this)),
i === $e)
) {
let e = this._yielded;
if (Ye in e)
return (
(this._deferredInterrupt = !1), (this._yielded = void 0), e
);
if (this._deferredInterrupt) {
((this._yielded = void 0), e());
continue;
}
return $e;
}
}
} catch (e) {
return _(i, D)
? this.runLoop(Tt(e))
: Tt(`Fiber.runLoop: Not a valid effect: ${String(i)}`);
} finally {
((this._running = n), (globalThis[Ie] = t));
}
}
getCont(e) {
if (this._deferredInterrupt) return ((this._deferredInterrupt = !1), Cr);
for (;;) {
let t = this._stack.pop();
if (!t) return;
let n = t[Qe] && t[Qe](this);
if (n) return ((n[e] = n), n);
if (t[e]) return t;
}
}
yieldWith(e) {
return ((this._yielded = e), $e);
}
children() {
return (this._children ??= new Set());
}
pipe() {
return e(this, arguments);
}
setContext(e) {
let t = this.context;
if (((this.context = e), t !== void 0 && Ln(t, e))) return;
let n = this.getRef(Zn);
(n !== this.currentScheduler &&
((this.currentScheduler = n), (this._dispatcher = void 0)),
(this.currentSpan = Gn(e, `effect/Tracer/ParentSpan`)),
(this.currentLogLevel = this.getRef(cr)),
(this.minimumLogLevel = this.getRef(lr)),
(this.currentStackFrame = this.getRef(sr)),
(this.maxOpsBeforeYield = this.getRef(rr)),
(this.currentPreventYield = this.getRef(ir)),
(this.runtimeMetrics = Gn(
e,
`effect/observability/Metric/FiberRuntimeMetricsKey`,
)));
let r = Gn(e, `effect/Tracer`);
this.currentTracerContext = r ? r.context : void 0;
}
get currentSpanLocal() {
return this.currentSpan?._tag === `Span` ? this.currentSpan : void 0;
}
};
const Cr = {
[O](e, t) {
return F(t._interruptedCause);
},
[k](e, t) {
return F(t._interruptedCause);
},
},
wr = { interruptChildren: void 0 },
Tr = (e) => {
if (!e.currentStackFrame) return;
let t = new Map();
return (t.set(Ct.key, e.currentStackFrame), Fn(t));
},
Er = (e) =>
Lr((t) => {
let n = e[Symbol.iterator](),
r = [],
i;
function a() {
let e = n.next();
for (; !e.done;) {
if (e.value._exit) {
(r.push(e.value._exit), (e = n.next()));
continue;
}
i = e.value.addObserver((e) => {
(r.push(e), a());
});
return;
}
t(P(r));
}
return (a(), kr(() => i?.()));
}),
Dr = (e) =>
Et((t) => {
let n = Tr(t),
r = rn();
for (let i of e) (i.interruptUnsafe(t.id, n), r.push(i));
return Hr(Er(r));
}),
P = j,
F = M,
Or = wt,
kr = A({
op: `Sync`,
[D](e) {
let t = this[E](),
n = e.getCont(O);
return n ? n[O](t, e) : e.yieldWith(j(t));
},
}),
Ar = A({
op: `Suspend`,
[D](e) {
return this[E]();
},
}),
jr = A({
op: `Yield`,
[D](e) {
let t = !1;
return (
e.currentDispatcher.scheduleTask(() => {
t || e.evaluate(Jr);
}, this[E] ?? 0),
e.yieldWith(() => {
t = !0;
})
);
},
})(0),
Mr = (e) => Ar(() => F(qe(e))),
Nr = (e) => Tt(e),
Pr = P(void 0),
Fr = A({
op: `Async`,
single: !1,
[D](e) {
let t = qe(() => this[E][0].bind(e.currentScheduler)),
n = !1,
r = !1,
i = this[E][1] ? new AbortController() : void 0,
a = t((t) => {
n || ((n = !0), r ? e.evaluate(t) : (r = t));
}, i?.signal);
return r === !1
? ((r = !0),
(e._yielded = () => {
n = !0;
}),
(i === void 0 && a === void 0) ||
e._stack.push(Ir(() => ((n = !0), i?.abort(), a ?? Jr))),
$e)
: r;
},
}),
Ir = A({
op: `AsyncFinalizer`,
[Qe](e) {
e.interruptible && ((e.interruptible = !1), e._stack.push(ti));
},
[k](e, t) {
return hr(e) ? I(this[E](), () => F(e)) : F(e);
},
}),
Lr = (e) => Fr(e, e.length >= 2),
Rr = (e, t) =>
Object.defineProperty(t, "length", { value: e, configurable: !0 }),
zr = (e, ...t) =>
Rr(
e.length,
t.length === 0
? function () {
return Br(() => e.apply(this, arguments));
}
: function () {
let n = Br(() => e.apply(this, arguments));
for (let e of t) n = e(n);
return n;
},
),
Br = (e) => {
try {
let t = e(),
n;
for (;;) {
let r = t.next(n);
if (r.done) return P(r.value);
let i = r.value;
if (i && i._tag === `Success`) {
n = i.value;
continue;
}
if (i && i._tag === `Failure`) return r.value;
{
let n = !0;
return Ar(() =>
n ? ((n = !1), I(r.value, (e) => Vr(t, e))) : Ar(() => Vr(e())),
);
}
}
} catch (e) {
return Nr(e);
}
},
Vr = A({
op: `Iterator`,
single: !1,
[O](e, t) {
let n = this[E][0];
for (;;) {
let r = n.next(e);
if (r.done) return P(r.value);
if (!L(r.value)) return (t._stack.push(this), r.value);
if (r.value._tag === `Failure`) return r.value;
e = r.value.value;
}
},
[D](e) {
return this[O](this[E][1], e);
},
}),
Hr = (e) => I(e, (e) => Jr),
I = r(2, (e, t) => {
let n = Object.create(Ur);
return ((n[E] = e), (n[O] = t.length === 1 ? t : (e) => t(e)), n);
}),
Ur = bt({
op: `OnSuccess`,
[D](e) {
return (e._stack.push(this), this[E]);
},
}),
L = (e) => Ye in e,
Wr = r(2, (e, t) =>
L(e) ? (e._tag === `Success` ? t(e.value) : e) : I(e, t),
),
Gr = r(2, (e, t) => I(e, (e) => P(qe(() => t(e))))),
Kr = r(2, (e, t) => (L(e) ? Yr(e, t) : Gr(e, t))),
qr = (e) => e._tag === `Success`,
Jr = j(void 0),
Yr = r(2, (e, t) => (e._tag === `Success` ? j(t(e.value)) : e)),
Xr = r(2, (e, t) => {
let n = Object.create(Zr);
return ((n[E] = e), (n[k] = t.length === 1 ? t : (e) => t(e)), n);
}),
Zr = bt({
op: `OnFailure`,
[D](e) {
return (e._stack.push(this), this[E]);
},
}),
Qr = (e) => (L(e) ? j(e) : $r(e)),
$r = A({
op: `Exit`,
[D](e) {
return (e._stack.push(this), this[E]);
},
[O](e, t, n) {
return P(n ?? j(e));
},
[k](e, t, n) {
return P(n ?? M(e));
},
}),
ei = (e) =>
Et((t) =>
t.interruptible ? ((t.interruptible = !1), t._stack.push(ti), e) : e,
),
ti = A({
op: `SetInterruptible`,
[Qe](e) {
if (((e.interruptible = this[E]), e._interruptedCause && e.interruptible))
return () => F(e._interruptedCause);
},
})(!0),
ni = (e) => {
let t = e.onItem,
n = e.step,
r = (e, i, a, o) => {
for (; a < o; a++) {
let s = i[a],
c = t(e, s, a);
if (!L(c))
return I(Qr(c), (t) => n(e, s, t, a) ?? r(e, i, a + 1, o) ?? Pr);
let l = n(e, s, c, a);
if (l) return l._tag === `Failure` ? l : void 0;
}
};
return (e, i, a) => {
let o = 0,
s = a?.end ?? i.length,
c = a?.concurrency ?? 1;
if (c === 1) return r(e, i, 0, s);
let l = a?.orderedStep === !0,
u = !1,
d,
f,
p,
m = !1,
h,
g,
_ = o,
v = l ? Array(s) : void 0,
y = (e) => {
let t = Tt(e);
return (
(h = t),
(u = !0),
(m = !0),
f && f.size > 0 ? I(ei(Dr(Array.from(f))), () => t) : t
);
},
b = (t, r, a) => {
if (!l) return n(e, t, r, a);
if (h) return h;
for (v[a] = r; _ < s;) {
let t = v[_];
if (t === void 0) return;
v[_] = void 0;
let r = _++,
a = n(e, i[r], t, r);
if (a) return a;
}
},
x = () => {
let n = !1;
for (; !h && o < s; o++) {
let r = i[o],
a = g ?? t(e, r, o);
if (L(a)) {
if (((h = b(r, a, o)), h)) break;
} else if (d) {
g = void 0;
let e = ii(d, a, !0, !0, `inherit`);
if (e._exit) {
if (((h = b(r, e._exit, o)), h)) break;
continue;
}
f.add(e);
let t = o;
if (
(e.addObserver((i) => {
f.delete(e);
try {
if (h) {
if (!m && i._tag === `Failure`)
for (let e of i.cause.reasons)
if (e._tag === `Interrupt`) continue;
else
h._tag === `Failure`
? h.cause.reasons.push(e)
: (h = M(dt([e])));
} else {
let e = b(r, i, t);
e &&
((h =
e._tag === `Failure`
? M(dt(e.cause.reasons.slice()))
: e),
x());
}
if (n) {
let e = x();
e && p(e);
} else u && f.size === 0 && p(h ?? Pr);
} catch (e) {
p(y(e));
}
}),
f.size < c)
)
continue;
((n = !0), o++);
return;
} else
return Lr((e) => {
((d = xr()), (f = new Set()), (g = a), (p = e));
let t;
try {
t = x();
} catch (t) {
return e(y(t));
}
return t
? e(t)
: Ar(() => ((h = Jr), (m = !0), f ? Dr(f) : Pr));
});
}
if (((u = !0), h)) {
if (f && f.size > 0) {
let e = Tr(d);
f.forEach((t) => t.interruptUnsafe(d.id, e));
return;
}
if (p || h._tag === `Failure`) return h;
} else if (p) {
if (f) f.size === 0 && p(Pr);
else return Jr;
}
};
return x();
};
},
ri = () => ni,
ii = (e, t, n = !1, r = !1, i = !1) => {
let a = e,
o = i === `inherit` ? a.interruptible : !i,
s = new Sr(a.context, o);
return (
n
? s.evaluate(t)
: a.currentDispatcher.scheduleTask(() => s.evaluate(t), 0),
!r &&
!s._exit &&
(a.children().add(s), s.addObserver(() => a._children.delete(s))),
s
);
},
ai = (e) => (t, n) => {
let r = new Sr(
n?.scheduler ? Un(e, Zn, n.scheduler) : e,
n?.uninterruptible !== !0,
);
if ((r.evaluate(t), r._exit)) return r;
if (n?.signal) {
if (n.signal.aborted) r.interruptUnsafe();
else {
let e = () => r.interruptUnsafe();
(n.signal.addEventListener(`abort`, e, { once: !0 }),
r.addObserver(() => n.signal.removeEventListener(`abort`, e)));
}
}
return (n?.onFiberStart && n.onFiberStart(r), r);
},
oi = ((e) => {
let t = ai(e);
return (e) => {
if (L(e)) return e;
let n = new tr(`sync`),
r = t(e, { scheduler: n });
return (r._dispatcher?.flush(), r._exit ?? Tt(new ci(r)));
};
})( Bn()),
si = `~effect/Cause/AsyncFiberError`;
var ci = class extends kt(`AsyncFiberError`) {
[si] = si;
constructor(e) {
super({
message: `An asynchronous Effect was executed with Effect.runSync`,
fiber: e,
});
}
};
const li = {
bold: `1`,
red: `31`,
green: `32`,
yellow: `33`,
blue: `34`,
cyan: `36`,
white: `37`,
gray: `90`,
black: `30`,
bgBrightRed: `101`,
};
(li.gray, li.blue, li.green, li.yellow, li.red, li.bgBrightRed, li.black);
const ui = gt,
di = _r,
fi = j,
pi = M,
mi = wt,
hi = Jr,
gi = qr,
_i = `~effect/time/DateTime`,
vi = `~effect/time/DateTime/TimeZone`,
yi = {
[_i]: _i,
pipe() {
return e(this, arguments);
},
[We]() {
return this.toString();
},
toJSON() {
return xi(this).toJSON();
},
};
(({ ...yi }), { ...yi });
const bi = {
[vi]: vi,
[We]() {
return this.toString();
},
};
(({ ...bi }), { ...bi });
const xi = (e) => new Date(e.epochMilliseconds),
R = P,
z = Or,
Si = Mr,
Ci = Nr,
wi = I,
Ti = Qr,
Ei = Xr,
Di = oi,
Oi = Kr,
B = Wr,
ki = zr;
function Ai(e) {
return e.checks ? e.checks[e.checks.length - 1].annotations : e.annotations;
}
const ji = `~structural`,
Mi = s((e) => {
let t = Ai(e)?.identifier;
return typeof t == `string` ? t : e.getExpected(Mi);
}),
V = Symbol(),
H = fi,
Ni = H(V),
U = H(V),
Pi = (e) => (e === V ? Gt() : Kt(e)),
Fi = (e) => (e._tag === `None` ? Ni : H(e.value)),
Ii = `~effect/SchemaIssue/Issue`;
function Li(e) {
return _(e, Ii) && e[Ii] === Ii;
}
function Ri(e) {
return Object.hasOwn(e, `input`);
}
var W = class {
[Ii] = Ii;
constructor(e, t) {
t?.reportInput === !0 && e !== V && (this.input = e);
}
},
zi = class extends W {
_tag = `Filter`;
filter;
issue;
constructor(e, t, n, r) {
(super(n, r), (this.filter = e), (this.issue = t));
}
},
Bi = class extends W {
_tag = `Encoding`;
ast;
issue;
constructor(e, t, n, r) {
(super(n, r), (this.ast = e), (this.issue = t));
}
},
Vi = class extends W {
_tag = `Pointer`;
path;
issue;
constructor(e, t) {
(super(), (this.path = e), (this.issue = t));
}
},
Hi = class extends W {
_tag = `MissingKey`;
annotations;
constructor(e) {
(super(), (this.annotations = e));
}
},
Ui = class extends W {
_tag = `UnexpectedKey`;
ast;
constructor(e, t, n) {
(super(t, n), (this.ast = e));
}
},
G = class extends W {
_tag = `Composite`;
ast;
issues;
constructor(e, t, n, r) {
(super(n, r), (this.ast = e), (this.issues = t));
}
},
Wi = class extends W {
_tag = `InvalidType`;
ast;
constructor(e, t, n) {
(super(t, n), (this.ast = e));
}
},
Gi = class extends W {
_tag = `InvalidValue`;
annotations;
constructor(e, t, n) {
(super(t, n), (this.annotations = e));
}
},
Ki = class extends W {
_tag = `AnyOf`;
ast;
issues;
constructor(e, t, n, r) {
(super(n, r), (this.ast = e), (this.issues = t));
}
},
qi = class extends W {
_tag = `OneOf`;
ast;
successes;
constructor(e, t, n, r) {
(super(n, r), (this.ast = e), (this.successes = t));
}
};
function Ji(e, t, n) {
if (Li(e)) return e;
if (typeof e == `string`) return new Gi({ message: e }, t, n);
let r =
typeof e.issue == `string` ? new Gi({ message: e.issue }, t, n) : e.issue;
return new Vi(e.path, r);
}
function Yi(e, t, n) {
if (e !== void 0)
return typeof e == `boolean`
? e
? void 0
: new Gi(void 0, t, n)
: Ji(e, t, n);
}
function Xi(e, t, n, r) {
return Array.isArray(t)
? en(t)
? t.length === 1
? Ji(t[0], n, r)
: new G(
e,
an(t, (e) => Ji(e, n, r)),
n,
r,
)
: void 0
: Yi(t, n, r);
}
const Zi = (e) => {
let t = oa(e);
if (t !== void 0) return t;
switch (e._tag) {
case `InvalidType`:
return ta(Mi(e.ast), e);
case `InvalidValue`: {
let t = ea(e);
if (t !== void 0) return ta(t, e);
let n = $i(e);
return n === void 0 ? `Expected a valid value` : `Invalid data ${n}`;
}
case `MissingKey`:
return `Missing key`;
case `UnexpectedKey`: {
let t = $i(e);
return t === void 0
? `Expected no excess property`
: `Unexpected key with value ${t}`;
}
case `Forbidden`:
return `Forbidden operation`;
case `OneOf`: {
let t = $i(e);
return t === void 0
? `Expected exactly one member to match`
: `Expected exactly one member to match the input ${t}`;
}
}
},
Qi = (e) => oa(e.issue) ?? oa(e);
function $i(e) {
return Ri(e) ? T(e.input) : void 0;
}
function ea(e) {
let t = e.annotations?.expected;
return typeof t == `string` ? t : void 0;
}
function ta(e, t) {
let n = $i(t);
return n === void 0 ? `Expected ${e}` : `Expected ${e}, got ${n}`;
}
function na(e) {
let t = e.annotations?.expected;
if (typeof t == `string`) return t;
switch (e._tag) {
case `Filter`:
return `<filter>`;
case `FilterGroup`:
return e.checks.map((e) => na(e)).join(` & `);
}
}
function ra() {
return (e) => aa(e, ``);
}
const ia = ra();
function aa(e, t) {
let n;
switch (e._tag) {
case `Filter`: {
let r = Qi(e);
if (r !== void 0) n = r;
else {
if (e.issue._tag !== `InvalidValue`) return aa(e.issue, t);
let r = ea(e.issue);
n = r === void 0 ? ta(na(e.filter), e) : ta(r, e.issue);
}
break;
}
case `Encoding`:
return aa(e.issue, t);
case `Pointer`:
return aa(e.issue, t + Ve(e.path));
case `Composite`:
case `AnyOf`:
if (e._tag === `Composite` || e.issues.length > 0)
return e.issues.map((e) => aa(e, t)).join(`
`);
n = oa(e) ?? ta(Mi(e.ast), e);
break;
default:
n = Zi(e);
}
return t ? `${n}\n at ${t}` : n;
}
function oa(e) {
if (e._tag === `Pointer`) return;
if (e._tag === `Encoding`) return oa(e.issue);
let t = (
e._tag === `Filter`
? e.filter.annotations
: `annotations` in e
? e.annotations
: e.ast.annotations
)?.[
e._tag === `MissingKey`
? `messageMissingKey`
: e._tag === `UnexpectedKey`
? `messageUnexpectedKey`
: `message`
];
if (typeof t == `string`) return t;
}
function sa(e) {
let t;
for (let n of e.reasons) {
if (!ui(n) || !Li(n.error)) return;
t ??= n.error;
}
return t;
}
function ca(e, t) {
let n = sa(e);
if (n === void 0) throw Error(t, { cause: e });
return n;
}
var la = class e extends n {
run;
constructor(e) {
(super(), (this.run = e));
}
map(t) {
return new e((e, n) => this.run(e, n).pipe(Oi(Jt(t))));
}
compose(t) {
return da(this)
? t
: da(t)
? this
: new e((e, n) => this.run(e, n).pipe(B((e) => t.run(e, n))));
}
};
const ua = new la(R);
function da(e) {
return e.run === ua.run;
}
function fa() {
return ua;
}
function pa(e) {
return ma(Jt(e));
}
function ma(e) {
return new la((t) => R(e(t)));
}
function ha() {
return pa(globalThis.String);
}
function ga() {
return pa(globalThis.Number);
}
const _a = `~effect/SchemaTransformation/Transformation`;
var va = class e {
[_a] = _a;
_tag = `Transformation`;
decode;
encode;
constructor(e, t) {
((this.decode = e), (this.encode = t));
}
flip() {
return new e(this.encode, this.decode);
}
compose(t) {
return new e(this.decode.compose(t.decode), t.encode.compose(this.encode));
}
};
function ya(e) {
return _(e, _a) && e[_a] === _a;
}
const ba = (e) => (ya(e) ? e : new va(e.decode, e.encode)),
xa = new va( fa(), fa());
function Sa() {
return xa;
}
const Ca = new va( ga(), ha());
function wa(e) {
return (t) => t._tag === e;
}
const Ta = wa(`Declaration`),
Ea = wa(`Never`),
Da = wa(`Literal`),
Oa = wa(`UniqueSymbol`),
ka = wa(`Arrays`),
Aa = wa(`Objects`),
ja = wa(`Suspend`);
var K = class {
to;
transformation;
constructor(e, t) {
((this.to = e), (this.transformation = t));
}
};
const Ma = {};
var Na = class {
isOptional;
isMutable;
constructorDefault;
annotations;
constructor(e, t, n = void 0, r = void 0) {
((this.isOptional = e),
(this.isMutable = t),
(this.constructorDefault = n),
(this.annotations = r));
}
};
const Pa = `~effect/Schema`;
var q = class {
[Pa] = Pa;
annotations;
checks;
encoding;
context;
constructor(e = void 0, t = void 0, n = void 0, r = void 0) {
((this.annotations = e),
(this.checks = t),
(this.encoding = n),
(this.context = r));
}
toString() {
return `<${this._tag}>`;
}
},
Fa = class e extends q {
_tag = `Declaration`;
typeParameters;
run;
encodingChecks;
encodingRun;
constructor(e, t, n, r, i, a, o, s) {
(super(n, r, i, a),
(this.typeParameters = e),
(this.run = t),
