added linux-release, more readme

Makefile

@@ -59,20 +59,25 @@ linkerflags = '-s -w'
 prep: clean
 > date +"%F %a %T %Z" > buildTime.txt
 > git describe --always --tags --dirty --long > buildVersion.txt
-> mkdir -p build
+> @mkdir -p build
 
 build: prep linux windows
 
 linux:
 > @GOOS=$@ GOARCH=$(arch) go build -o build/$@/$(progName) . && echo $@ "Build success" || echo $@ "[FAILED] go build"
 
+linux-release:
+> @GOOS=linux GOARCH=$(arch) go build -ldflags=${linkerflags} -o build/linux/$(progName)-linux-$(arch)-$(releaseTag) . && echo $@ "Build success" || echo $@ "[FAILED] go build"
+
 windows:
-> @GOOS=$@ GOARCH=$(arch) go build -o build/$@/$(progName)-$(arch)-$(releaseTag).exe . && echo $@ "Build success" || echo $@ "[FAILED] go build"
+> @GOOS=$@ GOARCH=$(arch) go build -o build/$@/$(progName)-$@-$(arch)-$(releaseTag).exe . && echo $@ "Build success" || echo $@ "[FAILED] go build"
 
 build-production: prep linx-production
 
 linux-production:
-> @GOOS=linx GOARCH=$(arch) go build -ldflags=${linkerflags} -o build/$@/$(progName) . && echo "production build success" || echo "[FAILED] production build"
+> @GOOS=linux GOARCH=$(arch) go build -ldflags=${linkerflags} -o build/$@/$(progName) . && echo "production build success" || echo "[FAILED] production build"
+
+release: prep linux-release windows
 
 #-------------------------------------------------------------
 # Install - same as build, but places binary on system path
@@ -85,4 +90,4 @@ install-production: prep
 > @go install -ldflags=${linkerflags} . && echo "Production build and install success" || echo "[FAILED] Production install"
 
 ## Commands that don't relate to a specific file
-.PHONY: help confirm clean prep build build-production linux windows amd64
+.PHONY: help confirm clean prep build build-production linux windows amd64 release

README.md

@@ -4,28 +4,55 @@
 
 Use scaffold to setup a new project with a directory skeleton of your design, and if you'd like, it can also automatically initialize local, remote and gitea git repositories for the new project.
 
-## The Process
+## What scaffold does
 
-- The new project directory is created
+- A new project directory is created
-- Your project skeleton is copied from your sample directory
+- Your project skeleton/template is copied from your config/projectType/sample directory
 - your setup/initialization commmands are run
-- a git repository is initialized in the project directory
+- And if you enable them
-  - and if you enable it, a remote repository is created and setup
+  - a git repository is initialized in the project directory
+  - a remote repository is created and setup
+  - a gitea repository is created and setup
+
+## Installation
+
+1. Grab a version for your system from the releases page.
+2. Put it in a directory that is on your path.
+3. Now configure your preferred setups/layouts/skeletons/templates for your projects.
+
+## Configuration
+
+On linux, the configuration directory will be at /home/user/.config/devel/scaffold
+
+For the windows versions, you might want to look at your User_Configuration_Directories location, and change it according to your needs. On windows it's value is the %APPDATA% environment variable.
+
+In a PowerShell, use `Get Child-Item Env:` to display all the environment variables.
+Then `[Environment]::SetEnvironmentVariable("APPDATA","C:\Users\You\Wherever-you-like\","User")` to set the new value.
+
+It's a little simpler at a command prompt -- type the command `set` and hit `Enter`. See what `APPDATA` is currently set to. Change it with `setx APPDATA "C:\Users\You\SomeWhere"`.
+
+The examples directory contains an example-scaffold-projectType.toml configuration file. Place a copy in each projectType directory, adjusted to your preferences per the given project type.
+
+## The `scaffold` command
+
+| Command | Description |
+| ------- | ----------- |
+| scaffold | The program name |
+| flags:
+  -i or -Info | Display the available project types and the build and version information about the program. |
+| **Examples:** |  |
+| scaffold *ProjectType* *NewProjectName* | Stuff |
 
 ## Configuration of samples
 
 ![Example Directory Structure](assets/images/dirtree-pic.png)
 
-The image should explain alot.
+The image should explain alot quickly. The go, go-cli, go-web, hs, js, py and svelte directories define the project types available to scaffold. Arrange the contents of the sample directory, within each project type directory, to your preferred layout for each language/use-case.
-
-The important description goes here.
-
-More paragraphs of stuff.
 
 ## Git
 
 Git is available to be used as the version control system for new projects. Select/Deselect within the `scaffold-<PROJECTTYPE>.toml` file.
 
-***Please Note*** that if you also use git to track your configuration files and sample directories, then a `.gitignore` file within your sample directory will interfere with git's ability to track your skeletons/templates properly. So, to allow for this, put what you normally would in a `.gitignore` file instead into a file named `GITIGNORE` in your sample directory. And scaffold will convert it to a `.gitignore` file within your newProject directory.
+*Please Note* that if you also use git to track your configuration files and sample directories, then a `.gitignore` file within your sample directory will interfere with git's ability to track your skeletons/templates properly. So, to allow for this, put what you normally would in a `.gitignore` file instead into a file named `GITIGNORE` in your sample directory. And scaffold will convert it to a `.gitignore` file within your newProject directory.
 
 If you are NOT using git to track your project types and samples/skeletons/templates, then no problem, just place a .gitignore file within the sample directory as you would any other file.

main.go

@@ -48,7 +48,6 @@ var (
 	infoFlag     = flag.Bool("Info", false, "Displays the program build information and exits.")
 	infoFlag2    = flag.Bool("i", false, "Displays the program build information and exits.")
 	sep          = "/"
-	user_cfg_dir string
 	cfg_dir      = "devel/scaffold" // relative to <USER_CONFIG_DIR>, on linux /home/user/.config
 	cfg_filename = "scaffold-cfg.toml"
 	setup        ScaffoldSetup
@@ -59,6 +58,9 @@ func main() {
 
 	flag.Parse()
 
+	user_cfg_dir, err := os.UserConfigDir()
+	ifFerr("Unable to determine user config directory", err)
+
 	if *infoFlag || *infoFlag2 {
 		fmt.Printf("Scaffold version: %s", buildVersion)
 		fmt.Printf("Built: %s\n", buildTime)
@@ -67,8 +69,10 @@ func main() {
 			fmt.Println("It's a windows system")
 		}
 
-		user_cfg_dir, err := os.UserConfigDir()
+		at, err := availableProjectTypes(user_cfg_dir + sep + cfg_dir)
-		ifFerr("Unable to determine user config directory", err)
+		ifFerr("Unable to get available project types", err)
+		fmt.Printf("Avaiable types: %v\n", at)
+
 		fmt.Println("System says -- user config directory: ", user_cfg_dir)
 
 		os.Exit(0)
@@ -304,6 +308,9 @@ func availableProjectTypes(adir string) ([]string, error) {
 
 	for _, e := range entries {
 		if e.IsDir() {
+			if e.Name() == ".git" {
+				continue
+			}
 			res = append(res, e.Name())
 		}
 	}