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import type {ITimestampStruct} from '../clock';
/* tslint:disable no-namespace class-name */
/**
* This namespace contains all the node builders. Each node builder is a
* schema for a specific node type. Each node builder has a `build` method
* that takes a {@link NodeBuilder} and returns the ID of the node.
*/
export namespace nodes {
/**
* The `con` class represents a "con" JSON CRDT node. As the generic type
* parameter, it takes the type of the raw value.
*
* Example:
*
* ```ts
* s.con(0);
* s.con('');
* s.con<number>(123);
* s.con<0 | 1>(0);
* ```
*/
export class con<T extends unknown | ITimestampStruct> extends NodeBuilder {
public readonly type = 'con';
constructor(public readonly raw: T) {
super((builder) => builder.const(raw));
}
}
/**
* The `str` class represents a "str" JSON CRDT node. As the generic type
* parameter, it takes the type of the raw value.
*
* Example:
*
* ```ts
* s.str('');
* s.str('hello');
* s.str<string>('world');
* s.str<'' | 'hello' | 'world'>('hello');
* ```
*/
export class str<T extends string = string> extends NodeBuilder {
public readonly type = 'str';
constructor(public readonly raw: T) {
super((builder) => builder.json(raw));
}
}
/**
* The `bin` class represents a "bin" JSON CRDT node.
*/
export class bin extends NodeBuilder {
public readonly type = 'bin';
constructor(public readonly raw: Uint8Array) {
super((builder) => builder.json(raw));
}
}
/**
* The `val` class represents a "val" JSON CRDT node. As the generic type
* parameter, it takes the type of the inner node builder.
*
* Example:
*
* ```ts
* s.val(s.con(0));
* s.val(s.str(''));
* s.val(s.str('hello'));
* ```
*/
export class val<T extends NodeBuilder> extends NodeBuilder {
public readonly type = 'val';
constructor(public readonly value: T) {
super((builder) => {
const valId = builder.val();
const valueId = value.build(builder);
builder.setVal(valId, valueId);
return valId;
});
}
}
/**
* The `vec` class represents a "vec" JSON CRDT node. As the generic type
* parameter, it takes a tuple of node builders.
*
* Example:
*
* ```ts
* s.vec(s.con(0), s.con(1));
* s.vec(s.str(''), s.str('hello'));
* ```
*/
export class vec<T extends NodeBuilder[]> extends NodeBuilder {
public readonly type = 'vec';
constructor(public readonly value: T) {
super((builder) => {
const vecId = builder.vec();
const length = value.length;
if (length) {
const elementPairs: [index: number, value: ITimestampStruct][] = [];
for (let i = 0; i < length; i++) {
const element = value[i];
const elementId = element.build(builder);
elementPairs.push([i, elementId]);
}
builder.insVec(vecId, elementPairs);
}
return vecId;
});
}
}
/**
* The `obj` class represents a "obj" JSON CRDT node. As the generic type
* parameter, it takes a record of node builders. The optional generic type
* parameter is a record of optional keys.
*
* Example:
*
* ```ts
* s.obj({
* name: s.str(''),
* age: s.con(0),
* });
* ```
*
* Specify optional keys as the second argument:
*
* ```ts
* s.obj(
* {
* href: s.str('https://example.com'),
* },
* {
* title: s.str(''),
* },
* )
* ```
*
* Or, specify only the type, using the `optional` method:
*
* ```ts
* s.obj({
* href: s.str('https://example.com'),
* })
* .optional<nodes.obj({
* title: nodes.str,
* })>()
* ```
*/
export class obj<
T extends Record<string, NodeBuilder>,
// biome-ignore lint: TODO: improve {} type in the future
O extends Record<string, NodeBuilder> = {},
> extends NodeBuilder {
public readonly type = 'obj';
constructor(
public readonly obj: T,
public readonly opt?: O,
) {
super((builder) => {
const objId = builder.obj();
const keyValuePairs: [key: string, value: ITimestampStruct][] = [];
const merged = {...obj, ...opt};
const keys = Object.keys(merged);
const length = keys.length;
if (length) {
for (let i = 0; i < length; i++) {
const key = keys[i];
const valueId = merged[key].build(builder);
keyValuePairs.push([key, valueId]);
}
builder.insObj(objId, keyValuePairs);
}
return objId;
});
}
public optional<OO extends Record<string, NodeBuilder>>(): obj<T, O & OO> {
return this as unknown as obj<T, O & OO>;
}
}
/**
* A type alias for {@link obj}. It creates a "map" node schema, which is an
* object where a key can be any string and the value is of the same type.
*
* Example:
*
* ```ts
* s.map<nodes.con<number>>
* ```
*/
export type map<R extends NodeBuilder> = obj<Record<string, R>, Record<string, R>>;
/**
* The `arr` class represents a "arr" JSON CRDT node. As the generic type
* parameter, it an array of node builders.
*
* Example:
*
* ```ts
* s.arr([s.con(0), s.con(1)]);
* s.arr([s.str(''), s.str('hello')]);
* ```
*/
export class arr<T extends NodeBuilder> extends NodeBuilder {
public readonly type = 'arr';
constructor(public readonly arr: T[]) {
super((builder) => {
const arrId = builder.arr();
const length = arr.length;
if (length) {
const valueIds: ITimestampStruct[] = [];
for (let i = 0; i < length; i++) valueIds.push(arr[i].build(builder));
builder.insArr(arrId, arrId, valueIds);
}
return arrId;
});
}
}
/**
* Convenience class for recursively creating a node tree from any POJO. It
* uses the {@link Builder.json} method to create a JSON node. It can be used
* similar to TypeScript's *any* type, where the value can be anything.
