func (b *Bintray) Write(f *buildfile.Buildfile) {
var cmd string
// Validate Username, ApiKey, Packages
if len(b.Username) == 0 || len(b.ApiKey) == 0 || len(b.Packages) == 0 {
f.WriteCmdSilent(`echo -e "Bintray Plugin: Missing argument(s)\n\n"`)
if len(b.Username) == 0 {
f.WriteCmdSilent(`echo -e "\tusername not defined in yaml config"`)
}
if len(b.ApiKey) == 0 {
f.WriteCmdSilent(`echo -e "\tapi_key not defined in yaml config"`)
}
if len(b.Packages) == 0 {
f.WriteCmdSilent(`echo -e "\tpackages not defined in yaml config"`)
}
f.WriteCmdSilent("exit 1")
return
}
for _, pkg := range b.Packages {
pkg.Write(b.Username, b.ApiKey, f)
}
f.WriteCmd(cmd)
}
func (r *ReportCard) Write(f *buildfile.Buildfile) {
f.WriteCmdSilent(`echo -e "Running report-card"`)
// Since these include secrets, they *must not* appear in the build output
f.WriteCmdSilent(`export REPORT_CARD_GITHUB_STATUS_TOKEN=` + os.Getenv("REPORT_CARD_GITHUB_STATUS_TOKEN"))
f.WriteCmdSilent(`export REPORT_CARD_GITHUB_REPO_TOKEN=` + os.Getenv("REPORT_CARD_GITHUB_REPO_TOKEN"))
f.WriteCmdSilent(`export REPORT_CARD_API_URL=` + os.Getenv("REPORT_CARD_API_URL"))
f.WriteCmdSilent(reportcardCmd)
}
func (m *Marathon) Write(f *buildfile.Buildfile) {
// debugging purposes so we can see if / where something is failing
f.WriteCmdSilent("echo 'deploying to Marathon ...'")
put := fmt.Sprintf(
"curl -X PUT -d @%s http://%s/v2/apps/%s --header \"Content-Type:application/json\"",
m.ConfigFile,
m.Host,
m.App,
)
f.WriteCmdSilent(put)
}
func (p *PyPI) Write(f *buildfile.Buildfile) {
var indexServer string
var repository string
if len(p.Username) == 0 || len(p.Password) == 0 {
// nothing to do if the config is fundamentally flawed
return
}
// Handle the setting a custom pypi server/repository
if len(p.Repository) == 0 {
indexServer = "pypi"
repository = ""
} else {
indexServer = "custom"
repository = fmt.Sprintf("repository:%s", p.Repository)
}
f.WriteCmdSilent("echo 'publishing to PyPI...'")
// find the setup.py file
f.WriteCmdSilent("_PYPI_SETUP_PY=$(find . -name 'setup.py')")
// build the .pypirc file that pypi expects
f.WriteCmdSilent(fmt.Sprintf(pypirc, indexServer, indexServer, p.Username, p.Password, repository))
formatStr := p.BuildFormatStr()
// if we found the setup.py file use it to deploy
f.WriteCmdSilent(fmt.Sprintf(deployCmd, formatStr, indexServer))
}
func (n *Nodejitsu) Write(f *buildfile.Buildfile) {
if len(n.Token) == 0 || len(n.User) == 0 {
return
}
f.WriteEnv("username", n.User)
f.WriteEnv("apiToken", n.Token)
// Install the jitsu command line interface then
// deploy the configured app.
f.WriteCmdSilent("[ -f /usr/bin/sudo ] || npm install -g jitsu")
f.WriteCmdSilent("[ -f /usr/bin/sudo ] && sudo npm install -g jitsu")
f.WriteCmd("jitsu deploy")
}
func (s *Swift) Write(f *buildfile.Buildfile) {
var target string
// All options are required, so ensure they are present
if len(s.Username) == 0 || len(s.Password) == 0 || len(s.AuthURL) == 0 || len(s.Region) == 0 || len(s.Source) == 0 || len(s.Container) == 0 {
f.WriteCmdSilent(`echo "Swift: Missing argument(s)"`)
return
}
// If a target was provided, prefix it with a /
if len(s.Target) > 0 {
target = fmt.Sprintf("/%s", strings.TrimPrefix(s.Target, "/"))
}
// debugging purposes so we can see if / where something is failing
f.WriteCmdSilent(`echo "Swift: Publishing..."`)
// install swiftly using PIP
f.WriteCmdSilent("[ -f /usr/bin/sudo ] || pip install swiftly 1> /dev/null 2> /dev/null")
f.WriteCmdSilent("[ -f /usr/bin/sudo ] && sudo pip install swiftly 1> /dev/null 2> /dev/null")
// Write out environment variables
f.WriteEnv("SWIFTLY_AUTH_URL", s.AuthURL)
f.WriteEnv("SWIFTLY_AUTH_USER", s.Username)
f.WriteEnv("SWIFTLY_AUTH_KEY", s.Password)
f.WriteEnv("SWIFTLY_REGION", s.Region)
f.WriteCmd(fmt.Sprintf(`swiftly put -i %s %s%s`, s.Source, s.Container, target))
}
func (d *Dropbox) Write(f *buildfile.Buildfile) {
if len(d.AccessToken) == 0 || len(d.Source) == 0 || len(d.Target) == 0 {
return
}
if strings.HasPrefix(d.Target, "/") {
d.Target = d.Target[1:]
}
f.WriteCmdSilent("echo 'publishing to Dropbox ...'")
