feat: Reinitialize frontend with SvelteKit and TypeScript

- Delete old Vite+Svelte frontend
- Initialize new SvelteKit project with TypeScript
- Configure Tailwind CSS v4 + DaisyUI
- Implement JWT authentication with auto-refresh
- Create login page with form validation (Zod)
- Add protected route guards
- Update Docker configuration for single-stage build
- Add E2E tests with Playwright (6/11 passing)
- Fix Svelte 5 reactivity with $state() runes

Known issues:
- 5 E2E tests failing (timing/async issues)
- Token refresh implementation needs debugging
- Validation error display timing

frontend/node_modules/ts-algebra/.eslintignore

@@ -0,0 +1,3 @@
+lib
+builds
+coverage

frontend/node_modules/ts-algebra/.eslintrc.js

@@ -0,0 +1,153 @@
+module.exports = {
+  plugins: ["prefer-arrow", "import", "prettier", "unused-imports", "jsdoc"],
+  extends: [
+    "eslint:recommended",
+    "plugin:import/recommended",
+    "plugin:prettier/recommended",
+    "prettier",
+    "plugin:jsdoc/recommended",
+  ],
+  rules: {
+    "jsdoc/require-jsdoc": [
+      "error",
+      {
+        contexts: [
+          "TSTypeAliasDeclaration",
+          "TSInterfaceDeclaration",
+          "TSMethodSignature",
+          // "TSPropertySignature",
+          "TSDeclareFunction",
+          "TSEnumDeclaration",
+        ],
+        require: {
+          ArrowFunctionExpression: true,
+          ClassDeclaration: true,
+          ClassExpression: true,
+          FunctionDeclaration: true,
+          FunctionExpression: true,
+          MethodDefinition: true,
+        },
+      },
+    ],
+    "jsdoc/require-param-type": "off",
+    "jsdoc/require-returns-type": "off",
+    "prettier/prettier": "error",
+    "import/extensions": "off",
+    "import/no-unresolved": ["error", { caseSensitiveStrict: true }],
+    "import/prefer-default-export": "off",
+    "import/no-duplicates": "error",
+    complexity: ["error", 8],
+    "max-lines": ["error", 200],
+    "max-depth": ["error", 3],
+    "max-params": ["error", 4],
+    eqeqeq: ["error", "smart"],
+    "import/no-extraneous-dependencies": [
+      "error",
+      {
+        devDependencies: true,
+        optionalDependencies: false,
+        peerDependencies: false,
+      },
+    ],
+    "no-shadow": ["error", { hoist: "all" }],
+    "prefer-const": "error",
+    "padding-line-between-statements": [
+      "error",
+      {
+        blankLine: "always",
+        prev: "*",
+        next: "return",
+      },
+    ],
+    "prefer-arrow/prefer-arrow-functions": [
+      "error",
+      {
+        disallowPrototype: true,
+        singleReturnOnly: false,
+        classPropertiesAllowed: false,
+      },
+    ],
+    "no-restricted-imports": [
+      "error",
+      {
+        paths: [
+          {
+            name: "lodash",
+            message: "Please use lodash/{module} import instead",
+          },
+          {
+            name: ".",
+            message: "Please use explicit import file",
+          },
+        ],
+      },
+    ],
+    curly: ["error", "all"],
+    "arrow-body-style": ["error", "as-needed"],
+  },
+  settings: {
+    jsdoc: {
+      ignorePrivate: true,
+      ignoreInternal: true,
+    },
+  },
+  root: true,
+  env: {
+    es6: true,
+    node: true,
+    jest: true,
+    browser: true,
+  },
+  parserOptions: {
+    ecmaVersion: 9,
+    sourceType: "module",
+  },
+  overrides: [
+    {
+      files: ["**/*.ts?(x)"],
+      extends: [
+        "plugin:@typescript-eslint/recommended",
+        "plugin:@typescript-eslint/recommended-requiring-type-checking",
+        "plugin:prettier/recommended",
+      ],
+      parser: "@typescript-eslint/parser",
+      parserOptions: {
+        project: "tsconfig.json",
+      },
+      settings: { "import/resolver": { typescript: {} } },
+      rules: {
+        "@typescript-eslint/prefer-optional-chain": "error",
+        "no-shadow": "off",
+        "@typescript-eslint/no-shadow": "error",
+        "@typescript-eslint/prefer-nullish-coalescing": "error",
+        "@typescript-eslint/strict-boolean-expressions": "error",
+        "@typescript-eslint/ban-ts-comment": "off",
+        "@typescript-eslint/explicit-function-return-type": "off",
+        "@typescript-eslint/explicit-member-accessibility": "off",
+        "@typescript-eslint/camelcase": "off",
+        "unused-imports/no-unused-imports": "error",
+        "@typescript-eslint/interface-name-prefix": "off",
+        "@typescript-eslint/explicit-module-boundary-types": "error",
+        "@typescript-eslint/no-explicit-any": "error",
+        "@typescript-eslint/no-unused-vars": "error",
+        "@typescript-eslint/ban-types": "off",
+        "@typescript-eslint/no-unnecessary-boolean-literal-compare": "error",
+        "@typescript-eslint/no-unnecessary-condition": "error",
+        "@typescript-eslint/no-unnecessary-type-arguments": "error",
+        "@typescript-eslint/prefer-string-starts-ends-with": "error",
+        "@typescript-eslint/switch-exhaustiveness-check": "error",
+        // plugin:prettier/recommended turns off arrow-body-style so it is turned back on here
+        // But a bug can occur and prettier can provide an invalid code (missing closing parenthesis)
+        // More details here: https://github.com/prettier/eslint-plugin-prettier#arrow-body-style-and-prefer-arrow-callback-issue
+        "arrow-body-style": ["error", "as-needed"],
+      },
+    },
+    {
+      files: ["**/*.test.ts", "scripts/*.ts"],
+      rules: {
+        "max-lines": ["off"],
+        "jsdoc/require-jsdoc": ["off"],
+      },
+    },
+  ],
+};

frontend/node_modules/ts-algebra/.nvmrc

@@ -0,0 +1 @@
+16.10.0

frontend/node_modules/ts-algebra/.prettierignore

@@ -0,0 +1,4 @@
+yarn.lock
+**/coverage
+**/lib
+**/builds

frontend/node_modules/ts-algebra/.prettierrc

@@ -0,0 +1,9 @@
+{
+  "singleQuote": false,
+  "trailingComma": "all",
+  "arrowParens": "avoid",
+  "importOrder": ["^~/(.*)$", "^[./]"],
+  "importOrderSeparation": true,
+  "importOrderSortSpecifiers": true,
+  "importOrderCaseInsensitive": true
+}

frontend/node_modules/ts-algebra/LICENSE

@@ -0,0 +1,21 @@
+MIT License
+
+Copyright (c) 2020 Thomas Aribart
+
+Permission is hereby granted, free of charge, to any person obtaining a copy
+of this software and associated documentation files (the "Software"), to deal
+in the Software without restriction, including without limitation the rights
+to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
+copies of the Software, and to permit persons to whom the Software is
+furnished to do so, subject to the following conditions:
+
+The above copyright notice and this permission notice shall be included in all
+copies or substantial portions of the Software.
+
+THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
+IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
+FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
+AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
+LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
+OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
+SOFTWARE.

