安装 fastlane
fastlane 官方给出了3种安装方式，根据个人喜好自由选择。
| Homebrew | Installer Script | Rubygems |
|---|---|---|
| macOS | macOS | macOS or </br>Linux with Ruby 2.0.0</br> or above |
| brew cask install fastlane | Download the zip file. </br> Then double click on theinstall script (or run it in a terminal window). | sudo gem install fastlane -NV |
一、fastlane 使用入门
1、cd 到项目根目录
$ cd ./[工程目录]
2、配置fastlane至项目
$ fastlane install
这里会要求你输入appstore账户/密码，以及各种询问，不要盲目选择y。
这里有个坑：Would you like to create your app on iTunes Connect and the Developer Portal? (y/n)
如果你是测试工程的话，一定要选n，否则iTunes Connect生成应用之后没法删除。。
后面会输出一大堆log，这里略过
install 结束之后，会看到你的工程目录下会新增一个fastlane文件夹。
下面会有2个文件:
Appfile
# 这个文件里记录了刚才安装时的一些输入，里面内容可以按需更改
app_identifier "com.xxxxx" # The bundle identifier of your app
apple_id "" # Your Apple email address
team_id "[[DEV_PORTAL_TEAM_ID]]" # Developer Portal Team ID
# you can even provide different app identifiers, Apple IDs and team names per lane:
# More information: https://github.com/fastlane/fastlane/blob/master/fastlane/docs/Appfile.md
Fastfile
platform :ios do
desc "Runs all the tests"
#此处 ↑ 省略
lane :test do
scan
end
#此处 ↓ 省略
end
为了更好阅读，无关代码已省略
在此之前，先介绍一下fastlane actions 可以理解为fastlane提供的一些api，一个action可以理解为一个方法，包括参数和返回值等等。
查询所有的actions
$ fastlane actions
几个常用的action
# gym 自动构建最核心的action
| gym | Easily build and sign | KrauseFx |
| | your app using _gym_ | |
# match 自动管理证书 配合github作为证书仓库使用
| match | Easily sync your | KrauseFx |
| | certificates and | |
| | profiles across your | |
| | team using git | |
# pem 自动管理推送证书
| pem | Makes sure a valid | KrauseFx |
| | push profile is | |
| | active and creates a | |
| | new one if needed | |
查询某个action的详情，以及需要传入的参数，例：查询gym的详情
$ fastalne action gym
Loading documentation for gym:
+----------------------------------------------+
| gym |
+----------------------------------------------+
| Easily build and sign your app using _gym_ |
| |
| More information: https://fastlane.tools/gym |
| |
| Created by KrauseFx |
+----------------------------------------------+
+------------------+------------------+------------------+------------------+
| gym Options |
+------------------+------------------+------------------+------------------+
| Key | Description | Env Var | Default |
+------------------+------------------+------------------+------------------+
| workspace | Path the | GYM_WORKSPACE | |
| | workspace file | | |
| project | Path the | GYM_PROJECT | |
| | project file | | |
| scheme | The project's | GYM_SCHEME | |
| | scheme. Make | | |
| | sure it's | | |
| | marked as | | |
| | `Shared` | | |
3、fastlane 自定义 lane
这里讲一下 fastlane 配置文件 使用的是ruby语言。Fastfile作为fastlane的核心配置文件，我们可以自由修改
lane :test do
#可以认为它是fastlane的一个方法，内部可按需更改
end
我们可以更改Fastfile，添加自定义方法，以便完成相应功能
推荐大家使用Sublime 选择ruby语言进行编辑
构建SIT环境ipa包
lane :sit do
# snapshot
currentTime = Time.new.strftime("%Y-%m-%d-%H-%M")
ipaName = "SIT-#{currentTime}.ipa"
gym(