(this.encodingChecks = o),
(this.encodingRun = s));
}
getParser() {
let e;
return (t, n) =>
t === V ? Ni : (e ??= this.run(this.typeParameters))(t, this, n);
}
_rebuild(t, n, r, i, a) {
let o = zo(this.typeParameters, t);
return o === this.typeParameters &&
n === this.checks &&
r === this.encodingChecks &&
i === this.run &&
a === this.encodingRun
? this
: new e(o, i, this.annotations, n, void 0, this.context, r, a);
}
recur(e) {
return this._rebuild(
e,
this.checks,
this.encodingChecks,
this.run,
this.encodingRun,
);
}
flip(e) {
return this._rebuild(
e,
this.encodingChecks,
this.checks,
this.encodingRun ?? this.run,
this.run,
);
}
getExpected() {
let e = this.annotations?.expected;
return typeof e == `string` ? e : `<Declaration>`;
}
};
const Ia = new (class extends q {
_tag = `Null`;
getParser() {
return Yo(this, null);
}
getExpected() {
return `null`;
}
})(),
La = new (class extends q {
_tag = `Unknown`;
getParser() {
return Xo(this, h);
}
getExpected() {
return `unknown`;
}
})();
var Ra = class extends q {
_tag = `Literal`;
literal;
constructor(e, t, n, r, i) {
if (
(super(t, n, r, i),
typeof e == `number` && !globalThis.Number.isFinite(e))
)
throw Error(`A numeric literal must be finite, got ${T(e)}`);
this.literal = e;
}
getParser() {
return Yo(this, this.literal);
}
matchPart(e, t) {
return e === globalThis.String(this.literal) ? this.literal : void 0;
}
toCodecJson() {
return typeof this.literal == `bigint` ? za(this) : this;
}
toCodecStringTree() {
return typeof this.literal == `string` ? this : za(this);
}
getExpected() {
return typeof this.literal == `string`
? JSON.stringify(this.literal)
: globalThis.String(this.literal);
}
};
function za(e) {
let t = globalThis.String(e.literal);
return J(e, [
new K(
new Ra(t),
new va(
pa(() => e.literal),
pa(() => t),
),
),
]);
}
const Ba = new (class extends q {
_tag = `String`;
getParser() {
return Xo(this, d);
}
matchPart(e, t) {
let n = this.checks;
return n && !t.disableChecks && is(n, e, void 0, this, t) ? void 0 : e;
}
getExpected() {
return `string`;
}
})();
var Va = class extends q {
_tag = `Number`;
getParser() {
return Xo(this, f);
}
matchKey(e, t) {
return this._match($o, e, t);
}
matchPart(e, t) {
return this._match(Qo, e, t);
}
_match(e, t, n) {
if (!e.test(t)) return;
let r = globalThis.Number(t);
return n.disableChecks || !this.checks
? r
: is(this.checks, r, void 0, this, n)
? void 0
: r;
}
toCodecJson() {
return this.checks &&
(Ha(this.checks, `effect/schema/isFinite`) ||
Ha(this.checks, `effect/schema/isInt`))
? this
: J(this, [Eo]);
}
toCodecStringTree() {
return this.toCodecJson() === this ? J(this, [ns]) : J(this, [rs]);
}
getExpected() {
return `number`;
}
};
function Ha(e, t) {
return e.some(
(e) =>
e.annotations?.representation?.id === t ||
(e._tag === `FilterGroup` && Ha(e.checks, t)),
);
}
const Ua = new Va();
var Wa = class e extends q {
_tag = `Arrays`;
isMutable;
elements;
rest;
encodingChecks;
constructor(e, t, n, r, i, a, o, s) {
(super(r, i, a, o),
(this.isMutable = e),
(this.elements = t),
(this.rest = n),
(this.encodingChecks = s));
let c = !1;
for (let e = 0; e < t.length; e++)
if (Y(t[e])) c = !0;
else if (c)
throw Error(
`A required element cannot follow an optional element. ts(1257)`,
);
if (c && n.length > 1)
throw Error(
`A required element cannot follow an optional element. ts(1257)`,
);
for (let e = 1; e < n.length; e++)
if (Y(n[e]))
throw Error(
`An optional element cannot follow a rest element. ts(1266)`,
);
}
getParser(e, t = e) {
let n = this,
r,
i,
a = n.elements.length,
o = Math.max(0, n.rest.length - 1);
function s(e, t) {
return t < a ? r[t] : t >= e ? i[t - e + 1] : i[0];
}
return ki(function* (e, c) {
if (e === V) return V;
if (!Array.isArray(e)) return yield* z(new Wi(n, e, c));
r ||
((r = n.elements.map((e) => ({ ast: e, parser: t(e) }))),
(i = n.rest.map((e) => ({ ast: e, parser: t(e) }))));
let l = e.length,
u = {
ast: n,
getParser: s,
input: e,
len: l,
tailThreshold: Math.max(a, l - o),
output: new globalThis.Array(l),
issues: void 0,
options: c,
},
d = Ka(c?.concurrency),
f = Ga(u, e, {
concurrency: d?.concurrency,
end: n.rest.length === 0 ? a : Math.max(l, a + o),
});
if ((f && (yield* f), n.rest.length === 0 && l > a))
for (let t = a; t <= l - 1; t++) {
let r = new Ui(n, e[t], c),
i = new Vi([t], r);
if (c.errors === `all`)
u.issues ? u.issues.push(i) : (u.issues = [i]);
else return yield* z(new G(n, [i], e, c));
}
return u.issues ? yield* z(new G(n, u.issues, e, c)) : u.output;
});
}
_rebuild(t, n, r) {
let i = zo(this.elements, t),
a = zo(this.rest, t);
return i === this.elements &&
a === this.rest &&
n === this.checks &&
r === this.encodingChecks
? this
: new e(
this.isMutable,
i,
a,
this.annotations,
n,
void 0,
this.context,
r,
);
}
recur(e) {
return this._rebuild(e, this.checks, this.encodingChecks);
}
flip(e) {
return this._rebuild(e, this.encodingChecks, this.checks);
}
getExpected() {
return `array`;
}
};
const Ga = ri()({
onItem(e, t, n) {
let r = n < e.len ? t : V;
return e.getParser(e.tailThreshold, n).parser(r, e.options);
},
step(e, t, n, r) {
if (n._tag === `Failure`) return qa(e, e.ast, r, n);
let i = n === U ? t : n[E];
if (i !== V) e.output[r] = i;
else {
let t = e.getParser(e.tailThreshold, r);
if (Y(t.ast)) return;
let n = new Vi([r], new Hi(t.ast.context?.annotations));
if (e.options.errors === `all`)
e.issues ? e.issues.push(n) : (e.issues = [n]);
else return mi(new G(e.ast, [n], e.input, e.options));
}
},
}),
Ka = (e) => (
(e = e === `unbounded` ? 1 / 0 : (e ?? 1)),
e > 1 ? { concurrency: e } : void 0
),
qa = (e, t, n, r) => {
if (r.cause.reasons.length === 0) return r;
let i = sa(r.cause);
if (i === void 0)
return pi(
di(r.cause, (r) => new G(t, [new Vi([n], r)], e.input, e.options)),
);
let a = new Vi([n], i);
if (e.options.errors === `all`)
e.issues ? e.issues.push(a) : (e.issues = [a]);
else return mi(new G(t, [a], e.input, e.options));
},
Ja = `[+-]?\\d*\\.?\\d+(?:[Ee][+-]?\\d+)?`;
function Ya(e, t, n = Ma) {
let r, i;
function a(t) {
switch (t._tag) {
case `String`:
case `TemplateLiteral`:
return (r ??= Object.keys(e)).filter(
(e) => t.matchPart(e, n) !== void 0,
);
case `Number`:
return (r ??= Object.keys(e)).filter(
(e) => t.matchKey(e, n) !== void 0,
);
case `Symbol`:
return (i ??= Object.getOwnPropertySymbols(e)).filter(
(e) => t.matchKey(e, n) !== void 0,
);
case `Union`:
return [...new Set(t.types.flatMap(a))];
default:
return [];
}
}
return a(Zo(Go(t)));
}
var Xa = class {
name;
type;
constructor(e, t) {
((this.name = e), (this.type = t));
}
};
function Za(e) {
switch (e._tag) {
case `String`:
case `Number`:
case `Symbol`:
case `TemplateLiteral`:
return !0;
case `Union`:
return e.types.every(Za);
default:
return !1;
}
}
function Qa(e) {
return Za(e) && Za(Go(e));
}
var $a = class {
parameter;
type;
constructor(e, t) {
if (!Qa(e)) throw Error(`Invalid index signature parameter ${e._tag}`);
if (((this.parameter = e), (this.type = t), Y(t) && !Jo(t)))
throw Error(
"Cannot use `Schema.optionalKey` with index signatures, use `Schema.optional` instead.",
);
}
},
eo = class e extends q {
_tag = `Objects`;
propertySignatures;
indexSignatures;
encodingChecks;
constructor(e, t, n, r, i, a, o) {
(super(n, r, i, a),
(this.propertySignatures = e),
(this.indexSignatures = t),
(this.encodingChecks = o));
let s = e.map((e) => e.name).filter((e, t, n) => n.indexOf(e) !== t);
if (s.length > 0)
throw Error(`Duplicate identifiers: ${JSON.stringify(s)}. ts(2300)`);
}
getParser(e, t = e) {
let n = this,
r = [];
for (let e of n.propertySignatures) r.push(e.name);
let i = r.length,
a = n.indexSignatures.length,
o = i && a ? new Set(r) : void 0;
if (!i && !a) return Xo(n, m);
let s,
c,
l = (e, t, r, a, s) => {
if (s._tag === `Failure`) return qa(e, n, t, s) ?? hi;
let c = s === U ? a : s[E];
if (r !== V && c !== V) {
if (i && (o.has(t) || o.has(r))) return hi;
Ae(e.out, r, c);
}
return hi;
},
u = (e, t, r, i) => {
if (!i) {
let n = r.parserKey(t, e.options);
if (!L(n)) return wi(Ti(n), (n) => u(e, t, r, n));
i = n;
}
if (i._tag === `Failure`) return qa(e, n, t, i) ?? hi;
let a = i === U ? t : i[E],
o = e.input[t],
s = r.parserValue(o, e.options);
return L(s) ? l(e, t, a, o, s) : wi(Ti(s), (n) => l(e, t, a, o, n));
},
d = (e, t, n) => {
let r = e.input[t],
i = n.parserValue(r, e.options);
return L(i) ? l(e, t, t, r, i) : wi(Ti(i), (n) => l(e, t, t, r, n));
},
f = a
? ri()({
onItem: (e, [t, n]) => u(e, t, n),
step: (e, t, n) => (n._tag === `Failure` ? n : void 0),
})
: void 0,
p = () => (
s ||
((s = n.propertySignatures.map((e) => ({
parser: t(e.type),
name: e.name,
type: e.type,
}))),
(c = a
? n.indexSignatures.map((n) => ({
is: n,
parserKey: e(Zo(n.parameter)),
parserValue: t(n.type),
}))
: void 0)),
s
),
h = ki(function* (e, t) {
if (e === V) return V;
if (typeof e != `object` || !e || Array.isArray(e))
return yield* z(new Wi(n, e, t));
p();
let l = e,
m = {},
h = { ast: n, input: l, out: m, issues: void 0, options: t },
g = t.errors === `all`,
_ = t.onExcessProperty === `error`,
v = t.onExcessProperty === `preserve`,
y;
if (!a && (_ || v)) {
((o ??= new Set(r)), (y = Reflect.ownKeys(l)));
for (let r = 0; r < y.length; r++) {
let i = y[r];
if (!o.has(i)) {
if (_) {
let r = new Ui(n, l[i], t),
a = new Vi([i], r);
if (g) {
h.issues ? h.issues.push(a) : (h.issues = [a]);
continue;
}
return yield* z(new G(n, [a], e, t));
}
Ae(m, i, l[i]);
}
}
}
let b = Ka(t?.concurrency);
if (i) {
let e = no(h, s, b);
e && (yield* e);
}
if (a && !b)
for (let e = 0; e < a; e++) {
let n = c[e],
r = n.is.parameter === Ba ? d : u,
i =
n.is.parameter === Ba
? Object.keys(l)
: Ya(l, n.is.parameter, t);
for (let e = 0; e < i.length; e++) {
let t = r(h, i[e], n);
if (!L(t)) yield* t;
else if (t._tag === `Failure`) return yield* t;
}
}
else if (f) {
let e = rn();
for (let n = 0; n < a; n++) {
let r = c[n],
i = Ya(l, r.is.parameter, t);
for (let t = 0; t < i.length; t++) e.push([i[t], r]);
}
let n = f(h, e, b);
n && (yield* n);
}
if (h.issues) return yield* z(new G(n, h.issues, e, t));
if (t.propertyOrder === `original`) {
let e = (y ?? Reflect.ownKeys(l)).concat(r),
t = {};
for (let n of e) Object.hasOwn(m, n) && Ae(t, n, m[n]);
return t;
}
return m;
});
if (a) return h;
let g = (e, t, n) => {
let r = s[t];
return wi(Ti(n), (n) => {
let i = to(e, r, n);
if (i) return i;
let a = () => H(e.out),
o = no(e, s.slice(t + 1));
return o ? B(o, a) : a();
});
};
return (e, t) => {
if (e === V) return Ni;
if (
t.errors === `all` ||
t.onExcessProperty !== void 0 ||
t.propertyOrder === `original` ||
t.concurrency !== void 0
)
return h(e, t);
if (typeof e != `object` || !e || Array.isArray(e))
return z(new Wi(n, e, t));
let r = p(),
i = e,
a = {},
o = { ast: n, input: i, out: a, issues: void 0, options: t };
try {
for (let e = 0; e < r.length; e++) {
let n = r[e],
s = n.name,
c = Object.hasOwn(i, s),
l = c ? i[s] : V,
u = n.parser(l, t);
if (!L(u)) return g(o, e, u);
if (u === U) {
c && Ae(a, s, l);
continue;
}
let d = to(o, n, u);
if (d) return d;
}
} catch (e) {
return Ci(e);
}
return H(a);
};
}
_rebuild(t, n, r, i) {
let a = zo(this.propertySignatures, (e) => {
let n = t(e.type);
return n === e.type ? e : new Xa(e.name, n);
}),
o = zo(this.indexSignatures, (e) => {
let r = n(e.parameter),
i = t(e.type);
return r === e.parameter && i === e.type ? e : new $a(r, i);
});
return a === this.propertySignatures &&
o === this.indexSignatures &&
r === this.checks &&
i === this.encodingChecks
? this
: new e(a, o, this.annotations, r, void 0, this.context, i);
}
flip(e) {
return this._rebuild(e, e, this.encodingChecks, this.checks);
}
recur(e, t = e) {
return this._rebuild(e, t, this.checks, this.encodingChecks);
}
getExpected() {
return this.propertySignatures.length === 0 &&
this.indexSignatures.length === 0
? `object | array`
: `object`;
}
};
function to(e, t, n) {
if (n._tag === `Failure`) return qa(e, e.ast, t.name, n);
if (n === U) return;
let r = n[E];
if (r !== V) {
Ae(e.out, t.name, r);
return;
}
if ((delete e.out[t.name], !Y(t.type))) {
let n = new Vi([t.name], new Hi(t.type.context?.annotations));
if (e.options.errors === `all`) {
e.issues ? e.issues.push(n) : (e.issues = [n]);
return;
}
return mi(new G(e.ast, [n], e.input, e.options));
}
}
const no = ri()({
onItem(e, t) {
if (!Object.hasOwn(e.input, t.name)) return t.parser(V, e.options);
let n = e.input[t.name];
return (Ae(e.out, t.name, n), t.parser(n, e.options));
},
step: to,
});
function ro(e, t) {
return e ? (t ? [...e, ...t] : e) : t;
}
function io(e, t, n) {
return new eo(
Reflect.ownKeys(e).map((t) => new Xa(t, e[t].ast)),
[],
n,
t,
);
}
function ao(e) {
return e.ast;
}
function oo(e, t, n) {
return new go(e.map(ao), t, void 0, n);
}
const so = c((e) => {
for (;;) {
if (ja(e)) return La;
let t = e.encoding;
if (!t) return e.recur?.(so, i) ?? e;
if (
t.some(
(e) =>
e.transformation._tag === `Middleware` &&
e.transformation.decode !== i,
)
)
return La;
e = t[t.length - 1].to;
}
});
function co(e) {
switch (e._tag) {
case `Null`:
return [`null`];
case `Undefined`:
return [`undefined`];
case `String`:
case `TemplateLiteral`:
return [`string`];
case `Number`:
return [`number`];
case `Boolean`:
return [`boolean`];
case `Symbol`:
case `UniqueSymbol`:
return [`symbol`];
case `BigInt`:
return [`bigint`];
case `Arrays`:
return [`array`];
case `ObjectKeyword`:
return [`object`, `array`, `function`];
case `Objects`:
return e.propertySignatures.length || e.indexSignatures.length
? [`object`]
: [
`string`,
`number`,
`boolean`,
`symbol`,
`bigint`,
`object`,
`array`,
`function`,
];
case `Enum`:
return Array.from(new Set(e.enums.map(([, e]) => typeof e)));
case `Literal`:
return [typeof e.literal];
case `Union`:
return Array.from(new Set(e.types.flatMap(co)));
default:
return [
`null`,
`undefined`,
`string`,
`number`,
`boolean`,
`symbol`,
`bigint`,
`object`,
`array`,
`function`,
];
}
}
function lo(e) {
switch (e._tag) {
default:
return [];
case `Declaration`: {
let t = e.annotations?.[`~sentinels`];
return Array.isArray(t) ? t : [];
}
case `Objects`:
return e.propertySignatures.flatMap((e) => {
let t = e.type;
if (!Y(t)) {
if (Da(t)) return [{ key: e.name, literal: t.literal }];
if (Oa(t)) return [{ key: e.name, literal: t.symbol }];
}
return [];
});
case `Arrays`:
return e.elements.flatMap((e, t) => {
if (!Y(e)) {
if (Da(e)) return [{ key: t, literal: e.literal }];
if (Oa(e)) return [{ key: t, literal: e.symbol }];
}
return [];
});
case `Union`: {
if (e.types.length === 0) return [];
let t = e.types.map((e) => lo(so(e)));
return t[0].filter((e) =>
t.every((t) =>
t.some((t) => t.key === e.key && t.literal === e.literal),
),
);
}
case `Suspend`:
return lo(e.thunk());
}
}
const uo = new WeakMap(),
fo = Object.freeze([]);
function po(e) {
let t = uo.get(e);
if (t) return t;
let n,
r = 0,
i,
a,
o = !0;
for (let t = 0; t < e.length; t++) {
let s = e[t],
c = so(s);
if (Ea(c)) continue;
if (o) {
if (Da(c) || Oa(c)) {
a ??= new Map();
let e = Da(c) ? c.literal : c.symbol,
t = a.get(e);
(t || a.set(e, (t = [])), t.push(s));
} else o = !1;
}
let l = lo(c);
if (l.length) {
((n ??= new Map()), r++);
for (let { key: e, literal: r } of l) {
let i = n.get(e);
(i ||
n.set(
e,
(i = [ new Map(), new Set()]),
),
i[1].add(t));
let a = i[0].get(r);
(a || i[0].set(r, (a = new Set())), a.add(t));
}
} else {
i ??= {};
let e = co(c);
for (let n of e) (i[n] ??= []).push(t);
}
}
if (o && a) (a.forEach(Object.freeze), (t = (e) => a.get(e) ?? fo));
else if (n?.size === 1 && !i) {
let [r, [i]] = n.entries().next().value,
a = i;
for (let [t, n] of i) a.set(t, Object.freeze(Array.from(n, (t) => e[t])));
t = (t, n) => {
if (g(t)) {
let i = Object.hasOwn(t, r) ? t[r] : void 0;
if (i !== void 0) return a.get(i) ?? fo;
if (n) return e;
}
return fo;
};
} else if (n) {
let a;
for (let e of n)
(!a || e[1][0].size > a[1][0].size) && e[1][1].size === r && (a = e);
t = (t, r) => {
let o =
i?.[t === null ? `null` : Array.isArray(t) ? `array` : typeof t] ?? fo;
if (!g(t)) return o.map((t) => e[t]);
let s = new Set(o),
c;
if (a) {
let [n, [i]] = a,
l = Object.hasOwn(t, n),
u = l ? t[n] : void 0;
if (l && (!r || u !== void 0)) {
let t = i.get(u);
if (!t) return o.map((t) => e[t]);
for (let e of t) s.add(e);
c = n;
}
}
if (c === void 0)
for (let [e, [i, a]] of n) {
let n = Object.hasOwn(t, e),
o = n ? t[e] : void 0;
if (n && (!r || o !== void 0)) {