frontend/node_modules/ts-algebra/README.md

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+<img src="assets/header-round-medium.png" width="100%" align="center" />
+
+<p align="right">
+  <i>If you use this repo, star it ✨</i>
+</p>
+
+# Types on steroids 💊
+
+`ts-algebra` exposes a subset of TS types called **Meta-types**: Meta-types are types that encapsulate other types.
+
+```typescript
+import { Meta } from "ts-algebra";
+
+type MetaString = Meta.Primitive<string>;
+```
+
+The encapsulated type can be retrieved using the `Resolve` operation.
+
+```typescript
+type Resolved = Meta.Resolve<MetaString>;
+// => string 🙌
+```
+
+You can also use the more compact `M` notation:
+
+<!-- prettier-ignore -->
+```typescript
+import { M } from "ts-algebra";
+
+type Resolved = M.Resolve<
+  M.Primitive<string>
+>;
+```
+
+## Okay, but... why ? 🤔
+
+Meta-types allow operations that **are not possible with conventional types**.
+
+For instance, they allow new ["intersect"](#intersect) and ["exclude"](#exclude) operations, and handling objects additional properties:
+
+```typescript
+type MyObject = {
+  str: string; // <= ❌ "str" is assignable to string
+  [key: string]: number;
+};
+
+type MyObjectKeys = keyof MyObject;
+// => string <= ❌ Unable to isolate "str"
+```
+
+Think of meta-types as a parallel universe where all kinds of magic can happen 🌈 Once your computations are over, you can retrieve the results by resolving them.
+
+<img src="assets/schema.png" width="100%" align="center" />
+
+> Meta-types were originally part of [json-schema-to-ts](https://github.com/ThomasAribart/json-schema-to-ts). Check it to see a real-life usage.
+
+## Table of content
+
+- [Installation](#%EF%B8%8F-installation)
+- [Cardinality](#-cardinality)
+- [Meta-types](#-meta-types)
+  - [Never](#never)
+  - [Any](#any)
+  - [Const](#const)
+  - [Enum](#enum)
+  - [Primitive](#primitive)
+  - [Array](#array)
+  - [Tuple](#tuple)
+  - [Object](#object)
+  - [Union](#union)
+- [Methods](#-methods)
+  - [Resolve](#resolve)
+  - [Intersect](#intersect)
+  - [Exclude](#exclude)
+- [Deserialization](#-deserialization)
+- [Type constraints](#-type-constraints)
+- [Unsafe types](#%EF%B8%8F-unsafe-types-and-methods)
+
+## ☁️ Installation
+
+```bash
+# npm
+npm install --save-dev ts-algebra
+
+# yarn
+yarn add --dev ts-algebra
+```
+
+## 🧮 Cardinality
+
+A bit of theory first:
+
+- The [**cardinality**](https://en.wikipedia.org/wiki/Cardinality) of a type is the number of distinct values (potentially infinite) that can be assigned to it
+- A meta-type is said **representable** if at least one value can be assigned to its resolved type (cardinality ≥ 1)
+
+An important notion to keep in mind using `ts-algebra`:
+
+---
+
+<p align="center">
+  <a href="#never"><code>M.Never</code></a> is the only Meta-Type that is non-representable
+  <br>
+  <i>(i.e. that resolves to <code>never</code>)</i>
+</p>
+
+---
+
+Any other non-representable meta-type (e.g. an object with a non-representable but required property) will be instanciated as `M.Never`.
+
+There are drawbacks to this choice (the said property is hard to find and debug) but stronger benefits: This drastically reduces type computations, in particular in [intersections](#intersect) and [exclusions](#exclude). This is crucial for performances and stability.
+
+## ✨ Meta-types
+
+### Never
+
+<!-- prettier-ignore -->
+```typescript
+import { M } from "ts-algebra";
+
+type Resolved = M.Resolve<
+  M.Never
+>;
+// => never
+```
+
+### Any
+
+**Arguments:**
+
+- <code>IsSerialized <i>(?boolean = false)</i></code>: See [deserialization](#-deserialization)
+- <code>Deserialized <i>(?type = never)</i></code>: See [deserialization](#-deserialization)
+
+<!-- prettier-ignore -->
+```typescript
+import { M } from "ts-algebra";
+
+type Resolved = M.Resolve<
+  M.Any
+>;
+// => unknown
+```
+
+### Const
+
+Used for types with [cardinalities](#meta-types) of 1.
+
+**Arguments:**
+
+- <code>Value <i>(type)</i></code>
+- <code>IsSerialized <i>(?boolean = false)</i></code>: See [deserialization](#-deserialization)
+- <code>Deserialized <i>(?type = never)</i></code>: See [deserialization](#-deserialization)
+
+<!-- prettier-ignore -->
+```typescript
+import { M } from "ts-algebra";
+
+type Resolved = M.Resolve<
+  M.Const<"I love pizza">
+>;
+// => "I love pizza"
+```
+
+### Enum
+
+Used for types with finite [cardinalities](#meta-types).
+
+**Arguments:**
+
+- <code>Values <i>(type union)</i></code>
+- <code>IsSerialized <i>(?boolean = false)</i></code>: See [deserialization](#-deserialization)
+- <code>Deserialized <i>(?type = never)</i></code>: See [deserialization](#-deserialization)
+
+<!-- prettier-ignore -->
+```typescript
+import { M } from "ts-algebra";
+
+type Food = M.Resolve<
+  M.Enum<"pizza" | "tacos" | "fries">
+>;
+// => "pizza" | "tacos" | "fries"
+```
+
+> ☝️ `M.Enum<never>` is [non-representable](#✨-meta-types)
+
+### Primitive
+
+Used for either `string`, `number`, `boolean` or `null`.
+
+**Arguments:**
+
+- <code>Value <i>(string | number | boolean | null)</i></code>
+- <code>IsSerialized <i>(?boolean = false)</i></code>: See [deserialization](#-deserialization)
+- <code>Deserialized <i>(?type = never)</i></code>: See [deserialization](#-deserialization)
+
+<!-- prettier-ignore -->
+```typescript
+import { M } from "ts-algebra";
+
+type Resolved = M.Resolve<
+  M.Primitive<string>
+>;
+// => string
+```
+
+### Array
+
+Used for lists of items of the same type.
+
+**Arguments:**
+
+- <code>Items <i>(?meta-type = M.Any)</i></code>
+- <code>IsSerialized <i>(?boolean = false)</i></code>: See [deserialization](#-deserialization)
+- <code>Deserialized <i>(?type = never)</i></code>: See [deserialization](#-deserialization)
+
+<!-- prettier-ignore -->
+```typescript
+import { M } from "ts-algebra";
+
+type Resolved = M.Resolve<
+  M.Array
+>;
+// => unknown[]
+
+type Resolved = M.Resolve<
+  M.Array<M.Primitive<string>>
+>;
+// => string[]
+```
+
+> ☝️ Any meta-array is representable by `[]`
+
+### Tuple
+
+Used for finite, ordered lists of items of different types.
+
+Meta-tuples can have **additional items**, typed as [`M.Never`](#never) by default. Thus, any meta-tuple is considered **closed** (additional items not allowed), unless a representable additional items meta-type is specified, in which case it becomes **open**.
+
+**Arguments:**
+
+- <code>RequiredItems <i>(meta-type[])</i>:</code>
+- <code>AdditionalItems <i>(?meta-type = M.Never)</i></code>: Type of additional items
+- <code>IsSerialized <i>(?boolean = false)</i></code>: See [deserialization](#-deserialization)
+- <code>Deserialized <i>(?type = never)</i></code>: See [deserialization](#-deserialization)
+
+<!-- prettier-ignore -->
+```typescript
+import { M } from "ts-algebra";
+
+type Resolved = M.Resolve<
+  M.Tuple<[M.Primitive<string>]>
+>;
+// => [string]
+
+type Resolved = M.Resolve<
+  M.Tuple<
+    [M.Primitive<string>],
+    M.Primitive<string>
+  >
+>;
+// => [string, ...string[]]
+```
+
+> ☝️ A meta-tuple is [non-representable](#✨-meta-types) if one of its required items is non-representable
+
+### Object
+
+Used for sets of key-value pairs (properties) which can be required or not.
+
+Meta-objects can have **additional properties**, typed as [`M.Never`](#never) by default. Thus, any meta-object is considered **closed** (additional properties not allowed), unless a representable additional properties meta-type is specified, in which case it becomes **open**.
+
+In presence of named properties, open meta-objects additional properties are resolved as `unknown` to avoid conflicts. However, they are used as long as the meta-type is not resolved (especially in [intersections](#intersect) and [exclusions](#exclude)).
+
+**Arguments:**
+
+- <code>NamedProperties <i>(?{ [key:string]: meta-type } = {})</i></code>
+- <code>RequiredPropertiesKeys <i>(?string union = never)</i></code>
+- <code>AdditionalProperties <i>(?meta-type = M.Never)</i></code>: The type of additional properties
+- <code>CloseOnResolve <i>(?boolean = false)</i></code>: Ignore `AdditionalProperties` at resolution time
+- <code>IsSerialized <i>(?boolean = false)</i></code>: See [deserialization](#-deserialization)
+- <code>Deserialized <i>(?type = never)</i></code>: See [deserialization](#-deserialization)
+
+```typescript
+import { M } from "ts-algebra";
+
+type Resolved = M.Resolve<
+  M.Object<
+    {
+      required: M.Primitive<string>;
+      notRequired: M.Primitive<null>;
+    },
+    "required",
+    M.Primitive<number>
+  >
+>;
+// => {
+//  req: string,
+//  notRequired?: null,
+//  [key: string]: unknown
+// }
+
+type ClosedOnResolve = M.Resolve<
+  M.Object<
+    {
+      required: M.Primitive<string>;
+      notRequired: M.Primitive<null>;
+    },
+    "required",
+    M.Primitive<number>,
+    false
+  >
+>;
+// => {
+//  req: string,
+//  notRequired?: null,
+// }
+```
+
+> ☝️ A meta-object is [non-representable](#✨-meta-types) if one of its required properties value is non-representable:
+>
+> - If it is a non-representable named property
+> - If it is an additional property, and the object is closed
+
+### Union
+
+Used to combine meta-types in a union of meta-types.
+
+**Arguments:**
+
+- <code>Values <i>(meta-type union)</i></code>
+
+<!-- prettier-ignore -->
+```typescript
+import { M } from "ts-algebra";
+
+type Food = M.Resolve<
+  M.Union<
+    | M.Primitive<number>
+    | M.Enum<"pizza" | "tacos" | "fries">
+    | M.Const<true>
+  >
+>;
+// => number
+// | "pizza" | "tacos" | "fries"
+// | true
+```
+
+> ☝️ A meta-union is [non-representable](#✨-meta-types) if it is empty, or if none of its elements is representable
+
+> ☝️ Along with [M.Never](#never), M.Union is the only meta-type that doesn't support [serialization](#-deserialization)
+
+## 🔧 Methods
+
+### Resolve
+
+Resolves the meta-type to its encapsulated type.
+
+**Arguments:**
+
+- <code>MetaType <i>(meta-type)</i></code>
+
+<!-- prettier-ignore -->
+```typescript
+import { M } from "ts-algebra";
+
+type Resolved = M.Resolve<
+  M.Primitive<string>
+>;
+// => string
+```
+
+### Intersect
+
+Takes two meta-types as arguments, and returns their intersection as a meta-type.
+
+**Arguments:**
+
+- <code>LeftMetaType <i>(meta-type)</i></code>
+- <code>RightMetaType <i>(meta-type)</i></code>
+
+<!-- prettier-ignore -->
+```typescript
+import { M } from "ts-algebra";
+
+type Intersected = M.Intersect<
+  M.Primitive<string>,
+  M.Enum<"I love pizza"
+    | ["tacos"]
+    | { and: "fries" }
+  >
+>
+// => M.Enum<"I love pizza">
+```
+
+Meta-type intersections differ from conventional intersections:
+
+<!-- prettier-ignore -->
+```typescript
+type ConventionalIntersection =
+  { str: string } & { num: number };
+// => { str: string, num: number }
+
+type MetaIntersection = M.Intersect<
+  M.Object<
+    { str: M.Primitive<string> },
+    "str"
+  >,
+  M.Object<
+    { num: M.Primitive<number> },
+    "num"
+  >
+>;
+// => M.Never: "num" is required in B
+// ...but denied in A
+```
+
+Intersections are recursively propagated among tuple items and object properties, and take into account additional items and properties:
+
+<!-- prettier-ignore -->
+```typescript
+type Intersected = M.Intersect<
+  M.Tuple<
+    [M.Primitive<number>],
+    M.Primitive<string>
+  >,
+  M.Tuple<
+    [M.Enum<"pizza" | 42>],
+    M.Enum<"fries" | true>
+  >
+>;
+// => M.Tuple<
+//  [M.Enum<42>],
+//  M.Enum<"fries">
+// >
+
+type Intersected = M.Intersect<
+  M.Object<
+    { food: M.Primitive<string> },
+    "food",
+    M.Any
+  >,
+  M.Object<
+    { age: M.Primitive<number> },
+    "age",
+    M.Enum<"pizza" | "fries" | 42>
+  >
+>;
+// => M.Object<
+//  {
+//    food: M.Enum<"pizza" | "fries">,
+//    age: M.Primitive<number>
+//  },
+//  "food" | "age",
+//  M.Enum<"pizza" | "fries" | 42>
+// >
+```
+
+Intersections are distributed among unions:
+
+<!-- prettier-ignore -->
+```typescript
+type Intersected = M.Intersect<
+  M.Primitive<string>,
+  M.Union<
+    | M.Const<"pizza">
+    | M.Const<42>
+  >
+>;
+// => M.Union<
+//  | M.Const<"pizza">
+//  | M.Never
+// >
+```
+
+### Exclude
+
+Takes two meta-types as arguments, and returns their exclusion as a meta-type.
+
+**Arguments:**
+
+- <code>SourceMetaType <i>(meta-type)</i></code>
+- <code>ExcludedMetaType <i>(meta-type)</i></code>
+
+<!-- prettier-ignore -->
+```typescript
+import { M } from "ts-algebra";
+
+type Excluded = M.Exclude<
+  M.Enum<"I love pizza"
+    | ["tacos"]
+    | { and: "fries" }
+  >,
+  M.Primitive<string>,
+>
+// => M.Enum<
+//  | ["tacos"]
+//  | { and: "fries" }
+// >
+```
+
+Meta-type exclusions differ from conventional exclusions:
+
+<!-- prettier-ignore -->
+```typescript
+type ConventionalExclusion = Exclude<
+  { req: string; notReq?: string },
+  { req: string }
+>;
+// => never
+// ObjectA is assignable to ObjectB
+
+type MetaExclusion = M.Exclude<
+  M.Object<
+    {
+      req: M.Primitive<string>;
+      notReq: M.Primitive<string>;
+    },
+    "req"
+  >,
+  M.Object<
+    { req: M.Primitive<string> },
+    "req"
+  >
+>;
+// => ObjectA
+// Exclusion is still representable
+```
+
+<!-- prettier-ignore -->
+```typescript
+type ConventionalExclusion = Exclude<
+  { food: "pizza" | 42 },
+  { [k: string]: number }
+>;
+// => { food: "pizza" | 42 }
+
+type MetaExclusion = M.Exclude<
+  M.Object<
+    { food: M.Enum<"pizza" | 42> },
+    "food"
+  >,
+  M.Object<
+    {},
+    never,
+    M.Primitive<number>
+  >
+>;
+// => M.Object<
+//  { food: M.Enum<"pizza"> },
+//  "food"
+// >
+```
+
+When exclusions can be collapsed on a single item or property, they are recursively propagated among tuple items and object properties, taking into account additional items and properties:
+
+<!-- prettier-ignore -->
+```typescript
+type Excluded = M.Exclude<
+  M.Tuple<[M.Enum<"pizza" | 42>]>,
+  M.Tuple<[M.Primitive<number>]>
+>;
+// => M.Tuple<[M.Enum<"pizza">]>
+
+type Excluded = M.Exclude<
+  M.Tuple<
+    [M.Enum<"pizza" | 42>],
+    M.Enum<"fries" | true>
+  >,
+  M.Tuple<
+    [M.Primitive<number>],
+    M.Primitive<string>
+  >
+>;
+// => TupleA
+// Exclusion is not collapsable on a single item
+
+type Excluded = M.Exclude<
+  M.Object<
+    {
+      reqA: M.Enum<"pizza" | 42>;
+      reqB: M.Enum<"pizza" | 42>;
+    },
+    "reqA" | "reqB"
+  >,
+  M.Object<
+    {},
+    never,
+    M.Primitive<number>
+  >
+>;
+// => ObjectA
+// Exclusion is not collapsable on a single property
+```
+
+Exclusions are distributed among unions:
+
+<!-- prettier-ignore -->
+```typescript
+type Excluded = M.Exclude<
+  M.Union<
+    | M.Const<"pizza">
+    | M.Const<42>
+  >,
+  M.Primitive<number>
+>;
+// => M.Union<
+//  | M.Const<"pizza">
+//  | M.Never
+// >
+```
+
+Excluding a union returns the intersection of the exclusions of all elements, applied separately:
+
+<!-- prettier-ignore -->
+```typescript
+type Excluded = M.Exclude<
+  M.Enum<42 | "pizza" | true>,
+  M.Union<
+    | M.Primitive<number>
+    | M.Primitive<boolean>
+  >
+>;
+// => M.Enum<"pizza">
+```
+
+## 📦 Deserialization
+
+All meta-types except [`M.Never`](#never) and [`M.Union`](#union) can carry an extra type for [deserialization](https://cheatsheetseries.owasp.org/cheatsheets/Deserialization_Cheat_Sheet.html) purposes. This extra-type will be passed along in operations and override the resolved type.
+
+For instance, it is common to deserialize timestamps as `Date` objects. The last two arguments of [`M.Primitive`](#primitive) can be used to implement this:
+
+<!-- prettier-ignore -->
+```typescript
+type MetaTimestamp = M.Primitive<
+  string,
+  true, // <= enables deserialization (false by default)
+  Date // <= overrides resolved type
+>;
+
+type Resolved = M.Resolve<MetaTimestamp>;
+// => Date
+```
+
+Note that `MetaTimestamp` will still be considered as a string meta-type until it is resolved: Deserialization only take effect **at resolution time**.
+
+<!-- prettier-ignore -->
+```typescript
+type Intersected = M.Intersect<
+  MetaTimestamp,
+  M.Object<{}, never, M.Any> // <= Date is an object...
+>;
+// => M.Never
+// ...but doesn't intersect Timestamp
+```
+
+In representable [intersections](#intersect):
+
+- If no meta-type is serialized, the resulting intersection is not serialized.
+- If only one meta-type (left or right) is serialized, the resulting intersection inherits from its deserialization properties.
+- If both left and right meta-types are serialized, the resulting intersection inherits from both deserialization properties, through a conventional intersection (`A & B`).
+
+<!-- prettier-ignore -->
+```typescript
+type MetaBrandedString = M.Primitive<
+  string,
+  true,
+  { brand: "timestamp" }
+>;
+
+type Resolved = M.Resolve<
+  M.Intersect<
+    MetaTimestamp,
+    MetaBrandedString
+  >
+>
+// => Date & { brand: "timestamp" }
+```
+
+In representable [exclusions](#exclude):
+
+- If the source meta-type is not serialized, the resulting exclusion is not serialized.
+- If the source meta-type is serialized, the resulting exclusion inherits of its deserialization properties.
+
+## 🚧 Type constraints
+
+To prevent errors, meta-types inputs are validated against type constraints:
+
+<!-- prettier-ignore -->
+```typescript
+type Invalid = M.Array<
+  string // <= ❌ Meta-type expected
+>;
+```
+
+If you need to use them, all type constraints are also exported:
+
+| Meta-type     | Type constraint                                                        |
+| ------------- | :--------------------------------------------------------------------- |
+| `M.Any`       | `M.AnyType` = `M.Any`                                                  |
+| `M.Never`     | `M.NeverType` = `M.Never`                                              |
+| `M.Const`     | `M.ConstType` = `M.Const<any>`                                         |
+| `M.Enum`      | `M.EnumType` = `M.Enum<any>`                                           |
+| `M.Primitive` | `M.PrimitiveType` = `M.Primitive<null \| boolean \| number \| string>` |
+| `M.Array`     | `M.ArrayType` = `M.Array<M.Type>`                                      |
+| `M.Tuple`     | `M.TupleType` = `M.Tuple<M.Type[], M.Type>`                            |
+| `M.Object`    | `M.ObjectType` = `M.Object<Record<string, M.Type>, string, M.Type>`    |
+| `M.Union`     | `M.UnionType` = `M.Union<M.Type>`                                      |
+| -             | `M.Type` = Union of the above                                          |
+
+## ✂️ Unsafe types and methods
+
+In deep and self-referencing computations like in [json-schema-to-ts](https://github.com/ThomasAribart/json-schema-to-ts), type constraints can become an issue, as the compiler may not be able to confirm the input type validity ahead of usage.
+
+<!-- prettier-ignore -->
+```typescript
+type MyArray = M.Array<
+  VeryDeepTypeComputation<
+    ...
+  > // <= 💥 Type constraint can break
+>
+```
+
+For such cases, `ts-algebra` exposes **"unsafe"** types and methods, that behave the same as "safe" ones but removing any type constraints. If you use them, beware: The integrity of the compiling is up to you 😉
+
+| Safe          | Unsafe         |
+| ------------- | -------------- |
+| `M.Any`       | -              |
+| `M.Never`     | -              |
+| `M.Const`     | -              |
+| `M.Enum`      | -              |
+| `M.Primitive` | `M.$Primitive` |
+| `M.Array`     | `M.$Array`     |
+| `M.Tuple`     | `M.$Tuple`     |
+| `M.Object`    | `M.$Object`    |
+| `M.Union`     | `M.$Union`     |
+| `M.Resolve`   | `M.$Resolve`   |
+| `M.Intersect` | `M.$Intersect` |
+| `M.Exclude`   | `M.$Exclude`   |

frontend/node_modules/ts-algebra/lib/index.d.ts

@@ -0,0 +1,2 @@
+export * as Meta from "./meta-types";
+export * as M from "./meta-types";

frontend/node_modules/ts-algebra/lib/index.js

@@ -0,0 +1,4 @@
+import * as Meta_1 from "./meta-types";
+export { Meta_1 as Meta };
+import * as M_1 from "./meta-types";
+export { M_1 as M };

frontend/node_modules/ts-algebra/lib/meta-types/any.d.ts

@@ -0,0 +1,15 @@
+import type { And, If } from "../utils";
+import type { ResolveOptions } from "./resolve";
+import type { Deserialized, IsSerialized } from "./utils";
+export declare type AnyTypeId = "any";
+export declare type Any<IS_SERIALIZED extends boolean = false, DESERIALIZED = never> = {
+    type: AnyTypeId;
+    isSerialized: IS_SERIALIZED;
+    deserialized: DESERIALIZED;
+};
+export declare type AnyType = {
+    type: AnyTypeId;
+    isSerialized: boolean;
+    deserialized: unknown;
+};
+export declare type ResolveAny<META_ANY extends AnyType, OPTIONS extends ResolveOptions> = If<And<OPTIONS["deserialize"], IsSerialized<META_ANY>>, Deserialized<META_ANY>, unknown>;

frontend/node_modules/ts-algebra/lib/meta-types/any.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/array.d.ts

@@ -0,0 +1,22 @@
+import type { And, If, Prettify } from "../utils";
+import type { Any } from "./any";
+import type { NeverType } from "./never";
+import type { Resolve, ResolveOptions } from "./resolve";
+import type { Type } from "./type";
+import type { Deserialized, IsSerialized } from "./utils";
+export declare type ArrayTypeId = "array";
+export declare type _Array<VALUES extends Type = Any, IS_SERIALIZED extends boolean = false, DESERIALIZED = never> = _$Array<VALUES, IS_SERIALIZED, DESERIALIZED>;
+export declare type _$Array<VALUES = Any, IS_SERIALIZED = false, DESERIALIZED = never> = {
+    type: ArrayTypeId;
+    values: VALUES;
+    isSerialized: IS_SERIALIZED;
+    deserialized: DESERIALIZED;
+};
+export declare type ArrayType = {
+    type: ArrayTypeId;
+    values: Type;
+    isSerialized: boolean;
+    deserialized: unknown;
+};
+export declare type ArrayValues<META_ARRAY extends ArrayType> = META_ARRAY["values"];
+export declare type ResolveArray<META_ARRAY extends ArrayType, OPTIONS extends ResolveOptions> = If<And<OPTIONS["deserialize"], IsSerialized<META_ARRAY>>, Deserialized<META_ARRAY>, ArrayValues<META_ARRAY> extends NeverType ? [] : Prettify<Resolve<ArrayValues<META_ARRAY>, OPTIONS>[]>>;

frontend/node_modules/ts-algebra/lib/meta-types/array.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/const.d.ts