scheme: "xxxSIT",
export_method:"ad-hoc",
silent:true,
archive_path:"./build/sit/",
output_directory:"./build/sit/",
output_name:ipaName
) # Build your app - more options available
# You can also use other beta testing services here (run `fastlane actions`)
end
然后命令行执行它:
$ fastlane sit
执行顺利的话，会在你的 项目目录/build/sit/ 下新增一个xxx.ipa文件
到此，我们已经通过fastlane实现了自动打包功能，基本功能已实现
二、fastlane 进阶
第一部分配置成功之后，或许会有一点成就感，也是一件值得高兴的事，但不要松懈，好戏才刚刚开始。
有一种说法：懒人是推动社会进步的最重要力量
好吧，我承认我很懒，多一行代码都懒得敲
那么问题来了：自动打包完成了，那之后呢，得想办法让它自己跑到测试手里啊，反正我是懒得手动发给测试人员。
1、上传ipa至服务端
去fastlane官网逛了一遍，发现自定义action可以实现
$ fastlane new_action
紧接着输入action名称，然后会生成一个.rb文件
#部分注释已被省略
module Fastlane
module Actions
module SharedValues
MY_ACTION_CUSTOM_VALUE = :MY_ACTION_CUSTOM_VALUE
end
class MyActionAction < Action
def self.run(params)
end
def self.available_options
[
FastlaneCore::ConfigItem.new(key: :api_token,
env_name: "FL_MY_ACTION_API_TOKEN",
description: "API Token for MyActionAction",
end),
]
end
def self.output
[
['MY_ACTION_CUSTOM_VALUE', 'A description of what this value contains']
]
end
def self.is_supported?(platform)
platform == :ios
end
end
end
end
作为一个iOS开发人员，第一眼看到这个文件是懵逼的！
赶紧百度ruby 恶补一下 然后开始我的修改action之路
1、ruby的变量不需要声明
2、输出语句：UI.message("xxx")
3、FastlaneCore::ConfigItem 声明变量，作用为传入参数，每个参数对应一个声明
4、字典取值方式：params[:upload_url]
5、字典赋值方式：paramsDict = { 'envType' => "envType"}
6、ruby网络请求：require 'faraday'
准备工作差不多了，下面开始修改：
require 'faraday'
require 'faraday_middleware'
module Fastlane
module Actions
module SharedValues
UPLOAD_TO_TTEL_CUSTOM_VALUE = :UPLOAD_TO_TTEL_CUSTOM_VALUE
end
class UploadToTtelAction < Action
def self.run(params)
# 执行到这里，会读传入参数，这里会使用变量接收
# host, envType, prodType, changeLog
upload_url = params[:upload_url]
if upload_url.nil?
UI.user_error!("You have to provide a upload url")
end
envType = params[:envType]
if envType.nil?
UI.user_error!("You have to provide the envType")
end
prodType = params[:prodType]
if prodType.nil?
UI.user_error!("You have to provide the prodType")
end
changeLog = params[:changeLog]
if changeLog.nil?
changeLog = ''
end
# 这里 IPA_OUTPUT_PATH 是一个全局变量 需在fastfile里进行赋值
build_file = ENV["IPA_OUTPUT_PATH"]
if build_file.nil?
UI.user_error!("IPA_OUTPUT_PATH is nil.")
end
UI.message("upload_url: #{upload_url}")
UI.message("envType: #{envType}")
UI.message("prodType: #{prodType}")
UI.message("changeLog: #{changeLog}")
UI.message("build_file: #{build_file}")
# start upload
conn_options = {
request: {
timeout: 1000,
open_timeout: 300
}
}
# 网络请求客户端 初始化
ttel_client = Faraday.new(nil, conn_options) do |c|
c.request :multipart
c.request :url_encoded
c.response :json, content_type: /\bjson$/
c.adapter :httpclient
c.ssl.verify = false
end
# 网络请求参数
paramsDict = {
'envType' => "#{envType}",
'prodType' => "#{prodType}",
'changeLog' => "#{changeLog}",
'package' => Faraday::UploadIO.new(build_file, 'application/octet-stream')
}
UI.message "Start upload #{build_file} to ttel server..."
