func init() {
nflag.Configure(nflag.ConfigOptions{
ProgramDescription: "This program will enable the bootstrapping of existing or new projects.",
})
nflag.Set("bootstrap", nflag.Flag{
Descriptor: "Bootstrap a new project.",
Type: "string",
AllowNothing: false,
Required: false,
})
nflag.Set("get-dependencies", nflag.Flag{
Descriptor: "Get the dependencies of an existing project.",
Type: "bool",
DefaultValue: false,
AllowNothing: true,
})
nflag.Set("get-type-dependencies", nflag.Flag{
Descriptor: "Get the dependencies of a particular type (for example, typescript).",
Type: "string",
AllowNothing: false,
Required: false,
})
nflag.Set("install-dependencies", nflag.Flag{
Descriptor: "Install the dependencies of an existing project.",
Type: "bool",
DefaultValue: false,
AllowNothing: true,
})
}
// Init the compiler
func init() {
nflag.Configure(nflag.ConfigOptions{ProgramDescription: "Unified compiler for specialized project components."})
nflag.Set("compile", nflag.Flag{Type: "string", DefaultValue: "all", Required: false, AllowNothing: true})
currentDirectory, _ = os.Getwd() // Get the current working directory from os and assign it to currentDirectory
executableNotInstalled = " is not installed on this system."
dirDoesNotExistInSrc = " is not a directory inside src/."
}
// Initialization
func init() {
NodeGroupOrNode = "Node Group or Node"
NodeGroupOrNodeAlreadyExists = NodeGroupOrNode + " already exists."
NodeGroupOrNodeDoesntExist = NodeGroupOrNode + " does not exist."
ProvideNodeGroupOrNode = "Please provide a " + NodeGroupOrNode + " using " + nflag.Config.FlagString + "node"
InvalidProperty = "The property provided is not a valid one for a " + NodeGroupOrNode + "."
nflag.Configure(nflag.ConfigOptions{
ProgramDescription: "This is the local (client side) CLI for Metis that orchestrate your Cluster remotely.",
ShowHelpIfNoArgs: true, // Show Help if no arguments are provided
})
homeDir, _ := homedir.Dir() // Get the home directory of the user
root = homeDir + "/.metis-cli/" // Set the Root of the config to the user's .metis-cli dir
}
// Initialization
func init() {
nflag.Configure(nflag.ConfigOptions{ShowHelpIfNoArgs: true, ProgramDescription: "Frala CLI tool for file parsing and Po conversion."})
nflag.Set("convert-terms", nflag.Flag{ // Create the convert-terms flag
Type: "bool",
Descriptor: "Use convert-terms to declare the action of Terms to Po conversion. Don't pass for Po to Terms conversion.",
AllowNothing: true,
})
nflag.Set("lang", nflag.Flag{ // Create the lang Flag
Descriptor: "Language to parse files, Terms to Po conversion, or Po to Terms conversion.",
Type: "string",
DefaultValue: frala.Config.DefaultLanguage, // Set DefaultValue to whatever is already set in frala
AllowNothing: true, // Allow nothing, since we'll just default to DefaultValue
})
nflag.Set("parse", nflag.Flag{ // Create the parse flag
Descriptor: "Files to parse. Accepts comma-separated values.",
Type: "string",
})
nflag.Set("po", nflag.Flag{ // Create the po flag
Descriptor: "Po file you wish to convert to Terms or save Terms to.",
Type: "string",
})
currentWorkingDirectory, getWdErr := os.Getwd()
if getWdErr != nil { // If there was an error getting the working directory
absolutePathToDir, absolutePathErr := filepath.Abs(".") // Attempt to get the absolute path of the directory
if absolutePathErr == nil { // If there was no issue getting the absolute path of the directory
currentWorkingDirectory = absolutePathToDir // Change currentWorkingDirectory to absolutePathToDir
} else { // If there was an issue getting the the current working directory
fmt.Println("Unable to determine the current working directory. Exiting.")
os.Exit(1)
}
}
nflag.Set("target-dir", nflag.Flag{ // Create the target-dir flag
Descriptor: "Target directory to save parsed files or Po content to.",
DefaultValue: currentWorkingDirectory, // Current working directory
Type: "string",
})
}