@@ -0,0 +1,19 @@
+import type { And, If, IsNever } from "../utils";
+import type { Never } from "./never";
+import type { ResolveOptions } from "./resolve";
+import type { Deserialized, IsSerialized } from "./utils";
+export declare type ConstTypeId = "const";
+export declare type Const<VALUE, IS_SERIALIZED extends boolean = false, DESERIALIZED = never> = If<IsNever<VALUE>, Never, {
+    type: ConstTypeId;
+    value: VALUE;
+    isSerialized: IS_SERIALIZED;
+    deserialized: DESERIALIZED;
+}>;
+export declare type ConstType = {
+    type: ConstTypeId;
+    value: unknown;
+    isSerialized: boolean;
+    deserialized: unknown;
+};
+export declare type ConstValue<META_CONST extends ConstType> = META_CONST["value"];
+export declare type ResolveConst<META_CONST extends ConstType, OPTIONS extends ResolveOptions> = If<And<OPTIONS["deserialize"], IsSerialized<META_CONST>>, Deserialized<META_CONST>, ConstValue<META_CONST>>;

frontend/node_modules/ts-algebra/lib/meta-types/const.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/enum.d.ts

@@ -0,0 +1,19 @@
+import type { And, If, IsNever } from "../utils";
+import type { Never } from "./never";
+import type { ResolveOptions } from "./resolve";
+import type { Deserialized, IsSerialized } from "./utils";
+export declare type EnumTypeId = "enum";
+export declare type Enum<VALUES, IS_SERIALIZED extends boolean = false, DESERIALIZED = never> = If<IsNever<VALUES>, Never, {
+    type: EnumTypeId;
+    values: VALUES;
+    isSerialized: IS_SERIALIZED;
+    deserialized: DESERIALIZED;
+}>;
+export declare type EnumType = {
+    type: EnumTypeId;
+    values: unknown;
+    isSerialized: boolean;
+    deserialized: unknown;
+};
+export declare type EnumValues<META_ENUM extends EnumType> = META_ENUM["values"];
+export declare type ResolveEnum<META_ENUM extends EnumType, OPTIONS extends ResolveOptions> = If<And<OPTIONS["deserialize"], IsSerialized<META_ENUM>>, Deserialized<META_ENUM>, EnumValues<META_ENUM>>;

frontend/node_modules/ts-algebra/lib/meta-types/enum.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/exclusion/any.d.ts

@@ -0,0 +1,12 @@
+import type { AnyType } from "../any";
+import type { ArrayType } from "../array";
+import type { ConstType } from "../const";
+import type { EnumType } from "../enum";
+import type { Never, NeverType } from "../never";
+import type { ObjectType } from "../object";
+import type { PrimitiveType } from "../primitive";
+import type { TupleType } from "../tuple";
+import type { Type } from "../type";
+import type { UnionType } from "../union";
+import type { ExcludeUnion } from "./union";
+export declare type ExcludeFromAny<META_ANY extends AnyType, META_TYPE> = META_TYPE extends Type ? META_TYPE extends NeverType ? META_ANY : META_TYPE extends AnyType ? Never : META_TYPE extends ConstType ? META_ANY : META_TYPE extends EnumType ? META_ANY : META_TYPE extends PrimitiveType ? META_ANY : META_TYPE extends ArrayType ? META_ANY : META_TYPE extends TupleType ? META_ANY : META_TYPE extends ObjectType ? META_ANY : META_TYPE extends UnionType ? ExcludeUnion<META_ANY, META_TYPE> : Never : Never;

frontend/node_modules/ts-algebra/lib/meta-types/exclusion/any.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/exclusion/array.d.ts

@@ -0,0 +1,16 @@
+import type { And, DoesExtend } from "../../utils";
+import type { AnyType } from "../any";
+import type { _Array, ArrayType, ArrayValues } from "../array";
+import type { ConstType } from "../const";
+import type { EnumType } from "../enum";
+import type { Never, NeverType } from "../never";
+import type { ObjectType } from "../object";
+import type { PrimitiveType } from "../primitive";
+import type { IsTupleOpen, TupleOpenProps, TupleType, TupleValues } from "../tuple";
+import type { Type } from "../type";
+import type { UnionType } from "../union";
+import type { _Exclude } from "./index";
+import type { ExcludeUnion } from "./union";
+export declare type ExcludeFromArray<META_ARRAY extends ArrayType, META_TYPE> = META_TYPE extends Type ? META_TYPE extends NeverType ? META_ARRAY : META_TYPE extends AnyType ? Never : META_TYPE extends ConstType ? META_ARRAY : META_TYPE extends EnumType ? META_ARRAY : META_TYPE extends PrimitiveType ? META_ARRAY : META_TYPE extends ArrayType ? ExcludeArrays<META_ARRAY, META_TYPE> : META_TYPE extends TupleType ? And<DoesExtend<TupleValues<META_TYPE>, []>, IsTupleOpen<META_TYPE>> extends true ? ExcludeArrays<META_ARRAY, _Array<TupleOpenProps<META_TYPE>>> : META_ARRAY : META_TYPE extends ObjectType ? META_ARRAY : META_TYPE extends UnionType ? ExcludeUnion<META_ARRAY, META_TYPE> : Never : Never;
+declare type ExcludeArrays<META_ARRAY_A extends ArrayType, META_ARRAY_B extends ArrayType> = _Exclude<ArrayValues<META_ARRAY_A>, ArrayValues<META_ARRAY_B>> extends NeverType ? NeverType : META_ARRAY_A;
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/exclusion/array.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/exclusion/const.d.ts

@@ -0,0 +1,27 @@
+import type { If, IsNever, IsObject } from "../../utils";
+import type { AnyType } from "../any";
+import type { ArrayType } from "../array";
+import type { Const, ConstType, ConstValue } from "../const";
+import type { EnumType } from "../enum";
+import type { Never, NeverType } from "../never";
+import type { IsObjectOpen, ObjectOpenProps, ObjectRequiredKeys, ObjectType, ObjectValues } from "../object";
+import type { PrimitiveType } from "../primitive";
+import type { Resolve } from "../resolve";
+import type { TupleType } from "../tuple";
+import type { Type } from "../type";
+import type { UnionType } from "../union";
+import type { _Exclude } from "./index";
+import type { ExcludeUnion } from "./union";
+export declare type ExcludeFromConst<META_CONST extends ConstType, META_TYPE> = META_TYPE extends Type ? META_TYPE extends NeverType ? META_CONST : META_TYPE extends AnyType ? Never : META_TYPE extends ConstType ? CheckNotExtendsResolved<META_CONST, META_TYPE> : META_TYPE extends EnumType ? CheckNotExtendsResolved<META_CONST, META_TYPE> : META_TYPE extends PrimitiveType ? CheckNotExtendsResolved<META_CONST, META_TYPE> : META_TYPE extends ArrayType ? CheckNotExtendsResolved<META_CONST, META_TYPE> : META_TYPE extends TupleType ? CheckNotExtendsResolved<META_CONST, META_TYPE> : META_TYPE extends ObjectType ? ExcludeObject<META_CONST, META_TYPE> : META_TYPE extends UnionType ? ExcludeUnion<META_CONST, META_TYPE> : Never : Never;
+declare type CheckNotExtendsResolved<META_CONST extends ConstType, META_TYPE extends Type> = ConstValue<META_CONST> extends Resolve<META_TYPE, {
+    deserialize: false;
+}> ? Never : META_CONST;
+declare type ExcludeObject<META_CONST extends ConstType, META_OBJECT extends ObjectType> = If<IsObject<ConstValue<META_CONST>>, ObjectRequiredKeys<META_OBJECT> extends keyof ConstValue<META_CONST> ? ExcludeObjectFromConst<META_CONST, META_OBJECT> : META_CONST, META_CONST>;
+declare type ExcludeObjectFromConst<META_CONST extends ConstType, META_OBJECT extends ObjectType, EXCLUDED_CONST_VALUES = ExcludeConstValues<ConstValue<META_CONST>, META_OBJECT>> = If<IsNever<RepresentableKeys<EXCLUDED_CONST_VALUES>>, Never, META_CONST>;
+declare type ExcludeConstValues<VALUE, META_OBJECT extends ObjectType> = {
+    [KEY in keyof VALUE]: KEY extends keyof ObjectValues<META_OBJECT> ? _Exclude<Const<VALUE[KEY]>, ObjectValues<META_OBJECT>[KEY]> : IsObjectOpen<META_OBJECT> extends true ? _Exclude<Const<VALUE[KEY]>, ObjectOpenProps<META_OBJECT>> : Const<VALUE[KEY]>;
+};
+declare type RepresentableKeys<VALUES> = {
+    [KEY in keyof VALUES]: VALUES[KEY] extends Never ? never : KEY;
+}[keyof VALUES];
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/exclusion/const.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/exclusion/enum.d.ts

@@ -0,0 +1,20 @@
+import type { UnionLast } from "../../utils/unionLast";
+import type { AnyType } from "../any";
+import type { ArrayType } from "../array";
+import type { Const, ConstType } from "../const";
+import type { Enum, EnumType, EnumValues } from "../enum";
+import type { $Intersect } from "../intersection";
+import type { Never, NeverType } from "../never";
+import type { ObjectType } from "../object";
+import type { PrimitiveType } from "../primitive";
+import type { TupleType } from "../tuple";
+import type { Type } from "../type";
+import type { UnionType } from "../union";
+import type { _Exclude } from "./index";
+import type { ExcludeUnion } from "./union";
+export declare type ExcludeFromEnum<META_ENUM extends EnumType, META_TYPE> = META_TYPE extends Type ? META_TYPE extends NeverType ? META_ENUM : META_TYPE extends AnyType ? Never : META_TYPE extends ConstType ? FilterEnumExcluded<META_ENUM, META_TYPE> : META_TYPE extends EnumType ? FilterEnumExcluded<META_ENUM, META_TYPE> : META_TYPE extends PrimitiveType ? FilterEnumExcluded<META_ENUM, META_TYPE> : META_TYPE extends ArrayType ? FilterEnumExcluded<META_ENUM, META_TYPE> : META_TYPE extends TupleType ? FilterEnumExcluded<META_ENUM, META_TYPE> : META_TYPE extends ObjectType ? FilterEnumExcluded<META_ENUM, META_TYPE> : META_TYPE extends UnionType ? ExcludeUnion<META_ENUM, META_TYPE> : Never : Never;
+declare type FilterEnumExcluded<META_ENUM extends EnumType, META_TYPE extends Type> = Enum<FilterEnumExcludedValues<EnumValues<META_ENUM>, META_TYPE>>;
+declare type FilterEnumExcludedValues<ENUM_VALUES, META_TYPE extends Type> = ENUM_VALUES extends infer ENUM_VALUE ? _Exclude<Const<ENUM_VALUE>, META_TYPE> extends NeverType ? never : ENUM_VALUE : never;
+export declare type ExcludeEnum<META_TYPE extends Type, ENUM_TYPE extends EnumType, ENUM_VALUES = EnumValues<ENUM_TYPE>> = ExcludeEnumValue<META_TYPE, UnionLast<ENUM_VALUES>, ENUM_VALUES>;
+declare type ExcludeEnumValue<META_TYPE extends Type, LAST_ENUM_VALUE, ENUM_VALUES> = $Intersect<_Exclude<META_TYPE, Const<LAST_ENUM_VALUE>>, _Exclude<META_TYPE, Enum<Exclude<ENUM_VALUES, LAST_ENUM_VALUE>>>>;
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/exclusion/enum.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/exclusion/index.d.ts

@@ -0,0 +1,20 @@
+import type { AnyType } from "../any";
+import type { ArrayType } from "../array";
+import type { ConstType } from "../const";
+import type { EnumType } from "../enum";
+import type { Never, NeverType } from "../never";
+import type { ObjectType } from "../object";
+import type { PrimitiveType } from "../primitive";
+import type { TupleType } from "../tuple";
+import type { Type } from "../type";
+import type { UnionType } from "../union";
+import type { ExcludeFromAny } from "./any";
+import type { ExcludeFromArray } from "./array";
+import type { ExcludeFromConst } from "./const";
+import type { ExcludeFromEnum } from "./enum";
+import type { ExcludeFromObject } from "./object";
+import type { ExcludeFromPrimitive } from "./primitive";
+import type { ExcludeFromTuple } from "./tuple";
+import type { ExcludeFromUnion } from "./union";
+export declare type _Exclude<META_TYPE_A extends Type, META_TYPE_B extends Type> = _$Exclude<META_TYPE_A, META_TYPE_B>;
+export declare type _$Exclude<META_TYPE_A, META_TYPE_B> = META_TYPE_A extends NeverType ? META_TYPE_A : META_TYPE_A extends AnyType ? ExcludeFromAny<META_TYPE_A, META_TYPE_B> : META_TYPE_A extends ConstType ? ExcludeFromConst<META_TYPE_A, META_TYPE_B> : META_TYPE_A extends EnumType ? ExcludeFromEnum<META_TYPE_A, META_TYPE_B> : META_TYPE_A extends PrimitiveType ? ExcludeFromPrimitive<META_TYPE_A, META_TYPE_B> : META_TYPE_A extends ArrayType ? ExcludeFromArray<META_TYPE_A, META_TYPE_B> : META_TYPE_A extends TupleType ? ExcludeFromTuple<META_TYPE_A, META_TYPE_B> : META_TYPE_A extends ObjectType ? ExcludeFromObject<META_TYPE_A, META_TYPE_B> : META_TYPE_A extends UnionType ? ExcludeFromUnion<META_TYPE_A, META_TYPE_B> : Never;

frontend/node_modules/ts-algebra/lib/meta-types/exclusion/index.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/exclusion/object.d.ts