let e = i.get(o);
if (e) for (let t of e) s.add(t);
} else if (r) for (let e of a) s.add(e);
}
for (let [e, [i, a]] of n) {
if (e === c) continue;
let n = Object.hasOwn(t, e),
o = n ? t[e] : void 0;
if (n && (!r || o !== void 0)) {
let e = i.get(o);
for (let t of s) a.has(t) && !e?.has(t) && s.delete(t);
}
}
return Array.from(s)
.sort((e, t) => e - t)
.map((t) => e[t]);
};
} else
t = (t) =>
(i?.[t === null ? `null` : Array.isArray(t) ? `array` : typeof t] ?? fo)
.map((t) => e[t])
.filter(mo(t));
return (uo.set(e, t), t);
}
function mo(e) {
return (t) => {
let n = so(t);
return n._tag === `Literal`
? n.literal === e
: n._tag !== `UniqueSymbol` || n.symbol === e;
};
}
function ho(e, t, n = !1) {
return po(t)(e, n);
}
var go = class e extends q {
_tag = `Union`;
types;
mode;
encodingChecks;
constructor(e, t, n, r, i, a, o) {
(super(n, r, i, a),
(this.types = e),
(this.mode = t),
(this.encodingChecks = o));
}
getParser(e, t) {
let n = this;
return (r, i) => {
if (r === V) return Ni;
let a = ho(r, n.types, t !== void 0);
if (a.length === 1) {
let t = e(a[0])(r, i);
return t._tag === `Success`
? t
: L(t)
? _o(n, t.cause, r, i)
: Ei(t, (e) => _o(n, e, r, i));
}
let o = {
ast: n,
compile: e,
input: r,
out: void 0,
successes: n.mode === `oneOf` ? [] : void 0,
issues: void 0,
options: i,
},
s = Ka(i?.concurrency),
c = vo(o, a, s ? { ...s, orderedStep: !0 } : void 0);
return c
? B(c, (e) =>
o.out === U
? R(r)
: o.out
? o.out
: z(new Ki(n, o.issues ?? [], r, i)),
)
: o.out
? o.out
: z(new Ki(n, o.issues ?? [], r, i));
};
}
_rebuild(t, n, r) {
let i = zo(this.types, t);
return i === this.types && n === this.checks && r === this.encodingChecks
? this
: new e(i, this.mode, this.annotations, n, void 0, this.context, r);
}
recur(e) {
return this._rebuild(e, this.checks, this.encodingChecks);
}
flip(e) {
return this._rebuild(e, this.encodingChecks, this.checks);
}
matchPart(e, t) {
for (let n of this.types) {
let r = n.matchPart(e, t);
if (r !== void 0) return r;
}
}
getExpected(e) {
let t = this.annotations?.expected;
if (typeof t == `string`) return t;
if (this.types.length === 0) return `never`;
let n = this.types.map((t) => {
let n = Go(t);
switch (n._tag) {
case `Arrays`: {
let t = n.elements.filter(Da);
if (t.length > 0)
return `${bo(n.isMutable)}[ ${t.map((t) => e(t) + xo(t.context?.isOptional)).join(`, `)}, ... ]`;
break;
}
case `Objects`: {
let t = n.propertySignatures.filter((e) => Da(e.type));
if (t.length > 0)
return `{ ${t.map((t) => `${bo(t.type.context?.isMutable)}${Be(t.name)}${xo(t.type.context?.isOptional)}: ${e(t.type)}`).join(`, `)}, ... }`;
break;
}
}
return e(n);
});
return Array.from(new Set(n)).join(` | `);
}
};
function _o(e, t, n, r) {
let i = sa(t);
return i ? mi(new Ki(e, [i], n, r)) : pi(t);
}
const vo = ri()({
onItem(e, t) {
return e.compile(t)(e.input, e.options);
},
step(e, t, n) {
if (n._tag === `Failure`) {
let t = sa(n.cause);
if (t === void 0) return n;
e.issues ? e.issues.push(t) : (e.issues = [t]);
} else {
if (e.out && e.successes)
return (
e.successes.push(t),
mi(new qi(e.ast, e.successes, e.input, e.options))
);
if (((e.out = n), e.successes)) e.successes.push(t);
else return hi;
}
},
}),
yo = new go(
[
new Ra(`Infinity`),
new Ra(`-Infinity`),
new Ra(`NaN`),
],
`anyOf`,
);
function bo(e) {
return e ? `` : `readonly `;
}
function xo(e) {
return e ? `?` : ``;
}
var So = class e extends n {
_tag = `Filter`;
run;
annotations;
aborted;
constructor(e, t = void 0, n = !1) {
(super(), (this.run = e), (this.annotations = t), (this.aborted = n));
}
annotate(t) {
return new e(this.run, { ...this.annotations, ...t }, this.aborted);
}
abort() {
return new e(this.run, this.annotations, !0);
}
and(e, t) {
return new Co([this, e], t);
}
},
Co = class e extends n {
_tag = `FilterGroup`;
checks;
annotations;
constructor(e, t = void 0) {
(super(), (this.checks = e), (this.annotations = t));
}
annotate(t) {
return new e(this.checks, { ...this.annotations, ...t });
}
and(t, n) {
return new e([this, t], n);
}
};
function wo(e, t, n = !1) {
return new So((t, n, r) => Xi(n, e(t, n, r), t, r), t, n);
}
function To(e) {
return wo((e) => globalThis.Number.isFinite(e), {
expected: `a finite number`,
representation: { id: `effect/schema/isFinite`, payload: null },
toJsonSchema: () => ({ type: `number` }),
toCode: () => ({ runtime: `Schema.isFinite()` }),
arbitrary: { constraint: { noInfinity: !0, noNaN: !0 } },
...e,
});
}
const Eo = new K(
new go(
[ Po(Ua, [ To()]), yo],
`anyOf`,
),
new va(
ga(),
pa((e) =>
globalThis.Number.isFinite(e) ? e : globalThis.String(e),
),
),
);
function Do(e, t) {
let n = e.source,
r = new globalThis.RegExp(n, e.flags);
return wo((e) => ((r.lastIndex = 0), r.test(e)), {
expected: `a string matching the RegExp ${n}`,
representation: {
id: `effect/schema/isPattern`,
payload: { source: n, flags: e.flags },
},
toJsonSchema: () => ({ pattern: n }),
arbitrary: { constraint: { patterns: [e.source] } },
...t,
});
}
function Oo(e, t) {
let n = Object.getOwnPropertyDescriptors(e);
return (t(n), Object.create(Object.getPrototypeOf(e), n));
}
const ko = new WeakMap();
function Ao(e) {
return ko.get(e) ?? e;
}
function J(e, t) {
return e.encoding === t
? e
: Oo(e, (e) => {
e.encoding.value = t;
});
}
function jo(e, t) {
if (e.context === t) return e;
let n = Ao(e);
if (n.context === t) return n;
let r = Oo(e, (e) => {
e.context.value = t;
});
return (ko.set(r, n), r);
}
function Mo(e, t) {
if (e.checks) {
let n = e.checks[e.checks.length - 1];
return No(e, Zt(e.checks.slice(0, -1), n.annotate(t)));
}
return Oo(e, (e) => {
e.annotations.value = { ...e.annotations.value, ...t };
});
}
function No(e, t) {
if (e._tag === `Suspend` && t) throw Error(`Cannot add checks to Suspend`);
return e.checks === t
? e
: Oo(e, (e) => {
e.checks.value = t;
});
}
function Po(e, t) {
return No(e, ro(e.checks, t));
}
function Fo(e, t) {
let n = t(e.to);
return n === e.to ? e : new K(n, e.transformation);
}
function Io(e, t) {
let n = e,
r = n[n.length - 1],
i = Fo(r, t);
return i === r ? e : Zt(e.slice(0, e.length - 1), i);
}
function Lo(e, t) {
function n(r) {
if (r.encoding) {
let e = r.encoding[r.encoding.length - 1];
return t?.stopAt?.(e) ? r : J(r, Io(r.encoding, n));
}
return e(r);
}
return c(n);
}
function Ro(e, t, n) {
let r = new K(e, t);
return J(n, n.encoding ? [...n.encoding, r] : [r]);
}
function zo(e, t) {
let n = !1,
r = Array(e.length);
for (let i = 0; i < e.length; i++) {
let a = e[i],
o = t(a);
(o !== a && (n = !0), (r[i] = o));
}
return n ? r : e;
}
function Bo(e, t) {
return jo(
e,
e.context
? new Na(
e.context.isOptional,
e.context.isMutable,
e.context.constructorDefault,
{ ...e.context.annotations, ...t },
)
: new Na(!1, !1, void 0, t),
);
}
function Vo(e, t, n) {
return Ro(e, n, t);
}
function Y(e) {
return e.context?.isOptional ?? !1;
}
function Ho(e) {
return (
e.annotations?.[`~structural`] === !0 ||
(e._tag === `FilterGroup` && e.checks.every(Ho))
);
}
function Uo(e) {
function t(e) {
return Ho(e) ? [e] : e._tag === `FilterGroup` ? e.checks.flatMap(t) : [];
}
let n = e.flatMap(t);
return $t(n) ? n : void 0;
}
const Wo = c((e) => {
if (e.encoding) return Wo(J(e, void 0));
let t = e,
n = t.recur?.(Wo) ?? t,
r = n.encodingChecks;
if (r) {
let t =
n === e
? r
: ka(n) || Aa(n) || (Ta(n) && n.typeParameters.length > 0)
? Uo(r)
: void 0;
return Oo(n, (e) => {
((e.encodingChecks.value = void 0), (e.checks.value = ro(n.checks, t)));
});
}
return n;
}),
Go = c((e) => Wo(qo(e)));
function Ko(e, t) {
let n = t,
r = n.length,
i = n[r - 1],
a = [new K(qo(J(e, void 0)), n[0].transformation.flip())];
for (let e = 1; e < r; e++)
a.unshift(new K(qo(n[e - 1].to), n[e].transformation.flip()));
let o = qo(i.to);
return o.encoding ? J(o, [...o.encoding, ...a]) : J(o, a);
}
const qo = s((e) => {
if (e.encoding) return Ko(e, e.encoding);
let t = e;
return t.flip?.(qo) ?? t.recur?.(qo) ?? t;
});
function Jo(e) {
switch (e._tag) {
case `Undefined`:
return !0;
case `Union`:
return e.types.some(Jo);
default:
return !1;
}
}
function Yo(e, t) {
let n = H(t);
return (r, i) => (r === V ? Ni : r === t ? n : z(new Wi(e, r, i)));
}
function Xo(e, t) {
return (n, r) => (n === V ? Ni : t(n) ? U : z(new Wi(e, n, r)));
}
const Zo = Lo((e) => {
switch (e._tag) {
default:
return e;
case `Number`:
return e.toCodecStringTree();
case `Union`:
return e.recur(Zo);
}
}),
Qo = new globalThis.RegExp(`^${Ja}$`),
$o = new globalThis.RegExp(
`^(?:${Ja}|Infinity|-Infinity|NaN)$`,
);
function es(e) {
return Do(Qo, {
expected: `a string representing a finite number`,
representation: { id: `effect/schema/isStringFinite`, payload: null },
toJsonSchema: () => ({ pattern: Qo.source }),
...e,
});
}
const ts = Po(Ba, [ es()]),
ns = new K(ts, Ca),
rs = new K( new go([ts, yo], `anyOf`), Ca);
function is(e, t, n, r, i) {
for (let a = 0; a < e.length; a++) {
let o = e[a];
if (o._tag === `FilterGroup`) {
if (
((n = is(o.checks, t, n, r, i)),
n && (i.errors !== `all` || n[n.length - 1].filter.aborted))
)
return n;
} else {
let e = o.run(t, r, i);
if (e) {
let r = new zi(o, e, t, i);
if ((n ? n.push(r) : (n = [r]), i.errors !== `all` || o.aborted))
return n;
}
}
}
return n;
}
function as(e) {
if (!Ta(e)) return;
let t = e.annotations?.[`~constructor`];
return p(t) ? t(e.typeParameters) : void 0;
}
function os(e) {
let t = ps(hs, Wo(e.ast));
return (e, n) =>
t(
e,
n?.disableChecks
? n?.parseOptions
? { ...n.parseOptions, disableChecks: !0 }
: { disableChecks: !0 }
: n?.parseOptions,
);
}
function ss(e) {
let t = os(e);
return (e, n) => {
let r = Di(t(e, n));
return gi(r)
? Kt(r.value)
: (ca(r.cause, `Option adapter can only return none for schema issues`),
Gt());
};
}
function cs(e) {
let t = os(e);
return (e, n) => {
let r = Di(t(e, n));
if (gi(r)) return r.value;
let i = ca(r.cause, `Constructor adapter can only throw schema issues`);
throw Error(`Schema validation failed`, { cause: i });
};
}
function ls(e, t) {
let n = fs(e.ast);
return t === void 0 ? n : (e, r) => n(e, us(t, r));
}
const us = (e, t) => (t ? { ...e, ...t } : e),
ds = (e) => (e === V ? z(new Gi()) : R(e));
function fs(e) {
return ps(ms, e);
}
function ps(e, t) {
let n;
return (r, i) => {
let a = (n ??= e(t))(r, i ?? Ma);
return a === U ? R(r) : L(a) ? (a[E] === V ? ds(V) : a) : B(a, ds);
};
}
const ms = s((e) => bs(e, ms)),
hs = s((e) => bs(e, hs, _s)),
gs = s((e) => bs(e, hs, _s, e.context?.constructorDefault));
function _s(e) {
return e.context?.constructorDefault ? gs(e) : hs(e);
}
function vs(e, t, n, r) {
let i;
if (L(e) && e._tag === `Success`) {
let a = Pi(e === U ? t : e[E]);
i = n._tag === `Transformation` ? n.decode.run(a, r) : n.decode(H(a), r);
} else
i =
n._tag === `Transformation`
? B(e, (e) => n.decode.run(Pi(e), r))
: n.decode(Oi(e, Pi), r);
return L(i) && i._tag === `Success` ? Fi(i[E]) : B(i, Fi);
}
function ys(e, t) {
let n;
return (r, i) =>
r === V
? Ni
: e.isConstructed(r)
? U
: vs((n ??= t(e.link.to))(r, i), r, e.link.transformation, i);
}
function bs(e, t, n, r) {
let i = n ? as(e) : void 0,
a = i ? ys(i, t) : e.getParser(t, n),
o = e.checks,
s = r ? (e.encoding ? [...e.encoding, r] : [r]) : e.encoding,
c = e.encodingChecks,
l = (o ? o[o.length - 1].annotations : e.annotations)?.parseOptions;
if (!s && !o && !c) return l ? (e, t) => a(e, us(t, l)) : a;
let u,
d = (t, n) => {
let r = a(t, n);
if (c && !n.disableChecks) {
if (L(r)) {
if (r._tag === `Success`) {
let i = r === U ? t : r[E];
if (t !== V && i !== V) {
let i = is(c, t, void 0, e, n);
i && (r = z(new G(e, i, t, n)));
}
}
} else
r = wi(r, (r) => {
if (t !== V && r !== V) {
let r = is(c, t, void 0, e, n);
if (r) return z(new G(e, r, t, n));
}
return R(r);
});
}
if (o && !n.disableChecks) {
if (L(r)) {
if (r._tag === `Success`) {
let i = r === U ? t : r[E];
if (i === V) return r;
let a = is(o, i, void 0, e, n);
a && (r = z(new G(e, a, i, n)));
}
} else
r = wi(r, (t) => {
if (t !== V) {
let r = is(o, t, void 0, e, n);
if (r) return z(new G(e, r, t, n));
}
return R(t);
});
}
return r;
};
return s
? (n, r) => {
l && (r = us(r, l));
let i = (u ??= s.map((e) => t(e.to))),
a = n,
o = i[i.length - 1](n, r);
for (let e = s.length - 1; e >= 0; e--)
if (((o = vs(o, a, s[e].transformation, r)), e !== 0)) {
let t = i[e - 1];
o._tag === `Success`
? ((a = o[E]), (o = t(a, r)))
: (o = B(o, (e) => {
let n = t(e, r);
return n === U ? H(e) : n;
}));
}
if (o._tag === `Success`) {
let e = o[E],
t = d(e, r);
return t === U ? o : t;
}
return (
(o = Ei(o, (t) => Si(() => di(t, (t) => new Bi(e, t, n, r))))),
B(o, (e) => {
let t = d(e, r);
return t === U ? H(e) : t;
})
);
}
: l
? (e, t) => d(e, us(t, l))
: d;
}
const xs = `~effect/Schema/Schema`,
Ss = {
[xs]: xs,
pipe() {
return e(this, arguments);
},
annotate(e) {
return this.rebuild(Mo(this.ast, e));
},
annotateKey(e) {
return this.rebuild(Bo(this.ast, e));
},
check(...e) {
return this.rebuild(Po(this.ast, e));
},
};
function Cs(e, t) {
function n() {}
let r = Object.defineProperties(
Object.setPrototypeOf(n, Ss),
Object.getOwnPropertyDescriptors({ ...t }),
);
return (
(r.ast = e),
(r.rebuild = (e) => Cs(e, t)),
(r.makeEffect = os(r)),
(r.make = cs(r)),
(r.makeOption = ss(r)),
r
);
}
const ws = (e) => e;
function Ts() {
return (e, t, n) => X(new Fa(e.map(ao), (e) => t(e.map((e) => X(e))), n));
}
function Es(e, t) {
return Ts()([], () => (t, n, r) => (e(t) ? R(t) : z(new Wi(n, t, r))), t);
}
const Ds = `~effect/SchemaError/SchemaError`;
var Os = class extends ar(`SchemaError`) {
[Ds] = Ds;
constructor(e) {
let t = dr();
fr(0);
try {
super({ issue: e });
} finally {
fr(t);
}
}
get message() {
return ia(this.issue);
}
toString() {
return `SchemaError(${this.message})`;
}
};
function ks(e) {
return _(e, Ds) && e[Ds] === Ds;
}
function As(e, t) {
let n = ls(e, t);
return (e, t) => js(n(e, t));
}
function js(e) {
return L(e) ? Ps(e) : Ei(e, (e) => Si(() => di(e, (e) => new Os(e))));
}
function Ms(e, t) {
let n;
for (let r of e.reasons) {
if (!ui(r) || !ks(r.error)) throw new globalThis.Error(t, { cause: e });
n ??= r.error;
}
if (n === void 0) throw new globalThis.Error(t, { cause: e });
return n;
}
function Ns(e) {
let t = Di(e);
if (gi(t)) return t.value;
throw Ms(t.cause, `Sync adapter can only throw schema errors`);
}
function Ps(e) {
return gi(e) ? e : pi(di(e.cause, (e) => new Os(e)));
}
function Fs(e, t) {
let n = As(e, t);
return (e, t) => Ns(n(e, t));
}
const X = Cs;
function Is(e) {
let t = X(new Ra(e), {
literal: e,
transform(n) {
return t.pipe(Ks(Is(n), { decode: pa(() => n), encode: pa(() => e) }));
},
});
return t;
}
const Ls = X(Ia),
Z = X(Ba),
Q = X(Ua);
function Rs(e, t) {
return X(e, {
fields: t,
mapFields(e, t) {
let n = e(this.fields);
return Rs(io(n, t?.unsafePreserveChecks ? this.ast.checks : void 0), n);
},
});
}
function zs(e) {
return Rs(io(e, void 0), e);
}
const Bs = ws((e) => X(new Wa(!1, [], [e.ast]), { value: e })),
Vs = ws((e) =>
X(new Wa(!0, e.ast.elements, e.ast.rest), { schema: e }),
);
function Hs(e, t) {
return X(e, {
members: t,
mapMembers(e, t) {
let n = e(this.members);
return Hs(
oo(
n,
this.ast.mode,
t?.unsafePreserveChecks ? this.ast.checks : void 0,
),
n,
);
},
});
}
function Us(e, t) {
return Hs(oo(e, t?.mode ?? `anyOf`, void 0), e);
}
function Ws(e) {
let t = e.map(Is);
return X(oo(t, `anyOf`, void 0), {
literals: e,
members: t,
mapMembers(e) {
return Us(e(this.members));
},
pick(e) {
return Ws(e);
},
transform(e) {
return Us(t.map((t, n) => t.transform(e[n])));
},
});
}
const Gs = ws((e) => Us([e, Ls]));
function Ks(e, t) {
return (n) => X(Vo(n.ast, e.ast, t ? ba(t) : Sa()), { from: n, to: e });
}
function qs(e, t) {
return Es((t) => t instanceof e, t);
}
const Js = wo;
function Ys(e) {
let t = Wt(e.order),
n = e.formatter ?? T;
return (r, i) =>
Js((e) => t(e, r), {
expected: `a value greater than or equal to ${n(r)}`,
arbitrary: { constraint: { ordered: { order: e.order, minimum: r } } },
...e.annotate?.(r),
...i,
});
}
function Xs(e) {
let t = Ut(e.order),
n = e.formatter ?? T;
return (r, i) =>
Js((e) => t(e, r), {
expected: `a value less than or equal to ${n(r)}`,
arbitrary: { constraint: { ordered: { order: e.order, maximum: r } } },
...e.annotate?.(r),
...i,
});
}
function Zs(e) {
if (!globalThis.Number.isFinite(e))
throw new globalThis.RangeError(`Expected a finite number, got ${T(e)}`);
return e;
}
