@kubb/plugin-ts
Version:
TypeScript code generation plugin for Kubb, transforming OpenAPI schemas into TypeScript interfaces, types, and utility functions.
149 lines (132 loc) • 4.16 kB
text/typescript
import path from 'node:path'
import { definePlugin, type Group, getBarrelFiles, getMode } from '@kubb/core'
import { camelCase, pascalCase } from '@kubb/core/transformers'
import { OperationGenerator, pluginOasName, SchemaGenerator } from '@kubb/plugin-oas'
import { typeGenerator } from './generators'
import type { PluginTs } from './types.ts'
export const pluginTsName = 'plugin-ts' satisfies PluginTs['name']
export const pluginTs = definePlugin<PluginTs>((options) => {
const {
output = { path: 'types', barrelType: 'named' },
group,
exclude = [],
include,
override = [],
enumType = 'asConst',
enumKeyCasing = 'none',
enumSuffix = 'enum',
dateType = 'string',
unknownType = 'any',
optionalType = 'questionToken',
arrayType = 'array',
emptySchemaType = unknownType,
syntaxType = 'type',
transformers = {},
mapper = {},
generators = [typeGenerator].filter(Boolean),
contentType,
UNSTABLE_NAMING,
} = options
const usedEnumNames = {}
return {
name: pluginTsName,
options: {
output,
transformers,
dateType,
optionalType,
arrayType,
enumType,
enumKeyCasing,
enumSuffix,
unknownType,
emptySchemaType,
syntaxType,
group,
override,
mapper,
usedEnumNames,
},
pre: [pluginOasName],
resolvePath(baseName, pathMode, options) {
const root = path.resolve(this.config.root, this.config.output.path)
const mode = pathMode ?? getMode(path.resolve(root, output.path))
if (mode === 'single') {
/**
* when output is a file then we will always append to the same file(output file), see fileManager.addOrAppend
* Other plugins then need to call addOrAppend instead of just add from the fileManager class
*/
return path.resolve(root, output.path)
}
if (group && (options?.group?.path || options?.group?.tag)) {
const groupName: Group['name'] = group?.name
? group.name
: (ctx) => {
if (group?.type === 'path') {
return `${ctx.group.split('/')[1]}`
}
return `${camelCase(ctx.group)}Controller`
}
return path.resolve(
root,
output.path,
groupName({
group: group.type === 'path' ? options.group.path! : options.group.tag!,
}),
baseName,
)
}
return path.resolve(root, output.path, baseName)
},
resolveName(name, type) {
const resolvedName = pascalCase(name, { isFile: type === 'file' })
if (type) {
return transformers?.name?.(resolvedName, type) || resolvedName
}
return resolvedName
},
async install() {
const root = path.resolve(this.config.root, this.config.output.path)
const mode = getMode(path.resolve(root, output.path))
const oas = await this.getOas()
const schemaGenerator = new SchemaGenerator(this.plugin.options, {
fabric: this.fabric,
oas,
pluginManager: this.pluginManager,
events: this.events,
plugin: this.plugin,
contentType,
include: undefined,
override,
mode,
output: output.path,
})
const schemaFiles = await schemaGenerator.build(...generators)
await this.upsertFile(...schemaFiles)
const operationGenerator = new OperationGenerator(this.plugin.options, {
fabric: this.fabric,
oas,
pluginManager: this.pluginManager,
events: this.events,
plugin: this.plugin,
contentType,
exclude,
include,
override,
mode,
UNSTABLE_NAMING,
})
const operationFiles = await operationGenerator.build(...generators)
await this.upsertFile(...operationFiles)
const barrelFiles = await getBarrelFiles(this.fabric.files, {
type: output.barrelType ?? 'named',
root,
output,
meta: {
pluginKey: this.plugin.key,
},
})
await this.upsertFile(...barrelFiles)
},
}
})