@@ -0,0 +1,51 @@
+import type { And, DoesExtend, If, IsNever, IsObject, Not, Or, UnionPop } from "../../utils";
+import type { AnyType } from "../any";
+import type { ArrayType } from "../array";
+import type { Const, ConstType, ConstValue } from "../const";
+import type { EnumType } from "../enum";
+import type { Never, NeverType } from "../never";
+import type { _Object, IsObjectClosedOnResolve, IsObjectOpen, ObjectOpenProps, ObjectRequiredKeys, ObjectType, ObjectValue, ObjectValues } from "../object";
+import type { PrimitiveType } from "../primitive";
+import type { TupleType } from "../tuple";
+import type { Type } from "../type";
+import type { UnionType } from "../union";
+import type { Deserialized, IsSerialized } from "../utils";
+import type { ExcludeEnum } from "./enum";
+import type { _$Exclude, _Exclude } from "./index";
+import type { ExcludeUnion } from "./union";
+import type { ExclusionResult, IsOmittable, IsOutsideOfExcludedScope, IsOutsideOfSourceScope, PropagateExclusion, SourceValue, ValueExclusionResult, ValueExclusionResultType } from "./utils";
+export declare type ExcludeFromObject<META_OBJECT extends ObjectType, META_TYPE> = META_TYPE extends Type ? META_TYPE extends NeverType ? META_OBJECT : META_TYPE extends AnyType ? Never : META_TYPE extends ConstType ? ExcludeConstFromObject<META_OBJECT, META_TYPE> : META_TYPE extends EnumType ? ExcludeEnum<META_OBJECT, META_TYPE> : META_TYPE extends PrimitiveType ? META_OBJECT : META_TYPE extends ArrayType ? META_OBJECT : META_TYPE extends TupleType ? META_OBJECT : META_TYPE extends ObjectType ? ExcludeObjects<META_OBJECT, META_TYPE> : META_TYPE extends UnionType ? ExcludeUnion<META_OBJECT, META_TYPE> : Never : Never;
+declare type ExcludeObjects<META_OBJECT_A extends ObjectType, META_OBJECT_B extends ObjectType, VALUE_EXCLUSION_RESULTS extends Record<string, ValueExclusionResultType> = ExcludeObjectValues<META_OBJECT_A, META_OBJECT_B>, REPRESENTABLE_KEYS extends string = RepresentableKeys<VALUE_EXCLUSION_RESULTS>, OPEN_PROPS_EXCLUSION = _Exclude<ObjectOpenProps<META_OBJECT_A>, ObjectOpenProps<META_OBJECT_B>>> = DoesObjectSizesMatch<META_OBJECT_A, META_OBJECT_B, VALUE_EXCLUSION_RESULTS> extends true ? {
+    moreThanTwo: META_OBJECT_A;
+    onlyOne: PropagateExclusions<META_OBJECT_A, VALUE_EXCLUSION_RESULTS>;
+    none: OmitOmittableKeys<META_OBJECT_A, VALUE_EXCLUSION_RESULTS>;
+}[And<IsObjectOpen<META_OBJECT_A>, Not<DoesExtend<OPEN_PROPS_EXCLUSION, NeverType>>> extends true ? "moreThanTwo" : GetUnionLength<REPRESENTABLE_KEYS>] : META_OBJECT_A;
+declare type ExcludeObjectValues<META_OBJECT_A extends ObjectType, META_OBJECT_B extends ObjectType> = {
+    [KEY in Extract<keyof ObjectValues<META_OBJECT_A> | keyof ObjectValues<META_OBJECT_B> | ObjectRequiredKeys<META_OBJECT_A> | ObjectRequiredKeys<META_OBJECT_B>, string>]: ValueExclusionResult<ObjectValue<META_OBJECT_A, KEY>, IsAllowedIn<META_OBJECT_A, KEY>, IsRequiredIn<META_OBJECT_A, KEY>, ObjectValue<META_OBJECT_B, KEY>, IsAllowedIn<META_OBJECT_B, KEY>, IsRequiredIn<META_OBJECT_B, KEY>>;
+};
+declare type GetUnionLength<UNION> = If<IsNever<UNION>, "none", If<IsNever<UnionPop<UNION>>, "onlyOne", "moreThanTwo">>;
+declare type IsAllowedIn<META_OBJECT extends ObjectType, KEY extends string> = Or<DoesExtend<KEY, keyof ObjectValues<META_OBJECT>>, IsObjectOpen<META_OBJECT>>;
+declare type IsRequiredIn<META_OBJECT extends ObjectType, KEY extends string> = DoesExtend<KEY, ObjectRequiredKeys<META_OBJECT>>;
+declare type DoesObjectSizesMatch<META_OBJECT_A extends ObjectType, META_OBJECT_B extends ObjectType, VALUE_EXCLUSION_RESULTS extends Record<string, ValueExclusionResultType>> = If<And<IsObjectOpen<META_OBJECT_A>, Not<IsObjectOpen<META_OBJECT_B>>>, false, And<IsExcludedSmallEnough<VALUE_EXCLUSION_RESULTS>, IsExcludedBigEnough<VALUE_EXCLUSION_RESULTS>>>;
+declare type IsExcludedSmallEnough<VALUE_EXCLUSION_RESULTS extends Record<string, ValueExclusionResultType>> = Not<DoesExtend<true, {
+    [KEY in keyof VALUE_EXCLUSION_RESULTS]: IsOutsideOfSourceScope<VALUE_EXCLUSION_RESULTS[KEY]>;
+}[keyof VALUE_EXCLUSION_RESULTS]>>;
+declare type IsExcludedBigEnough<VALUE_EXCLUSION_RESULTS extends Record<string, ValueExclusionResultType>> = Not<DoesExtend<true, {
+    [KEY in keyof VALUE_EXCLUSION_RESULTS]: IsOutsideOfExcludedScope<VALUE_EXCLUSION_RESULTS[KEY]>;
+}[keyof VALUE_EXCLUSION_RESULTS]>>;
+declare type RepresentableKeys<VALUE_EXCLUSION_RESULTS extends Record<string, ValueExclusionResultType>> = {
+    [KEY in Extract<keyof VALUE_EXCLUSION_RESULTS, string>]: ExclusionResult<VALUE_EXCLUSION_RESULTS[KEY]> extends NeverType ? never : KEY;
+}[Extract<keyof VALUE_EXCLUSION_RESULTS, string>];
+declare type PropagateExclusions<META_OBJECT extends ObjectType, VALUE_EXCLUSION_RESULTS extends Record<string, ValueExclusionResultType>> = _Object<{
+    [KEY in keyof VALUE_EXCLUSION_RESULTS]: PropagateExclusion<VALUE_EXCLUSION_RESULTS[KEY]>;
+}, ObjectRequiredKeys<META_OBJECT>, ObjectOpenProps<META_OBJECT>, IsObjectClosedOnResolve<META_OBJECT>, IsSerialized<META_OBJECT>, Deserialized<META_OBJECT>>;
+declare type OmitOmittableKeys<META_OBJECT extends ObjectType, VALUE_EXCLUSION_RESULTS extends Record<string, ValueExclusionResultType>, OMITTABLE_KEYS extends string = OmittableKeys<VALUE_EXCLUSION_RESULTS>, OMITTABLE_KEYS_COUNT extends string = GetUnionLength<OMITTABLE_KEYS>> = OMITTABLE_KEYS_COUNT extends "moreThanTwo" ? META_OBJECT : OMITTABLE_KEYS_COUNT extends "onlyOne" ? _Object<{
+    [KEY in keyof VALUE_EXCLUSION_RESULTS]: KEY extends OMITTABLE_KEYS ? Never : SourceValue<VALUE_EXCLUSION_RESULTS[KEY]>;
+}, ObjectRequiredKeys<META_OBJECT>, ObjectOpenProps<META_OBJECT>, IsObjectClosedOnResolve<META_OBJECT>, IsSerialized<META_OBJECT>, Deserialized<META_OBJECT>> : Never;
+declare type OmittableKeys<VALUE_EXCLUSION_RESULTS extends Record<string, ValueExclusionResultType>> = {
+    [KEY in Extract<keyof VALUE_EXCLUSION_RESULTS, string>]: IsOmittable<VALUE_EXCLUSION_RESULTS[KEY]> extends true ? KEY : never;
+}[Extract<keyof VALUE_EXCLUSION_RESULTS, string>];
+declare type ExcludeConstFromObject<META_OBJECT extends ObjectType, META_CONST extends ConstType, CONST_VALUE = ConstValue<META_CONST>> = If<IsObject<CONST_VALUE>, _$Exclude<META_OBJECT, _Object<{
+    [KEY in Extract<keyof CONST_VALUE, string>]: Const<CONST_VALUE[KEY]>;
+}, Extract<keyof CONST_VALUE, string>, Never, IsObjectClosedOnResolve<META_OBJECT>, IsSerialized<META_CONST>, Deserialized<META_CONST>>>, META_OBJECT>;
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/exclusion/object.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/exclusion/primitive.d.ts

@@ -0,0 +1,12 @@
+import type { AnyType } from "../any";
+import type { ArrayType } from "../array";
+import type { ConstType } from "../const";
+import type { EnumType } from "../enum";
+import type { Never, NeverType } from "../never";
+import type { ObjectType } from "../object";
+import type { PrimitiveType, PrimitiveValue } from "../primitive";
+import type { TupleType } from "../tuple";
+import type { Type } from "../type";
+import type { UnionType } from "../union";
+import type { ExcludeUnion } from "./union";
+export declare type ExcludeFromPrimitive<META_PRIMITIVE extends PrimitiveType, META_TYPE> = META_TYPE extends Type ? META_TYPE extends NeverType ? META_PRIMITIVE : META_TYPE extends AnyType ? Never : META_TYPE extends ConstType ? META_PRIMITIVE : META_TYPE extends EnumType ? META_PRIMITIVE : META_TYPE extends PrimitiveType ? PrimitiveValue<META_PRIMITIVE> extends PrimitiveValue<META_TYPE> ? Never : META_PRIMITIVE : META_TYPE extends ArrayType ? META_PRIMITIVE : META_TYPE extends TupleType ? META_PRIMITIVE : META_TYPE extends ObjectType ? META_PRIMITIVE : META_TYPE extends UnionType ? ExcludeUnion<META_PRIMITIVE, META_TYPE> : Never : Never;

frontend/node_modules/ts-algebra/lib/meta-types/exclusion/primitive.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/exclusion/tuple.d.ts

@@ -0,0 +1,87 @@
+import type { And, DoesExtend, If, Not, Tail } from "../../utils";
+import type { AnyType } from "../any";
+import type { ArrayType, ArrayValues } from "../array";
+import type { Const, ConstType, ConstValue } from "../const";
+import type { EnumType } from "../enum";
+import type { Never, NeverType } from "../never";
+import type { ObjectType } from "../object";
+import type { PrimitiveType } from "../primitive";
+import type { $Tuple, IsTupleOpen, Tuple, TupleOpenProps, TupleType, TupleValues } from "../tuple";
+import type { Type } from "../type";
+import type { UnionType } from "../union";
+import type { Deserialized, IsSerialized } from "../utils";
+import type { ExcludeEnum } from "./enum";
+import type { _Exclude } from "./index";
+import type { ExcludeUnion } from "./union";
+import type { ExclusionResult, IsOmittable, IsOutsideOfExcludedScope, IsOutsideOfSourceScope, PropagateExclusion, SourceValue, ValueExclusionResult, ValueExclusionResultType } from "./utils";
+export declare type ExcludeFromTuple<META_TUPLE extends TupleType, META_TYPE> = META_TYPE extends Type ? META_TYPE extends NeverType ? META_TUPLE : META_TYPE extends AnyType ? Never : META_TYPE extends ConstType ? ExcludeConst<META_TUPLE, META_TYPE> : META_TYPE extends EnumType ? ExcludeEnum<META_TUPLE, META_TYPE> : META_TYPE extends PrimitiveType ? META_TUPLE : META_TYPE extends ArrayType ? ExcludeArray<META_TUPLE, META_TYPE> : META_TYPE extends TupleType ? ExcludeTuples<META_TUPLE, META_TYPE> : META_TYPE extends ObjectType ? META_TUPLE : META_TYPE extends UnionType ? ExcludeUnion<META_TUPLE, META_TYPE> : Never : Never;
+declare type ExcludeArray<META_TUPLE extends TupleType, META_ARRAY extends ArrayType> = ExcludeTuples<META_TUPLE, Tuple<[
+], ArrayValues<META_ARRAY>, IsSerialized<META_ARRAY>, Deserialized<META_ARRAY>>>;
+declare type ExcludeTuples<META_TUPLE_A extends TupleType, META_TUPLE_B extends TupleType, VALUE_EXCLUSION_RESULTS extends ValueExclusionResultType[] = ExcludeTupleValues<TupleValues<META_TUPLE_A>, TupleValues<META_TUPLE_B>, IsTupleOpen<META_TUPLE_A>, IsTupleOpen<META_TUPLE_B>, TupleOpenProps<META_TUPLE_A>, TupleOpenProps<META_TUPLE_B>>, REPRESENTABLE_VALUE_EXCLUSION_RESULTS extends ValueExclusionResultType[] = RepresentableExcludedValues<VALUE_EXCLUSION_RESULTS>, EXCLUDED_OPEN_PROPS = _Exclude<TupleOpenProps<META_TUPLE_A>, TupleOpenProps<META_TUPLE_B>>, IS_OPEN_PROPS_EXCLUSION_REPRESENTABLE = Not<DoesExtend<EXCLUDED_OPEN_PROPS, NeverType>>> = If<DoesTupleSizesMatch<META_TUPLE_A, META_TUPLE_B, VALUE_EXCLUSION_RESULTS>, {
+    moreThanTwo: META_TUPLE_A;
+    onlyOne: $Tuple<PropagateExclusions<VALUE_EXCLUSION_RESULTS>, TupleOpenProps<META_TUPLE_A>, IsSerialized<META_TUPLE_A>, Deserialized<META_TUPLE_A>>;
+    none: OmitOmittableExcludedItems<META_TUPLE_A, VALUE_EXCLUSION_RESULTS>;
+}[And<IsTupleOpen<META_TUPLE_A>, IS_OPEN_PROPS_EXCLUSION_REPRESENTABLE> extends true ? "moreThanTwo" : GetTupleLength<REPRESENTABLE_VALUE_EXCLUSION_RESULTS>], META_TUPLE_A>;
+declare type ExcludeTupleValues<META_TUPLE_A_VALUES extends Type[], META_TUPLE_B_VALUES extends Type[], IS_META_TUPLE_A_OPEN extends boolean, IS_META_TUPLE_B_OPEN extends boolean, META_TUPLE_A_OPEN_PROPS extends Type, META_TUPLE_B_OPEN_PROPS extends Type, VALUE_EXCLUSION_RESULTS extends ValueExclusionResultType[] = []> = META_TUPLE_A_VALUES extends [
+    infer META_TUPLE_A_VALUES_HEAD,
+    ...infer META_TUPLE_A_VALUES_TAIL
+] ? META_TUPLE_A_VALUES_HEAD extends Type ? META_TUPLE_A_VALUES_TAIL extends Type[] ? META_TUPLE_B_VALUES extends [
+    infer META_TUPLE_B_VALUES_HEAD,
+    ...infer META_TUPLE_B_VALUES_TAIL
+] ? META_TUPLE_B_VALUES_HEAD extends Type ? META_TUPLE_B_VALUES_TAIL extends Type[] ? ExcludeTupleValues<META_TUPLE_A_VALUES_TAIL, META_TUPLE_B_VALUES_TAIL, IS_META_TUPLE_A_OPEN, IS_META_TUPLE_B_OPEN, META_TUPLE_A_OPEN_PROPS, META_TUPLE_B_OPEN_PROPS, [
+    ...VALUE_EXCLUSION_RESULTS,
+    ValueExclusionResult<META_TUPLE_A_VALUES_HEAD, true, true, META_TUPLE_B_VALUES_HEAD, true, true>
+]> : never : never : ExcludeTupleValues<META_TUPLE_A_VALUES_TAIL, [
+], IS_META_TUPLE_A_OPEN, IS_META_TUPLE_B_OPEN, META_TUPLE_A_OPEN_PROPS, META_TUPLE_B_OPEN_PROPS, [
+    ...VALUE_EXCLUSION_RESULTS,
+    ValueExclusionResult<META_TUPLE_A_VALUES_HEAD, true, true, META_TUPLE_B_OPEN_PROPS, IS_META_TUPLE_B_OPEN, false>
+]> : never : never : META_TUPLE_B_VALUES extends [
+    infer META_TUPLE_B_VALUES_HEAD,
+    ...infer META_TUPLE_B_VALUES_TAIL
+] ? META_TUPLE_B_VALUES_HEAD extends Type ? META_TUPLE_B_VALUES_TAIL extends Type[] ? ExcludeTupleValues<[
+], META_TUPLE_B_VALUES_TAIL, IS_META_TUPLE_A_OPEN, IS_META_TUPLE_B_OPEN, META_TUPLE_A_OPEN_PROPS, META_TUPLE_B_OPEN_PROPS, [
+    ...VALUE_EXCLUSION_RESULTS,
+    ValueExclusionResult<META_TUPLE_A_OPEN_PROPS, IS_META_TUPLE_A_OPEN, false, META_TUPLE_B_VALUES_HEAD, true, true>
+]> : never : never : VALUE_EXCLUSION_RESULTS;
+declare type GetTupleLength<ANY_TUPLE extends unknown[], TAIL extends unknown[] = Tail<ANY_TUPLE>> = If<DoesExtend<ANY_TUPLE, []>, "none", If<DoesExtend<TAIL, []>, "onlyOne", "moreThanTwo">>;
+declare type DoesTupleSizesMatch<META_TUPLE_A extends TupleType, META_TUPLE_B extends TupleType, VALUE_EXCLUSION_RESULTS extends ValueExclusionResultType[]> = If<And<IsTupleOpen<META_TUPLE_A>, Not<IsTupleOpen<META_TUPLE_B>>>, false, And<IsExcludedSmallEnough<VALUE_EXCLUSION_RESULTS>, IsExcludedBigEnough<VALUE_EXCLUSION_RESULTS>>>;
+declare type IsExcludedSmallEnough<VALUE_EXCLUSION_RESULTS extends ValueExclusionResultType[]> = VALUE_EXCLUSION_RESULTS extends [
+    infer VALUE_EXCLUSION_RESULTS_HEAD,
+    ...infer VALUE_EXCLUSION_RESULTS_TAIL
+] ? VALUE_EXCLUSION_RESULTS_HEAD extends ValueExclusionResultType ? VALUE_EXCLUSION_RESULTS_TAIL extends ValueExclusionResultType[] ? If<IsOutsideOfSourceScope<VALUE_EXCLUSION_RESULTS_HEAD>, false, IsExcludedSmallEnough<VALUE_EXCLUSION_RESULTS_TAIL>> : never : never : true;
+declare type IsExcludedBigEnough<VALUE_EXCLUSION_RESULTS extends ValueExclusionResultType[]> = VALUE_EXCLUSION_RESULTS extends [
+    infer VALUE_EXCLUSION_RESULTS_HEAD,
+    ...infer VALUE_EXCLUSION_RESULTS_TAIL
+] ? VALUE_EXCLUSION_RESULTS_HEAD extends ValueExclusionResultType ? VALUE_EXCLUSION_RESULTS_TAIL extends ValueExclusionResultType[] ? If<IsOutsideOfExcludedScope<VALUE_EXCLUSION_RESULTS_HEAD>, false, IsExcludedBigEnough<VALUE_EXCLUSION_RESULTS_TAIL>> : never : never : true;
+declare type RepresentableExcludedValues<VALUE_EXCLUSION_RESULTS extends ValueExclusionResultType[], REPRESENTABLE_VALUE_EXCLUSION_RESULTS extends ValueExclusionResultType[] = []> = VALUE_EXCLUSION_RESULTS extends [
+    infer VALUE_EXCLUSION_RESULTS_HEAD,
+    ...infer VALUE_EXCLUSION_RESULTS_TAIL
+] ? VALUE_EXCLUSION_RESULTS_HEAD extends ValueExclusionResultType ? VALUE_EXCLUSION_RESULTS_TAIL extends ValueExclusionResultType[] ? ExclusionResult<VALUE_EXCLUSION_RESULTS_HEAD> extends NeverType ? RepresentableExcludedValues<VALUE_EXCLUSION_RESULTS_TAIL, REPRESENTABLE_VALUE_EXCLUSION_RESULTS> : RepresentableExcludedValues<VALUE_EXCLUSION_RESULTS_TAIL, [
+    ...REPRESENTABLE_VALUE_EXCLUSION_RESULTS,
+    VALUE_EXCLUSION_RESULTS_HEAD
+]> : never : never : REPRESENTABLE_VALUE_EXCLUSION_RESULTS;
+declare type PropagateExclusions<VALUE_EXCLUSION_RESULTS extends ValueExclusionResultType[], RESULT extends unknown[] = []> = VALUE_EXCLUSION_RESULTS extends [
+    infer VALUE_EXCLUSION_RESULTS_HEAD,
+    ...infer VALUE_EXCLUSION_RESULTS_TAIL
+] ? VALUE_EXCLUSION_RESULTS_HEAD extends ValueExclusionResultType ? VALUE_EXCLUSION_RESULTS_TAIL extends ValueExclusionResultType[] ? PropagateExclusions<VALUE_EXCLUSION_RESULTS_TAIL, [
+    ...RESULT,
+    PropagateExclusion<VALUE_EXCLUSION_RESULTS_HEAD>
+]> : never : never : RESULT;
+declare type OmitOmittableExcludedItems<META_TUPLE extends TupleType, ITEM_EXCLUSION_RESULTS extends ValueExclusionResultType[], OMITTABLE_ITEM_EXCLUSION_RESULTS extends ValueExclusionResultType[] = OmittableExcludedItems<ITEM_EXCLUSION_RESULTS>, OMITTABLE_ITEMS_COUNT extends string = GetTupleLength<OMITTABLE_ITEM_EXCLUSION_RESULTS>> = OMITTABLE_ITEMS_COUNT extends "moreThanTwo" ? META_TUPLE : OMITTABLE_ITEMS_COUNT extends "onlyOne" ? $Tuple<RequiredExcludedItems<ITEM_EXCLUSION_RESULTS>, Never, IsSerialized<META_TUPLE>, Deserialized<META_TUPLE>> : Never;
+declare type OmittableExcludedItems<ITEM_EXCLUSION_RESULTS extends ValueExclusionResultType[], RESULT extends ValueExclusionResultType[] = []> = ITEM_EXCLUSION_RESULTS extends [
+    infer VALUE_EXCLUSION_RESULTS_HEAD,
+    ...infer VALUE_EXCLUSION_RESULTS_TAIL
+] ? VALUE_EXCLUSION_RESULTS_HEAD extends ValueExclusionResultType ? VALUE_EXCLUSION_RESULTS_TAIL extends ValueExclusionResultType[] ? If<IsOmittable<VALUE_EXCLUSION_RESULTS_HEAD>, OmittableExcludedItems<VALUE_EXCLUSION_RESULTS_TAIL, [
+    ...RESULT,
+    VALUE_EXCLUSION_RESULTS_HEAD
+]>, OmittableExcludedItems<VALUE_EXCLUSION_RESULTS_TAIL, RESULT>> : never : never : RESULT;
+declare type RequiredExcludedItems<ITEM_EXCLUSION_RESULTS extends ValueExclusionResultType[], RESULT extends Type[] = []> = ITEM_EXCLUSION_RESULTS extends [
+    infer VALUE_EXCLUSION_RESULTS_HEAD,
+    ...infer VALUE_EXCLUSION_RESULTS_TAIL
+] ? VALUE_EXCLUSION_RESULTS_HEAD extends ValueExclusionResultType ? VALUE_EXCLUSION_RESULTS_TAIL extends ValueExclusionResultType[] ? IsOmittable<VALUE_EXCLUSION_RESULTS_HEAD> extends true ? RESULT : RequiredExcludedItems<VALUE_EXCLUSION_RESULTS_TAIL, [
+    ...RESULT,
+    SourceValue<VALUE_EXCLUSION_RESULTS_HEAD>
+]> : never : never : RESULT;
+declare type ExcludeConst<META_TUPLE extends TupleType, META_CONST extends ConstType, META_CONST_VALUE = ConstValue<META_CONST>> = META_CONST_VALUE extends unknown[] ? _Exclude<META_TUPLE, $Tuple<ExtractConstValues<META_CONST_VALUE>, Never, IsSerialized<META_CONST>, Deserialized<META_CONST>>> : META_TUPLE;
+declare type ExtractConstValues<CONST_VALUES extends unknown[], RESULT extends unknown[] = []> = CONST_VALUES extends [infer CONST_VALUES_HEAD, ...infer CONST_VALUES_TAIL] ? ExtractConstValues<CONST_VALUES_TAIL, [...RESULT, Const<CONST_VALUES_HEAD>]> : RESULT;
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/exclusion/tuple.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/exclusion/union.d.ts