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order: Ht,
annotate: (e) => ({
representation: {
id: `effect/schema/isGreaterThanOrEqualTo`,
payload: { minimum: Zs(e) },
},
toJsonSchema: () => ({ minimum: e }),
toCode: () => ({ runtime: `Schema.isGreaterThanOrEqualTo(${T(e)})` }),
}),
}),
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order: Ht,
annotate: (e) => ({
representation: {
id: `effect/schema/isLessThanOrEqualTo`,
payload: { maximum: Zs(e) },
},
toJsonSchema: () => ({ maximum: e }),
toCode: () => ({ runtime: `Schema.isLessThanOrEqualTo(${T(e)})` }),
}),
});
function ec(e, t) {
return (
(e = Math.max(0, Math.floor(e))),
Js((t) => t.length >= e, {
expected: `a value with a length of at least ${e}`,
representation: {
id: `effect/schema/isMinLength`,
payload: { minLength: e },
},
toJsonSchema: ({ type: t }) =>
t === `array` ? { minItems: e } : { minLength: e },
toCode: () => ({ runtime: `Schema.isMinLength(${e})` }),
[ji]: !0,
arbitrary: { constraint: { minLength: e } },
...t,
})
);
}
function $(e, t) {
return (
(e = Math.max(0, Math.floor(e))),
Js((t) => t.length <= e, {
expected: `a value with a length of at most ${e}`,
representation: {
id: `effect/schema/isMaxLength`,
payload: { maxLength: e },
},
toJsonSchema: ({ type: t }) =>
t === `array` ? { maxItems: e } : { maxLength: e },
toCode: () => ({ runtime: `Schema.isMaxLength(${e})` }),
[ji]: !0,
arbitrary: { constraint: { maxLength: e } },
...t,
})
);
}
(globalThis.RegExp,
globalThis.URL,
globalThis.File,
globalThis.FormData,
globalThis.URLSearchParams,
globalThis.Uint8Array);
const tc = zs({
id: Q,
created: qs(Date),
title: Z.check(ec(1), $(100)),
type: Ws([`jpg`, `png`]),
size: Q,
url: Z.check(Js((e) => URL.canParse(e))),
}),
nc = zs({
id: Q,
stars: Q.check(Qs(1), $s(5)),
title: Z.check(ec(1), $(100)),
text: Z.check(ec(1), $(1e3)),
images: Vs(Bs(tc)),
});
Fs(
zs({
id: Q,
created: qs(Date),
title: Z.check(ec(1), $(100)),
brand: Z.check(ec(1), $(30)),
description: Z.check(ec(1), $(500)),
price: Q.check(Qs(1), $s(1e4)),
discount: Gs(Q.check(Qs(1), $s(100))),
quantity: Q.check(Qs(0), $s(10)),
tags: Vs(Bs(Z.check(ec(1), $(30)))),
images: Vs(Bs(tc)),
ratings: Vs(Bs(nc)),
}),
)({});
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case 2:
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case 4:
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case 6:
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case 8:
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case 9:
return t[8](t[7](t[6](t[5](t[4](t[3](t[2](t[1](t[0](e)))))))));
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let n = e;
for (let e = 0, r = t.length; e < r; e++) n = t[e](n);
return n;
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}
},
t = {
pipe() {
return e(this, arguments);
},
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n = (function () {
function e() {}
return ((e.prototype = t), e);
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r = function (e, t) {
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switch (e) {
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let n = arguments;
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};
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i = (e) => e,
a = (
(e) => () =>
e
)(void 0),
o = a;
function s(e) {
let t = new WeakMap();
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let r = t.get(n);
if (r !== void 0) return r;
let i = e(n);
return (t.set(n, i), i);
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function c(e) {
let t = new WeakMap();
return (n) => {
let r = t.get(n);
if (r !== void 0) return r;
let i = e(n);
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}
const l = (e) => {
let t = new Set(Reflect.ownKeys(e));
if (e.constructor === Object) return t;
e instanceof Error && t.delete(`stack`);
let n = Object.getPrototypeOf(e),
r = n;
for (; r !== null && r !== Object.prototype;) {
let e = Reflect.ownKeys(r);
for (let n = 0; n < e.length; n++) t.add(e[n]);
r = Object.getPrototypeOf(r);
}
return (
t.has(`constructor`) &&
typeof e.constructor == `function` &&
n === e.constructor.prototype &&
t.delete(`constructor`),
t
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},
u = new WeakSet();
function d(e) {
return typeof e == `string`;
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function f(e) {
return typeof e == `number`;
}
function p(e) {
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function m(e) {
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function h(e) {
return !0;
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function g(e) {
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const _ = r(2, (e, t) => g(e) && t in e),
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y = (e) => {
switch (typeof e) {
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case `boolean`:
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case `symbol`:
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case `string`:
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case `undefined`:
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case `function`:
case `object`:
if (e === null) return S(`null`);
if (e instanceof Date)
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{
if (u.has(e)) return b(e);
if (ue.has(e)) return ue.get(e);
let t = fe(e, () =>
te(e)
? e[v]()
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? b(e)
: e instanceof DataView
? oe(new Uint8Array(e.buffer, e.byteOffset, e.byteLength))
: Array.isArray(e) || ArrayBuffer.isView(e)
? oe(e)
: e instanceof Map
? se(e)
: e instanceof Set
? ce(e)
: ie(e),
);
return (ue.set(e, t), t);
}
default:
throw Error(
`BUG: unhandled typeof ${typeof e} - please report an issue at https://github.com/Effect-TS/effect/issues`,
);
}
},
b = (e) => (le.has(e) || le.set(e, ne(Math.floor(Math.random() * (2 ** 53 - 1)))), le.get(e)),
x = r(2, (e, t) => (e * 53) ^ t),
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te = (e) => _(e, v),
ne = (e) => {
if (e !== e) return S(`NaN`);
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if (e === -1 / 0) return S(`-Infinity`);
let t = e | 0;
for (t !== e && (t ^= e * 4294967295); e > 4294967295;) t ^= e /= 4294967295;
return ee(t);
},
S = (e) => {
let t = 5381,
n = e.length;
for (; n;) t = (t * 33) ^ e.charCodeAt(--n);
return ee(t);
},
re = (e, t) => {
let n = 12289;
for (let r of t) n ^= x(y(r), y(e[r]));
return ee(n);
},
ie = (e) => re(e, l(e)),
ae = (e, t) => (n) => {
let r = e;
for (let e of n) r ^= t(e);
return ee(r);
},
oe = ae(6151, y),
se = ae( S(`Map`), ([e, t]) => x(y(e), y(t))),
ce = ae( S(`Set`), y),
le = new WeakMap(),
ue = new WeakMap(),
de = new WeakSet();
function fe(e, t) {
if (de.has(e)) return S(`[Circular]`);
de.add(e);
let n = t();
return (de.delete(e), n);
}
const C = `~effect/interfaces/Equal`;
function w() {
return arguments.length === 1 ? (e) => pe(e, arguments[0]) : pe(arguments[0], arguments[1]);
}
function pe(e, t) {
if (e === t) return !0;
if (e == null || t == null) return !1;
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return n === typeof t
? n === `number` && e !== e && t !== t
? !0
: (n !== `object` && n !== `function`) || u.has(e) || u.has(t)
? !1
: ve(e, t, _e)
: !1;
}
function me(e, t, n) {
let r = he.has(e),
i = ge.has(t);
if (r && i) return !0;
if (r || i) return !1;
(he.add(e), ge.add(t));
let a = n();
return (he.delete(e), ge.delete(t), a);
}
const he = new WeakSet(),
ge = new WeakSet();
function _e(e, t) {
if (y(e) !== y(t)) return !1;
if (e instanceof Date) {
if (!(t instanceof Date)) return !1;
let n = e.getTime(),
r = t.getTime();
return n === r || (Number.isNaN(n) && Number.isNaN(r));
}
if (e instanceof RegExp) return t instanceof RegExp && e.toString() === t.toString();
let n = De(e),
r = De(t);
if (n !== r) return !1;
let i = n && r;
return typeof e == `function` && !i
? !1
: me(e, t, () => {
if (i) return e[C](t);
if (Array.isArray(e)) return !Array.isArray(t) || e.length !== t.length ? !1 : be(e, t);
if (ArrayBuffer.isView(e)) {
let n = e instanceof DataView;
if (
!ArrayBuffer.isView(t) ||
e.byteLength !== t.byteLength ||
n !== t instanceof DataView
)
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if (n) {
let n = t;
return xe(
new Uint8Array(e.buffer, e.byteOffset, e.byteLength),
new Uint8Array(n.buffer, n.byteOffset, n.byteLength),
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? !(t instanceof Map) || e.size !== t.size
? !1
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? !1
: Ee(e, t)
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});
}
function ve(e, t, n) {
let r = ye.get(e);
if (!r) ((r = new WeakMap()), ye.set(e, r));
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let i = n(e, t);
r.set(t, i);
let a = ye.get(t);
return (a || ((a = new WeakMap()), ye.set(t, a)), a.set(e, i), i);
}
const ye = new WeakMap();
function be(e, t) {
for (let n = 0; n < e.length; n++) if (!pe(e[n], t[n])) return !1;
return !0;
}
function xe(e, t) {
if (e.length !== t.length) return !1;
for (let n = 0; n < e.length; n++) if (e[n] !== t[n]) return !1;
return !0;
}
function Se(e, t) {
let n = l(e),
r = l(t);
if (n.size !== r.size) return !1;
for (let i of n) if (!r.has(i) || !pe(e[i], t[i])) return !1;
return !0;
}
function Ce(e, t) {
return function (n, r) {
let i = Array.from(r);
for (let [r, a] of n) {
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if (e(r, s) && t(a, c)) {
((i[o] = i[i.length - 1]), i.pop(), (n = !0));
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}
if (!n) return !1;
}
return !0;
};
}
const we = Ce(pe, pe);
function Te(e) {
return function (t, n) {
let r = Array.from(n);
for (let n of t) {
let t = !1;
for (let i = 0; i < r.length; i++) {
let a = r[i];
if (e(n, a)) {
((r[i] = r[r.length - 1]), r.pop(), (t = !0));
break;
}
}
if (!t) return !1;
}
return !0;
};
}
const Ee = Te(pe),
De = (e) => _(e, C),
Oe = (e) => (t, n) => t === n || e(t, n),
ke = (e) => e.length > 0;
function Ae(e, t, n) {
t === `__proto__`
? Object.defineProperty(e, t, { value: n, writable: !0, enumerable: !0, configurable: !0 })
: (e[t] = n);
}
function je(e, t) {
for (let n of Reflect.ownKeys(t))
Object.prototype.propertyIsEnumerable.call(t, n) && Ae(e, n, t[n]);
}
const Me = Symbol.for(`~effect/Redactable`),
Ne = (e) => _(e, Me);
function Pe(e) {
return Ne(e) ? Fe(e) : e;
}
function Fe(e) {
return e[Me](globalThis[`~effect/Fiber/currentFiber`]?.context ?? Re);
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const Ie = `~effect/Fiber/currentFiber`,
Le = new Map(),
Re = {
"~effect/Context": {},
base: Le,
depth: 0,
mapUnsafe: Le,
pipe() {
return e(this, arguments);
},
};
function T(e, t) {
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r = new WeakSet(),
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o = (e, t) => {
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s = (e) => {
try {
return Reflect.ownKeys(e);
} catch {
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};
function c(e, n = 0) {
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r.add(e);
let l;
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l =
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: `[\n${a(n + 1)}${e
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.join(
`,
` + a(n + 1),
)}\n${a(n)}]`;
else if (e instanceof Date) l = He(e);
else if (
!t?.ignoreToString &&
_(e, `toString`) &&
typeof e.toString == `function` &&
e.toString !== Object.prototype.toString &&
e.toString !== Array.prototype.toString
) {
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l = e instanceof Error && e.cause ? `${t} (cause: ${c(e.cause, n)})` : t;
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let r = `{${t.map((t) => `${Be(t)}:${c(e[t], n)}`).join(`,`)}}`;
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l = o(e, r);
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}
return (r.delete(e), l);
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function Be(e) {
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function Ve(e) {
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}
function He(e) {
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}
}
function Ue(e) {
try {
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} catch {
return `[toString threw]`;
}
}
const We = Symbol.for(`nodejs.util.inspect.custom`),
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try {
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(e = Pe(e)),
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? e.map(Ge)
: e
);
} catch {
return `[toJSON threw]`;
}
};
var Ke = class e {
called = !1;
self;
constructor(e) {
this.self = e;
}
next(e) {
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}
[Symbol.iterator]() {
return new e(this.self);
}
};
const qe = (() => {
let e = `~effect/Utils/internal`,
t = { [e]: (e) => e() },
n = {
[e]: (e) => {
try {
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} finally {
}
},
};
return t[e](() => Error().stack)?.includes(e) === !0 ? t[e] : n[e];
})(),
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Ye = `~effect/Exit`,
Xe = { _A: i, _E: i, _R: i },
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E = `${Je}/args`,
D = `${Je}/evaluate`,
O = `${Je}/successCont`,
k = `${Je}/failureCont`,
Qe = `${Je}/ensureCont`,
$e = Symbol.for(`effect/Effect/Yield`),
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pipe() {
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},
toJSON() {
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},
toString() {
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[We]() {
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},
},
tt = {
[Je]: Xe,
...et,
[Symbol.iterator]() {
return new Ke(this);
},
toJSON() {
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},
},
nt = (e) => _(e, Ye),
rt = `~effect/Cause`,
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at = (e) => _(e, rt);
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[rt];
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pipe() {
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}
toJSON() {
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}
toString() {
return `Cause(${T(this.reasons)})`;
}
[We]() {
return this.toJSON();
}
[C](e) {
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at(e) &&
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this.reasons.every((t, n) => w(t, e.reasons[n]))
);
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[v]() {
return oe(this.reasons);
}
};
const st = new WeakMap();
var ct = class {
[it];
annotations;
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}
annotate(e, t) {
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pipe() {
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}
toString() {
return T(this);
}
[We]() {
return this.toString();
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};
const lt = new Map();
var ut = class extends ct {
error;
constructor(e, t = lt) {
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toJSON() {
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}
[C](e) {
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};
const dt = (e) => new ot(e),
ft = (e) => new ot([new ut(e)]);
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defect;
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}
};
const mt = (e) => new ot([new pt(e)]),
ht = r(
(e) => at(e[0]),
(e, t, n) => (t.mapUnsafe.size === 0 ? e : new ot(e.reasons.map((e) => e.annotate(t, n)))),
),
gt = (e) => e._tag === `Fail`,
_t = (e) => e._tag === `Die`,
vt = (e) => e._tag === `Interrupt`;
function yt(e) {
return Tt(`Effect.evaluate: Not implemented`);
}
const bt = (e) => ({ ...tt, [Ze]: e.op, [D]: e[D] ?? yt, [O]: e[O], [k]: e[k], [Qe]: e[Qe] }),
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return function () {
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};
},
xt = (e) => {
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[Ye]: Ye,
_tag: e.op,
get [e.prop]() {
return this[E];
},
...bt(e),
toString() {
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toJSON() {
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},
[C](e) {
return nt(e) && e._tag === this._tag && w(this[E], e[E]);
},
[v]() {
return x(S(e.op), y(this[E]));
},
};
return function (e) {