cmd := "curl --upload-file %s -H \"Authorization: Bearer %s\" \"https://api-content.dropbox.com/1/files_put/auto/%s?overwrite=true\""
f.WriteCmd(fmt.Sprintf(cmd, d.Source, d.AccessToken, d.Target))
}
func (n *NPM) Write(f *buildfile.Buildfile) {
// If the yaml doesn't provide a username or password
// we should attempt to use the global defaults.
if len(n.Email) == 0 ||
len(n.Username) == 0 ||
len(n.Password) == 0 {
n.Username = *DefaultUser
n.Password = *DefaultPass
n.Email = *DefaultEmail
}
// If the yaml doesn't provide a username or password,
// and there was not global configuration defined, EXIT.
if len(n.Email) == 0 ||
len(n.Username) == 0 ||
len(n.Password) == 0 {
return
}
// Setup the npm credentials
f.WriteCmdSilent(fmt.Sprintf(CmdLogin, n.Username, n.Password, n.Email))
// Setup custom npm registry
if len(n.Registry) != 0 {
f.WriteCmd(fmt.Sprintf(CmdSetRegistry, n.Registry))
}
// Set npm to always authenticate
if n.AlwaysAuth {
f.WriteCmd(CmdAlwaysAuth)
}
var cmd = fmt.Sprintf(CmdPublish, n.Folder)
if len(n.Tag) != 0 {
cmd += fmt.Sprintf(" --tag %s", n.Tag)
}
if n.Force {
cmd += " --force"
}
f.WriteCmd(cmd)
}
func (n *NPM) Write(f *buildfile.Buildfile) {
// If the yaml doesn't provide a token we should attempt to use the global defaults.
if len(n.Token) == 0 {
n.Token = *DefaultToken
}
if len(n.Registry) == 0 {
n.Registry = *DefaultRegistry
}
// Setup the npm credentials
f.WriteCmdSilent(fmt.Sprintf(CmdLogin, n.Registry, n.Token))
if len(n.Folder) == 0 {
n.Folder = "."
}
f.WriteString(fmt.Sprintf(CmdPublish, n.Folder, n.Tag, n.Folder))
}
func (g *Git) Write(f *buildfile.Buildfile) {
f.WriteCmdSilent(CmdRevParse)
f.WriteCmdSilent(CmdGlobalUser)
f.WriteCmdSilent(CmdGlobalEmail)
// add target as a git remote
f.WriteCmd(fmt.Sprintf("git remote add deploy %s", g.Target))
dest := g.Branch
if len(dest) == 0 {
dest = "master"
}
switch g.Force {
case true:
// this is useful when the there are artifacts generated
// by the build script, such as less files converted to css,
// that need to be deployed to git remote.
f.WriteCmd(fmt.Sprintf("git add -A"))
f.WriteCmd(fmt.Sprintf("git commit -m 'add build artifacts'"))
f.WriteCmd(fmt.Sprintf("git push deploy HEAD:%s --force", dest))
case false:
// otherwise we just do a standard git push
f.WriteCmd(fmt.Sprintf("git push deploy $COMMIT:%s", dest))
}
}
func (cf *CloudFoundry) Write(f *buildfile.Buildfile) {
downloadCmd := "curl -sLO http://go-cli.s3-website-us-east-1.amazonaws.com/releases/latest/cf-cli_amd64.deb"
installCmd := "dpkg -i cf-cli_amd64.deb 1> /dev/null 2> /dev/null"
// download and install the cf tool
f.WriteCmdSilent(fmt.Sprintf("[ -f /usr/bin/sudo ] && sudo %s || %s", downloadCmd, downloadCmd))
f.WriteCmdSilent(fmt.Sprintf("[ -f /usr/bin/sudo ] && sudo %s || %s", installCmd, installCmd))
// login
loginCmd := "cf login -a %s -u %s -p %s"
organization := cf.Org
if organization != "" {
loginCmd += fmt.Sprintf(" -o %s", organization)
}
space := cf.Space
if space != "" {
loginCmd += fmt.Sprintf(" -s %s", space)
}
f.WriteCmdSilent(fmt.Sprintf(loginCmd, cf.Target, cf.Username, cf.Password))
// push app
pushCmd := "cf push %s"
f.WriteCmd(fmt.Sprintf(pushCmd, cf.App))
}
func (m *Modulus) Write(f *buildfile.Buildfile) {
if len(m.Token) == 0 || len(m.Project) == 0 {
return
}
f.WriteEnv("MODULUS_TOKEN", m.Token)
// Verify npm exists, otherwise we cannot install the
// modulus command line utility.
