import { task, desc, option, strict } from 'foy'

desc('Build ts files with tsc')
option('-w, --watch', 'watch file changes')
strict() // This will throw an error if you passed some options that doesn't defined via `option()`
task('build', async ctx => {
  await ctx.exec(`tsc ${ctx.options.watch ? '-w' : ''}`)
})

import { task, desc, option, strict } from 'foy'

type BuildOptions = {
  watch: boolean
}

desc('Build ts files with tsc')
option('-w, --watch', 'watch file changes')
strict() // This will throw an error if you passed some options that doesn't defined via `option()`
task<BuildOptions>('build', async ctx => { // ctx.options now has type BuildOptions instead of unknown
  await ctx.exec(`tsc ${ctx.options.watch ? '-w' : ''}`)
})

import { setGlobalOptions } from 'foy'

setGlobalOptions({ strict: true }) // all tasks' options will be strict.

option('-aa') // strict via default
task('dev', async ctx => {

})
option('-bb') // strict via default
task('build', async ctx => {

})

import { fs, task } from 'foy'

task('some task', async ctx => {
  await fs.rmrf('/some/dir/or/file') // Remove directory or file
  await fs.copy('/src', '/dist') // Copy folder or file
  let json = await fs.readJson('./xx.json')
  await ctx
    .env('NODE_ENV', 'production')
    .env('NODE_ENV=production')
    .cd('./src')
    .exec('some command') // Execute an command
  let { stdout } = await ctx.exec('ls', { stdio: 'pipe' }) // Get the stdout, default is empty because it's redirected to current process via `stdio: 'inherit'`.
})

import { task, logger } from 'foy'
import * as axios from 'axios'

task('build', async ctx => {
  let res = await axios.get('https://your.server/data.json')
  logger.info(res.data)
})

import { task } from 'foy'
import * as axios from 'axios'

task('test', async ctx => {
  await ctx.exec('mocha')
})

task('build', async ctx => {
  let res = await axios.get('https://your.server/data.json')
  console.log(res.data)
  await ctx.exec('build my awesome project')
})
task(
  'publish:patch',
  ['test', 'build'], // Run test and build before publish
  async ctx => {
    await ctx.exec('npm version patch')
    await ctx.exec('npm publish')
  }
)

task(
  'publish:patch',
  [{
    name: 'test',
    async: true, // run test parallelly
    force: true, // force rerun test whether it has been executed before or not.
  }, {
    name: 'build',
    async: true,
    force: true,
  },],
  async ctx => {
    await ctx.exec('npm version patch')
    await ctx.exec('npm publish')
  }
)

/* Sugar version */
task(
  'publish:patch',
  [ 'test'.async().force(),
    'build'.async().force() ],
  async ctx => {
    await ctx.exec('npm version patch')
    await ctx.exec('npm publish')
  }
)

/*
Priority for async tasks

Default is 0, higher values will be run earlier; so, in this next example, `build` will be run before `test`.
(Note: If you have multiple async dependencies with same priority, they will be executed in parallel.)
*/
task(
  'publish:patch',
  [ 'test'.async(0).force(),
    'build'.async(1).force() ],
  async ctx => {
    await ctx.exec('npm version patch')
    await ctx.exec('npm publish')
  }
)

task('task1', async ctx => {
  console.log(ctx.options) // "{ forceRebuild: true, lazyOptions: 1 }"
  console.log(ctx.global.options) // options from command line "{ a: 1 }"
})


task('task2', [{
  name: 'task1',
  options: {
    forceRebuild: true,
  },
  // Some options that rely on ctx or asynchronization,
  // it will be merged to options.
  resolveOptions: async ctx => {
    return { lazyOptions: 1 }
  }
}])

// foy task2 -a 1

import { task, namespace } from 'foy'

namespace('client', ns => {
  before(() => {
    logger.info('before')
  })
  after(() => {
    logger.info('after')
  })
  onerror(() => {
    logger.info('onerror')
  })
  task('start', async ctx => { /* ... */ }) // client:start
  task('build', async ctx => { /* ... */ }) // client:build
  task('watch', async ctx => { /* ... */ }) // client:watch
  namespace('proj1', ns => { // nested namespace
    onerror(() => {
      logger.info('onerror', ns)
    })
    task('start', async ctx => { /* ... */ }) // client:proj1:start

  })
})

namespace('server', ns => {
  task('build', async ctx => { /* ... */ }) // server:build
  task('start', async ctx => { /* ... */ }) // server:start
  task('watch', async ctx => { /* ... */ }) // server:watch
})

task('start', ['client:start'.async(), 'server:start'.async()]) // start

// foy start
// foy client:build

import { fs } from 'foy'


task('build', async ctx => {
  let f = await fs.readFileSync('./assets/someFile')

  // copy file or directory
  await fs.copy('./fromPath', './toPath')

  // watch a directory
  await fs.watchDir('./src', (event, filename) => {
    logger.info(event, filename)
  })

  // make directory with parent directories
  await fs.mkdirp('./some/directory/with/parents/not/exists')

  // write file will auto create missing parent directories
  await fs.outputFile('./some/file/with/parents/not/exists', 'file data')

  // write json file will auto create missing parent directories
  await fs.outputJson('./some/file/with/parents/not/exists', {text: 'json data'})
  let file = await fs.readJson('./some/jsonFile')

  // iterate directory tree
  await fs.iter('./src', async (path, stat) => {
    if (stat.isDirectory()) {
      logger.info('directory:', path)
      // skip scan node_modules
      if (path.endsWith('node_modules')) {
        return true
      }
    } else if (stat.isFile()) {
      logger.warn('file:', path)
    }
  })
})

import { logger } from 'foy'

task('build', async ctx => {

  logger.debug('debug', { aa: 1})
  logger.info('info')
  logger.warn('warn')
  logger.error('error')

})

import { logger } from 'foy'

task('build', async ctx => {
  await ctx.exec('tsc')

  // run multiple commands synchronously
  await ctx.exec([
    'tsc --outDir ./lib',
    'tsc --module es6 --outDir ./es',
  ])

  // run multiple commands concurrently
  await Promise.all([
    ctx.exec('eslint'),
    ctx.exec('tsc'),
    ctx.exec('typedoc'),
  ])
  // restart process when file changes
  ctx.monitor('./src', 'node ./dist')
  ctx.monitor('./src', ['rm -rf dist', 'tsc', 'node dist'])
  ctx.monitor('./src', async () => {
    await ctx.run('build:server')
    await ctx.exec('node ./dist') // auth detect long-running process when using ctx.exec
  })
  ctx.monitor('./src', async (p) => {
    // manually point out the process need to be killed when restart
    p.current = require('child_process').exec('node dist')
  })
})

import { task, setGlobalOptions } from 'foy'

setGlobalOptions({ loading: false }) // disable loading animations

task('test', async cyx => { /* ... */ })
/*
$ foy test
DependencyGraph for task [test]:
─ test

Task: test
...
*/

import { before, after, onerror } from 'foy'
before(() => { // do something before all tasks tree start
  // ...
})
after(() => { // do something after all tasks tree finished
  // ...
})
onerror((err) => { // do something when error happens
  // ...
})

task('task1', async ctx => { /* ... */ })
task('task2', async ctx => {
  // do things before task1

  // run task1 manually, so we can
  // do things before or after it
  await ctx.run('task1')

  // do things after task1
})

task('build', async ctx => { /* build your project */ })


let p = null
task('watch', async ctx => {
  ctx.monitor('./src', async ()=> {
    ctx.exec('node ./src/server.ts')
  })
})