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OutputField ​

KIT · interface · Type contract

One field of an output definition.

Import ​

ts
import type { OutputField } from '@jangts/agent-core/kits/presentation';
js
/** @typedef {import('@jangts/agent-core/kits/presentation').OutputField} OutputField */

Other public entry points:@jangts/agent-core/types, @jangts/agent-core/kits/presentation, @jangts/agent-core/kits.

Definition ​

ts
interface OutputField

Field structure ​

FieldTypeRequiredDescription
idstringRequiredRead-only. Field id, used as the property name and as a master-template slot name.
owner"generated" | "bound" | "constant" | "semantic"RequiredRead-only. Where the value comes from: generated (model writes it), bound (provider resolves it), constant (fixed constantValue) or semantic (model picks one of semanticKeys).
requiredboolean | undefinedOptionalRead-only. Whether the model must provide the field; defaults to true.
valueSchemaSchemaAdapter<unknown> | undefinedOptionalRead-only. Value parser and schema. Defaults to a string parser when omitted.
providerIdstring | undefinedOptionalRead-only. Provider that resolves bound and semantic fields; required for those owners.
constantValueunknownOptionalRead-only. Fixed value for constant fields; snapshotted at registration.
semanticKeysreadonly string[] | undefinedOptionalRead-only. Allowlist for semantic fields; must be non-empty and unique.

Examples ​

First compose one piece of generated text ​

Beginner · Node.js

ts
import { Presentation } from '@jangts/agent-core/kits/presentation';
const outputs = Presentation.defineOutputCatalog([
  { id: 'reply', kind: 'text', fields: [{ id: 'text', owner: 'generated' }] },
]);
console.log(outputs.toModelSchema('reply'));
const output = outputs.compose({ outputId: 'reply', input: { generated: { text: '普通对象即可定义节点。' } } }, { app: {}, signal: new AbortController().signal });
console.log(output.value);
js
import { Presentation } from '@jangts/agent-core/kits/presentation';
const outputs = Presentation.defineOutputCatalog([
    { id: 'reply', kind: 'text', fields: [{ id: 'text', owner: 'generated' }] },
]);
console.log(outputs.toModelSchema('reply'));
const output = outputs.compose({ outputId: 'reply', input: { generated: { text: '普通对象即可定义节点。' } } }, { app: {}, signal: new AbortController().signal });
console.log(output.value);

Let the program own the explanatory prefix in the same compose ​

Configuration · Node.js

ts
import { Presentation } from '@jangts/agent-core/kits/presentation';
const outputs = Presentation.defineOutputCatalog([
  { id: 'reply', kind: 'master', master: '{{prefix}}{{text}}', fields: [
    { id: 'prefix', owner: 'constant', constantValue: '接口说明:' },
    { id: 'text', owner: 'generated' },
  ] },
]);
console.log(outputs.toModelSchema('reply')); // 只有 text 由模型填写
console.log(outputs.compose({ outputId: 'reply', input: { generated: { text: '普通对象即可定义节点。' } } }, { app: {}, signal: new AbortController().signal }).value);
js
import { Presentation } from '@jangts/agent-core/kits/presentation';
const outputs = Presentation.defineOutputCatalog([
    { id: 'reply', kind: 'master', master: '{{prefix}}{{text}}', fields: [
            { id: 'prefix', owner: 'constant', constantValue: '接口说明:' },
            { id: 'text', owner: 'generated' },
        ] },
]);
console.log(outputs.toModelSchema('reply')); // 只有 text 由模型填写
console.log(outputs.compose({ outputId: 'reply', input: { generated: { text: '普通对象即可定义节点。' } } }, { app: {}, signal: new AbortController().signal }).value);

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