let n = Object.create(t);
return ((n[E] = e), n);
};
},
j = xt({
op: `Success`,
prop: `value`,
[D](e) {
let t = e.getCont(O);
return t ? t[O](this[E], e, this) : e.yieldWith(this);
},
}),
St = { key: `effect/Cause/StackTrace` },
Ct = { key: `effect/Cause/InterruptorStackTrace` },
M = xt({
op: `Failure`,
prop: `cause`,
[D](e) {
let t = this[E],
n = !1;
e.currentStackFrame &&
((t = ht(t, { mapUnsafe: new Map([[St.key, e.currentStackFrame]]) })),
(n = !0));
let r = e.getCont(k);
for (; e.interruptible && e._interruptedCause && r;) r = e.getCont(k);
return r ? r[k](t, e, n ? void 0 : this) : e.yieldWith(n ? M(t) : this);
},
}),
wt = (e) => M(ft(e)),
Tt = (e) => M(mt(e)),
Et = A({
op: `WithFiber`,
[D](e) {
return this[E](e);
},
}),
Dt = (function () {
class e extends globalThis.Error {}
let t = bt({
op: `YieldableError`,
[D]() {
return wt(this);
},
});
return (delete t.toString, Object.assign(e.prototype, t), e);
})(),
Ot = (function () {
let e = Symbol.for(`effect/Data/Error/plainArgs`);
return class extends Dt {
constructor(t) {
(super(t?.message, t?.cause ? { cause: t.cause } : void 0),
t && (je(this, t), Object.defineProperty(this, e, { value: t, enumerable: !1 })));
}
toJSON() {
return { ...this[e], ...this };
}
};
})(),
kt = (e) => {
class t extends Ot {
_tag = e;
}
return ((t.prototype.name = e), t);
},
At = `~effect/data/Option`,
jt = {
[At]: { _A: (e) => e },
...et,
[Symbol.iterator]() {
return new Ke(this);
},
},
Mt = Object.defineProperty(
Object.assign( Object.create(jt), {
_tag: `Some`,
_op: `Some`,
[C](e) {
return Ft(e) && Lt(e) && w(this.value, e.value);
},
[v]() {
return x(y(this._tag))(y(this.value));
},
toString() {
return `some(${T(this.value)})`;
},
toJSON() {
return { _id: `Option`, _tag: this._tag, value: Ge(this.value) };
},
}),
"valueOrUndefined",
{
get() {
return this.value;
},
},
),
Nt = y(`None`),
Pt = Object.assign( Object.create(jt), {
_tag: `None`,
_op: `None`,
valueOrUndefined: void 0,
[C](e) {
return Ft(e) && It(e);
},
[v]() {
return Nt;
},
toString() {
return `none()`;
},
toJSON() {
return { _id: `Option`, _tag: this._tag };
},
}),
Ft = (e) => _(e, At),
It = (e) => e._tag === `None`,
Lt = (e) => e._tag === `Some`,
Rt = Object.create(Pt),
zt = (e) => {
let t = Object.create(Mt);
return ((t.value = e), t);
},
Bt = `~effect/data/Result`;
({ ...et });
function Vt(e) {
return (t, n) => (t === n ? 0 : e(t, n));
}
const Ht = Vt((e, t) =>
globalThis.Number.isNaN(e) && globalThis.Number.isNaN(t)
? 0
: globalThis.Number.isNaN(e)
? -1
: globalThis.Number.isNaN(t)
? 1
: e < t
? -1
: 1,
),
Ut = (e) => r(2, (t, n) => e(t, n) !== 1),
Wt = (e) => r(2, (t, n) => e(t, n) !== -1),
Gt = () => Rt,
Kt = zt,
qt = It,
Jt = r(2, (e, t) => (qt(e) ? Gt() : Kt(t(e.value)))),
Yt = globalThis.Array,
Xt = (e) => (Yt.isArray(e) ? e : Yt.from(e)),
Zt = r(2, (e, t) => [...e, t]),
Qt = r(2, (e, t) => Xt(e).concat(Xt(t)));
Yt.isArray;
const $t = ke,
en = ke,
tn = (e, t) => {
let n = y(t),
r = e.get(n);
if (r === void 0) return (e.set(n, [t]), !0);
for (let e of r) if (w(e, t)) return !1;
return (r.push(t), !0);
},
nn = r(2, (e, t) => {
let n = Xt(e),
r = Xt(t);
return en(n) ? (en(r) ? on(Qt(n, r)) : n) : r;
}),
rn = () => [],
an = r(2, (e, t) => e.map(t)),
on = (e) => {
let t = Xt(e);
if (t.length < 2) return [...t];
let n = new Map(),
r = [];
for (let e of t) tn(n, e) && r.push(e);
return r;
},
sn = `~effect/BigDecimal`,
cn = {
[sn]: sn,
[v]() {
let e = mn(this);
return x(y(e.value), ne(e.scale));
},
[C](e) {
return ln(e) && vn(this, e);
},
toString() {
return `BigDecimal(${yn(this)})`;
},
toJSON() {
return { _id: `BigDecimal`, value: String(this.value), scale: this.scale };
},
[We]() {
return this.toJSON();
},
pipe() {
return e(this, arguments);
},
},
ln = (e) => _(e, sn),
un = (e, t) => {
let n = Object.create(cn);
return ((n.value = e), (n.scale = t), n);
},
dn = (e, t) => {
if (e !== N && e % fn === N) throw RangeError(`Value must be normalized`);
let n = un(e, t);
return ((n.normalized = n), n);
},
N = BigInt(0),
fn = BigInt(10),
pn = dn(N, 0),
mn = (e) => {
if (e.normalized === void 0) {
if (e.value === N) e.normalized = pn;
else {
let t = `${e.value}`,
n = 0;
for (let e = t.length - 1; e >= 0 && t[e] === `0`; e--) n++;
n === 0 && (e.normalized = e);
let r = BigInt(t.substring(0, t.length - n)),
i = e.scale - n;
e.normalized = dn(r, i);
}
}
return e.normalized;
},
hn = r(2, (e, t) =>
t > e.scale
? un(e.value * fn ** BigInt(t - e.scale), t)
: t < e.scale
? un(e.value / fn ** BigInt(e.scale - t), t)
: e,
),
gn = (e) => (e.value < N ? un(-e.value, e.scale) : e),
_n = Oe((e, t) =>
e.scale > t.scale
? hn(t, e.scale).value === e.value
: e.scale < t.scale
? hn(e, t.scale).value === t.value
: e.value === t.value,
),
vn = r(2, (e, t) => _n(e, t)),
yn = (e) => {
let t = mn(e);
if (Math.abs(t.scale) >= 16) return bn(t);
let n = t.value < N,
r = n ? `${t.value}`.substring(1) : `${t.value}`,
i,
a;
if (t.scale >= r.length) ((i = `0`), (a = `0`.repeat(t.scale - r.length) + r));
else {
let e = r.length - t.scale;
if (e > r.length) {
let t = e - r.length;
((i = `${r}${`0`.repeat(t)}`), (a = ``));
} else ((a = r.slice(e)), (i = r.slice(0, e)));
}
let o = a === `` ? i : `${i}.${a}`;
return n ? `-${o}` : o;
},
bn = (e) => {
if (xn(e)) return `0e+0`;
let t = mn(e),
n = `${gn(t).value}`,
r = n.slice(0, 1),
i = n.slice(1),
a = `${Sn(t) ? `-` : ``}${r}`;
i !== `` && (a += `.${i}`);
let o = i.length - t.scale;
return `${a}e${o >= 0 ? `+` : ``}${o}`;
},
xn = (e) => e.value === N,
Sn = (e) => e.value < N,
Cn = (e) => bt({ op: e.label, [D]: e.evaluate }),
wn = `~effect/Context/Service`,
Tn = function () {
function e() {}
let t = e;
Object.setPrototypeOf(t, En);
let n = (e, n) => (
(t.key = e),
n?.defaultValue && ((t[On] = On), (t.defaultValue = n.defaultValue)),
n?.make && (t.make = n.make),
n?.fiberCached && Dn.add(e),
t
);
return arguments.length > 0 ? n(arguments[0], arguments[1]) : n;
},
En = {
[wn]: wn,
... Cn({
label: `Service`,
evaluate(e) {
return j(Kn(e.context, this));
},
}),
toJSON() {
return { _id: `Service`, key: this.key };
},
of(e) {
return e;
},
context(e) {
return Hn(this, e);
},
use(e) {
return Et((t) => e(Kn(t.context, this)));
},
useSync(e) {
return Et((t) => j(e(Kn(t.context, this))));
},
},
Dn = new Set(),
On = `~effect/Context/Reference`,
kn = `~effect/Context`,
An = (e, t, n, r) => {
let i = Object.create(In);
return (
(i.cacheRoot = e ?? i),
(i.base = t),
(i.overlay = n),
(i.depth = r),
(i._flat = void 0),
(i.baseHits = 0),
i
);
},
jn = (e, t) => {
t && (jn(e, t.parent), e.set(t.key, t.value));
},
Mn = (e) => {
if (e._flat) return e._flat;
if (!e.overlay) return (e._flat = e.base);
let t = new Map(e.base);
return (jn(t, e.overlay), (e._flat = t));
},
Nn = Symbol(),
Pn = (e, t) => {
let n = e;
for (let e = n.overlay; e; e = e.parent) if (e.key === t) return e.value;
let r = n.base.get(t);
return r === void 0 && !n.base.has(t)
? Nn
: (n.overlay && ++n.baseHits >= 8 && ((n.base = Mn(n)), (n.overlay = void 0), (n.depth = 0)),
r);
},
Fn = (e) => An(void 0, e, void 0, 0),
In = {
get mapUnsafe() {
return Mn(this);
},
...et,
[kn]: { _Services: (e) => e },
toJSON() {
return {
_id: `Context`,
services: Array.from(this.mapUnsafe).map(([e, t]) => ({ key: e, value: t })),
};
},
[C](e) {
if (!Rn(e)) return !1;
let t = this.mapUnsafe,
n = e.mapUnsafe;
if (t.size !== n.size) return !1;
for (let [e, r] of t) if (!n.has(e) || !w(r, n.get(e))) return !1;
return !0;
},
[v]() {
return ne(this.mapUnsafe.size);
},
},
Ln = (e, t) => e.cacheRoot === t.cacheRoot,
Rn = (e) => _(e, kn),
zn = (e) => !!e[On],
Bn = () => Vn,
Vn = Fn( new Map()),
Hn = (e, t) => Fn( new Map([[e.key, t]])),
Un = r(3, (e, t, n) => Wn(e, t.key, n)),
Wn = (e, t, n) => {
let r = e,
i = Dn.has(t) ? void 0 : r.cacheRoot;
if (r.depth >= 8) {
let e = new Map(r.mapUnsafe);
return (e.set(t, n), An(i, e, void 0, 0));
}
return An(i, r.base, { key: t, value: n, parent: r.overlay }, r.depth + 1);
},
Gn = (e, t) => {
let n = Pn(e, t);
return n === Nn ? void 0 : n;
},
Kn = r(2, (e, t) => {
let n = Pn(e, t.key);
if (n === Nn) {
if (zn(t)) return Jn(t);
throw Yn(t);
}
return n;
}),
qn = `~effect/Context/defaultValue`,
Jn = (e) => (qn in e ? e[qn] : (e[qn] = e.defaultValue())),
Yn = (e) => {
let t = Error(`Service not found${e.key ? `: ${String(e.key)}` : ``}`);
if (t.stack) {
let e = t.stack.split(`
`);
(e.splice(1, 3),
(t.stack = e.join(`
`)));
}
return t;
},
Xn = Tn,
Zn = Xn(`effect/Scheduler`, { fiberCached: !0, defaultValue: () => new tr() }),
Qn =
`setImmediate` in globalThis
? (e) => {
let t = globalThis.setImmediate(e);
return () => globalThis.clearImmediate(t);
}
: (e) => {
let t = setTimeout(e, 0);
return () => clearTimeout(t);
},
$n = (e) => {
let t = !1;
return (
Promise.resolve().then(() => {
t || e();
}),
() => {
t = !0;
}
);
};
var er = class {
buckets = [];
scheduleTask(e, t) {
let n = this.buckets,
r = n.length,
i,
a = 0;
for (; a < r && !(n[a][0] > t); a++) i = n[a];
i && i[0] === t ? i[1].push(e) : a === r ? n.push([t, [e]]) : n.splice(a, 0, [t, [e]]);
}
drain() {
let e = this.buckets;
return ((this.buckets = []), e);
}
},
tr = class {
executionMode;
setImmediate;
constructor(e = `async`, t) {
((this.executionMode = e), (this.setImmediate = t ?? (e === `sync` ? $n : Qn)));
}
shouldYield(e) {
return e.currentOpCount >= e.maxOpsBeforeYield;
}
makeDispatcher() {
return new nr(this.setImmediate);
}
},
nr = class {
tasks = new er();
running = void 0;
setImmediate;
constructor(e = Qn) {
this.setImmediate = e;
}
scheduleTask(e, t) {
(this.tasks.scheduleTask(e, t),
this.running === void 0 && (this.running = this.setImmediate(this.afterScheduled)));
}
afterScheduled = () => {
((this.running = void 0), this.runTasks());
};
runTasks() {
let e = this.tasks.drain();
for (let t = 0; t < e.length; t++) {
let n = e[t][1];
for (let e = 0; e < n.length; e++) n[e]();
}
}
flush() {
for (; this.tasks.buckets.length > 0;)
(this.running !== void 0 && (this.running(), (this.running = void 0)), this.runTasks());
}
};
const rr = Xn(`effect/Scheduler/MaxOpsBeforeYield`, {
fiberCached: !0,
defaultValue: () => 2048,
}),
ir = Xn(`effect/Scheduler/PreventSchedulerYield`, {
fiberCached: !0,
defaultValue: () => !1,
}),
ar = kt,
or = [];
for (let e = 0; e < 256; e++) or.push(e.toString(16).padStart(2, `0`));
const sr = Xn(`effect/References/CurrentStackFrame`, {
fiberCached: !0,
defaultValue: a,
}),
cr = Xn(`effect/References/CurrentLogLevel`, {
fiberCached: !0,
defaultValue: () => `Info`,
}),
lr = Xn(`effect/References/MinimumLogLevel`, {
fiberCached: !0,
defaultValue: () => `Info`,
}),
ur = (() => {
let e = Object.getOwnPropertyDescriptor(Error, `stackTraceLimit`);
return e === void 0
? Object.isExtensible(Error)
: Object.hasOwn(e, `writable`)
? e.writable === !0
: e.set !== void 0;
})(),
dr = () => Error.stackTraceLimit,
fr = (e) => {
ur && (Error.stackTraceLimit = e);
};
var pr = class extends ct {
fiberId;
constructor(e, t = lt) {
(super(`Interrupt`, t, `Interrupted`), (this.fiberId = e));
}
toString() {
return `Interrupt(${this.fiberId})`;
}
toJSON() {
return { _tag: `Interrupt`, fiberId: this.fiberId };
}
[C](e) {
return vt(e) && this.fiberId === e.fiberId && this.annotations === e.annotations;
}
[v]() {
return x(S(`${this._tag}:${this.fiberId}`))(b(this.annotations));
}
};
const mr = (e) => new ot([new pr(e)]),
hr = (e) => e.reasons.some(vt),
gr = r(2, (e, t) => {
if (e.reasons.length === 0) return t;
if (t.reasons.length === 0) return e;
let n = new ot(nn(e.reasons, t.reasons));
return w(e, n) ? e : n;
}),
_r = r(2, (e, t) => {
let n = !1,
r = e.reasons.map((e) => (gt(e) ? ((n = !0), new ut(t(e.error), e.annotations)) : e));
return n ? dt(r) : e;
}),
vr = `~effect/Fiber`,
yr = { _A: i, _E: i },
br = { id: 0 },
xr = () => globalThis[Ie];
var Sr = class {
constructor(e, t = !0) {
((this[vr] = yr),
this.setContext(e),
(this.id = ++br.id),
(this.currentOpCount = 0),
(this.interruptible = t),
(this._stack = []),
(this._observers = []),
(this._exit = void 0),
(this._children = void 0),
(this._interruptedCause = void 0),
(this._yielded = void 0),
(this._running = !1),
(this._deferredInterrupt = !1),
this.runtimeMetrics?.recordFiberStart(this.context));
}
[vr];
id;
interruptible;
currentOpCount;
_stack;
_observers;
_exit;
_children;
_interruptedCause;
_yielded;
_running;
_deferredInterrupt;
context;
currentScheduler;
currentTracerContext;
currentSpan;
currentLogLevel;
minimumLogLevel;
currentStackFrame;
runtimeMetrics;
maxOpsBeforeYield;
currentPreventYield;
_dispatcher = void 0;
get currentDispatcher() {
return (this._dispatcher ??= this.currentScheduler.makeDispatcher());
}
getRef(e) {
return Kn(this.context, e);
}
addObserver(e) {
return this._exit
? (e(this._exit), o)
: (this._observers.push(e),
() => {
if (this._exit) return;
let t = this._observers.indexOf(e);
t >= 0 && this._observers.splice(t, 1);
});
}
interruptUnsafe(e, t) {
if (this._exit) return;
let n = mr(e);
(this.currentStackFrame && (n = ht(n, Hn(St, this.currentStackFrame))),
t && (n = ht(n, t)),
(this._interruptedCause = this._interruptedCause ? gr(this._interruptedCause, n) : n),
this.interruptible &&
(this._running
? (this._deferredInterrupt = !0)
: this.evaluate(F(this._interruptedCause))));
}
pollUnsafe() {
return this._exit;
}
evaluate(e) {
if (this._exit) return;
if (this._yielded !== void 0) {
let e = this._yielded;
((this._yielded = void 0), e());
}
let t = this.runLoop(e);
if (t === $e) return;
let n = wr.interruptChildren && wr.interruptChildren(this);
if (n !== void 0) return this.evaluate(I(n, () => t));
((this._exit = t), this.runtimeMetrics?.recordFiberEnd(this.context, this._exit));
for (let e = 0; e < this._observers.length; e++) this._observers[e](t);
((this._observers.length = 0),
(this._stack.length = 0),
(this._children = void 0),
(this.context = Bn()));
}
runLoop(e) {
let t = globalThis[Ie];
globalThis[Ie] = this;
let n = this._running;
this._running = !0;
let r = !1,
i = e;
this.currentOpCount = 0;
try {
for (;;) {
if (
(this._deferredInterrupt &&
((this._deferredInterrupt = !1), (i = F(this._interruptedCause))),
this.currentOpCount++,
!r && !this.currentPreventYield && this.currentScheduler.shouldYield(this))
) {
r = !0;
let e = i;
i = I(jr, () => e);
}
if (
((i = this.currentTracerContext ? this.currentTracerContext(i, this) : i[D](this)),
i === $e)
) {
let e = this._yielded;
if (Ye in e) return ((this._deferredInterrupt = !1), (this._yielded = void 0), e);
if (this._deferredInterrupt) {
((this._yielded = void 0), e());
continue;
}
return $e;
}
}
} catch (e) {
return _(i, D) ? this.runLoop(Tt(e)) : Tt(`Fiber.runLoop: Not a valid effect: ${String(i)}`);
} finally {
((this._running = n), (globalThis[Ie] = t));
}
}
getCont(e) {
if (this._deferredInterrupt) return ((this._deferredInterrupt = !1), Cr);
for (;;) {
let t = this._stack.pop();
if (!t) return;
let n = t[Qe] && t[Qe](this);
if (n) return ((n[e] = n), n);
if (t[e]) return t;
}
}
yieldWith(e) {
return ((this._yielded = e), $e);
}
children() {
return (this._children ??= new Set());
}
pipe() {
return e(this, arguments);
}
setContext(e) {
let t = this.context;
if (((this.context = e), t !== void 0 && Ln(t, e))) return;
let n = this.getRef(Zn);
(n !== this.currentScheduler && ((this.currentScheduler = n), (this._dispatcher = void 0)),
(this.currentSpan = Gn(e, `effect/Tracer/ParentSpan`)),
(this.currentLogLevel = this.getRef(cr)),
(this.minimumLogLevel = this.getRef(lr)),
(this.currentStackFrame = this.getRef(sr)),
(this.maxOpsBeforeYield = this.getRef(rr)),
(this.currentPreventYield = this.getRef(ir)),
(this.runtimeMetrics = Gn(e, `effect/observability/Metric/FiberRuntimeMetricsKey`)));
let r = Gn(e, `effect/Tracer`);
this.currentTracerContext = r ? r.context : void 0;
}
get currentSpanLocal() {
return this.currentSpan?._tag === `Span` ? this.currentSpan : void 0;
}
};
const Cr = {
[O](e, t) {
return F(t._interruptedCause);
},
[k](e, t) {
return F(t._interruptedCause);
},
},
wr = { interruptChildren: void 0 },
Tr = (e) => {
if (!e.currentStackFrame) return;
let t = new Map();
return (t.set(Ct.key, e.currentStackFrame), Fn(t));
},
Er = (e) =>
Lr((t) => {
let n = e[Symbol.iterator](),
r = [],
i;
function a() {
let e = n.next();
for (; !e.done;) {
if (e.value._exit) {
(r.push(e.value._exit), (e = n.next()));
continue;
}
i = e.value.addObserver((e) => {