f.WriteCmdSilent("[ -f /usr/bin/npm ] || echo ERROR: npm is required for modulus.io deployments")
f.WriteCmdSilent("[ -f /usr/bin/npm ] || exit 1")
// Install the Modulus command line interface then deploy the configured
// project.
f.WriteCmdSilent("[ -f /usr/bin/sudo ] || npm install -g modulus")
f.WriteCmdSilent("[ -f /usr/bin/sudo ] && sudo npm install -g modulus")
f.WriteCmd(fmt.Sprintf("modulus deploy -p %q", m.Project))
}
func (h *Heroku) Write(f *buildfile.Buildfile) {
f.WriteCmdSilent(CmdRevParse)
f.WriteCmdSilent(CmdGlobalUser)
f.WriteCmdSilent(CmdGlobalEmail)
f.WriteCmdSilent(fmt.Sprintf(CmdLogin, h.Token))
// add heroku as a git remote
f.WriteCmd(fmt.Sprintf("git remote add heroku https://git.heroku.com/%s.git", h.App))
switch h.Force {
case true:
// this is useful when the there are artifacts generated
// by the build script, such as less files converted to css,
// that need to be deployed to Heroku.
f.WriteCmd(fmt.Sprintf("git add -A"))
f.WriteCmd(fmt.Sprintf("git commit -m 'adding build artifacts'"))
f.WriteCmd(fmt.Sprintf("git push heroku HEAD:refs/heads/master --force"))
case false:
// otherwise we just do a standard git push
f.WriteCmd(fmt.Sprintf("git push heroku $COMMIT:refs/heads/master"))
}
}
func (s *S3) Write(f *buildfile.Buildfile) {
// skip if AWS key or SECRET are empty. A good example for this would
// be forks building a project. S3 might be configured in the source
// repo, but not in the fork
if len(s.Key) == 0 || len(s.Secret) == 0 {
return
}
// debugging purposes so we can see if / where something is failing
f.WriteCmdSilent("echo 'publishing to Amazon S3 ...'")
// install the AWS cli using PIP
f.WriteCmdSilent("[ -f /usr/bin/sudo ] || pip install awscli 1> /dev/null 2> /dev/null")
f.WriteCmdSilent("[ -f /usr/bin/sudo ] && sudo pip install awscli 1> /dev/null 2> /dev/null")
f.WriteEnv("AWS_ACCESS_KEY_ID", s.Key)
f.WriteEnv("AWS_SECRET_ACCESS_KEY", s.Secret)
// make sure a default region is set
if len(s.Region) == 0 {
s.Region = "us-east-1"
}
// make sure a default access is set
// let's be conservative and assume private
if len(s.Access) == 0 {
s.Access = "private"
}
// if the target starts with a "/" we need
// to remove it, otherwise we might adding
// a 3rd slash to s3://
if strings.HasPrefix(s.Target, "/") {
s.Target = s.Target[1:]
}
switch s.Recursive {
case true:
f.WriteCmd(fmt.Sprintf(`aws s3 cp %s s3://%s/%s --recursive --acl %s --region %s`, s.Source, s.Bucket, s.Target, s.Access, s.Region))
case false:
f.WriteCmd(fmt.Sprintf(`aws s3 cp %s s3://%s/%s --acl %s --region %s`, s.Source, s.Bucket, s.Target, s.Access, s.Region))
}
}
func (a *Azure) Write(f *buildfile.Buildfile) {
if len(a.StorageAccount) == 0 || len(a.StorageAccessKey) == 0 || len(a.StorageContainer) == 0 || len(a.Source) == 0 {
return
}
f.WriteCmdSilent("echo 'publishing to Azure Storage ...'")