@@ -0,0 +1,8 @@
+import type { If, IsNever, UnionLast } from "../../utils";
+import type { $Intersect } from "../intersection";
+import type { $Union, UnionType, UnionValues } from "../union";
+import type { _$Exclude } from "./index";
+export declare type ExcludeFromUnion<META_UNION extends UnionType, META_TYPE> = $Union<UnionValues<META_UNION> extends infer META_UNION_VALUE ? _$Exclude<META_UNION_VALUE, META_TYPE> : never>;
+export declare type ExcludeUnion<META_TYPE, META_UNION extends UnionType> = If<IsNever<UnionValues<META_UNION>>, META_TYPE, RecurseOnUnionValues<META_TYPE, UnionLast<UnionValues<META_UNION>>, META_UNION>>;
+declare type RecurseOnUnionValues<META_TYPE, META_UNION_VALUE, META_UNION extends UnionType> = $Intersect<_$Exclude<META_TYPE, META_UNION_VALUE>, _$Exclude<META_TYPE, $Union<Exclude<UnionValues<META_UNION>, META_UNION_VALUE>>>>;
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/exclusion/union.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/exclusion/utils.d.ts

@@ -0,0 +1,31 @@
+import type { And, Not } from "../../utils";
+import type { NeverType } from "../never";
+import type { Type } from "../type";
+import type { _$Exclude } from "./index";
+export declare type ValueExclusionResult<VALUE_A extends Type, IS_ALLOWED_IN_A extends boolean, IS_REQUIRED_IN_A extends boolean, VALUE_B extends Type, IS_ALLOWED_IN_B extends boolean, IS_REQUIRED_IN_B extends boolean> = {
+    sourceValue: VALUE_A;
+    isAllowedInSource: IS_ALLOWED_IN_A;
+    isRequiredInSource: IS_REQUIRED_IN_A;
+    isAllowedInExcluded: IS_ALLOWED_IN_B;
+    isRequiredInExcluded: IS_REQUIRED_IN_B;
+    exclusionResult: _$Exclude<VALUE_A, VALUE_B>;
+};
+export declare type ValueExclusionResultType = {
+    sourceValue: Type;
+    isAllowedInSource: boolean;
+    isRequiredInSource: boolean;
+    isAllowedInExcluded: boolean;
+    isRequiredInExcluded: boolean;
+    exclusionResult: any;
+};
+export declare type SourceValue<VALUE_EXCLUSION_RESULT extends ValueExclusionResultType> = VALUE_EXCLUSION_RESULT["sourceValue"];
+declare type IsAllowedInSource<VALUE_EXCLUSION_RESULT extends ValueExclusionResultType> = VALUE_EXCLUSION_RESULT["isAllowedInSource"];
+declare type IsRequiredInSource<VALUE_EXCLUSION_RESULT extends ValueExclusionResultType> = VALUE_EXCLUSION_RESULT["isRequiredInSource"];
+export declare type ExclusionResult<VALUE_EXCLUSION_RESULT extends ValueExclusionResultType> = VALUE_EXCLUSION_RESULT["exclusionResult"];
+declare type IsAllowedInExcluded<VALUE_EXCLUSION_RESULT extends ValueExclusionResultType> = VALUE_EXCLUSION_RESULT["isAllowedInExcluded"];
+declare type IsRequiredInExcluded<VALUE_EXCLUSION_RESULT extends ValueExclusionResultType> = VALUE_EXCLUSION_RESULT["isRequiredInExcluded"];
+export declare type IsOutsideOfSourceScope<VALUE_EXCLUSION_RESULT extends ValueExclusionResultType> = And<Not<IsAllowedInSource<VALUE_EXCLUSION_RESULT>>, IsRequiredInExcluded<VALUE_EXCLUSION_RESULT>>;
+export declare type IsOutsideOfExcludedScope<VALUE_EXCLUSION_RESULT extends ValueExclusionResultType> = And<IsRequiredInSource<VALUE_EXCLUSION_RESULT>, Not<IsAllowedInExcluded<VALUE_EXCLUSION_RESULT>>>;
+export declare type IsOmittable<VALUE_EXCLUSION_RESULT extends ValueExclusionResultType> = And<Not<IsRequiredInSource<VALUE_EXCLUSION_RESULT>>, IsRequiredInExcluded<VALUE_EXCLUSION_RESULT>>;
+export declare type PropagateExclusion<VALUE_EXCLUSION_RESULT extends ValueExclusionResultType> = ExclusionResult<VALUE_EXCLUSION_RESULT> extends NeverType ? SourceValue<VALUE_EXCLUSION_RESULT> : ExclusionResult<VALUE_EXCLUSION_RESULT>;
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/exclusion/utils.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/index.d.ts

@@ -0,0 +1,14 @@
+import type { Any, AnyType } from "./any";
+import type { _$Array, _Array, ArrayType } from "./array";
+import type { Const, ConstType } from "./const";
+import type { Enum, EnumType } from "./enum";
+import type { _$Exclude, _Exclude } from "./exclusion";
+import type { $Intersect, Intersect } from "./intersection";
+import type { Never, NeverType } from "./never";
+import type { _$Object, _Object, ObjectType } from "./object";
+import type { $Primitive, Primitive, PrimitiveType } from "./primitive";
+import type { $Resolve, Resolve } from "./resolve";
+import type { $Tuple, Tuple, TupleType } from "./tuple";
+import type { Type } from "./type";
+import type { $Union, Union, UnionType } from "./union";
+export type { Never, Any, Const, Enum, Primitive, $Primitive, _Array as Array, _$Array as $Array, Tuple, $Tuple, _Object as Object, _$Object as $Object, Union, $Union, NeverType, AnyType, ConstType, EnumType, PrimitiveType, ArrayType, TupleType, ObjectType, UnionType, Type, $Resolve, Resolve, $Intersect, Intersect, _$Exclude as $Exclude, _Exclude as Exclude, };

frontend/node_modules/ts-algebra/lib/meta-types/index.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/intersection/any.d.ts

@@ -0,0 +1,19 @@
+import type { Any, AnyType } from "../any";
+import type { ArrayType, ArrayValues } from "../array";
+import type { ConstType } from "../const";
+import type { EnumType, EnumValues } from "../enum";
+import type { Never, NeverType } from "../never";
+import type { IsObjectClosedOnResolve, ObjectOpenProps, ObjectRequiredKeys, ObjectType, ObjectValues } from "../object";
+import type { PrimitiveType } from "../primitive";
+import type { TupleOpenProps, TupleType, TupleValues } from "../tuple";
+import type { Type } from "../type";
+import type { UnionType } from "../union";
+import type { IntersectArraySerializationParams } from "./array";
+import type { IntersectConstSerializationParams } from "./const";
+import type { IntersectEnumSerializationParams } from "./enum";
+import type { IntersectObjectSerializationParams } from "./object";
+import type { IntersectPrimitiveSerializationParams } from "./primitive";
+import type { IntersectTupleSerializationParams } from "./tuple";
+import type { DistributeIntersection } from "./union";
+import type { IntersectDeserialized, IntersectIsSerialized } from "./utils";
+export declare type IntersectAny<META_ANY extends AnyType, META_TYPE> = META_TYPE extends Type ? META_TYPE extends NeverType ? META_TYPE : META_TYPE extends AnyType ? Any<IntersectIsSerialized<META_ANY, META_TYPE>, IntersectDeserialized<META_ANY, META_TYPE>> : META_TYPE extends ConstType ? IntersectConstSerializationParams<META_TYPE, META_ANY> : META_TYPE extends EnumType ? IntersectEnumSerializationParams<EnumValues<META_TYPE>, META_TYPE, META_ANY> : META_TYPE extends PrimitiveType ? IntersectPrimitiveSerializationParams<META_TYPE, META_ANY> : META_TYPE extends ArrayType ? IntersectArraySerializationParams<ArrayValues<META_TYPE>, META_TYPE, META_ANY> : META_TYPE extends TupleType ? IntersectTupleSerializationParams<TupleValues<META_TYPE>, TupleOpenProps<META_TYPE>, META_TYPE, META_ANY> : META_TYPE extends ObjectType ? IntersectObjectSerializationParams<ObjectValues<META_TYPE>, ObjectRequiredKeys<META_TYPE>, ObjectOpenProps<META_TYPE>, IsObjectClosedOnResolve<META_TYPE>, META_TYPE, META_ANY> : META_TYPE extends UnionType ? DistributeIntersection<META_TYPE, META_ANY> : Never : Never;

frontend/node_modules/ts-algebra/lib/meta-types/intersection/any.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/intersection/array.d.ts