(r.push(e), a());
});
return;
}
t(P(r));
}
return (a(), kr(() => i?.()));
}),
Dr = (e) =>
Et((t) => {
let n = Tr(t),
r = rn();
for (let i of e) (i.interruptUnsafe(t.id, n), r.push(i));
return Hr(Er(r));
}),
P = j,
F = M,
Or = wt,
kr = A({
op: `Sync`,
[D](e) {
let t = this[E](),
n = e.getCont(O);
return n ? n[O](t, e) : e.yieldWith(j(t));
},
}),
Ar = A({
op: `Suspend`,
[D](e) {
return this[E]();
},
}),
jr = A({
op: `Yield`,
[D](e) {
let t = !1;
return (
e.currentDispatcher.scheduleTask(() => {
t || e.evaluate(Jr);
}, this[E] ?? 0),
e.yieldWith(() => {
t = !0;
})
);
},
})(0),
Mr = (e) => Ar(() => F(qe(e))),
Nr = (e) => Tt(e),
Pr = P(void 0),
Fr = A({
op: `Async`,
single: !1,
[D](e) {
let t = qe(() => this[E][0].bind(e.currentScheduler)),
n = !1,
r = !1,
i = this[E][1] ? new AbortController() : void 0,
a = t((t) => {
n || ((n = !0), r ? e.evaluate(t) : (r = t));
}, i?.signal);
return r === !1
? ((r = !0),
(e._yielded = () => {
n = !0;
}),
(i === void 0 && a === void 0) ||
e._stack.push(Ir(() => ((n = !0), i?.abort(), a ?? Jr))),
$e)
: r;
},
}),
Ir = A({
op: `AsyncFinalizer`,
[Qe](e) {
e.interruptible && ((e.interruptible = !1), e._stack.push(ti));
},
[k](e, t) {
return hr(e) ? I(this[E](), () => F(e)) : F(e);
},
}),
Lr = (e) => Fr(e, e.length >= 2),
Rr = (e, t) => Object.defineProperty(t, "length", { value: e, configurable: !0 }),
zr = (e, ...t) =>
Rr(
e.length,
t.length === 0
? function () {
return Br(() => e.apply(this, arguments));
}
: function () {
let n = Br(() => e.apply(this, arguments));
for (let e of t) n = e(n);
return n;
},
),
Br = (e) => {
try {
let t = e(),
n;
for (;;) {
let r = t.next(n);
if (r.done) return P(r.value);
let i = r.value;
if (i && i._tag === `Success`) {
n = i.value;
continue;
}
if (i && i._tag === `Failure`) return r.value;
{
let n = !0;
return Ar(() => (n ? ((n = !1), I(r.value, (e) => Vr(t, e))) : Ar(() => Vr(e()))));
}
}
} catch (e) {
return Nr(e);
}
},
Vr = A({
op: `Iterator`,
single: !1,
[O](e, t) {
let n = this[E][0];
for (;;) {
let r = n.next(e);
if (r.done) return P(r.value);
if (!L(r.value)) return (t._stack.push(this), r.value);
if (r.value._tag === `Failure`) return r.value;
e = r.value.value;
}
},
[D](e) {
return this[O](this[E][1], e);
},
}),
Hr = (e) => I(e, (e) => Jr),
I = r(2, (e, t) => {
let n = Object.create(Ur);
return ((n[E] = e), (n[O] = t.length === 1 ? t : (e) => t(e)), n);
}),
Ur = bt({
op: `OnSuccess`,
[D](e) {
return (e._stack.push(this), this[E]);
},
}),
L = (e) => Ye in e,
Wr = r(2, (e, t) => (L(e) ? (e._tag === `Success` ? t(e.value) : e) : I(e, t))),
Gr = r(2, (e, t) => I(e, (e) => P(qe(() => t(e))))),
Kr = r(2, (e, t) => (L(e) ? Yr(e, t) : Gr(e, t))),
qr = (e) => e._tag === `Success`,
Jr = j(void 0),
Yr = r(2, (e, t) => (e._tag === `Success` ? j(t(e.value)) : e)),
Xr = r(2, (e, t) => {
let n = Object.create(Zr);
return ((n[E] = e), (n[k] = t.length === 1 ? t : (e) => t(e)), n);
}),
Zr = bt({
op: `OnFailure`,
[D](e) {
return (e._stack.push(this), this[E]);
},
}),
Qr = (e) => (L(e) ? j(e) : $r(e)),
$r = A({
op: `Exit`,
[D](e) {
return (e._stack.push(this), this[E]);
},
[O](e, t, n) {
return P(n ?? j(e));
},
[k](e, t, n) {
return P(n ?? M(e));
},
}),
ei = (e) => Et((t) => (t.interruptible ? ((t.interruptible = !1), t._stack.push(ti), e) : e)),
ti = A({
op: `SetInterruptible`,
[Qe](e) {
if (((e.interruptible = this[E]), e._interruptedCause && e.interruptible))
return () => F(e._interruptedCause);
},
})(!0),
ni = (e) => {
let t = e.onItem,
n = e.step,
r = (e, i, a, o) => {
for (; a < o; a++) {
let s = i[a],
c = t(e, s, a);
if (!L(c)) return I(Qr(c), (t) => n(e, s, t, a) ?? r(e, i, a + 1, o) ?? Pr);
let l = n(e, s, c, a);
if (l) return l._tag === `Failure` ? l : void 0;
}
};
return (e, i, a) => {
let o = 0,
s = a?.end ?? i.length,
c = a?.concurrency ?? 1;
if (c === 1) return r(e, i, 0, s);
let l = a?.orderedStep === !0,
u = !1,
d,
f,
p,
m = !1,
h,
g,
_ = o,
v = l ? Array(s) : void 0,
y = (e) => {
let t = Tt(e);
return (
(h = t), (u = !0), (m = !0), f && f.size > 0 ? I(ei(Dr(Array.from(f))), () => t) : t
);
},
b = (t, r, a) => {
if (!l) return n(e, t, r, a);
if (h) return h;
for (v[a] = r; _ < s;) {
let t = v[_];
if (t === void 0) return;
v[_] = void 0;
let r = _++,
a = n(e, i[r], t, r);
if (a) return a;
}
},
x = () => {
let n = !1;
for (; !h && o < s; o++) {
let r = i[o],
a = g ?? t(e, r, o);
if (L(a)) {
if (((h = b(r, a, o)), h)) break;
} else if (d) {
g = void 0;
let e = ii(d, a, !0, !0, `inherit`);
if (e._exit) {
if (((h = b(r, e._exit, o)), h)) break;
continue;
}
f.add(e);
let t = o;
if (
(e.addObserver((i) => {
f.delete(e);
try {
if (h) {
if (!m && i._tag === `Failure`)
for (let e of i.cause.reasons)
if (e._tag === `Interrupt`) continue;
else h._tag === `Failure` ? h.cause.reasons.push(e) : (h = M(dt([e])));
} else {
let e = b(r, i, t);
e && ((h = e._tag === `Failure` ? M(dt(e.cause.reasons.slice())) : e), x());
}
if (n) {
let e = x();
e && p(e);
} else u && f.size === 0 && p(h ?? Pr);
} catch (e) {
p(y(e));
}
}),
f.size < c)
)
continue;
((n = !0), o++);
return;
} else
return Lr((e) => {
((d = xr()), (f = new Set()), (g = a), (p = e));
let t;
try {
t = x();
} catch (t) {
return e(y(t));
}
return t ? e(t) : Ar(() => ((h = Jr), (m = !0), f ? Dr(f) : Pr));
});
}
if (((u = !0), h)) {
if (f && f.size > 0) {
let e = Tr(d);
f.forEach((t) => t.interruptUnsafe(d.id, e));
return;
}
if (p || h._tag === `Failure`) return h;
} else if (p) {
if (f) f.size === 0 && p(Pr);
else return Jr;
}
};
return x();
};
},
ri = () => ni,
ii = (e, t, n = !1, r = !1, i = !1) => {
let a = e,
o = i === `inherit` ? a.interruptible : !i,
s = new Sr(a.context, o);
return (
n ? s.evaluate(t) : a.currentDispatcher.scheduleTask(() => s.evaluate(t), 0),
!r && !s._exit && (a.children().add(s), s.addObserver(() => a._children.delete(s))),
s
);
},
ai = (e) => (t, n) => {
let r = new Sr(n?.scheduler ? Un(e, Zn, n.scheduler) : e, n?.uninterruptible !== !0);
if ((r.evaluate(t), r._exit)) return r;
if (n?.signal) {
if (n.signal.aborted) r.interruptUnsafe();
else {
let e = () => r.interruptUnsafe();
(n.signal.addEventListener(`abort`, e, { once: !0 }),
r.addObserver(() => n.signal.removeEventListener(`abort`, e)));
}
}
return (n?.onFiberStart && n.onFiberStart(r), r);
},
oi = ((e) => {
let t = ai(e);
return (e) => {
if (L(e)) return e;
let n = new tr(`sync`),
r = t(e, { scheduler: n });
return (r._dispatcher?.flush(), r._exit ?? Tt(new ci(r)));
};
})( Bn()),
si = `~effect/Cause/AsyncFiberError`;
var ci = class extends kt(`AsyncFiberError`) {
[si] = si;
constructor(e) {
super({ message: `An asynchronous Effect was executed with Effect.runSync`, fiber: e });
}
};
const li = {
bold: `1`,
red: `31`,
green: `32`,
yellow: `33`,
blue: `34`,
cyan: `36`,
white: `37`,
gray: `90`,
black: `30`,
bgBrightRed: `101`,
};
(li.gray, li.blue, li.green, li.yellow, li.red, li.bgBrightRed, li.black);
const ui = gt,
di = _r,
fi = j,
pi = M,
mi = wt,
hi = Jr,
gi = qr,
_i = `~effect/time/DateTime`,
vi = `~effect/time/DateTime/TimeZone`,
yi = {
[_i]: _i,
pipe() {
return e(this, arguments);
},
[We]() {
return this.toString();
},
toJSON() {
return xi(this).toJSON();
},
};
(({ ...yi }), { ...yi });
const bi = {
[vi]: vi,
[We]() {
return this.toString();
},
};
(({ ...bi }), { ...bi });
const xi = (e) => new Date(e.epochMilliseconds),
R = P,
z = Or,
Si = Mr,
Ci = Nr,
wi = I,
Ti = Qr,
Ei = Xr,
Di = oi,
Oi = Kr,
B = Wr,
ki = zr;
function Ai(e) {
return e.checks ? e.checks[e.checks.length - 1].annotations : e.annotations;
}
const ji = `~structural`,
Mi = s((e) => {
let t = Ai(e)?.identifier;
return typeof t == `string` ? t : e.getExpected(Mi);
}),
V = Symbol(),
H = fi,
Ni = H(V),
U = H(V),
Pi = (e) => (e === V ? Gt() : Kt(e)),
Fi = (e) => (e._tag === `None` ? Ni : H(e.value)),
Ii = `~effect/SchemaIssue/Issue`;
function Li(e) {
return _(e, Ii) && e[Ii] === Ii;
}
function Ri(e) {
return Object.hasOwn(e, `input`);
}
var W = class {
[Ii] = Ii;
constructor(e, t) {
t?.reportInput === !0 && e !== V && (this.input = e);
}
},
zi = class extends W {
_tag = `Filter`;
filter;
issue;
constructor(e, t, n, r) {
(super(n, r), (this.filter = e), (this.issue = t));
}
},
Bi = class extends W {
_tag = `Encoding`;
ast;
issue;
constructor(e, t, n, r) {
(super(n, r), (this.ast = e), (this.issue = t));
}
},
Vi = class extends W {
_tag = `Pointer`;
path;
issue;
constructor(e, t) {
(super(), (this.path = e), (this.issue = t));
}
},
Hi = class extends W {
_tag = `MissingKey`;
annotations;
constructor(e) {
(super(), (this.annotations = e));
}
},
Ui = class extends W {
_tag = `UnexpectedKey`;
ast;
constructor(e, t, n) {
(super(t, n), (this.ast = e));
}
},
G = class extends W {
_tag = `Composite`;
ast;
issues;
constructor(e, t, n, r) {
(super(n, r), (this.ast = e), (this.issues = t));
}
},
Wi = class extends W {
_tag = `InvalidType`;
ast;
constructor(e, t, n) {
(super(t, n), (this.ast = e));
}
},
Gi = class extends W {
_tag = `InvalidValue`;
annotations;
constructor(e, t, n) {
(super(t, n), (this.annotations = e));
}
},
Ki = class extends W {
_tag = `AnyOf`;
ast;
issues;
constructor(e, t, n, r) {
(super(n, r), (this.ast = e), (this.issues = t));
}
},
qi = class extends W {
_tag = `OneOf`;
ast;
successes;
constructor(e, t, n, r) {
(super(n, r), (this.ast = e), (this.successes = t));
}
};
function Ji(e, t, n) {
if (Li(e)) return e;
if (typeof e == `string`) return new Gi({ message: e }, t, n);
let r = typeof e.issue == `string` ? new Gi({ message: e.issue }, t, n) : e.issue;
return new Vi(e.path, r);
}
function Yi(e, t, n) {
if (e !== void 0)
return typeof e == `boolean` ? (e ? void 0 : new Gi(void 0, t, n)) : Ji(e, t, n);
}
function Xi(e, t, n, r) {
return Array.isArray(t)
? en(t)
? t.length === 1
? Ji(t[0], n, r)
: new G(
e,
an(t, (e) => Ji(e, n, r)),
n,
r,
)
: void 0
: Yi(t, n, r);
}
const Zi = (e) => {
let t = oa(e);
if (t !== void 0) return t;
switch (e._tag) {
case `InvalidType`:
return ta(Mi(e.ast), e);
case `InvalidValue`: {
let t = ea(e);
if (t !== void 0) return ta(t, e);
let n = $i(e);
return n === void 0 ? `Expected a valid value` : `Invalid data ${n}`;
}
case `MissingKey`:
return `Missing key`;
case `UnexpectedKey`: {
let t = $i(e);
return t === void 0 ? `Expected no excess property` : `Unexpected key with value ${t}`;
}
case `Forbidden`:
return `Forbidden operation`;
case `OneOf`: {
let t = $i(e);
return t === void 0
? `Expected exactly one member to match`
: `Expected exactly one member to match the input ${t}`;
}
}
},
Qi = (e) => oa(e.issue) ?? oa(e);
function $i(e) {
return Ri(e) ? T(e.input) : void 0;
}
function ea(e) {
let t = e.annotations?.expected;
return typeof t == `string` ? t : void 0;
}
function ta(e, t) {
let n = $i(t);
return n === void 0 ? `Expected ${e}` : `Expected ${e}, got ${n}`;
}
function na(e) {
let t = e.annotations?.expected;
if (typeof t == `string`) return t;
switch (e._tag) {
case `Filter`:
return `<filter>`;
case `FilterGroup`:
return e.checks.map((e) => na(e)).join(` & `);
}
}
function ra() {
return (e) => aa(e, ``);
}
const ia = ra();
function aa(e, t) {
let n;
switch (e._tag) {
case `Filter`: {
let r = Qi(e);
if (r !== void 0) n = r;
else {
if (e.issue._tag !== `InvalidValue`) return aa(e.issue, t);
let r = ea(e.issue);
n = r === void 0 ? ta(na(e.filter), e) : ta(r, e.issue);
}
break;
}
case `Encoding`:
return aa(e.issue, t);
case `Pointer`:
return aa(e.issue, t + Ve(e.path));
case `Composite`:
case `AnyOf`:
if (e._tag === `Composite` || e.issues.length > 0)
return e.issues.map((e) => aa(e, t)).join(`
`);
n = oa(e) ?? ta(Mi(e.ast), e);
break;
default:
n = Zi(e);
}
return t ? `${n}\n at ${t}` : n;
}
function oa(e) {
if (e._tag === `Pointer`) return;
if (e._tag === `Encoding`) return oa(e.issue);
let t = (
e._tag === `Filter`
? e.filter.annotations
: `annotations` in e
? e.annotations
: e.ast.annotations
)?.[
e._tag === `MissingKey`
? `messageMissingKey`
: e._tag === `UnexpectedKey`
? `messageUnexpectedKey`
: `message`
];
if (typeof t == `string`) return t;
}
function sa(e) {
let t;
for (let n of e.reasons) {
if (!ui(n) || !Li(n.error)) return;
t ??= n.error;
}
return t;
}
function ca(e, t) {
let n = sa(e);
if (n === void 0) throw Error(t, { cause: e });
return n;
}
var la = class e extends n {
run;
constructor(e) {
(super(), (this.run = e));
}
map(t) {
return new e((e, n) => this.run(e, n).pipe(Oi(Jt(t))));
}
compose(t) {
return da(this)
? t
: da(t)
? this
: new e((e, n) => this.run(e, n).pipe(B((e) => t.run(e, n))));
}
};
const ua = new la(R);
function da(e) {
return e.run === ua.run;
}
function fa() {
return ua;
}
function pa(e) {
return ma(Jt(e));
}
function ma(e) {
return new la((t) => R(e(t)));
}
function ha() {
return pa(globalThis.String);
}
function ga() {
return pa(globalThis.Number);
}
const _a = `~effect/SchemaTransformation/Transformation`;
var va = class e {
[_a] = _a;
_tag = `Transformation`;
decode;
encode;
constructor(e, t) {
((this.decode = e), (this.encode = t));
}
flip() {
return new e(this.encode, this.decode);
}
compose(t) {
return new e(this.decode.compose(t.decode), t.encode.compose(this.encode));
}
};
function ya(e) {
return _(e, _a) && e[_a] === _a;
}
const ba = (e) => (ya(e) ? e : new va(e.decode, e.encode)),
xa = new va( fa(), fa());
function Sa() {
return xa;
}
const Ca = new va( ga(), ha());
function wa(e) {
return (t) => t._tag === e;
}
const Ta = wa(`Declaration`),
Ea = wa(`Never`),
Da = wa(`Literal`),
Oa = wa(`UniqueSymbol`),
ka = wa(`Arrays`),
Aa = wa(`Objects`),
ja = wa(`Suspend`);
var K = class {
to;
transformation;
constructor(e, t) {
((this.to = e), (this.transformation = t));
}
};
const Ma = {};
var Na = class {
isOptional;
isMutable;
constructorDefault;
annotations;
constructor(e, t, n = void 0, r = void 0) {
((this.isOptional = e),
(this.isMutable = t),
(this.constructorDefault = n),
(this.annotations = r));
}
};
const Pa = `~effect/Schema`;
var q = class {
[Pa] = Pa;
annotations;
checks;
encoding;
context;
constructor(e = void 0, t = void 0, n = void 0, r = void 0) {
((this.annotations = e), (this.checks = t), (this.encoding = n), (this.context = r));
}
toString() {
return `<${this._tag}>`;
}
},
Fa = class e extends q {
_tag = `Declaration`;
typeParameters;
run;
encodingChecks;
encodingRun;
constructor(e, t, n, r, i, a, o, s) {
(super(n, r, i, a),
(this.typeParameters = e),
(this.run = t),
(this.encodingChecks = o),
(this.encodingRun = s));
}
getParser() {
let e;
return (t, n) => (t === V ? Ni : (e ??= this.run(this.typeParameters))(t, this, n));
}
_rebuild(t, n, r, i, a) {
let o = zo(this.typeParameters, t);
return o === this.typeParameters &&
n === this.checks &&
r === this.encodingChecks &&
i === this.run &&
a === this.encodingRun
? this
: new e(o, i, this.annotations, n, void 0, this.context, r, a);
}
recur(e) {
return this._rebuild(e, this.checks, this.encodingChecks, this.run, this.encodingRun);
}
flip(e) {
return this._rebuild(
e,
this.encodingChecks,
this.checks,
this.encodingRun ?? this.run,
this.run,
);
}
getExpected() {
let e = this.annotations?.expected;
return typeof e == `string` ? e : `<Declaration>`;
}
};
const Ia = new (class extends q {
_tag = `Null`;
getParser() {
return Yo(this, null);
}
getExpected() {
return `null`;
}
})(),
La = new (class extends q {
_tag = `Unknown`;
getParser() {
return Xo(this, h);
}
getExpected() {
return `unknown`;
}
})();
var Ra = class extends q {
_tag = `Literal`;
literal;
constructor(e, t, n, r, i) {
if ((super(t, n, r, i), typeof e == `number` && !globalThis.Number.isFinite(e)))
throw Error(`A numeric literal must be finite, got ${T(e)}`);
this.literal = e;
}
getParser() {
return Yo(this, this.literal);
}
matchPart(e, t) {
return e === globalThis.String(this.literal) ? this.literal : void 0;
}
toCodecJson() {
return typeof this.literal == `bigint` ? za(this) : this;
}
toCodecStringTree() {
return typeof this.literal == `string` ? this : za(this);
}
getExpected() {
return typeof this.literal == `string`
? JSON.stringify(this.literal)
: globalThis.String(this.literal);
}
};
function za(e) {
let t = globalThis.String(e.literal);
return J(e, [
new K(
new Ra(t),
new va(
pa(() => e.literal),
pa(() => t),
),
),
]);
}
const Ba = new (class extends q {
_tag = `String`;
getParser() {
return Xo(this, d);
}
matchPart(e, t) {
let n = this.checks;
return n && !t.disableChecks && is(n, e, void 0, this, t) ? void 0 : e;
}
getExpected() {