// install Azure xplat CLI
f.WriteCmdSilent("[ -f /usr/bin/sudo ] || npm install -g azure-cli 1> /dev/null 2> /dev/null")
f.WriteCmdSilent("[ -f /usr/bin/sudo ] && sudo npm install -g azure-cli 1> /dev/null 2> /dev/null")
f.WriteEnv("AZURE_STORAGE_ACCOUNT", a.StorageAccount)
f.WriteEnv("AZURE_STORAGE_ACCESS_KEY", a.StorageAccessKey)
// if target isn't specified, set to source
if len(a.Target) == 0 {
a.Target = a.Source
}
f.WriteCmd(fmt.Sprintf(`azure storage blob upload --container %s %s %s`, a.StorageContainer, a.Source, a.Target))
}
func (t *Tsuru) Write(f *buildfile.Buildfile) {
f.WriteCmdSilent(CmdRevParse)
f.WriteCmdSilent(CmdGlobalUser)
f.WriteCmdSilent(CmdGlobalEmail)
// add tsuru as a git remote
f.WriteCmd(fmt.Sprintf("git remote add tsuru %s", t.Remote))
switch t.Force {
case true:
// this is useful when the there are artifacts generated
// by the build script, such as less files converted to css,
// that need to be deployed to Tsuru.
f.WriteCmd(fmt.Sprintf("git add -A"))
f.WriteCmd(fmt.Sprintf("git commit -m 'adding build artifacts'"))
f.WriteCmd(fmt.Sprintf("git push tsuru HEAD:master --force"))
case false:
// otherwise we just do a standard git push
f.WriteCmd(fmt.Sprintf("git push tsuru $COMMIT:master"))
}
}
func (h *Deis) Write(f *buildfile.Buildfile) {
f.WriteCmdSilent(CmdRevParse)
f.WriteCmdSilent(CmdGlobalUser)
f.WriteCmdSilent(CmdGlobalEmail)
// [email protected]:2222/drone.git
f.WriteCmd(fmt.Sprintf("git remote add deis ssh://git@%s%s.git", h.Deisurl, h.App))
switch h.Force {
case true:
// this is useful when the there are artifacts generated
// by the build script, such as less files converted to css,
// that need to be deployed to Deis.
f.WriteCmd(fmt.Sprintf("git add -A"))
f.WriteCmd(fmt.Sprintf("git commit -m 'adding build artifacts'"))
f.WriteCmd(fmt.Sprintf("git push deis HEAD:master --force"))
case false:
// otherwise we just do a standard git push
f.WriteCmd(fmt.Sprintf("git push deis $COMMIT:master"))
}
}
func (c *Catapult) writeApplicationUpdate(f *buildfile.Buildfile, appName string) {
repo := c.Repo.Name[len("github.com/Clever/"):]
branch := c.Repo.Branch
if branch == "" {
branch = "master"
}
application := CatapultApplication{
ID: appName,
Source: fmt.Sprintf("github:clever/%s@%s", repo, c.Repo.Commit),
Artifacts: fmt.Sprintf("dockerhub:clever/%s", repo),
Branch: branch,
}
applicationJSON, err := json.Marshal(application)
if err != nil {
f.WriteCmdSilent(`echo -e "Failed to marshal application"`)
return
}
catapultURL, err := url.Parse(c.CatapultURL)
if err != nil {
f.WriteCmdSilent(`echo -e "not able to parse catapult url"; exit 1;`)
return
}
if catapultURL.Host == "" {
f.WriteCmdSilent(`echo -e "malformed catapult url (make sure to include the proto portion)"; exit 1;`)
return
}
// Make a copy of the url
postURL := *catapultURL
postURL.Path = "/applications/"
putURL := *catapultURL
putURL.Path = fmt.Sprintf("/applications/%s", application.ID)
f.WriteCmdSilent(fmt.Sprintf(catapultAppPublishCmd, string(applicationJSON), &postURL, &putURL))
build := CatapultBuild{
ID: c.Repo.Commit[0:7],
Application: application.ID,
Date: time.Now().Format(time.RFC3339),
Source: application.Artifacts,
GitHash: c.Repo.Commit,
Branch: branch,
}
buildJSON, err := json.Marshal(build)
if err != nil {
f.WriteCmdSilent(`echo -e "Failed to marshal build"; exit 1;`)
return
}
buildPostURL := *catapultURL
buildPostURL.Path = fmt.Sprintf("/applications/%s/builds", application.ID)
buildPutURL := *catapultURL
buildPutURL.Path = fmt.Sprintf("/applications/%s/builds/%s", application.ID, c.Repo.Commit[0:7])
f.WriteCmdSilent(fmt.Sprintf(catapultBuildPublishCmd,
string(buildJSON), &buildPostURL, &buildPutURL))
}
// Write adds commands to the buildfile to do the following:
// 1. Update application definition in catapult
// 2. [TODO] add build to Catapult
func (c *Catapult) Write(f *buildfile.Buildfile) {
f.WriteCmdSilent(`echo -e "Starting the catapult publish plugin..."`)
if len(c.CatapultURL) == 0 || (len(c.ApplicationName) == 0 && len(c.ApplicationNames) == 0) {
f.WriteCmdSilent(`echo -e "Catapult Plugin: Missing argument(s)\n\n"`)
if len(c.CatapultURL) == 0 {
f.WriteCmdSilent(`echo -e "\turl not defined in yaml"`)
}