@@ -0,0 +1,21 @@
+import type { AnyType } from "../any";
+import type { _$Array, ArrayType, ArrayValues } from "../array";
+import type { ConstType } from "../const";
+import type { EnumType } from "../enum";
+import type { Never, NeverType } from "../never";
+import type { ObjectType } from "../object";
+import type { PrimitiveType } from "../primitive";
+import type { TupleType } from "../tuple";
+import type { SerializableType, Type } from "../type";
+import type { UnionType } from "../union";
+import type { IntersectConstToArray } from "./const";
+import type { IntersectEnumToArray } from "./enum";
+import type { Intersect } from "./index";
+import type { IntersectTupleToArray } from "./tuple";
+import type { DistributeIntersection } from "./union";
+import type { IntersectDeserialized, IntersectIsSerialized } from "./utils";
+export declare type IntersectArraySerializationParams<VALUES extends Type, META_ARRAY extends ArrayType, SERIALIZABLE_META_TYPE extends SerializableType> = $MergeArrayValuesToSerializable<VALUES, META_ARRAY, SERIALIZABLE_META_TYPE>;
+declare type $MergeArrayValuesToSerializable<VALUES, META_ARRAY extends ArrayType, SERIALIZABLE_META_TYPE extends SerializableType> = _$Array<VALUES, IntersectIsSerialized<META_ARRAY, SERIALIZABLE_META_TYPE>, IntersectDeserialized<META_ARRAY, SERIALIZABLE_META_TYPE>>;
+export declare type IntersectArray<META_ARRAY extends ArrayType, META_TYPE> = META_TYPE extends Type ? META_TYPE extends NeverType ? META_TYPE : META_TYPE extends AnyType ? IntersectArraySerializationParams<ArrayValues<META_ARRAY>, META_ARRAY, META_TYPE> : META_TYPE extends ConstType ? IntersectConstToArray<META_TYPE, META_ARRAY> : META_TYPE extends EnumType ? IntersectEnumToArray<META_TYPE, META_ARRAY> : META_TYPE extends PrimitiveType ? Never : META_TYPE extends ArrayType ? IntersectArrays<META_ARRAY, META_TYPE> : META_TYPE extends TupleType ? IntersectTupleToArray<META_TYPE, META_ARRAY> : META_TYPE extends ObjectType ? Never : META_TYPE extends UnionType ? DistributeIntersection<META_TYPE, META_ARRAY> : Never : Never;
+declare type IntersectArrays<META_ARRAY_A extends ArrayType, META_ARRAY_B extends ArrayType> = $MergeArrayValuesToSerializable<Intersect<ArrayValues<META_ARRAY_A>, ArrayValues<META_ARRAY_B>>, META_ARRAY_A, META_ARRAY_B>;
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/intersection/array.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/intersection/const.d.ts

@@ -0,0 +1,33 @@
+import type { If, IsNever, IsObject } from "../../utils";
+import type { AnyType } from "../any";
+import type { ArrayType } from "../array";
+import type { Const, ConstType, ConstValue } from "../const";
+import type { EnumType } from "../enum";
+import type { Never, NeverType } from "../never";
+import type { ObjectRequiredKeys, ObjectType, ObjectValue } from "../object";
+import type { PrimitiveType } from "../primitive";
+import type { Resolve } from "../resolve";
+import type { TupleType } from "../tuple";
+import type { SerializableType, Type } from "../type";
+import type { UnionType } from "../union";
+import type { Intersect } from "./index";
+import type { DistributeIntersection } from "./union";
+import type { IntersectDeserialized, IntersectIsSerialized } from "./utils";
+export declare type IntersectConstSerializationParams<META_CONST extends ConstType, SERIALIZABLE_META_TYPE extends SerializableType> = Const<ConstValue<META_CONST>, IntersectIsSerialized<META_CONST, SERIALIZABLE_META_TYPE>, IntersectDeserialized<META_CONST, SERIALIZABLE_META_TYPE>>;
+export declare type IntersectConst<META_CONST extends ConstType, META_TYPE> = META_TYPE extends Type ? META_TYPE extends NeverType ? META_TYPE : META_TYPE extends AnyType ? IntersectConstSerializationParams<META_CONST, META_TYPE> : META_TYPE extends ConstType ? CheckExtendsResolved<META_CONST, META_TYPE> : META_TYPE extends EnumType ? IntersectConstToEnum<META_CONST, META_TYPE> : META_TYPE extends PrimitiveType ? IntersectConstToPrimitive<META_CONST, META_TYPE> : META_TYPE extends ArrayType ? IntersectConstToArray<META_CONST, META_TYPE> : META_TYPE extends TupleType ? IntersectConstToTuple<META_CONST, META_TYPE> : META_TYPE extends ObjectType ? IntersectConstToObject<META_CONST, META_TYPE> : META_TYPE extends UnionType ? DistributeIntersection<META_TYPE, META_CONST> : Never : Never;
+declare type CheckExtendsResolved<META_CONST extends ConstType, SERIALIZABLE_META_TYPE extends SerializableType> = ConstValue<META_CONST> extends Resolve<SERIALIZABLE_META_TYPE, {
+    deserialize: false;
+}> ? IntersectConstSerializationParams<META_CONST, SERIALIZABLE_META_TYPE> : Never;
+export declare type IntersectConstToEnum<META_CONST extends ConstType, META_ENUM extends EnumType> = CheckExtendsResolved<META_CONST, META_ENUM>;
+export declare type IntersectConstToPrimitive<META_CONST extends ConstType, META_PRIMITIVE extends PrimitiveType> = CheckExtendsResolved<META_CONST, META_PRIMITIVE>;
+export declare type IntersectConstToArray<META_CONST extends ConstType, META_ARRAY extends ArrayType> = CheckExtendsResolved<META_CONST, META_ARRAY>;
+export declare type IntersectConstToTuple<META_CONST extends ConstType, META_TUPLE extends TupleType> = CheckExtendsResolved<META_CONST, META_TUPLE>;
+export declare type IntersectConstToObject<META_CONST extends ConstType, META_OBJECT extends ObjectType> = If<IsObject<ConstValue<META_CONST>>, IntersectObjectConstToObject<META_CONST, META_OBJECT>, Never>;
+declare type IntersectObjectConstToObject<META_CONST extends ConstType, META_OBJECT extends ObjectType, INTERSECTED_META_OBJECT = IntersectConstValuesToObjectValues<ConstValue<META_CONST>, META_OBJECT>> = If<IsNever<NeverKeys<INTERSECTED_META_OBJECT>>, IntersectConstSerializationParams<META_CONST, META_OBJECT>, Never>;
+declare type IntersectConstValuesToObjectValues<CONST_VALUE, META_OBJECT extends ObjectType> = {
+    [KEY in Extract<keyof CONST_VALUE | ObjectRequiredKeys<META_OBJECT>, string>]: KEY extends keyof CONST_VALUE ? Intersect<Const<CONST_VALUE[KEY]>, ObjectValue<META_OBJECT, KEY>> : Never;
+};
+declare type NeverKeys<META_OBJECT> = {
+    [KEY in keyof META_OBJECT]: META_OBJECT[KEY] extends Never ? KEY : never;
+}[keyof META_OBJECT];
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/intersection/const.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/intersection/enum.d.ts

@@ -0,0 +1,23 @@
+import type { AnyType } from "../any";
+import type { ArrayType } from "../array";
+import type { Const, ConstType } from "../const";
+import type { Enum, EnumType, EnumValues } from "../enum";
+import type { Never, NeverType } from "../never";
+import type { ObjectType } from "../object";
+import type { PrimitiveType } from "../primitive";
+import type { TupleType } from "../tuple";
+import type { SerializableType, Type } from "../type";
+import type { UnionType } from "../union";
+import type { IntersectConstToEnum } from "./const";
+import type { $Intersect } from "./index";
+import type { DistributeIntersection } from "./union";
+import type { IntersectDeserialized, IntersectIsSerialized } from "./utils";
+export declare type IntersectEnumSerializationParams<META_ENUM_VALUES, META_ENUM extends EnumType, SERIALIZABLE_META_TYPE extends SerializableType> = Enum<META_ENUM_VALUES, IntersectIsSerialized<META_ENUM, SERIALIZABLE_META_TYPE>, IntersectDeserialized<META_ENUM, SERIALIZABLE_META_TYPE>>;
+export declare type IntersectEnum<META_ENUM extends EnumType, META_TYPE> = META_TYPE extends Type ? META_TYPE extends NeverType ? META_TYPE : META_TYPE extends AnyType ? IntersectEnumSerializationParams<EnumValues<META_ENUM>, META_ENUM, META_TYPE> : META_TYPE extends ConstType ? IntersectConstToEnum<META_TYPE, META_ENUM> : META_TYPE extends EnumType ? FilterEnum<META_ENUM, META_TYPE> : META_TYPE extends PrimitiveType ? IntersectEnumToPrimitive<META_ENUM, META_TYPE> : META_TYPE extends ArrayType ? FilterEnum<META_ENUM, META_TYPE> : META_TYPE extends TupleType ? FilterEnum<META_ENUM, META_TYPE> : META_TYPE extends ObjectType ? FilterEnum<META_ENUM, META_TYPE> : META_TYPE extends UnionType ? DistributeIntersection<META_TYPE, META_ENUM> : Never : Never;
+declare type FilterEnum<META_ENUM extends EnumType, SERIALIZABLE_META_TYPE extends SerializableType> = IntersectEnumSerializationParams<FilterEnumValues<EnumValues<META_ENUM>, SERIALIZABLE_META_TYPE>, META_ENUM, SERIALIZABLE_META_TYPE>;
+declare type FilterEnumValues<ENUM_VALUES, SERIALIZABLE_META_TYPE> = ENUM_VALUES extends infer ENUM_VALUE ? $Intersect<Const<ENUM_VALUE>, SERIALIZABLE_META_TYPE> extends Never ? never : ENUM_VALUE : never;
+export declare type IntersectEnumToPrimitive<META_ENUM extends EnumType, META_PRIMITIVE extends PrimitiveType> = FilterEnum<META_ENUM, META_PRIMITIVE>;
+export declare type IntersectEnumToArray<META_ENUM extends EnumType, META_ARRAY extends ArrayType> = FilterEnum<META_ENUM, META_ARRAY>;
+export declare type IntersectEnumToTuple<META_ENUM extends EnumType, META_TUPLE extends TupleType> = FilterEnum<META_ENUM, META_TUPLE>;
+export declare type IntersectEnumToObject<META_ENUM extends EnumType, META_OBJECT extends ObjectType> = FilterEnum<META_ENUM, META_OBJECT>;
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/intersection/enum.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/intersection/index.d.ts

@@ -0,0 +1,20 @@
+import type { AnyType } from "../any";
+import type { ArrayType } from "../array";
+import type { ConstType } from "../const";
+import type { EnumType } from "../enum";
+import type { Never, NeverType } from "../never";
+import type { ObjectType } from "../object";
+import type { PrimitiveType } from "../primitive";
+import type { TupleType } from "../tuple";
+import type { Type } from "../type";
+import type { UnionType } from "../union";
+import type { IntersectAny } from "./any";
+import type { IntersectArray } from "./array";
+import type { IntersectConst } from "./const";
+import type { IntersectEnum } from "./enum";
+import type { IntersectObject } from "./object";
+import type { IntersectPrimitive } from "./primitive";
+import type { IntersectTuple } from "./tuple";
+import type { IntersectUnion } from "./union";
+export declare type Intersect<META_TYPE_A extends Type, META_TYPE_B extends Type> = $Intersect<META_TYPE_A, META_TYPE_B>;
+export declare type $Intersect<META_TYPE_A, META_TYPE_B> = META_TYPE_A extends NeverType ? META_TYPE_A : META_TYPE_A extends AnyType ? IntersectAny<META_TYPE_A, META_TYPE_B> : META_TYPE_A extends ConstType ? IntersectConst<META_TYPE_A, META_TYPE_B> : META_TYPE_A extends EnumType ? IntersectEnum<META_TYPE_A, META_TYPE_B> : META_TYPE_A extends PrimitiveType ? IntersectPrimitive<META_TYPE_A, META_TYPE_B> : META_TYPE_A extends ArrayType ? IntersectArray<META_TYPE_A, META_TYPE_B> : META_TYPE_A extends TupleType ? IntersectTuple<META_TYPE_A, META_TYPE_B> : META_TYPE_A extends ObjectType ? IntersectObject<META_TYPE_A, META_TYPE_B> : META_TYPE_A extends UnionType ? IntersectUnion<META_TYPE_A, META_TYPE_B> : Never;

frontend/node_modules/ts-algebra/lib/meta-types/intersection/index.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/intersection/object.d.ts

@@ -0,0 +1,26 @@
+import type { Or } from "../../utils";
+import type { AnyType } from "../any";
+import type { ArrayType } from "../array";
+import type { ConstType } from "../const";
+import type { EnumType } from "../enum";
+import type { Never, NeverType } from "../never";
+import type { _$Object, IsObjectClosedOnResolve, ObjectOpenProps, ObjectRequiredKeys, ObjectType, ObjectValue, ObjectValues } from "../object";
+import type { PrimitiveType } from "../primitive";
+import type { TupleType } from "../tuple";
+import type { SerializableType, Type } from "../type";
+import type { UnionType } from "../union";
+import type { IntersectConstToObject } from "./const";
+import type { IntersectEnumToObject } from "./enum";
+import type { $Intersect, Intersect } from "./index";
+import type { DistributeIntersection } from "./union";
+import type { IntersectDeserialized, IntersectIsSerialized } from "./utils";
+export declare type IntersectObjectSerializationParams<VALUES extends Record<string, Type>, REQUIRED_KEYS extends string, OPEN_PROPS extends Type, CLOSE_ON_RESOLVE extends boolean, META_OBJECT extends ObjectType, SERIALIZABLE_META_TYPE extends SerializableType> = $MergeObjectPropsToSerializable<VALUES, REQUIRED_KEYS, OPEN_PROPS, CLOSE_ON_RESOLVE, META_OBJECT, SERIALIZABLE_META_TYPE>;
+declare type $MergeObjectPropsToSerializable<VALUES, REQUIRED_KEYS, OPEN_PROPS, CLOSE_ON_RESOLVE, META_OBJECT extends ObjectType, SERIALIZABLE_META_TYPE extends SerializableType> = _$Object<VALUES, REQUIRED_KEYS, OPEN_PROPS, CLOSE_ON_RESOLVE, IntersectIsSerialized<META_OBJECT, SERIALIZABLE_META_TYPE>, IntersectDeserialized<META_OBJECT, SERIALIZABLE_META_TYPE>>;
+export declare type IntersectObject<META_OBJECT extends ObjectType, META_TYPE> = META_TYPE extends Type ? META_TYPE extends NeverType ? META_TYPE : META_TYPE extends AnyType ? IntersectObjectSerializationParams<ObjectValues<META_OBJECT>, ObjectRequiredKeys<META_OBJECT>, ObjectOpenProps<META_OBJECT>, IsObjectClosedOnResolve<META_OBJECT>, META_OBJECT, META_TYPE> : META_TYPE extends ConstType ? IntersectConstToObject<META_TYPE, META_OBJECT> : META_TYPE extends EnumType ? IntersectEnumToObject<META_TYPE, META_OBJECT> : META_TYPE extends PrimitiveType ? Never : META_TYPE extends ArrayType ? Never : META_TYPE extends TupleType ? Never : META_TYPE extends ObjectType ? IntersectObjects<META_OBJECT, META_TYPE> : META_TYPE extends UnionType ? DistributeIntersection<META_TYPE, META_OBJECT> : Never : Never;
+declare type IntersectObjects<META_OBJECT_A extends ObjectType, META_OBJECT_B extends ObjectType, INTERSECTED_VALUES extends Record<string, unknown> = IntersectObjectsValues<META_OBJECT_A, META_OBJECT_B>, INTERSECTED_OPEN_PROPS = Intersect<ObjectOpenProps<META_OBJECT_A>, ObjectOpenProps<META_OBJECT_B>>, INTERSECTED_CLOSE_ON_RESOLVE = Or<IsObjectClosedOnResolve<META_OBJECT_A>, IsObjectClosedOnResolve<META_OBJECT_B>>> = $MergeObjectPropsToSerializable<{
+    [KEY in keyof INTERSECTED_VALUES]: INTERSECTED_VALUES[KEY];
+}, ObjectRequiredKeys<META_OBJECT_A> | ObjectRequiredKeys<META_OBJECT_B>, INTERSECTED_OPEN_PROPS, INTERSECTED_CLOSE_ON_RESOLVE, META_OBJECT_A, META_OBJECT_B>;
+declare type IntersectObjectsValues<META_OBJECT_A extends ObjectType, META_OBJECT_B extends ObjectType> = {
+    [KEY in Extract<keyof ObjectValues<META_OBJECT_A> | keyof ObjectValues<META_OBJECT_B>, string>]: $Intersect<ObjectValue<META_OBJECT_A, KEY>, ObjectValue<META_OBJECT_B, KEY>>;
+};
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/intersection/object.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/intersection/primitive.d.ts