return `string`;
}
})();
var Va = class extends q {
_tag = `Number`;
getParser() {
return Xo(this, f);
}
matchKey(e, t) {
return this._match($o, e, t);
}
matchPart(e, t) {
return this._match(Qo, e, t);
}
_match(e, t, n) {
if (!e.test(t)) return;
let r = globalThis.Number(t);
return n.disableChecks || !this.checks ? r : is(this.checks, r, void 0, this, n) ? void 0 : r;
}
toCodecJson() {
return this.checks &&
(Ha(this.checks, `effect/schema/isFinite`) || Ha(this.checks, `effect/schema/isInt`))
? this
: J(this, [Eo]);
}
toCodecStringTree() {
return this.toCodecJson() === this ? J(this, [ns]) : J(this, [rs]);
}
getExpected() {
return `number`;
}
};
function Ha(e, t) {
return e.some(
(e) => e.annotations?.representation?.id === t || (e._tag === `FilterGroup` && Ha(e.checks, t)),
);
}
const Ua = new Va();
var Wa = class e extends q {
_tag = `Arrays`;
isMutable;
elements;
rest;
encodingChecks;
constructor(e, t, n, r, i, a, o, s) {
(super(r, i, a, o),
(this.isMutable = e),
(this.elements = t),
(this.rest = n),
(this.encodingChecks = s));
let c = !1;
for (let e = 0; e < t.length; e++)
if (Y(t[e])) c = !0;
else if (c) throw Error(`A required element cannot follow an optional element. ts(1257)`);
if (c && n.length > 1)
throw Error(`A required element cannot follow an optional element. ts(1257)`);
for (let e = 1; e < n.length; e++)
if (Y(n[e])) throw Error(`An optional element cannot follow a rest element. ts(1266)`);
}
getParser(e, t = e) {
let n = this,
r,
i,
a = n.elements.length,
o = Math.max(0, n.rest.length - 1);
function s(e, t) {
return t < a ? r[t] : t >= e ? i[t - e + 1] : i[0];
}
return ki(function* (e, c) {
if (e === V) return V;
if (!Array.isArray(e)) return yield* z(new Wi(n, e, c));
r ||
((r = n.elements.map((e) => ({ ast: e, parser: t(e) }))),
(i = n.rest.map((e) => ({ ast: e, parser: t(e) }))));
let l = e.length,
u = {
ast: n,
getParser: s,
input: e,
len: l,
tailThreshold: Math.max(a, l - o),
output: new globalThis.Array(l),
issues: void 0,
options: c,
},
d = Ka(c?.concurrency),
f = Ga(u, e, {
concurrency: d?.concurrency,
end: n.rest.length === 0 ? a : Math.max(l, a + o),
});
if ((f && (yield* f), n.rest.length === 0 && l > a))
for (let t = a; t <= l - 1; t++) {
let r = new Ui(n, e[t], c),
i = new Vi([t], r);
if (c.errors === `all`) u.issues ? u.issues.push(i) : (u.issues = [i]);
else return yield* z(new G(n, [i], e, c));
}
return u.issues ? yield* z(new G(n, u.issues, e, c)) : u.output;
});
}
_rebuild(t, n, r) {
let i = zo(this.elements, t),
a = zo(this.rest, t);
return i === this.elements && a === this.rest && n === this.checks && r === this.encodingChecks
? this
: new e(this.isMutable, i, a, this.annotations, n, void 0, this.context, r);
}
recur(e) {
return this._rebuild(e, this.checks, this.encodingChecks);
}
flip(e) {
return this._rebuild(e, this.encodingChecks, this.checks);
}
getExpected() {
return `array`;
}
};
const Ga = ri()({
onItem(e, t, n) {
let r = n < e.len ? t : V;
return e.getParser(e.tailThreshold, n).parser(r, e.options);
},
step(e, t, n, r) {
if (n._tag === `Failure`) return qa(e, e.ast, r, n);
let i = n === U ? t : n[E];
if (i !== V) e.output[r] = i;
else {
let t = e.getParser(e.tailThreshold, r);
if (Y(t.ast)) return;
let n = new Vi([r], new Hi(t.ast.context?.annotations));
if (e.options.errors === `all`) e.issues ? e.issues.push(n) : (e.issues = [n]);
else return mi(new G(e.ast, [n], e.input, e.options));
}
},
}),
Ka = (e) => ((e = e === `unbounded` ? 1 / 0 : (e ?? 1)), e > 1 ? { concurrency: e } : void 0),
qa = (e, t, n, r) => {
if (r.cause.reasons.length === 0) return r;
let i = sa(r.cause);
if (i === void 0) return pi(di(r.cause, (r) => new G(t, [new Vi([n], r)], e.input, e.options)));
let a = new Vi([n], i);
if (e.options.errors === `all`) e.issues ? e.issues.push(a) : (e.issues = [a]);
else return mi(new G(t, [a], e.input, e.options));
},
Ja = `[+-]?\\d*\\.?\\d+(?:[Ee][+-]?\\d+)?`;
function Ya(e, t, n = Ma) {
let r, i;
function a(t) {
switch (t._tag) {
case `String`:
case `TemplateLiteral`:
return (r ??= Object.keys(e)).filter((e) => t.matchPart(e, n) !== void 0);
case `Number`:
return (r ??= Object.keys(e)).filter((e) => t.matchKey(e, n) !== void 0);
case `Symbol`:
return (i ??= Object.getOwnPropertySymbols(e)).filter((e) => t.matchKey(e, n) !== void 0);
case `Union`:
return [...new Set(t.types.flatMap(a))];
default:
return [];
}
}
return a(Zo(Go(t)));
}
var Xa = class {
name;
type;
constructor(e, t) {
((this.name = e), (this.type = t));
}
};
function Za(e) {
switch (e._tag) {
case `String`:
case `Number`:
case `Symbol`:
case `TemplateLiteral`:
return !0;
case `Union`:
return e.types.every(Za);
default:
return !1;
}
}
function Qa(e) {
return Za(e) && Za(Go(e));
}
var $a = class {
parameter;
type;
constructor(e, t) {
if (!Qa(e)) throw Error(`Invalid index signature parameter ${e._tag}`);
if (((this.parameter = e), (this.type = t), Y(t) && !Jo(t)))
throw Error(
"Cannot use `Schema.optionalKey` with index signatures, use `Schema.optional` instead.",
);
}
},
eo = class e extends q {
_tag = `Objects`;
propertySignatures;
indexSignatures;
encodingChecks;
constructor(e, t, n, r, i, a, o) {
(super(n, r, i, a),
(this.propertySignatures = e),
(this.indexSignatures = t),
(this.encodingChecks = o));
let s = e.map((e) => e.name).filter((e, t, n) => n.indexOf(e) !== t);
if (s.length > 0) throw Error(`Duplicate identifiers: ${JSON.stringify(s)}. ts(2300)`);
}
getParser(e, t = e) {
let n = this,
r = [];
for (let e of n.propertySignatures) r.push(e.name);
let i = r.length,
a = n.indexSignatures.length,
o = i && a ? new Set(r) : void 0;
if (!i && !a) return Xo(n, m);
let s,
c,
l = (e, t, r, a, s) => {
if (s._tag === `Failure`) return qa(e, n, t, s) ?? hi;
let c = s === U ? a : s[E];
if (r !== V && c !== V) {
if (i && (o.has(t) || o.has(r))) return hi;
Ae(e.out, r, c);
}
return hi;
},
u = (e, t, r, i) => {
if (!i) {
let n = r.parserKey(t, e.options);
if (!L(n)) return wi(Ti(n), (n) => u(e, t, r, n));
i = n;
}
if (i._tag === `Failure`) return qa(e, n, t, i) ?? hi;
let a = i === U ? t : i[E],
o = e.input[t],
s = r.parserValue(o, e.options);
return L(s) ? l(e, t, a, o, s) : wi(Ti(s), (n) => l(e, t, a, o, n));
},
d = (e, t, n) => {
let r = e.input[t],
i = n.parserValue(r, e.options);
return L(i) ? l(e, t, t, r, i) : wi(Ti(i), (n) => l(e, t, t, r, n));
},
f = a
? ri()({
onItem: (e, [t, n]) => u(e, t, n),
step: (e, t, n) => (n._tag === `Failure` ? n : void 0),
})
: void 0,
p = () => (
s ||
((s = n.propertySignatures.map((e) => ({
parser: t(e.type),
name: e.name,
type: e.type,
}))),
(c = a
? n.indexSignatures.map((n) => ({
is: n,
parserKey: e(Zo(n.parameter)),
parserValue: t(n.type),
}))
: void 0)),
s
),
h = ki(function* (e, t) {
if (e === V) return V;
if (typeof e != `object` || !e || Array.isArray(e)) return yield* z(new Wi(n, e, t));
p();
let l = e,
m = {},
h = { ast: n, input: l, out: m, issues: void 0, options: t },
g = t.errors === `all`,
_ = t.onExcessProperty === `error`,
v = t.onExcessProperty === `preserve`,
y;
if (!a && (_ || v)) {
((o ??= new Set(r)), (y = Reflect.ownKeys(l)));
for (let r = 0; r < y.length; r++) {
let i = y[r];
if (!o.has(i)) {
if (_) {
let r = new Ui(n, l[i], t),
a = new Vi([i], r);
if (g) {
h.issues ? h.issues.push(a) : (h.issues = [a]);
continue;
}
return yield* z(new G(n, [a], e, t));
}
Ae(m, i, l[i]);
}
}
}
let b = Ka(t?.concurrency);
if (i) {
let e = no(h, s, b);
e && (yield* e);
}
if (a && !b)
for (let e = 0; e < a; e++) {
let n = c[e],
r = n.is.parameter === Ba ? d : u,
i = n.is.parameter === Ba ? Object.keys(l) : Ya(l, n.is.parameter, t);
for (let e = 0; e < i.length; e++) {
let t = r(h, i[e], n);
if (!L(t)) yield* t;
else if (t._tag === `Failure`) return yield* t;
}
}
else if (f) {
let e = rn();
for (let n = 0; n < a; n++) {
let r = c[n],
i = Ya(l, r.is.parameter, t);
for (let t = 0; t < i.length; t++) e.push([i[t], r]);
}
let n = f(h, e, b);
n && (yield* n);
}
if (h.issues) return yield* z(new G(n, h.issues, e, t));
if (t.propertyOrder === `original`) {
let e = (y ?? Reflect.ownKeys(l)).concat(r),
t = {};
for (let n of e) Object.hasOwn(m, n) && Ae(t, n, m[n]);
return t;
}
return m;
});
if (a) return h;
let g = (e, t, n) => {
let r = s[t];
return wi(Ti(n), (n) => {
let i = to(e, r, n);
if (i) return i;
let a = () => H(e.out),
o = no(e, s.slice(t + 1));
return o ? B(o, a) : a();
});
};
return (e, t) => {
if (e === V) return Ni;
if (
t.errors === `all` ||
t.onExcessProperty !== void 0 ||
t.propertyOrder === `original` ||
t.concurrency !== void 0
)
return h(e, t);
if (typeof e != `object` || !e || Array.isArray(e)) return z(new Wi(n, e, t));
let r = p(),
i = e,
a = {},
o = { ast: n, input: i, out: a, issues: void 0, options: t };
try {
for (let e = 0; e < r.length; e++) {
let n = r[e],
s = n.name,
c = Object.hasOwn(i, s),
l = c ? i[s] : V,
u = n.parser(l, t);
if (!L(u)) return g(o, e, u);
if (u === U) {
c && Ae(a, s, l);
continue;
}
let d = to(o, n, u);
if (d) return d;
}
} catch (e) {
return Ci(e);
}
return H(a);
};
}
_rebuild(t, n, r, i) {
let a = zo(this.propertySignatures, (e) => {
let n = t(e.type);
return n === e.type ? e : new Xa(e.name, n);
}),
o = zo(this.indexSignatures, (e) => {
let r = n(e.parameter),
i = t(e.type);
return r === e.parameter && i === e.type ? e : new $a(r, i);
});
return a === this.propertySignatures &&
o === this.indexSignatures &&
r === this.checks &&
i === this.encodingChecks
? this
: new e(a, o, this.annotations, r, void 0, this.context, i);
}
flip(e) {
return this._rebuild(e, e, this.encodingChecks, this.checks);
}
recur(e, t = e) {
return this._rebuild(e, t, this.checks, this.encodingChecks);
}
getExpected() {
return this.propertySignatures.length === 0 && this.indexSignatures.length === 0
? `object | array`
: `object`;
}
};
function to(e, t, n) {
if (n._tag === `Failure`) return qa(e, e.ast, t.name, n);
if (n === U) return;
let r = n[E];
if (r !== V) {
Ae(e.out, t.name, r);
return;
}
if ((delete e.out[t.name], !Y(t.type))) {
let n = new Vi([t.name], new Hi(t.type.context?.annotations));
if (e.options.errors === `all`) {
e.issues ? e.issues.push(n) : (e.issues = [n]);
return;
}
return mi(new G(e.ast, [n], e.input, e.options));
}
}
const no = ri()({
onItem(e, t) {
if (!Object.hasOwn(e.input, t.name)) return t.parser(V, e.options);
let n = e.input[t.name];
return (Ae(e.out, t.name, n), t.parser(n, e.options));
},
step: to,
});
function ro(e, t) {
return e ? (t ? [...e, ...t] : e) : t;
}
function io(e, t, n) {
return new eo(
Reflect.ownKeys(e).map((t) => new Xa(t, e[t].ast)),
[],
n,
t,
);
}
function ao(e) {
return e.ast;
}
function oo(e, t, n) {
return new go(e.map(ao), t, void 0, n);
}
const so = c((e) => {
for (;;) {
if (ja(e)) return La;
let t = e.encoding;
if (!t) return e.recur?.(so, i) ?? e;
if (t.some((e) => e.transformation._tag === `Middleware` && e.transformation.decode !== i))
return La;
e = t[t.length - 1].to;
}
});
function co(e) {
switch (e._tag) {
case `Null`:
return [`null`];
case `Undefined`:
return [`undefined`];
case `String`:
case `TemplateLiteral`:
return [`string`];
case `Number`:
return [`number`];
case `Boolean`:
return [`boolean`];
case `Symbol`:
case `UniqueSymbol`:
return [`symbol`];
case `BigInt`:
return [`bigint`];
case `Arrays`:
return [`array`];
case `ObjectKeyword`:
return [`object`, `array`, `function`];
case `Objects`:
return e.propertySignatures.length || e.indexSignatures.length
? [`object`]
: [`string`, `number`, `boolean`, `symbol`, `bigint`, `object`, `array`, `function`];
case `Enum`:
return Array.from(new Set(e.enums.map(([, e]) => typeof e)));
case `Literal`:
return [typeof e.literal];
case `Union`:
return Array.from(new Set(e.types.flatMap(co)));
default:
return [
`null`,
`undefined`,
`string`,
`number`,
`boolean`,
`symbol`,
`bigint`,
`object`,
`array`,
`function`,
];
}
}
function lo(e) {
switch (e._tag) {
default:
return [];
case `Declaration`: {
let t = e.annotations?.[`~sentinels`];
return Array.isArray(t) ? t : [];
}
case `Objects`:
return e.propertySignatures.flatMap((e) => {
let t = e.type;
if (!Y(t)) {
if (Da(t)) return [{ key: e.name, literal: t.literal }];
if (Oa(t)) return [{ key: e.name, literal: t.symbol }];
}
return [];
});
case `Arrays`:
return e.elements.flatMap((e, t) => {
if (!Y(e)) {
if (Da(e)) return [{ key: t, literal: e.literal }];
if (Oa(e)) return [{ key: t, literal: e.symbol }];
}
return [];
});
case `Union`: {
if (e.types.length === 0) return [];
let t = e.types.map((e) => lo(so(e)));
return t[0].filter((e) =>
t.every((t) => t.some((t) => t.key === e.key && t.literal === e.literal)),
);
}
case `Suspend`:
return lo(e.thunk());
}
}
const uo = new WeakMap(),
fo = Object.freeze([]);
function po(e) {
let t = uo.get(e);
if (t) return t;
let n,
r = 0,
i,
a,
o = !0;
for (let t = 0; t < e.length; t++) {
let s = e[t],
c = so(s);
if (Ea(c)) continue;
if (o) {
if (Da(c) || Oa(c)) {
a ??= new Map();
let e = Da(c) ? c.literal : c.symbol,
t = a.get(e);
(t || a.set(e, (t = [])), t.push(s));
} else o = !1;
}
let l = lo(c);
if (l.length) {
((n ??= new Map()), r++);
for (let { key: e, literal: r } of l) {
let i = n.get(e);
(i || n.set(e, (i = [ new Map(), new Set()])), i[1].add(t));
let a = i[0].get(r);
(a || i[0].set(r, (a = new Set())), a.add(t));
}
} else {
i ??= {};
let e = co(c);
for (let n of e) (i[n] ??= []).push(t);
}
}
if (o && a) (a.forEach(Object.freeze), (t = (e) => a.get(e) ?? fo));
else if (n?.size === 1 && !i) {
let [r, [i]] = n.entries().next().value,
a = i;
for (let [t, n] of i) a.set(t, Object.freeze(Array.from(n, (t) => e[t])));
t = (t, n) => {
if (g(t)) {
let i = Object.hasOwn(t, r) ? t[r] : void 0;
if (i !== void 0) return a.get(i) ?? fo;
if (n) return e;
}
return fo;
};
} else if (n) {
let a;
for (let e of n) (!a || e[1][0].size > a[1][0].size) && e[1][1].size === r && (a = e);
t = (t, r) => {
let o = i?.[t === null ? `null` : Array.isArray(t) ? `array` : typeof t] ?? fo;
if (!g(t)) return o.map((t) => e[t]);
let s = new Set(o),
c;
if (a) {
let [n, [i]] = a,
l = Object.hasOwn(t, n),
u = l ? t[n] : void 0;
if (l && (!r || u !== void 0)) {
let t = i.get(u);
if (!t) return o.map((t) => e[t]);
for (let e of t) s.add(e);
c = n;
}
}
if (c === void 0)
for (let [e, [i, a]] of n) {
let n = Object.hasOwn(t, e),
o = n ? t[e] : void 0;
if (n && (!r || o !== void 0)) {
let e = i.get(o);
if (e) for (let t of e) s.add(t);
} else if (r) for (let e of a) s.add(e);
}
for (let [e, [i, a]] of n) {
if (e === c) continue;
let n = Object.hasOwn(t, e),
o = n ? t[e] : void 0;
if (n && (!r || o !== void 0)) {
let e = i.get(o);
for (let t of s) a.has(t) && !e?.has(t) && s.delete(t);
}
}
return Array.from(s)
.sort((e, t) => e - t)
.map((t) => e[t]);
};
} else
t = (t) =>
(i?.[t === null ? `null` : Array.isArray(t) ? `array` : typeof t] ?? fo)
.map((t) => e[t])
.filter(mo(t));
return (uo.set(e, t), t);
}
function mo(e) {
return (t) => {
let n = so(t);
return n._tag === `Literal` ? n.literal === e : n._tag !== `UniqueSymbol` || n.symbol === e;
};
}
function ho(e, t, n = !1) {
return po(t)(e, n);
}
var go = class e extends q {
_tag = `Union`;
types;
mode;
encodingChecks;
constructor(e, t, n, r, i, a, o) {
(super(n, r, i, a), (this.types = e), (this.mode = t), (this.encodingChecks = o));
}
getParser(e, t) {
let n = this;
return (r, i) => {
if (r === V) return Ni;
let a = ho(r, n.types, t !== void 0);
if (a.length === 1) {
let t = e(a[0])(r, i);
return t._tag === `Success`
? t
: L(t)
? _o(n, t.cause, r, i)
: Ei(t, (e) => _o(n, e, r, i));
}
let o = {
ast: n,
compile: e,
input: r,
out: void 0,
successes: n.mode === `oneOf` ? [] : void 0,
issues: void 0,
options: i,
},
s = Ka(i?.concurrency),
c = vo(o, a, s ? { ...s, orderedStep: !0 } : void 0);
return c
? B(c, (e) => (o.out === U ? R(r) : o.out ? o.out : z(new Ki(n, o.issues ?? [], r, i))))
: o.out
? o.out
: z(new Ki(n, o.issues ?? [], r, i));
};
}
_rebuild(t, n, r) {
let i = zo(this.types, t);
return i === this.types && n === this.checks && r === this.encodingChecks
? this
: new e(i, this.mode, this.annotations, n, void 0, this.context, r);
}
recur(e) {
return this._rebuild(e, this.checks, this.encodingChecks);
}
flip(e) {
return this._rebuild(e, this.encodingChecks, this.checks);
}
matchPart(e, t) {
for (let n of this.types) {
let r = n.matchPart(e, t);
if (r !== void 0) return r;
}
}
getExpected(e) {
let t = this.annotations?.expected;