if len(c.ApplicationName) == 0 || len(c.ApplicationNames) == 0 {
f.WriteCmdSilent(`echo -e "\tapplication not defined in yaml"`)
}
f.WriteCmdSilent(`exit 1`) // Here to fail build
return
}
if len(c.ApplicationName) > 0 && len(c.ApplicationNames) > 0 {
f.WriteCmdSilent(`echo -e "\tDefine either 'application' or 'applications' in yaml. Not both."`)
f.WriteCmdSilent(`exit 1`) // Here to fail build
} else if len(c.ApplicationName) > 0 {
c.writeApplicationUpdate(f, c.ApplicationName)
} else {
for _, appName := range c.ApplicationNames {
f.WriteCmdSilent(fmt.Sprintf(`echo -e "Updating application %s in catapult..."`, appName))
c.writeApplicationUpdate(f, appName)
}
}
}
// Write adds commands to the buildfile to do the following:
// 1. Install the docker client in the Drone container.
// 2. Build a docker image based on the dockerfile defined in the config.
// 3. Push that docker image to index.docker.io.
// 4. Delete the docker image on the server it was build on so we conserve disk space.
func (d *Docker) Write(f *buildfile.Buildfile) {
if len(d.DockerHost) == 0 || len(d.DockerVersion) == 0 || len(d.ImageName) == 0 {
f.WriteCmdSilent(`echo -e "Docker Plugin: Missing argument(s)\n\n"`)
if len(d.DockerHost) == 0 {
f.WriteCmdSilent(`echo -e "\tdocker_host not defined in yaml"`)
}
if len(d.DockerVersion) == 0 {
f.WriteCmdSilent(`echo -e "\tdocker_version not defined in yaml"`)
}
if len(d.ImageName) == 0 {
f.WriteCmdSilent(`echo -e "\timage_name not defined in yaml"`)
}
return
}
// Download docker binary and install it as /usr/local/bin/docker
f.WriteCmd("wget -qO- https://get.docker.io/builds/Linux/x86_64/docker-" +
d.DockerVersion + ".tgz |sudo tar zxf - -C /")
dockerPath := "."
if len(d.Dockerfile) != 0 {
dockerPath = fmt.Sprintf("- < %s", d.Dockerfile)
}
// Run the command commands to build and deploy the image.
// Add the single tag if one exists
if len(d.Tag) > 0 {
d.Tags = append(d.Tags, d.Tag)
}
// If no tags are specified, use the commit hash
if len(d.Tags) == 0 {
d.Tags = append(d.Tags, "$(git rev-parse --short HEAD)")
}
// There is always at least 1 tag
buildImageTag := d.Tags[0]
// Export docker host once
f.WriteCmd("export DOCKER_HOST=" + d.DockerHost)
// Build the image
f.WriteCmd(fmt.Sprintf("docker build -t %s:%s %s", d.ImageName, buildImageTag, dockerPath))
// Login?
if d.RegistryLogin == true {
f.WriteCmdSilent(fmt.Sprintf("docker login -u %s -p %s -e %s %s",
d.Username, d.Password, d.Email, d.RegistryLoginUrl))
}
// Tag and push all tags
for _, tag := range d.Tags {
f.WriteCmd(fmt.Sprintf("docker tag %s:%s %s:%s", d.ImageName, buildImageTag, d.ImageName, tag))
f.WriteCmd(fmt.Sprintf("docker push %s:%s", d.ImageName, tag))
}
// Remove tags after pushing unless keepBuild is set
if !d.KeepBuild {
for _, tag := range d.Tags {
f.WriteCmd(fmt.Sprintf("docker rmi %s:%s", d.ImageName, tag))
}
}
}
func (p *Package) Write(username, api_key string, f *buildfile.Buildfile) {
if len(p.File) == 0 || len(p.Owner) == 0 || len(p.Repository) == 0 || len(p.Package) == 0 || len(p.Version) == 0 || len(p.Target) == 0 {
f.WriteCmdSilent(`echo -e "Bintray Plugin: Missing argument(s)\n\n"`)
if len(p.Package) == 0 {
f.WriteCmdSilent(fmt.Sprintf(`echo -e "\tpackage not defined in yaml config"`))
return
}
if len(p.File) == 0 {
f.WriteCmdSilent(fmt.Sprintf(`echo -e "\tpackage %s: file not defined in yaml config"`, p.Package))
}
if len(p.Owner) == 0 {
f.WriteCmdSilent(fmt.Sprintf(`echo -e "\tpackage %s: owner not defined in yaml config"`, p.Package))
}
if len(p.Repository) == 0 {
f.WriteCmdSilent(fmt.Sprintf(`echo -e "\tpackage %s: repository not defined in yaml config"`, p.Package))
}
if len(p.Version) == 0 {
f.WriteCmdSilent(fmt.Sprintf(`echo -e "\tpackage %s: version not defined in yaml config"`, p.Package))
}
if len(p.Target) == 0 {
f.WriteCmdSilent(fmt.Sprintf(`echo -e "\tpackage %s: target not defined in yaml config"`, p.Package))
}
f.WriteCmdSilent("exit 1")
return
}
switch p.Type {
case "deb":
p.debUpload(username, api_key, f)
case "rpm":
p.upload(username, api_key, f)
case "maven":
p.upload(username, api_key, f)
default:
p.upload(username, api_key, f)
}
}
// Write adds commands to the buildfile to do the following:
// 1. Install the docker client in the Drone container.
