// 创建编译环境的目录结构
func (this *Compile) createDirs(id int, sid string) error {
var err error
err = nil
this.userBuildPath = filepath.Join(this.buildPath, sid)
if !com.PathExist(this.userBuildPath) {
err = com.Mkdir(this.userBuildPath)
}
this.itemBuildPath = filepath.Join(this.userBuildPath, fmt.Sprintf("%d", id))
if !com.PathExist(this.itemBuildPath) {
err = com.Mkdir(this.itemBuildPath)
}
return err
}
func createDirs(path string) {
createPath := ""
pathArr := strings.Split(path, "/")
for i := 0; i < len(pathArr); i++ {
createPath = createPath + pathArr[i] + "/"
if !com.FileExist(createPath) {
com.Mkdir(createPath)
}
}
}
func createBuildDir() error {
var err error
err = nil
buildPath := filepath.Join(C.Get(runtime.GOOS, "buildpath"))
if !com.PathExist(buildPath) {
err = com.Mkdir(buildPath)
}
return err
}
func Judger() {
parseArg()
dataPath := "data.db"
if Mode == "docker" {
log.Blueln("[mode]", "docker")
if !com.FileExist("/data") {
if err := com.Mkdir("/data"); err != nil {
log.Warnln("[Warn]", "create dir /data failed")
} else {
log.Blueln("[info]", "create dir /data")
}
}
if !com.FileExist("/data/config_docker.ini") {
com.CopyFile("/data/config_docker.ini", "conf/config_docker.ini")
}
if !com.FileExist("/data/executer.json") {
com.CopyFile("/data/executer.json", "sandbox/c/build/executer.json")
}
dataPath = "/data/data.db"
}
if configFile == "" {
configFile = "conf/config.ini"
}
if !com.FileExist(configFile) {
log.Dangerln("[Error]", configFile, "does not exist!")
os.Exit(-1)
}
log.Blueln("[config]")
log.Blueln(configFile)
C = &Config{}
C.NewConfig(configFile)
GenScript()
log.Blueln("[data]")
log.Blueln(dataPath)
DB = &Sqlite{}
DB.NewSqlite(dataPath)
createBuildDir()
go TcpStart()
HttpStart()
}
func githubStat() error {
if !com.FileExist("static") {
com.Mkdir("static")
} else {
if com.FileExist("static/upload") {
com.Mkdir("static/upload")
}
}
token := beego.AppConfig.String("github_token")
user := beego.AppConfig.String("github_user")
json, err := statistics.GetRepos(user, token)
if err != nil {
return err
}
stat := beego.AppConfig.String("github_statistics")
err = com.WriteFile(stat, json)
return err
}
func TestSession(t *testing.T) {
Convey("Test Session sections", t, func() {
com.Mkdir("tmp")
sess := NewSession("tmp")
path := sess.getPath("ABCDEFGHIJKLMNOPQRST")
So(path, ShouldEqual, filepath.Join("tmp", "A", "BC", "DEFGHIJKLMNOPQRST"))
sess.Set("ABCDEFGHIJKLMNOPQRST", "key", "ABCDEFGHIJKLMNOPQRST")
sess.Set("ABCDEFGHIJKLMNOPQRST", "number", 123456)
obj, _ := sess.Get("ABCDEFGHIJKLMNOPQRST", "key")
number, _ := sess.Get("ABCDEFGHIJKLMNOPQRST", "number")
So(obj.(string), ShouldEqual, "ABCDEFGHIJKLMNOPQRST")
So(number.(int), ShouldEqual, 123456)
})
}
func GenScript() {
currentPath, _ := os.Getwd()
gccWin := `"%s\bin\%s.exe" %%1 -g3 -I"%s\include" -L"%s\lib" -g3 1> BUILD.LOG 2>&1
echo %%ERRORLEVEL%% > BUILDRESULT`
gccNix := `%s $1 1> BUILD.LOG 2>&1
echo $? > BUILDRESULT`
var gccScript string
var gppScript string
if !com.FileExist("script") {
com.Mkdir("script")
}
if runtime.GOOS == "windows" {
gccWinPath := C.Get(runtime.GOOS, "gcc_path")
gccScript = fmt.Sprintf(gccWin, gccWinPath, "gcc", gccWinPath, gccWinPath)
gppScript = fmt.Sprintf(gccWin, gccWinPath, "g++", gccWinPath, gccWinPath)
runWin := `"` + filepath.Join(currentPath, C.Get(runtime.GOOS, "executer_path")) + `" -t=%1 -m=%2 %3`
com.WriteFile(C.Get(runtime.GOOS, "compiler_c"), gccScript)
com.WriteFile(C.Get(runtime.GOOS, "compiler_cpp"), gppScript)
com.WriteFile(C.Get(runtime.GOOS, "run_script"), runWin)
} else {
gccScript = fmt.Sprintf(gccNix, "gcc")
gppScript = fmt.Sprintf(gccNix, "g++")
runNix := filepath.Join(currentPath, C.Get(runtime.GOOS, "executer_path")) + ` -t=$1 -m=$2 $3 -c=` + C.Get(runtime.GOOS, "executer_config")
com.WriteFile(C.Get(runtime.GOOS, "compiler_c"), gccScript)
com.WriteFile(C.Get(runtime.GOOS, "compiler_cpp"), gppScript)
com.WriteFile(C.Get(runtime.GOOS, "run_script"), runNix)
os.Chmod(C.Get(runtime.GOOS, "compiler_c"), 0755)
os.Chmod(C.Get(runtime.GOOS, "compiler_cpp"), 0755)
os.Chmod(C.Get(runtime.GOOS, "run_script"), 0755)
}
}