response = ttel_client.post upload_url, paramsDict
info = response.body
# 请求结束 验证返回值
if info["code"] == 1
UI.success "Upload success. "
else
UI.user_error!("Upload failed. error info : #{info}")
end
end
#####################################################
# @!group Documentation
#####################################################
def self.description
"uploading ipa or apk file to ttel Server, Only use for Ttel project"
end
def self.details
# Optional:
# this is your chance to provide a more detailed description of this action
"uploading ipa or apk file to ttel Server, Only use for Ttel project"
end
def self.available_options
# Define all options your action supports.
# Below a few examples
[
FastlaneCore::ConfigItem.new(key: :upload_url,
env_name: "UPLOAD_URL",
description: "The url of your upload archive file api, like https://172.16.32.23/app/upload",
is_string: true, # true: verifies the input is a string, false: every kind of value
default_value: ''), # the default value if the user didn't provide one
FastlaneCore::ConfigItem.new(key: :envType,
env_name: "ENV_TYPE",
description: "envType",
is_string: true, # true: verifies the input is a string, false: every kind of value
default_value: ''), # the default value if the user didn't provide one
# host, envType, prodType, changeLog
FastlaneCore::ConfigItem.new(key: :prodType,
env_name: "PROD_TYPE",
description: "prodType",
is_string: true, # true: verifies the input is a string, false: every kind of value
default_value: ''), # the default value if the user didn't provide one
FastlaneCore::ConfigItem.new(key: :changeLog,
env_name: "CHANGE_LOG",
description: "changeLog",
is_string: true, # true: verifies the input is a string, false: every kind of value
default_value: '') # the default value if the user didn't provide one
]
end
def self.output
[
['UPLOAD_TO_TTEL_CUSTOM_VALUE', 'A description of what this value contains']
]
end
def self.return_value
end
def self.authors
["https://github.com/xxx"]
end
def self.is_supported?(platform)
platform == :ios
end
end
end
end
大功告成，action写好之后，需要在fastfile调用：
my_action(upload_url:"https://xxx:8081/apiv1/app/upload", envType:envType, prodType: "1001", changeLog:"")
这样，我们就可以在打包完成之后，执行此action，将ipa包上传至我们自己的文件服务器。
又取得了一个阶段性进展，先小小的庆祝一下！
然而，懒是没有止境的···
问题又来了：我其它项目也需要自动打包怎么办，总不能每次都copy文件吧
2、制作插件
由于篇幅原因，请参考fastlane官方文档，亲测不难，半小时左右即可搞定，先准备好梯子。
https://docs.fastlane.tools/plugins/create-plugin/
3、版本号自增
既然我们的目的是打造全自动持续集成，那么版本号还要手动修改也太low了吧
def auto_add_build_num
# fastlane build 号 处理代码
# => https://developer.apple.com/library/content/qa/qa1827/_index.html
# => currentTime 当前时间 20170401 string
# => build build 号 string
# => lastStr 小数点后2位 string
# => lastNum 小数点后2位（用于计算） int
#Build版本文件名
buildVerFileName = "buildVersion.txt"
buildNumber = ""
currentTime = Time.new.strftime("%Y%m%d")
#文件是否存在
if File.file?(buildVerFileName)
#存在
#读取
buildNumber = File.read(buildVerFileName)
if buildNumber.include?"#{currentTime}."
# => 为当天版本 计算迭代版本号
lastStr = buildNumber[buildNumber.length-2..buildNumber.length-1]
lastNum = lastStr.to_i
lastNum = lastNum + 1
lastStr = lastNum.to_s
if lastNum < 10
lastStr = lastStr.insert(0,"0")
end
buildNumber = "#{currentTime}.#{lastStr}"
else
buildNumber = "#{currentTime}.01"
end
else
#不存在
# => 非当天版本 build 号重置
buildNumber = "#{currentTime}.01"
end
puts("*************| #{buildNumber} |*************")
# => 更改项目 build 号
increment_build_number(
build_number: buildNumber
)
#读取文件
buildNumberFile = File.new(buildVerFileName, "w+")
#将新版本号写入文件
buildNumberFile.syswrite(buildNumber)
#关闭
buildNumberFile.close
end
自增版本的时候需要注意一点，首次配置一定要修改buildsettings里面的version配置
current project version 随便填
versionsystem 选择apple generic
如果不更改，则可能会出现自增失败
step1.png
step2.png
小结
fastlane提供了一些非常方便的action来帮助我们完成持续集成的任务，并且扩展性很强，支持插件，本文只是粗略的引导各位入门，还有很多action没有一一介绍，如果大家有时间的话可以参考官方文档：https://docs.fastlane.tools
持续集成 fastlane 介绍到此结束，接下来我会更新 gitlab 搭建并集成 fastlane，敬请期待。
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