func (d *Deter) Build(build string) error {
dbg.Lvl1("Building for", d.Login, d.Host, d.Project, build)
start := time.Now()
var wg sync.WaitGroup
// Start with a clean build-directory
current, _ := os.Getwd()
dbg.Lvl4("Current dir is:", current)
defer os.Chdir(current)
// Go into deterlab-dir and create the build-dir
os.Chdir(d.DeterDir)
os.RemoveAll(d.BuildDir)
os.Mkdir(d.BuildDir, 0777)
// start building the necessary packages
packages := []string{"logserver", "forkexec", "../../app", "deter"}
if build != "" {
packages = strings.Split(build, ",")
}
dbg.Lvl3("Starting to build all executables", packages)
for _, p := range packages {
basename := path.Base(p)
dbg.Lvl4("Building ", p, "into", basename)
wg.Add(1)
src := p + "/" + basename + ".go"
dst := d.BuildDir + "/" + basename
if p == "deter" {
go func(s, d string) {
defer wg.Done()
// the users node has a 386 FreeBSD architecture
out, err := cliutils.Build(s, d, "386", "freebsd")
if err != nil {
cliutils.KillGo()
fmt.Println(out)
log.Fatal(err)
}
}(src, dst)
continue
}
go func(s, d string) {
defer wg.Done()
// deter has an amd64, linux architecture
out, err := cliutils.Build(s, d, "amd64", "linux")
if err != nil {
cliutils.KillGo()
fmt.Println(out)
log.Fatal(err)
}
}(src, dst)
}
// wait for the build to finish
wg.Wait()
dbg.Lvl1("Build is finished after", time.Since(start))
return nil
}
// build is the name of the app to build
// empty = all otherwise build specific package
func (d *Deterlab) Build(build string) error {
dbg.Lvl1("Building for", d.Login, d.Host, d.Project, build)
start := time.Now()
var wg sync.WaitGroup
// Start with a clean build-directory
current, _ := os.Getwd()
dbg.Lvl3("Current dir is:", current, d.DeterDir)
defer os.Chdir(current)
// Go into deterlab-dir and create the build-dir
os.Chdir(d.DeterDir)
os.RemoveAll(d.BuildDir)
os.Mkdir(d.BuildDir, 0777)
// start building the necessary packages
packages := []string{"forkexec", "app", "users"}
if build != "" {
packages = strings.Split(build, ",")
}
dbg.Lvl3("Starting to build all executables", packages)
for _, p := range packages {
src_dir := d.DeterDir + "/" + p
basename := path.Base(p)
if p == "app" {
src_dir = d.AppDir + "/" + d.App
basename = d.App
}
dst := d.BuildDir + "/" + basename
dbg.Lvl3("Building", p, "from", src_dir, "into", basename)
wg.Add(1)
if p == "users" {
go func(src, dest string) {
defer wg.Done()
// the users node has a 386 FreeBSD architecture
// go won't compile on an absolute path so we need to
// convert it to a relative one
src_rel, _ := filepath.Rel(d.DeterDir, src)
out, err := cliutils.Build("./"+src_rel, dest, "386", "freebsd")
if err != nil {
cliutils.KillGo()
dbg.Lvl1(out)
dbg.Fatal(err)
}
}(src_dir, dst)
continue
}
go func(src, dest string) {
defer wg.Done()
// deter has an amd64, linux architecture
src_rel, _ := filepath.Rel(d.DeterDir, src)
dbg.Lvl3("Relative-path is", src, src_rel, d.DeterDir)
out, err := cliutils.Build("./"+src_rel, dest, "amd64", "linux")
if err != nil {
cliutils.KillGo()
dbg.Lvl1(out)
dbg.Fatal(err)
}
}(src_dir, dst)
}
// wait for the build to finish
wg.Wait()
dbg.Lvl1("Build is finished after", time.Since(start))
return nil
}