@@ -0,0 +1,17 @@
+import type { And, DoesExtend, If } from "../../utils";
+import type { AnyType } from "../any";
+import type { ArrayType } from "../array";
+import type { ConstType } from "../const";
+import type { EnumType } from "../enum";
+import type { Never, NeverType } from "../never";
+import type { ObjectType } from "../object";
+import type { Primitive, PrimitiveType, PrimitiveValue } from "../primitive";
+import type { TupleType } from "../tuple";
+import type { SerializableType, Type } from "../type";
+import type { UnionType } from "../union";
+import type { IntersectConstToPrimitive } from "./const";
+import type { IntersectEnumToPrimitive } from "./enum";
+import type { DistributeIntersection } from "./union";
+import type { IntersectDeserialized, IntersectIsSerialized } from "./utils";
+export declare type IntersectPrimitiveSerializationParams<META_PRIMITIVE extends PrimitiveType, SERIALIZABLE_META_TYPE extends SerializableType> = Primitive<PrimitiveValue<META_PRIMITIVE>, IntersectIsSerialized<META_PRIMITIVE, SERIALIZABLE_META_TYPE>, IntersectDeserialized<META_PRIMITIVE, SERIALIZABLE_META_TYPE>>;
+export declare type IntersectPrimitive<META_PRIMITIVE extends PrimitiveType, META_TYPE> = META_TYPE extends Type ? META_TYPE extends NeverType ? META_TYPE : META_TYPE extends AnyType ? IntersectPrimitiveSerializationParams<META_PRIMITIVE, META_TYPE> : META_TYPE extends ConstType ? IntersectConstToPrimitive<META_TYPE, META_PRIMITIVE> : META_TYPE extends EnumType ? IntersectEnumToPrimitive<META_TYPE, META_PRIMITIVE> : META_TYPE extends PrimitiveType ? If<And<DoesExtend<PrimitiveValue<META_PRIMITIVE>, PrimitiveValue<META_TYPE>>, DoesExtend<PrimitiveValue<META_TYPE>, PrimitiveValue<META_PRIMITIVE>>>, IntersectPrimitiveSerializationParams<META_PRIMITIVE, META_TYPE>, Never> : META_TYPE extends ArrayType ? Never : META_TYPE extends TupleType ? Never : META_TYPE extends ObjectType ? Never : META_TYPE extends UnionType ? DistributeIntersection<META_TYPE, META_PRIMITIVE> : Never : Never;

frontend/node_modules/ts-algebra/lib/meta-types/intersection/primitive.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/intersection/tuple.d.ts

@@ -0,0 +1,44 @@
+import type { AnyType } from "../any";
+import type { ArrayType, ArrayValues } from "../array";
+import type { ConstType } from "../const";
+import type { EnumType } from "../enum";
+import type { Never, NeverType } from "../never";
+import type { ObjectType } from "../object";
+import type { PrimitiveType } from "../primitive";
+import type { $Tuple, IsTupleOpen, TupleOpenProps, TupleType, TupleValues } from "../tuple";
+import type { SerializableType, Type } from "../type";
+import type { UnionType } from "../union";
+import type { IntersectConstToTuple } from "./const";
+import type { IntersectEnumToTuple } from "./enum";
+import type { $Intersect, Intersect } from "./index";
+import type { DistributeIntersection } from "./union";
+import type { IntersectDeserialized, IntersectIsSerialized } from "./utils";
+export declare type IntersectTupleSerializationParams<VALUES extends Type[], OPEN_PROPS extends Type, META_TUPLE extends TupleType, SERIALIZABLE_META_TYPE extends SerializableType> = $MergeTuplePropsToSerializable<VALUES, OPEN_PROPS, META_TUPLE, SERIALIZABLE_META_TYPE>;
+declare type $MergeTuplePropsToSerializable<VALUES, OPEN_PROPS, META_TUPLE extends TupleType, SERIALIZABLE_META_TYPE extends SerializableType> = $Tuple<VALUES, OPEN_PROPS, IntersectIsSerialized<META_TUPLE, SERIALIZABLE_META_TYPE>, IntersectDeserialized<META_TUPLE, SERIALIZABLE_META_TYPE>>;
+export declare type IntersectTuple<META_TUPLE extends TupleType, META_TYPE> = META_TYPE extends NeverType ? META_TYPE : META_TYPE extends AnyType ? IntersectTupleSerializationParams<TupleValues<META_TUPLE>, TupleOpenProps<META_TUPLE>, META_TUPLE, META_TYPE> : META_TYPE extends ConstType ? IntersectConstToTuple<META_TYPE, META_TUPLE> : META_TYPE extends EnumType ? IntersectEnumToTuple<META_TYPE, META_TUPLE> : META_TYPE extends PrimitiveType ? Never : META_TYPE extends ArrayType ? IntersectTupleToArray<META_TUPLE, META_TYPE> : META_TYPE extends TupleType ? IntersectTuples<META_TUPLE, META_TYPE> : META_TYPE extends ObjectType ? Never : META_TYPE extends UnionType ? DistributeIntersection<META_TYPE, META_TUPLE> : Never;
+export declare type IntersectTupleToArray<META_TUPLE extends TupleType, META_ARRAY extends ArrayType, INTERSECTED_VALUES extends unknown[] = IntersectTupleToArrayValues<TupleValues<META_TUPLE>, ArrayValues<META_ARRAY>>, INTERSECTED_OPEN_PROPS = $Intersect<TupleOpenProps<META_TUPLE>, ArrayValues<META_ARRAY>>> = $MergeTuplePropsToSerializable<INTERSECTED_VALUES, INTERSECTED_OPEN_PROPS, META_TUPLE, META_ARRAY>;
+declare type IntersectTupleToArrayValues<TUPLE_VALUES extends Type[], ARRAY_VALUES extends Type, RESULT extends unknown[] = []> = TUPLE_VALUES extends [infer TUPLE_VALUES_HEAD, ...infer TUPLE_VALUES_TAIL] ? TUPLE_VALUES_HEAD extends Type ? TUPLE_VALUES_TAIL extends Type[] ? IntersectTupleToArrayValues<TUPLE_VALUES_TAIL, ARRAY_VALUES, [
+    ...RESULT,
+    Intersect<TUPLE_VALUES_HEAD, ARRAY_VALUES>
+]> : never : never : RESULT;
+declare type IntersectTuples<META_TUPLE_A extends TupleType, META_TUPLE_B extends TupleType, INTERSECTED_VALUES extends unknown[] = IntersectTupleValues<TupleValues<META_TUPLE_A>, TupleValues<META_TUPLE_B>, IsTupleOpen<META_TUPLE_A>, IsTupleOpen<META_TUPLE_B>, TupleOpenProps<META_TUPLE_A>, TupleOpenProps<META_TUPLE_B>>, INTERSECTED_OPEN_PROPS = $Intersect<TupleOpenProps<META_TUPLE_A>, TupleOpenProps<META_TUPLE_B>>> = $MergeTuplePropsToSerializable<INTERSECTED_VALUES, INTERSECTED_OPEN_PROPS, META_TUPLE_A, META_TUPLE_B>;
+declare type IntersectTupleValues<TUPLE_A_VALUES extends Type[], TUPLE_B_VALUES extends Type[], TUPLE_A_IS_OPEN extends boolean, TUPLE_B_IS_OPEN extends boolean, TUPLE_A_OPEN_PROPS extends Type, TUPLE_B_OPEN_PROPS extends Type, RESULT extends unknown[] = []> = TUPLE_A_VALUES extends [
+    infer TUPLE_A_VALUES_HEAD,
+    ...infer TUPLE_A_VALUES_TAIL
+] ? TUPLE_A_VALUES_HEAD extends Type ? TUPLE_A_VALUES_TAIL extends Type[] ? TUPLE_B_VALUES extends [
+    infer TUPLE_B_VALUES_HEAD,
+    ...infer TUPLE_B_VALUES_TAIL
+] ? TUPLE_B_VALUES_HEAD extends Type ? TUPLE_B_VALUES_TAIL extends Type[] ? IntersectTupleValues<TUPLE_A_VALUES_TAIL, TUPLE_B_VALUES_TAIL, TUPLE_A_IS_OPEN, TUPLE_B_IS_OPEN, TUPLE_A_OPEN_PROPS, TUPLE_B_OPEN_PROPS, [
+    ...RESULT,
+    Intersect<TUPLE_A_VALUES_HEAD, TUPLE_B_VALUES_HEAD>
+]> : never : never : IntersectTupleValues<TUPLE_A_VALUES_TAIL, TUPLE_B_VALUES, TUPLE_A_IS_OPEN, TUPLE_B_IS_OPEN, TUPLE_A_OPEN_PROPS, TUPLE_B_OPEN_PROPS, [
+    ...RESULT,
+    TUPLE_B_IS_OPEN extends true ? Intersect<TUPLE_A_VALUES_HEAD, TUPLE_B_OPEN_PROPS> : Never
+]> : never : never : TUPLE_B_VALUES extends [
+    infer TUPLE_B_VALUES_HEAD,
+    ...infer TUPLE_B_VALUES_TAIL
+] ? TUPLE_B_VALUES_HEAD extends Type ? TUPLE_B_VALUES_TAIL extends Type[] ? IntersectTupleValues<TUPLE_A_VALUES, TUPLE_B_VALUES_TAIL, TUPLE_A_IS_OPEN, TUPLE_B_IS_OPEN, TUPLE_A_OPEN_PROPS, TUPLE_B_OPEN_PROPS, [
+    ...RESULT,
+    TUPLE_A_IS_OPEN extends true ? Intersect<TUPLE_B_VALUES_HEAD, TUPLE_A_OPEN_PROPS> : Never
+]> : never : never : RESULT;
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/intersection/tuple.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/intersection/union.d.ts

@@ -0,0 +1,13 @@
+import type { AnyType } from "../any";
+import type { ArrayType } from "../array";
+import type { ConstType } from "../const";
+import type { EnumType } from "../enum";
+import type { Never, NeverType } from "../never";
+import type { ObjectType } from "../object";
+import type { PrimitiveType } from "../primitive";
+import type { TupleType } from "../tuple";
+import type { Type } from "../type";
+import type { $Union, UnionType, UnionValues } from "../union";
+import type { $Intersect } from "./index";
+export declare type IntersectUnion<META_UNION extends UnionType, META_TYPE> = META_TYPE extends Type ? META_TYPE extends NeverType ? META_TYPE : META_TYPE extends AnyType ? META_UNION : META_TYPE extends ConstType ? DistributeIntersection<META_UNION, META_TYPE> : META_TYPE extends EnumType ? DistributeIntersection<META_UNION, META_TYPE> : META_TYPE extends PrimitiveType ? DistributeIntersection<META_UNION, META_TYPE> : META_TYPE extends ArrayType ? DistributeIntersection<META_UNION, META_TYPE> : META_TYPE extends TupleType ? DistributeIntersection<META_UNION, META_TYPE> : META_TYPE extends ObjectType ? DistributeIntersection<META_UNION, META_TYPE> : META_TYPE extends UnionType ? DistributeIntersection<META_UNION, META_TYPE> : Never : Never;
+export declare type DistributeIntersection<META_UNION extends UnionType, META_TYPE> = $Union<UnionValues<META_UNION> extends infer UNION_VALUE ? $Intersect<UNION_VALUE, META_TYPE> : never>;

frontend/node_modules/ts-algebra/lib/meta-types/intersection/union.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/intersection/utils.d.ts

@@ -0,0 +1,5 @@
+import type { If, Or } from "../../utils";
+import type { SerializableType } from "../type";
+import type { Deserialized, IsSerialized } from "../utils";
+export declare type IntersectIsSerialized<SERIALIZABLE_META_TYPE_A extends SerializableType, SERIALIZABLE_META_TYPE_B extends SerializableType> = Or<IsSerialized<SERIALIZABLE_META_TYPE_A>, IsSerialized<SERIALIZABLE_META_TYPE_B>>;
+export declare type IntersectDeserialized<SERIALIZABLE_META_TYPE_A extends SerializableType, SERIALIZABLE_META_TYPE_B extends SerializableType> = If<IsSerialized<SERIALIZABLE_META_TYPE_A>, If<IsSerialized<SERIALIZABLE_META_TYPE_B>, Deserialized<SERIALIZABLE_META_TYPE_A> & Deserialized<SERIALIZABLE_META_TYPE_B>, Deserialized<SERIALIZABLE_META_TYPE_A>>, If<IsSerialized<SERIALIZABLE_META_TYPE_B>, Deserialized<SERIALIZABLE_META_TYPE_B>>>;

frontend/node_modules/ts-algebra/lib/meta-types/intersection/utils.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/never.d.ts

@@ -0,0 +1,6 @@
+export declare type NeverTypeId = "never";
+export declare type Never = {
+    type: NeverTypeId;
+};
+export declare type NeverType = Never;
+export declare type ResolveNever = never;

frontend/node_modules/ts-algebra/lib/meta-types/never.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/object.d.ts

@@ -0,0 +1,47 @@
+import type { And, DeepMergeUnsafe, DoesExtend, If, IsNever, Not } from "../utils";
+import type { Any } from "./any";
+import type { Never, NeverType } from "./never";
+import type { Resolve, ResolveOptions } from "./resolve";
+import type { Type } from "./type";
+import type { Deserialized, IsSerialized } from "./utils";
+export declare type ObjectTypeId = "object";
+export declare type _Object<VALUES extends Record<string, Type> = {}, REQUIRED_KEYS extends string = never, OPEN_PROPS extends Type = Never, CLOSE_ON_RESOLVE extends boolean = false, IS_SERIALIZED extends boolean = false, DESERIALIZED = never> = _$Object<VALUES, REQUIRED_KEYS, OPEN_PROPS, CLOSE_ON_RESOLVE, IS_SERIALIZED, DESERIALIZED>;
+export declare type _$Object<VALUES = {}, REQUIRED_KEYS = never, OPEN_PROPS = Never, CLOSE_ON_RESOLVE = false, IS_SERIALIZED = false, DESERIALIZED = never> = DoesExtend<true, {
+    [KEY in Extract<REQUIRED_KEYS, string>]: KEY extends keyof VALUES ? DoesExtend<VALUES[KEY], NeverType> : DoesExtend<OPEN_PROPS, NeverType>;
+}[Extract<REQUIRED_KEYS, string>]> extends true ? Never : {
+    type: ObjectTypeId;
+    values: VALUES;
+    required: REQUIRED_KEYS;
+    isOpen: Not<DoesExtend<OPEN_PROPS, NeverType>>;
+    openProps: OPEN_PROPS;
+    closeOnResolve: CLOSE_ON_RESOLVE;
+    isSerialized: IS_SERIALIZED;
+    deserialized: DESERIALIZED;
+};
+export declare type ObjectType = {
+    type: ObjectTypeId;
+    values: Record<string, Type>;
+    required: string;
+    isOpen: boolean;
+    openProps: Type;
+    closeOnResolve: boolean;
+    isSerialized: boolean;
+    deserialized: unknown;
+};
+export declare type ObjectValues<META_OBJECT extends ObjectType> = META_OBJECT["values"];
+export declare type ObjectValue<META_OBJECT extends ObjectType, KEY extends string> = KEY extends keyof ObjectValues<META_OBJECT> ? ObjectValues<META_OBJECT>[KEY] : IsObjectOpen<META_OBJECT> extends true ? ObjectOpenProps<META_OBJECT> : Never;
+export declare type ObjectRequiredKeys<META_OBJECT extends ObjectType> = META_OBJECT["required"];
+export declare type IsObjectOpen<META_OBJECT extends ObjectType> = META_OBJECT["isOpen"];
+export declare type ObjectOpenProps<META_OBJECT extends ObjectType> = META_OBJECT["openProps"];
+export declare type IsObjectClosedOnResolve<META_OBJECT extends ObjectType> = META_OBJECT["closeOnResolve"];
+declare type IsObjectEmpty<META_OBJECT extends ObjectType> = IsNever<keyof ObjectValues<META_OBJECT>>;
+export declare type ResolveObject<META_OBJECT extends ObjectType, OPTIONS extends ResolveOptions> = If<And<OPTIONS["deserialize"], IsSerialized<META_OBJECT>>, Deserialized<META_OBJECT>, DeepMergeUnsafe<If<And<IsObjectOpen<META_OBJECT>, Not<IsObjectClosedOnResolve<META_OBJECT>>>, If<IsObjectEmpty<META_OBJECT>, {
+    [KEY: string]: Resolve<ObjectOpenProps<META_OBJECT>, OPTIONS>;
+}, {
+    [KEY: string]: Resolve<Any, OPTIONS>;
+}>, {}>, DeepMergeUnsafe<{
+    [KEY in Exclude<keyof ObjectValues<META_OBJECT>, ObjectRequiredKeys<META_OBJECT>>]?: Resolve<ObjectValues<META_OBJECT>[KEY], OPTIONS>;
+}, {
+    [KEY in ObjectRequiredKeys<META_OBJECT>]: KEY extends keyof ObjectValues<META_OBJECT> ? Resolve<ObjectValues<META_OBJECT>[KEY], OPTIONS> : Resolve<Any, OPTIONS>;
+}>>>;
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/object.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/primitive.d.ts