*
* Example:
*
* ```typescript
* s.json({name: 'Alice', age: 30});
* ```
*/
export class json<T> extends NodeBuilder {
public readonly type = 'json';
constructor(public readonly value: T) {
super((builder) => builder.json(value));
}
}
/**
* Convenience class for recursively creating a node tree from any POJO. It
* uses the {@link Builder.constOrJson} method to create a JSON node. It can
* be used similar to TypeScript's *any* type, where the value can be anything.
*
* Example:
*
* ```typescript
* s.jsonCon({name: 'Alice', age: 30});
* ```
*/
export class jsonCon<T> extends NodeBuilder {
public readonly type = 'jsonCon';
constructor(public readonly value: T) {
super((builder) => builder.constOrJson(value));
}
}
/**
* Creates an extension node schema. The extension node is a tuple with a
* sentinel header and a data node. The sentinel header is a 3-byte
* {@link Uint8Array}, which makes this "vec" node to be treated as an
* extension "ext" node.
*
* The 3-byte header consists of the extension ID, the SID of the tuple ID,
* and the time of the tuple ID:
*
* - 1 byte for the extension id
* - 1 byte for the sid of the tuple id, modulo 256
* - 1 byte for the time of the tuple id, modulo 256
*/
export class ext<ID extends number, T extends NodeBuilder> extends NodeBuilder {
public readonly type = 'ext';
/**
* @param id A unique extension ID.
* @param data Schema of the data node of the extension.
*/
constructor(
public readonly id: ID,
public readonly data: T,
) {
super((builder) => {
const buf = new Uint8Array([id, 0, 0]);
const tupleId = builder.vec();
buf[1] = tupleId.sid % 256;
buf[2] = tupleId.time % 256;
builder.insVec(tupleId, [
[0, builder.constOrJson(s.con(buf))],
[1, data.build(builder)],
]);
return tupleId;
});
}
}
}
/* tslint:enable no-namespace class-name */
/**
* Schema builder. Use this to create a JSON CRDT model schema and the default
* value.
*
* Example:
*
* ```typescript
* const schema = s.obj({
* name: s.str(''),
* age: s.con(0),
* tags: s.arr<nodes.con<string>>([]),
* });
* ```
*/
export const schema = {
/**
* Creates a "con" node schema and the default value.
*
* @param raw Raw default value.
*/
con: <T extends unknown | ITimestampStruct>(raw: T) => new nodes.con<T>(raw),
/**
* Creates a "str" node schema and the default value.
*
* @param str Default value.
*/
str: <T extends string>(str: T) => new nodes.str<T>(str || ('' as T)),
/**
* Creates a "bin" node schema and the default value.
*
* @param bin Default value.
*/
bin: (bin: Uint8Array) => new nodes.bin(bin),
/**
* Creates a "val" node schema and the default value.
*
* @param val Default value.
*/
val: <T extends NodeBuilder>(val: T) => new nodes.val<T>(val),
/**
* Creates a "vec" node schema and the default value.
*
* @param vec Default value.
*/
vec: <T extends NodeBuilder[]>(...vec: T) => new nodes.vec<T>(vec),
/**
* Creates a "obj" node schema and the default value.
*
* @param obj Default value, required object keys.
* @param opt Default value of optional object keys.
*/
obj: <T extends Record<string, NodeBuilder>, O extends Record<string, NodeBuilder>>(obj: T, opt?: O) =>
new nodes.obj<T, O>(obj, opt),
/**
* This is an alias for {@link schema.obj}. It creates a "map" node schema,
* which is an object where a key can be any string and the value is of the
* same type.
*
* @param obj Default value.
*/
map: <R extends NodeBuilder>(obj: Record<string, R>): nodes.map<R> =>
schema.obj<Record<string, R>, Record<string, R>>(obj),
/**
* Creates an "arr" node schema and the default value.
*
* @param arr Default value.
*/
arr: <T extends NodeBuilder>(arr: T[]) => new nodes.arr<T>(arr),
/**
* Recursively creates a node tree from any POJO. It uses the
* {@link Builder.json} method to create a JSON node. It can be used similar
* to TypeScript's *any* type, where the value can be anything.
*
* @param value Default value.
*/
json: <T>(value: T) => new nodes.json<T>(value),
/**
* Recursively creates a node tree from any POJO. It uses the
* {@link Builder.constOrJson} method to create a JSON node. It can be used
* similar to TypeScript's *any* type, where the value can be anything.
*
* @param value Default value.
*/
jsonCon: <T>(value: T) => new nodes.jsonCon<T>(value),
/**
* Creates an extension node schema.
*
* @param id A unique extension ID.
* @param data Schema of the data node of the extension.
*/
ext: <ID extends number, T extends NodeBuilder>(id: ID, data: T) => new nodes.ext<ID, T>(id, data),
};
/**
* Schema builder. Use this to create a JSON CRDT model schema and the default
* value. Alias for {@link schema}.
*/
export const s = schema;
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