Macroforge MCP Server

## Example ```typescript before /** @derive(Serialize) */ class User { id: number; /** @serde({ rename: "userName" }) */ name: string; /** @serde({ skipSerializing: true }) */ password: string; /** @serde({ flatten: true }) */ metadata: UserMetadata; } ``` ```typescript after import { SerializeContext } from 'macroforge/serde'; class User { id: number; name: string; password: string; metadata: UserMetadata; /** Serializes a value to a JSON string. @param value - The value to serialize @returns JSON string representation with cycle detection metadata */ static serialize(value: User): string { return userSerialize(value); } /** @internal Serializes with an existing context for nested/cyclic object graphs. @param value - The value to serialize @param ctx - The serialization context */ static serializeWithContext(value: User, ctx: SerializeContext): Record<string, unknown> { return userSerializeWithContext(value, ctx); } } /** Serializes a value to a JSON string. @param value - The value to serialize @returns JSON string representation with cycle detection metadata */ export function userSerialize( value: User ): string { const ctx = SerializeContext.create(); return JSON.stringify(userSerializeWithContext(value, ctx)); } /** @internal Serializes with an existing context for nested/cyclic object graphs. @param value - The value to serialize @param ctx - The serialization context */ export function userSerializeWithContext( value: User, ctx: SerializeContext ): Record<string, unknown> { const existingId = ctx.getId(value); if (existingId !== undefined) { return { __ref: existingId }; } const __id = ctx.register(value); const result: Record<string, unknown> = { __type: 'User', __id }; result['id'] = value.id; result['userName'] = value.name; { const __flattened = userMetadataSerializeWithContext(value.metadata, ctx); const { __type: _, __id: __, ...rest } = __flattened as any; Object.assign(result, rest); } return result; } ``` Generated output: ```typescript import { SerializeContext } from 'macroforge/serde'; class User { id: number; name: string; password: string; metadata: UserMetadata; /** Serializes a value to a JSON string. @param value - The value to serialize @returns JSON string representation with cycle detection metadata */ static serialize(value: User): string { return userSerialize(value); } /** @internal Serializes with an existing context for nested/cyclic object graphs. @param value - The value to serialize @param ctx - The serialization context */ static serializeWithContext(value: User, ctx: SerializeContext): Record<string, unknown> { return userSerializeWithContext(value, ctx); } } /** Serializes a value to a JSON string. @param value - The value to serialize @returns JSON string representation with cycle detection metadata */ export function userSerialize( value: User ): string { const ctx = SerializeContext.create(); return JSON.stringify(userSerializeWithContext(value, ctx)); } /** @internal Serializes with an existing context for nested/cyclic object graphs. @param value - The value to serialize @param ctx - The serialization context */ export function userSerializeWithContext( value: User, ctx: SerializeContext ): Record<string, unknown> { const existingId = ctx.getId(value); if (existingId !== undefined) { return { __ref: existingId }; } const __id = ctx.register(value); const result: Record<string, unknown> = { __type: 'User', __id }; result['id'] = value.id; result['userName'] = value.name; { const __flattened = userMetadataSerializeWithContext(value.metadata, ctx); const { __type: _, __id: __, ...rest } = __flattened as any; Object.assign(result, rest); } return result; } ``` ## Required Import The generated code automatically imports `SerializeContext` from `macroforge/serde`.