@@ -0,0 +1,20 @@
+import type { And, If, IsNever } from "../utils";
+import type { Never } from "./never";
+import type { ResolveOptions } from "./resolve";
+import type { Deserialized, IsSerialized } from "./utils";
+export declare type PrimitiveTypeId = "primitive";
+export declare type Primitive<VALUE extends null | boolean | number | string, IS_SERIALIZED extends boolean = false, DESERIALIZED = never> = $Primitive<VALUE, IS_SERIALIZED, DESERIALIZED>;
+export declare type $Primitive<VALUE, IS_SERIALIZED = false, DESERIALIZED = never> = If<IsNever<VALUE>, Never, {
+    type: PrimitiveTypeId;
+    value: VALUE;
+    isSerialized: IS_SERIALIZED;
+    deserialized: DESERIALIZED;
+}>;
+export declare type PrimitiveType = {
+    type: PrimitiveTypeId;
+    value: null | boolean | number | string;
+    isSerialized: boolean;
+    deserialized: unknown;
+};
+export declare type PrimitiveValue<META_PRIMITIVE extends PrimitiveType> = META_PRIMITIVE["value"];
+export declare type ResolvePrimitive<META_PRIMITIVE extends PrimitiveType, OPTIONS extends ResolveOptions> = If<And<OPTIONS["deserialize"], IsSerialized<META_PRIMITIVE>>, Deserialized<META_PRIMITIVE>, PrimitiveValue<META_PRIMITIVE>>;

frontend/node_modules/ts-algebra/lib/meta-types/primitive.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/resolve.d.ts

@@ -0,0 +1,18 @@
+import type { AnyType, ResolveAny } from "./any";
+import type { ArrayType, ResolveArray } from "./array";
+import type { ConstType, ResolveConst } from "./const";
+import type { EnumType, ResolveEnum } from "./enum";
+import type { NeverType, ResolveNever } from "./never";
+import type { ObjectType, ResolveObject } from "./object";
+import type { PrimitiveType, ResolvePrimitive } from "./primitive";
+import type { ResolveTuple, TupleType } from "./tuple";
+import type { Type } from "./type";
+import type { ResolveUnion, UnionType } from "./union";
+export declare type ResolveOptions = {
+    deserialize: boolean;
+};
+export declare type ResolveDefaultOptions = {
+    deserialize: true;
+};
+export declare type Resolve<META_TYPE extends Type, OPTIONS extends ResolveOptions = ResolveDefaultOptions> = $Resolve<META_TYPE, OPTIONS>;
+export declare type $Resolve<META_TYPE, OPTIONS extends ResolveOptions = ResolveDefaultOptions> = META_TYPE extends AnyType ? ResolveAny<META_TYPE, OPTIONS> : META_TYPE extends NeverType ? ResolveNever : META_TYPE extends ConstType ? ResolveConst<META_TYPE, OPTIONS> : META_TYPE extends EnumType ? ResolveEnum<META_TYPE, OPTIONS> : META_TYPE extends PrimitiveType ? ResolvePrimitive<META_TYPE, OPTIONS> : META_TYPE extends ArrayType ? ResolveArray<META_TYPE, OPTIONS> : META_TYPE extends TupleType ? ResolveTuple<META_TYPE, OPTIONS> : META_TYPE extends ObjectType ? ResolveObject<META_TYPE, OPTIONS> : META_TYPE extends UnionType ? ResolveUnion<META_TYPE, OPTIONS> : never;

frontend/node_modules/ts-algebra/lib/meta-types/resolve.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/tuple.d.ts

@@ -0,0 +1,39 @@
+import type { And, DoesExtend, If, Not } from "../utils";
+import type { Never, NeverType } from "./never";
+import type { Resolve, ResolveOptions } from "./resolve";
+import type { Type } from "./type";
+import type { Deserialized, IsSerialized } from "./utils";
+export declare type TupleTypeId = "tuple";
+export declare type Tuple<VALUES extends Type[], OPEN_PROPS extends Type = Never, IS_SERIALIZED extends boolean = false, DESERIALIZED = never> = $Tuple<VALUES, OPEN_PROPS, IS_SERIALIZED, DESERIALIZED>;
+export declare type $Tuple<VALUES, OPEN_PROPS = Never, IS_SERIALIZED = false, DESERIALIZED = never> = IsAnyValueNever<VALUES> extends true ? Never : {
+    type: TupleTypeId;
+    values: VALUES;
+    isOpen: Not<DoesExtend<OPEN_PROPS, NeverType>>;
+    openProps: OPEN_PROPS;
+    isSerialized: IS_SERIALIZED;
+    deserialized: DESERIALIZED;
+};
+declare type IsAnyValueNever<TUPLE> = TUPLE extends [
+    infer TUPLE_HEAD,
+    ...infer TUPLE_TAIL
+] ? TUPLE_HEAD extends NeverType ? true : IsAnyValueNever<TUPLE_TAIL> : false;
+export declare type TupleType = {
+    type: TupleTypeId;
+    values: Type[];
+    isOpen: boolean;
+    openProps: Type;
+    isSerialized: boolean;
+    deserialized: unknown;
+};
+export declare type TupleValues<META_TUPLE extends TupleType> = META_TUPLE["values"];
+export declare type IsTupleOpen<META_TUPLE extends TupleType> = META_TUPLE["isOpen"];
+export declare type TupleOpenProps<META_TUPLE extends TupleType> = META_TUPLE["openProps"];
+export declare type ResolveTuple<META_TUPLE extends TupleType, OPTIONS extends ResolveOptions> = If<And<OPTIONS["deserialize"], IsSerialized<META_TUPLE>>, Deserialized<META_TUPLE>, If<IsTupleOpen<META_TUPLE>, [
+    ...RecurseOnTuple<TupleValues<META_TUPLE>, OPTIONS>,
+    ...Resolve<TupleOpenProps<META_TUPLE>, OPTIONS>[]
+], RecurseOnTuple<TupleValues<META_TUPLE>, OPTIONS>>>;
+declare type RecurseOnTuple<VALUES extends Type[], OPTIONS extends ResolveOptions, RESULT extends unknown[] = []> = VALUES extends [infer VALUES_HEAD, ...infer VALUES_TAIL] ? VALUES_HEAD extends Type ? VALUES_TAIL extends Type[] ? RecurseOnTuple<VALUES_TAIL, OPTIONS, [
+    ...RESULT,
+    Resolve<VALUES_HEAD, OPTIONS>
+]> : never : never : RESULT;
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/tuple.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/type.d.ts

@@ -0,0 +1,14 @@
+import type { AnyType } from "./any";
+import type { ArrayType } from "./array";
+import type { ConstType } from "./const";
+import type { EnumType } from "./enum";
+import type { NeverType } from "./never";
+import type { ObjectType } from "./object";
+import type { PrimitiveType } from "./primitive";
+import type { TupleType } from "./tuple";
+import type { UnionType } from "./union";
+export declare type Type = NeverType | AnyType | ConstType | EnumType | PrimitiveType | ArrayType | TupleType | ObjectType | UnionType;
+export declare type SerializableType = Type extends infer META_TYPE ? META_TYPE extends {
+    isSerialized: boolean;
+    deserialized: unknown;
+} ? META_TYPE : never : never;

frontend/node_modules/ts-algebra/lib/meta-types/type.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/typeId.d.ts

@@ -0,0 +1,10 @@
+import type { AnyTypeId } from "./any";
+import type { ArrayTypeId } from "./array";
+import type { ConstTypeId } from "./const";
+import type { EnumTypeId } from "./enum";
+import type { NeverTypeId } from "./never";
+import type { ObjectTypeId } from "./object";
+import type { PrimitiveTypeId } from "./primitive";
+import type { TupleTypeId } from "./tuple";
+import type { UnionTypeId } from "./union";
+export declare type TypeId = NeverTypeId | AnyTypeId | ConstTypeId | EnumTypeId | PrimitiveTypeId | ArrayTypeId | TupleTypeId | ObjectTypeId | UnionTypeId;

frontend/node_modules/ts-algebra/lib/meta-types/typeId.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/union.d.ts

@@ -0,0 +1,18 @@
+import type { DoesExtend, If, IsNever } from "../utils";
+import type { Never, NeverType } from "./never";
+import type { $Resolve, ResolveOptions } from "./resolve";
+import type { Type } from "./type";
+export declare type UnionTypeId = "union";
+export declare type Union<VALUES extends Type> = $Union<VALUES>;
+export declare type $Union<VALUES> = If<IsNever<VALUES>, Never, DoesExtend<VALUES, NeverType> extends true ? Never : {
+    type: UnionTypeId;
+    values: VALUES;
+}>;
+export declare type UnionType = {
+    type: UnionTypeId;
+    values: Type;
+};
+export declare type UnionValues<META_UNION extends UnionType> = META_UNION["values"];
+export declare type ResolveUnion<META_UNION extends UnionType, OPTIONS extends ResolveOptions> = RecurseOnUnion<UnionValues<META_UNION>, OPTIONS>;
+declare type RecurseOnUnion<VALUES extends Type, OPTIONS extends ResolveOptions> = VALUES extends infer META_TYPE ? $Resolve<META_TYPE, OPTIONS> : never;
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/union.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/meta-types/utils.d.ts

@@ -0,0 +1,3 @@
+import type { SerializableType } from "./type";
+export declare type IsSerialized<SERIALIZABLE_META_TYPE extends SerializableType> = SERIALIZABLE_META_TYPE["isSerialized"];
+export declare type Deserialized<SERIALIZABLE_META_TYPE extends SerializableType> = SERIALIZABLE_META_TYPE["deserialized"];

frontend/node_modules/ts-algebra/lib/meta-types/utils.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/utils/and.d.ts

@@ -0,0 +1 @@
+export declare type And<BOOL_A, BOOL_B> = BOOL_A extends true ? BOOL_B extends true ? true : false : false;

frontend/node_modules/ts-algebra/lib/utils/and.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/utils/extends.d.ts

@@ -0,0 +1,5 @@
+export declare type DoesExtend<TYPE_A, TYPE_B> = [TYPE_A] extends [TYPE_B] ? true : false;
+declare type ArrayKeys = keyof [];
+export declare type IsObject<TYPE> = TYPE extends object ? ArrayKeys extends Extract<keyof TYPE, ArrayKeys> ? false : true : false;
+export declare type IsArray<TYPE> = TYPE extends object ? ArrayKeys extends Extract<keyof TYPE, ArrayKeys> ? true : false : false;
+export {};

frontend/node_modules/ts-algebra/lib/utils/extends.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/utils/if.d.ts

@@ -0,0 +1 @@
+export declare type If<CONDITION extends boolean, THEN, ELSE = never> = CONDITION extends true ? THEN : ELSE;

frontend/node_modules/ts-algebra/lib/utils/if.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/utils/index.d.ts

@@ -0,0 +1,12 @@
+export type { And } from "./and";
+export type { DoesExtend, IsObject, IsArray } from "./extends";
+export type { If } from "./if";
+export type { IntersectUnion } from "./intersectUnion";
+export type { IsNever } from "./isNever";
+export type { DeepMergeUnsafe } from "./merge";
+export type { Not } from "./not";
+export type { Or } from "./or";
+export type { Prettify } from "./prettify";
+export type { Tail } from "./tail";
+export type { UnionLast } from "./unionLast";
+export type { UnionPop } from "./unionPop";

frontend/node_modules/ts-algebra/lib/utils/index.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/utils/intersectUnion.d.ts

@@ -0,0 +1 @@
+export declare type IntersectUnion<UNION> = (UNION extends unknown ? (arg: UNION) => void : never) extends (arg: infer INTERSECTION) => void ? INTERSECTION : never;

frontend/node_modules/ts-algebra/lib/utils/intersectUnion.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/utils/isNever.d.ts

@@ -0,0 +1 @@
+export declare type IsNever<TYPE> = [TYPE] extends [never] ? true : false;

frontend/node_modules/ts-algebra/lib/utils/isNever.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/utils/merge.d.ts

@@ -0,0 +1,7 @@
+import type { IsArray, IsObject } from "./extends";
+export declare type DeepMergeUnsafe<TYPE_A, TYPE_B> = IsObject<TYPE_A> extends true ? IsObject<TYPE_B> extends true ? {
+    [KEY in keyof (TYPE_A & TYPE_B)]: KEY extends keyof TYPE_B ? KEY extends keyof TYPE_A ? DeepMergeUnsafe<TYPE_A[KEY], TYPE_B[KEY]> : TYPE_B[KEY] : KEY extends keyof TYPE_A ? TYPE_A[KEY] : never;
+} : TYPE_B : IsArray<TYPE_A> extends true ? IsArray<TYPE_B> extends true ? TYPE_B extends unknown[] ? [
+    ...(TYPE_A extends unknown[] ? TYPE_A : never),
+    TYPE_B
+] : never : TYPE_B : TYPE_B;

frontend/node_modules/ts-algebra/lib/utils/merge.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/utils/not.d.ts

@@ -0,0 +1 @@
+export declare type Not<BOOL extends boolean> = BOOL extends false ? true : BOOL extends true ? false : never;

frontend/node_modules/ts-algebra/lib/utils/not.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/utils/or.d.ts

@@ -0,0 +1 @@
+export declare type Or<BOOL_A extends boolean, BOOL_B extends boolean> = BOOL_A extends true ? true : BOOL_B extends true ? true : false;

frontend/node_modules/ts-algebra/lib/utils/or.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/utils/prettify.d.ts

@@ -0,0 +1,4 @@
+import type { IsObject } from "./extends";
+export declare type Prettify<TYPE> = IsObject<TYPE> extends true ? {
+    [KEY in keyof TYPE]: KEY extends keyof TYPE ? TYPE[KEY] : never;
+} : TYPE;

frontend/node_modules/ts-algebra/lib/utils/prettify.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/utils/tail.d.ts

@@ -0,0 +1 @@
+export declare type Tail<ARRAY extends unknown[]> = ARRAY extends readonly [] ? ARRAY : ARRAY extends readonly [unknown?, ...infer TAIL] ? TAIL : ARRAY;

frontend/node_modules/ts-algebra/lib/utils/tail.js

@@ -0,0 +1 @@
+export {};

frontend/node_modules/ts-algebra/lib/utils/unionLast.d.ts

@@ -0,0 +1,2 @@
+import type { IntersectUnion } from "./intersectUnion";
+export declare type UnionLast<UNION> = IntersectUnion<UNION extends unknown ? (x: UNION) => void : never> extends (x: infer LAST) => void ? LAST : never;