// 2. Build a docker image based on the dockerfile defined in the config.
// 3. Push that docker image to index.docker.io.
// 4. Delete the docker image on the server it was build on so we conserve disk space.
func (d *Docker) Write(f *buildfile.Buildfile) {
if len(d.DockerServer) == 0 || d.DockerServerPort == 0 || len(d.DockerVersion) == 0 ||
len(d.ImageName) == 0 {
f.WriteCmdSilent(`echo -e "Docker Plugin: Missing argument(s)\n\n"`)
if len(d.DockerServer) == 0 {
f.WriteCmdSilent(`echo -e "\tdocker_server not defined in yaml"`)
}
if d.DockerServerPort == 0 {
f.WriteCmdSilent(`echo -e "\tdocker_port not defined in yaml"`)
}
if len(d.DockerVersion) == 0 {
f.WriteCmdSilent(`echo -e "\tdocker_version not defined in yaml"`)
}
if len(d.ImageName) == 0 {
f.WriteCmdSilent(`echo -e "\timage_name not defined in yaml"`)
}
return
}
f.WriteCmd("sudo apt-get update")
// Ensure correct apt-get has the https method-driver as per (http://askubuntu.com/questions/165676/)
f.WriteCmd("sudo apt-get install apt-transport-https")
// Install Docker on the container
f.WriteCmd("sudo sh -c \"echo deb https://get.docker.io/ubuntu docker main\\ > " +
"/etc/apt/sources.list.d/docker.list\"")
f.WriteCmd("sudo apt-key adv --keyserver hkp://keyserver.ubuntu.com:80 --recv-keys " +
"36A1D7869245C8950F966E92D8576A8BA88D21E9")
f.WriteCmd("sudo apt-get update")
f.WriteCmd("sudo apt-get --yes install lxc-docker-" + d.DockerVersion)
// Format our Build Server Endpoint
dockerServerUrl := d.DockerServer + ":" + strconv.Itoa(d.DockerServerPort)
dockerPath := "."
if len(d.Dockerfile) != 0 {
dockerPath = fmt.Sprintf("- < %s", d.Dockerfile)
}
// Run the command commands to build and deploy the image.
// Are we setting a custom tag, or do we use the git hash?
imageTag := ""
if len(d.CustomTag) > 0 {
imageTag = d.CustomTag
} else {
imageTag = "$(git rev-parse --short HEAD)"
}
f.WriteCmd(fmt.Sprintf("docker -H %s build -t %s:%s %s", dockerServerUrl, d.ImageName, imageTag, dockerPath))
// Login?
if d.RegistryLogin == true {
// Are we logging in to a custom Registry?
if len(d.RegistryLoginUrl) > 0 {
f.WriteCmdSilent(fmt.Sprintf("docker -H %s login -u %s -p %s -e %s %s",
dockerServerUrl, d.Username, d.Password, d.Email, d.RegistryLoginUrl))
} else {
// Assume index.docker.io
f.WriteCmdSilent(fmt.Sprintf("docker -H %s login -u %s -p %s -e %s",
dockerServerUrl, d.Username, d.Password, d.Email))
}
}
// Are we overriding the "latest" tag?
if d.PushLatest {
f.WriteCmd(fmt.Sprintf("docker -H %s tag %s:%s %s:latest",
dockerServerUrl, d.ImageName, imageTag, d.ImageName))
}
f.WriteCmd(fmt.Sprintf("docker -H %s push %s", dockerServerUrl, d.ImageName))
// Delete the image from the docker server we built on.