if (typeof t == `string`) return t;
if (this.types.length === 0) return `never`;
let n = this.types.map((t) => {
let n = Go(t);
switch (n._tag) {
case `Arrays`: {
let t = n.elements.filter(Da);
if (t.length > 0)
return `${bo(n.isMutable)}[ ${t.map((t) => e(t) + xo(t.context?.isOptional)).join(`, `)}, ... ]`;
break;
}
case `Objects`: {
let t = n.propertySignatures.filter((e) => Da(e.type));
if (t.length > 0)
return `{ ${t.map((t) => `${bo(t.type.context?.isMutable)}${Be(t.name)}${xo(t.type.context?.isOptional)}: ${e(t.type)}`).join(`, `)}, ... }`;
break;
}
}
return e(n);
});
return Array.from(new Set(n)).join(` | `);
}
};
function _o(e, t, n, r) {
let i = sa(t);
return i ? mi(new Ki(e, [i], n, r)) : pi(t);
}
const vo = ri()({
onItem(e, t) {
return e.compile(t)(e.input, e.options);
},
step(e, t, n) {
if (n._tag === `Failure`) {
let t = sa(n.cause);
if (t === void 0) return n;
e.issues ? e.issues.push(t) : (e.issues = [t]);
} else {
if (e.out && e.successes)
return (e.successes.push(t), mi(new qi(e.ast, e.successes, e.input, e.options)));
if (((e.out = n), e.successes)) e.successes.push(t);
else return hi;
}
},
}),
yo = new go(
[
new Ra(`Infinity`),
new Ra(`-Infinity`),
new Ra(`NaN`),
],
`anyOf`,
);
function bo(e) {
return e ? `` : `readonly `;
}
function xo(e) {
return e ? `?` : ``;
}
var So = class e extends n {
_tag = `Filter`;
run;
annotations;
aborted;
constructor(e, t = void 0, n = !1) {
(super(), (this.run = e), (this.annotations = t), (this.aborted = n));
}
annotate(t) {
return new e(this.run, { ...this.annotations, ...t }, this.aborted);
}
abort() {
return new e(this.run, this.annotations, !0);
}
and(e, t) {
return new Co([this, e], t);
}
},
Co = class e extends n {
_tag = `FilterGroup`;
checks;
annotations;
constructor(e, t = void 0) {
(super(), (this.checks = e), (this.annotations = t));
}
annotate(t) {
return new e(this.checks, { ...this.annotations, ...t });
}
and(t, n) {
return new e([this, t], n);
}
};
function wo(e, t, n = !1) {
return new So((t, n, r) => Xi(n, e(t, n, r), t, r), t, n);
}
function To(e) {
return wo((e) => globalThis.Number.isFinite(e), {
expected: `a finite number`,
representation: { id: `effect/schema/isFinite`, payload: null },
toJsonSchema: () => ({ type: `number` }),
toCode: () => ({ runtime: `Schema.isFinite()` }),
arbitrary: { constraint: { noInfinity: !0, noNaN: !0 } },
...e,
});
}
const Eo = new K(
new go([ Po(Ua, [ To()]), yo], `anyOf`),
new va(
ga(),
pa((e) => (globalThis.Number.isFinite(e) ? e : globalThis.String(e))),
),
);
function Do(e, t) {
let n = e.source,
r = new globalThis.RegExp(n, e.flags);
return wo((e) => ((r.lastIndex = 0), r.test(e)), {
expected: `a string matching the RegExp ${n}`,
representation: { id: `effect/schema/isPattern`, payload: { source: n, flags: e.flags } },
toJsonSchema: () => ({ pattern: n }),
arbitrary: { constraint: { patterns: [e.source] } },
...t,
});
}
function Oo(e, t) {
let n = Object.getOwnPropertyDescriptors(e);
return (t(n), Object.create(Object.getPrototypeOf(e), n));
}
const ko = new WeakMap();
function Ao(e) {
return ko.get(e) ?? e;
}
function J(e, t) {
return e.encoding === t
? e
: Oo(e, (e) => {
e.encoding.value = t;
});
}
function jo(e, t) {
if (e.context === t) return e;
let n = Ao(e);
if (n.context === t) return n;
let r = Oo(e, (e) => {
e.context.value = t;
});
return (ko.set(r, n), r);
}
function Mo(e, t) {
if (e.checks) {
let n = e.checks[e.checks.length - 1];
return No(e, Zt(e.checks.slice(0, -1), n.annotate(t)));
}
return Oo(e, (e) => {
e.annotations.value = { ...e.annotations.value, ...t };
});
}
function No(e, t) {
if (e._tag === `Suspend` && t) throw Error(`Cannot add checks to Suspend`);
return e.checks === t
? e
: Oo(e, (e) => {
e.checks.value = t;
});
}
function Po(e, t) {
return No(e, ro(e.checks, t));
}
function Fo(e, t) {
let n = t(e.to);
return n === e.to ? e : new K(n, e.transformation);
}
function Io(e, t) {
let n = e,
r = n[n.length - 1],
i = Fo(r, t);
return i === r ? e : Zt(e.slice(0, e.length - 1), i);
}
function Lo(e, t) {
function n(r) {
if (r.encoding) {
let e = r.encoding[r.encoding.length - 1];
return t?.stopAt?.(e) ? r : J(r, Io(r.encoding, n));
}
return e(r);
}
return c(n);
}
function Ro(e, t, n) {
let r = new K(e, t);
return J(n, n.encoding ? [...n.encoding, r] : [r]);
}
function zo(e, t) {
let n = !1,
r = Array(e.length);
for (let i = 0; i < e.length; i++) {
let a = e[i],
o = t(a);
(o !== a && (n = !0), (r[i] = o));
}
return n ? r : e;
}
function Bo(e, t) {
return jo(
e,
e.context
? new Na(e.context.isOptional, e.context.isMutable, e.context.constructorDefault, {
...e.context.annotations,
...t,
})
: new Na(!1, !1, void 0, t),
);
}
function Vo(e, t, n) {
return Ro(e, n, t);
}
function Y(e) {
return e.context?.isOptional ?? !1;
}
function Ho(e) {
return e.annotations?.[`~structural`] === !0 || (e._tag === `FilterGroup` && e.checks.every(Ho));
}
function Uo(e) {
function t(e) {
return Ho(e) ? [e] : e._tag === `FilterGroup` ? e.checks.flatMap(t) : [];
}
let n = e.flatMap(t);
return $t(n) ? n : void 0;
}
const Wo = c((e) => {
if (e.encoding) return Wo(J(e, void 0));
let t = e,
n = t.recur?.(Wo) ?? t,
r = n.encodingChecks;
if (r) {
let t =
n === e ? r : ka(n) || Aa(n) || (Ta(n) && n.typeParameters.length > 0) ? Uo(r) : void 0;
return Oo(n, (e) => {
((e.encodingChecks.value = void 0), (e.checks.value = ro(n.checks, t)));
});
}
return n;
}),
Go = c((e) => Wo(qo(e)));
function Ko(e, t) {
let n = t,
r = n.length,
i = n[r - 1],
a = [new K(qo(J(e, void 0)), n[0].transformation.flip())];
for (let e = 1; e < r; e++) a.unshift(new K(qo(n[e - 1].to), n[e].transformation.flip()));
let o = qo(i.to);
return o.encoding ? J(o, [...o.encoding, ...a]) : J(o, a);
}
const qo = s((e) => {
if (e.encoding) return Ko(e, e.encoding);
let t = e;
return t.flip?.(qo) ?? t.recur?.(qo) ?? t;
});
function Jo(e) {
switch (e._tag) {
case `Undefined`:
return !0;
case `Union`:
return e.types.some(Jo);
default:
return !1;
}
}
function Yo(e, t) {
let n = H(t);
return (r, i) => (r === V ? Ni : r === t ? n : z(new Wi(e, r, i)));
}
function Xo(e, t) {
return (n, r) => (n === V ? Ni : t(n) ? U : z(new Wi(e, n, r)));
}
const Zo = Lo((e) => {
switch (e._tag) {
default:
return e;
case `Number`:
return e.toCodecStringTree();
case `Union`:
return e.recur(Zo);
}
}),
Qo = new globalThis.RegExp(`^${Ja}$`),
$o = new globalThis.RegExp(`^(?:${Ja}|Infinity|-Infinity|NaN)$`);
function es(e) {
return Do(Qo, {
expected: `a string representing a finite number`,
representation: { id: `effect/schema/isStringFinite`, payload: null },
toJsonSchema: () => ({ pattern: Qo.source }),
...e,
});
}
const ts = Po(Ba, [ es()]),
ns = new K(ts, Ca),
rs = new K( new go([ts, yo], `anyOf`), Ca);
function is(e, t, n, r, i) {
for (let a = 0; a < e.length; a++) {
let o = e[a];
if (o._tag === `FilterGroup`) {
if (
((n = is(o.checks, t, n, r, i)),
n && (i.errors !== `all` || n[n.length - 1].filter.aborted))
)
return n;
} else {
let e = o.run(t, r, i);
if (e) {
let r = new zi(o, e, t, i);
if ((n ? n.push(r) : (n = [r]), i.errors !== `all` || o.aborted)) return n;
}
}
}
return n;
}
function as(e) {
if (!Ta(e)) return;
let t = e.annotations?.[`~constructor`];
return p(t) ? t(e.typeParameters) : void 0;
}
function os(e) {
let t = ps(hs, Wo(e.ast));
return (e, n) =>
t(
e,
n?.disableChecks
? n?.parseOptions
? { ...n.parseOptions, disableChecks: !0 }
: { disableChecks: !0 }
: n?.parseOptions,
);
}
function ss(e) {
let t = os(e);
return (e, n) => {
let r = Di(t(e, n));
return gi(r)
? Kt(r.value)
: (ca(r.cause, `Option adapter can only return none for schema issues`), Gt());
};
}
function cs(e) {
let t = os(e);
return (e, n) => {
let r = Di(t(e, n));
if (gi(r)) return r.value;
let i = ca(r.cause, `Constructor adapter can only throw schema issues`);
throw Error(`Schema validation failed`, { cause: i });
};
}
function ls(e, t) {
let n = fs(e.ast);
return t === void 0 ? n : (e, r) => n(e, us(t, r));
}
const us = (e, t) => (t ? { ...e, ...t } : e),
ds = (e) => (e === V ? z(new Gi()) : R(e));
function fs(e) {
return ps(ms, e);
}
function ps(e, t) {
let n;
return (r, i) => {
let a = (n ??= e(t))(r, i ?? Ma);
return a === U ? R(r) : L(a) ? (a[E] === V ? ds(V) : a) : B(a, ds);
};
}
const ms = s((e) => bs(e, ms)),
hs = s((e) => bs(e, hs, _s)),
gs = s((e) => bs(e, hs, _s, e.context?.constructorDefault));
function _s(e) {
return e.context?.constructorDefault ? gs(e) : hs(e);
}
function vs(e, t, n, r) {
let i;
if (L(e) && e._tag === `Success`) {
let a = Pi(e === U ? t : e[E]);
i = n._tag === `Transformation` ? n.decode.run(a, r) : n.decode(H(a), r);
} else
i = n._tag === `Transformation` ? B(e, (e) => n.decode.run(Pi(e), r)) : n.decode(Oi(e, Pi), r);
return L(i) && i._tag === `Success` ? Fi(i[E]) : B(i, Fi);
}
function ys(e, t) {
let n;
return (r, i) =>
r === V
? Ni
: e.isConstructed(r)
? U
: vs((n ??= t(e.link.to))(r, i), r, e.link.transformation, i);
}
function bs(e, t, n, r) {
let i = n ? as(e) : void 0,
a = i ? ys(i, t) : e.getParser(t, n),
o = e.checks,
s = r ? (e.encoding ? [...e.encoding, r] : [r]) : e.encoding,
c = e.encodingChecks,
l = (o ? o[o.length - 1].annotations : e.annotations)?.parseOptions;
if (!s && !o && !c) return l ? (e, t) => a(e, us(t, l)) : a;
let u,
d = (t, n) => {
let r = a(t, n);
if (c && !n.disableChecks) {
if (L(r)) {
if (r._tag === `Success`) {
let i = r === U ? t : r[E];
if (t !== V && i !== V) {
let i = is(c, t, void 0, e, n);
i && (r = z(new G(e, i, t, n)));
}
}
} else
r = wi(r, (r) => {
if (t !== V && r !== V) {
let r = is(c, t, void 0, e, n);
if (r) return z(new G(e, r, t, n));
}
return R(r);
});
}
if (o && !n.disableChecks) {
if (L(r)) {
if (r._tag === `Success`) {
let i = r === U ? t : r[E];
if (i === V) return r;
let a = is(o, i, void 0, e, n);
a && (r = z(new G(e, a, i, n)));
}
} else
r = wi(r, (t) => {
if (t !== V) {
let r = is(o, t, void 0, e, n);
if (r) return z(new G(e, r, t, n));
}
return R(t);
});
}
return r;
};
return s
? (n, r) => {
l && (r = us(r, l));
let i = (u ??= s.map((e) => t(e.to))),
a = n,
o = i[i.length - 1](n, r);
for (let e = s.length - 1; e >= 0; e--)
if (((o = vs(o, a, s[e].transformation, r)), e !== 0)) {
let t = i[e - 1];
o._tag === `Success`
? ((a = o[E]), (o = t(a, r)))
: (o = B(o, (e) => {
let n = t(e, r);
return n === U ? H(e) : n;
}));
}
if (o._tag === `Success`) {
let e = o[E],
t = d(e, r);
return t === U ? o : t;
}
return (
(o = Ei(o, (t) => Si(() => di(t, (t) => new Bi(e, t, n, r))))),
B(o, (e) => {
let t = d(e, r);
return t === U ? H(e) : t;
})
);
}
: l
? (e, t) => d(e, us(t, l))
: d;
}
const xs = `~effect/Schema/Schema`,
Ss = {
[xs]: xs,
pipe() {
return e(this, arguments);
},
annotate(e) {
return this.rebuild(Mo(this.ast, e));
},
annotateKey(e) {
return this.rebuild(Bo(this.ast, e));
},
check(...e) {
return this.rebuild(Po(this.ast, e));
},
};
function Cs(e, t) {
function n() {}
let r = Object.defineProperties(
Object.setPrototypeOf(n, Ss),
Object.getOwnPropertyDescriptors({ ...t }),
);
return (
(r.ast = e),
(r.rebuild = (e) => Cs(e, t)),
(r.makeEffect = os(r)),
(r.make = cs(r)),
(r.makeOption = ss(r)),
r
);
}
const ws = (e) => e;
function Ts() {
return (e, t, n) => X(new Fa(e.map(ao), (e) => t(e.map((e) => X(e))), n));
}
function Es(e, t) {
return Ts()([], () => (t, n, r) => (e(t) ? R(t) : z(new Wi(n, t, r))), t);
}
const Ds = `~effect/SchemaError/SchemaError`;
var Os = class extends ar(`SchemaError`) {
[Ds] = Ds;
constructor(e) {
let t = dr();
fr(0);
try {
super({ issue: e });
} finally {
fr(t);
}
}
get message() {
return ia(this.issue);
}
toString() {
return `SchemaError(${this.message})`;
}
};
function ks(e) {
return _(e, Ds) && e[Ds] === Ds;
}
function As(e, t) {
let n = ls(e, t);
return (e, t) => js(n(e, t));
}
function js(e) {
return L(e) ? Ps(e) : Ei(e, (e) => Si(() => di(e, (e) => new Os(e))));
}
function Ms(e, t) {
let n;
for (let r of e.reasons) {
if (!ui(r) || !ks(r.error)) throw new globalThis.Error(t, { cause: e });
n ??= r.error;
}
if (n === void 0) throw new globalThis.Error(t, { cause: e });
return n;
}
function Ns(e) {
let t = Di(e);
if (gi(t)) return t.value;
throw Ms(t.cause, `Sync adapter can only throw schema errors`);
}
function Ps(e) {
return gi(e) ? e : pi(di(e.cause, (e) => new Os(e)));
}
function Fs(e, t) {
let n = As(e, t);
return (e, t) => Ns(n(e, t));
}
const X = Cs;
function Is(e) {
let t = X(new Ra(e), {
literal: e,
transform(n) {
return t.pipe(Ks(Is(n), { decode: pa(() => n), encode: pa(() => e) }));
},
});
return t;
}
const Ls = X(Ia),
Z = X(Ba),
Q = X(Ua);
function Rs(e, t) {
return X(e, {
fields: t,
mapFields(e, t) {
let n = e(this.fields);
return Rs(io(n, t?.unsafePreserveChecks ? this.ast.checks : void 0), n);
},
});
}
function zs(e) {
return Rs(io(e, void 0), e);
}
const Bs = ws((e) => X(new Wa(!1, [], [e.ast]), { value: e })),
Vs = ws((e) => X(new Wa(!0, e.ast.elements, e.ast.rest), { schema: e }));
function Hs(e, t) {
return X(e, {
members: t,
mapMembers(e, t) {
let n = e(this.members);
return Hs(oo(n, this.ast.mode, t?.unsafePreserveChecks ? this.ast.checks : void 0), n);
},
});
}
function Us(e, t) {
return Hs(oo(e, t?.mode ?? `anyOf`, void 0), e);
}
function Ws(e) {
let t = e.map(Is);
return X(oo(t, `anyOf`, void 0), {
literals: e,
members: t,
mapMembers(e) {
return Us(e(this.members));
},
pick(e) {
return Ws(e);
},
transform(e) {
return Us(t.map((t, n) => t.transform(e[n])));
},
});
}
const Gs = ws((e) => Us([e, Ls]));
function Ks(e, t) {
return (n) => X(Vo(n.ast, e.ast, t ? ba(t) : Sa()), { from: n, to: e });
}
function qs(e, t) {
return Es((t) => t instanceof e, t);
}
const Js = wo;
function Ys(e) {
let t = Wt(e.order),
n = e.formatter ?? T;
return (r, i) =>
Js((e) => t(e, r), {
expected: `a value greater than or equal to ${n(r)}`,
arbitrary: { constraint: { ordered: { order: e.order, minimum: r } } },
...e.annotate?.(r),
...i,
});
}
function Xs(e) {
let t = Ut(e.order),
n = e.formatter ?? T;
return (r, i) =>
Js((e) => t(e, r), {
expected: `a value less than or equal to ${n(r)}`,
arbitrary: { constraint: { ordered: { order: e.order, maximum: r } } },
...e.annotate?.(r),
...i,
});
}
function Zs(e) {
if (!globalThis.Number.isFinite(e))
throw new globalThis.RangeError(`Expected a finite number, got ${T(e)}`);
return e;
}
const Qs = Ys({
order: Ht,
annotate: (e) => ({
representation: { id: `effect/schema/isGreaterThanOrEqualTo`, payload: { minimum: Zs(e) } },
toJsonSchema: () => ({ minimum: e }),
toCode: () => ({ runtime: `Schema.isGreaterThanOrEqualTo(${T(e)})` }),
}),
}),
$s = Xs({
order: Ht,
annotate: (e) => ({
representation: { id: `effect/schema/isLessThanOrEqualTo`, payload: { maximum: Zs(e) } },
toJsonSchema: () => ({ maximum: e }),
toCode: () => ({ runtime: `Schema.isLessThanOrEqualTo(${T(e)})` }),
}),
});
function ec(e, t) {
return (
(e = Math.max(0, Math.floor(e))),
Js((t) => t.length >= e, {
expected: `a value with a length of at least ${e}`,
representation: { id: `effect/schema/isMinLength`, payload: { minLength: e } },
toJsonSchema: ({ type: t }) => (t === `array` ? { minItems: e } : { minLength: e }),
toCode: () => ({ runtime: `Schema.isMinLength(${e})` }),
[ji]: !0,
arbitrary: { constraint: { minLength: e } },
...t,
})
);
}
function $(e, t) {
return (
(e = Math.max(0, Math.floor(e))),
Js((t) => t.length <= e, {
expected: `a value with a length of at most ${e}`,
representation: { id: `effect/schema/isMaxLength`, payload: { maxLength: e } },
toJsonSchema: ({ type: t }) => (t === `array` ? { maxItems: e } : { maxLength: e }),
toCode: () => ({ runtime: `Schema.isMaxLength(${e})` }),
[ji]: !0,
arbitrary: { constraint: { maxLength: e } },
...t,
})
);
}
(globalThis.RegExp,
globalThis.URL,
globalThis.File,
globalThis.FormData,
globalThis.URLSearchParams,
globalThis.Uint8Array);
const tc = zs({
id: Q,
created: qs(Date),
title: Z.check(ec(1), $(100)),
type: Ws([`jpg`, `png`]),
size: Q,
url: Z.check(Js((e) => URL.canParse(e))),
}),
nc = zs({
id: Q,
stars: Q.check(Qs(1), $s(5)),
title: Z.check(ec(1), $(100)),
text: Z.check(ec(1), $(1e3)),
images: Vs(Bs(tc)),
});
Fs(
zs({
id: Q,
created: qs(Date),
title: Z.check(ec(1), $(100)),
brand: Z.check(ec(1), $(30)),
description: Z.check(ec(1), $(500)),
price: Q.check(Qs(1), $s(1e4)),
discount: Gs(Q.check(Qs(1), $s(100))),
quantity: Q.check(Qs(0), $s(10)),
tags: Vs(Bs(Z.check(ec(1), $(30)))),
images: Vs(Bs(tc)),
ratings: Vs(Bs(nc)),
}),
)({});