if !d.KeepBuild {
f.WriteCmd(fmt.Sprintf("docker -H %s rmi %s:%s",
dockerServerUrl, d.ImageName, imageTag))
if d.PushLatest {
f.WriteCmd(fmt.Sprintf("docker -H %s rmi %s:latest",
dockerServerUrl, d.ImageName))
}
}
}
func compress(f *buildfile.Buildfile, files []string) bool {
cmd := "tar -cf ${ARTIFACT} %s"
f.WriteEnv("ARTIFACT", "${PWD##*/}.tar.gz")
f.WriteCmdSilent(fmt.Sprintf(cmd, strings.Join(files, " ")))
return true
}
func createGitArchive(f *buildfile.Buildfile) bool {
f.WriteEnv("COMMIT", "$(git rev-parse HEAD)")
f.WriteEnv("ARTIFACT", "${PWD##*/}-${COMMIT}.tar.gz")
f.WriteCmdSilent("git archive --format=tar.gz --prefix=${PWD##*/}/ ${COMMIT} > ${ARTIFACT}")
return true
}
// Write adds commands to run that will publish a Github release.
func (g *Github) Write(f *buildfile.Buildfile) {
if len(g.Artifacts) == 0 || g.Tag == "" || g.Token == "" || g.User == "" || g.Repo == "" {
f.WriteCmdSilent(`echo -e "Github Plugin: Missing argument(s)"\n\n`)
if len(g.Artifacts) == 0 {
f.WriteCmdSilent(`echo -e "\tartifacts not defined in yaml config" && false`)
}
if g.Tag == "" {
f.WriteCmdSilent(`echo -e "\ttag not defined in yaml config" && false`)
}
if g.Token == "" {
f.WriteCmdSilent(`echo -e "\ttoken not defined in yaml config" && false`)
}
if g.User == "" {
f.WriteCmdSilent(`echo -e "\tuser not defined in yaml config" && false`)
}
if g.Repo == "" {
f.WriteCmdSilent(`echo -e "\trepo not defined in yaml config" && false`)
}
return
}
// Default name is tag
if g.Name == "" {
g.Name = g.Tag
}
for _, cmd := range g.Script {
f.WriteCmd(cmd)
}
f.WriteEnv("GITHUB_TOKEN", g.Token)
// Install github-release
f.WriteCmd("curl -L -o /tmp/github-release.tar.bz2 https://github.com/aktau/github-release/releases/download/v0.5.2/linux-amd64-github-release.tar.bz2")
f.WriteCmd("tar jxf /tmp/github-release.tar.bz2 -C /tmp/ && sudo mv /tmp/bin/linux/amd64/github-release /usr/local/bin/github-release")
// Create the release. Ignore 422 errors, which indicate the tag has already been created.
// Doing otherwise would create the expectation that every commit should be tagged and released,
// which is not the norm.
draftStr := ""
if g.Draft {
draftStr = "--draft"
}
prereleaseStr := ""
if g.Prerelease {
prereleaseStr = "--pre-release"
}
f.WriteCmd(fmt.Sprintf(`
result=$(github-release release -u %s -r %s -t %s -n "%s" -d "%s" %s %s || true)
if [[ $result == *422* ]]; then
echo -e "Release already exists for this tag.";
exit 0
elif [[ $result == "" ]]; then
echo -e "Release created.";
else
echo -e "Error creating release: $result"
exit 1
fi
`, g.User, g.Repo, g.Tag, g.Name, g.Description, draftStr, prereleaseStr))
// Upload files
artifactStr := strings.Join(g.Artifacts, " ")
f.WriteCmd(fmt.Sprintf(`
for f in %s; do
# treat directories and files differently
if [ -d $f ]; then
for ff in $(ls $f); do
echo -e "uploading $ff"
github-release upload -u %s -r %s -t %s -n $ff -f $f/$ff
done
elif [ -f $f ]; then
echo -e "uploading $f"
github-release upload -u %s -r %s -t %s -n $f -f $f
else
echo -e "$f is not a file or directory"
exit 1
fi
done
`, artifactStr, g.User, g.Repo, g.Tag, g.User, g.Repo, g.Tag))
}
func (p *Package) debUpload(username, api_key string, f *buildfile.Buildfile) {
if len(p.Distr) == 0 || len(p.Component) == 0 || len(p.Arch) == 0 {
f.WriteCmdSilent(`echo -e "Bintray Plugin: Missing argument(s)\n\n"`)
if len(p.Distr) == 0 {
f.WriteCmdSilent(fmt.Sprintf(`echo -e "\tpackage %s: distr not defined in yaml config"`, p.Package))
}
if len(p.Component) == 0 {
f.WriteCmdSilent(fmt.Sprintf(`echo -e "\tpackage %s: component not defined in yaml config"`, p.Package))
}
if len(p.Arch) == 0 {
f.WriteCmdSilent(fmt.Sprintf(`echo -e "\tpackage %s: arch not defined in yaml config"`, p.Package))
}
f.WriteCmdSilent("exit 1")
return
}
f.WriteCmdSilent(fmt.Sprintf(`echo -e "\nUpload %s to %s/%s/%s"`, p.File, p.Owner, p.Repository, p.Package))
f.WriteCmdSilent(fmt.Sprintf("curl -s -T %s -u%s:%s %s\\;deb_distribution\\=%s\\;deb_component\\=%s\\;deb_architecture=\\%s\\;publish\\=%d\\;override\\=%d",
p.File, username, api_key, p.getEndpoint(), p.Distr, p.Component, strings.Join(p.Arch, ","), boolToInt(p.Publish), boolToInt(p.Override)))
}
// Write adds commands to the buildfile to do the following:
// 1. Install the docker client in the Drone container if required.
// 2. Build a docker image based on the dockerfile defined in the config.
// 3. Push that docker image to index.docker.io.
// 4. Delete the docker image on the server it was build on so we conserve disk space.
func (d *Docker) Write(f *buildfile.Buildfile) {
if len(d.DockerHost) == 0 || len(d.ImageName) == 0 {
f.WriteCmdSilent(`echo -e "Docker Plugin: Missing argument(s)\n\n"`)
if len(d.DockerHost) == 0 {
f.WriteCmdSilent(`echo -e "\tdocker_host not defined in yaml"`)
}
if len(d.ImageName) == 0 {
f.WriteCmdSilent(`echo -e "\timage_name not defined in yaml"`)
}
return
}
// If docker version is unspecified, download and install the latest client
if len(d.DockerVersion) == 0 {
d.DockerVersion = "latest"
}
if len(d.DockerVersion) > 0 {
// Download docker binary and install it as /usr/local/bin/docker if it does not exist
f.WriteCmd("type -p docker || curl -sL https://get.docker.io/builds/Linux/x86_64/docker-" +
d.DockerVersion + ".tgz |sudo tar zxf - -C /")
}
// Export docker host once
f.WriteCmd("export DOCKER_HOST=" + d.DockerHost)
// Login?
if d.RegistryLogin == true {
// If email is unspecified, pass in -e ' ' to avoid having
// registry URL interpreted as email, which will fail cryptically.
emailOpt := "' '"
if d.Email != "" {
emailOpt = d.Email
}
f.WriteCmdSilent(fmt.Sprintf("docker login -u %s -p %s -e %s %s",
d.Username, d.Password, emailOpt, d.RegistryLoginUrl))
}
dockerPath := "."
if len(d.Dockerfile) != 0 {
dockerPath = fmt.Sprintf("- < %s", d.Dockerfile)
}
// Run the command commands to build and deploy the image.
// Add the single tag if one exists
if len(d.Tag) > 0 {
d.Tags = append(d.Tags, d.Tag)
}
// If no tags are specified, use the commit hash
if len(d.Tags) == 0 {
d.Tags = append(d.Tags, "$(git rev-parse --short HEAD)")
}
// There is always at least 1 tag
buildImageTag := d.Tags[0]
// Build the image
f.WriteCmd(fmt.Sprintf("docker build --pull -t %s:%s %s", d.ImageName, buildImageTag, dockerPath))
// Tag and push all tags
for _, tag := range d.Tags {
if tag != buildImageTag {
var options string
if d.ForceTags {
options = "-f"
}
f.WriteCmd(fmt.Sprintf("docker tag %s %s:%s %s:%s", options, d.ImageName, buildImageTag, d.ImageName, tag))
}
f.WriteCmd(fmt.Sprintf("docker push %s:%s", d.ImageName, tag))
}
// Remove tags after pushing unless keepBuild is set
if !d.KeepBuild {
for _, tag := range d.Tags {
f.WriteCmd(fmt.Sprintf("docker rmi %s:%s", d.ImageName, tag))
}
}
}
func (p *Package) upload(username, api_key string, f *buildfile.Buildfile) {
f.WriteCmdSilent(fmt.Sprintf(`echo -e "\nUpload %s to %s/%s/%s"`, p.File, p.Owner, p.Repository, p.Package))
f.WriteCmdSilent(fmt.Sprintf("curl -s -T %s -u%s:%s %s\\;publish\\=%d\\;override\\=%d",
p.File, username, api_key, p.getEndpoint(), boolToInt(p.Publish), boolToInt(p.Override)))
}