integrate deploy-packer and refactor full-system template.

cook.sh

@@ -41,7 +41,8 @@ case $3 in
 
          "${SCRIPT_ABS_PATH}"/fix-up/do.sh "$1" "$2"
 	     # for executables, we need to copy to override them after applying tempalte(Why?)
-	     cp "${SCRIPT_ABS_PATH}"/deployment-framework/arion "$1/$2/cd/" && chmod +x "$1/$2/cd/arion"
+	     [[ -d "$1/$2/cd" ]] && cp "${SCRIPT_ABS_PATH}"/deployment-framework/arion "$1/$2/cd/" && chmod +x "$1/$2/cd/arion"
+	     [[ -d "$1/$2/$2/cd" ]] && cp "${SCRIPT_ABS_PATH}"/deployment-framework/arion "$1/$2/$2/cd/" && chmod +x "$1/$2/$2/cd/arion"
          ;;
   *)
          ;;

fix-up/do.sh

@@ -15,61 +15,68 @@ begin_banner "Top level" "fix up"
 # define a function to fix-up the paths based on different template name
 function fix_up_paths_based_on_template_name () {
 	local PROJECT_NAME_REAL_PATH
-  	PROJECT_NAME_REAL_PATH=${3//$1/$2}
-  	#PROJECT_NAME_REAL_PATH=$(echo "$3" | sed "s/$1/$2/g")
+  	PROJECT_NAME_REAL_PATH=${3//$1/$COMPPATH}
+  	#PROJECT_NAME_REAL_PATH=$(echo "$3" | sed "s/$1/$COMPPATH/g")
   	mv "$3" "${PROJECT_NAME_REAL_PATH}"
 }
 export -f fix_up_paths_based_on_template_name
 
-PROJECT_PASCAL_NAME=$(cat "$1/$2/.project.pascal.name")
-PROJECT_SNAKE_NAME=$(cat "$1/$2/.project.snake.name")
+if [ -d "$1/$2/project.orig.name" ]; then
+    mv "$1/$2/project.orig.name" "$1/$2/$2"
+    COMPPATH="$2/$2"
+else
+    COMPPATH="$2"
+fi
+
+PROJECT_PASCAL_NAME=$(cat "$1/$COMPPATH/.project.pascal.name")
+PROJECT_SNAKE_NAME=$(cat "$1/$COMPPATH/.project.snake.name")
 while read -r PROJECT_ORIG_NAME_PATH; do
-	#[[ -n "${PROJECT_ORIG_NAME_PATH}" ]] && mv "${PROJECT_ORIG_NAME_PATH}" $(echo "${PROJECT_ORIG_NAME_PATH}" | sed "s/project.orig.name/$2/g")
+	#[[ -n "${PROJECT_ORIG_NAME_PATH}" ]] && mv "${PROJECT_ORIG_NAME_PATH}" $(echo "${PROJECT_ORIG_NAME_PATH}" | sed "s/project.orig.name/$COMPPATH/g")
 	[[ -n "${PROJECT_ORIG_NAME_PATH}" ]] && mv "${PROJECT_ORIG_NAME_PATH}" "${PROJECT_ORIG_NAME_PATH//project.orig.name/$2}"
-done <<< "$(find "$1/$2" -name "*project.orig.name*" ! -wholename "$1/$2/.project.orig.name" | awk '{ print length() "|" $0 | "sort -nr | cut -f2 -d\"|\""}')"
+done <<< "$(find "$1/$COMPPATH" -name "*project.orig.name*" ! -wholename "$1/$COMPPATH/.project.orig.name" | awk '{ print length() "|" $0 | "sort -nr | cut -f2 -d\"|\""}')"
 while read -r PROJECT_SNAKE_NAME_PATH; do
 	#[[ -n "${PROJECT_SNAKE_NAME_PATH}" ]] && mv "${PROJECT_SNAKE_NAME_PATH}" $(echo "${PROJECT_SNAKE_NAME_PATH}" | sed "s/project.snake.name/${PROJECT_SNAKE_NAME}/g")
 	[[ -n "${PROJECT_SNAKE_NAME_PATH}" ]] && mv "${PROJECT_SNAKE_NAME_PATH}" "${PROJECT_SNAKE_NAME_PATH//project.snake.name/${PROJECT_SNAKE_NAME}}"
-done <<< "$(find "$1/$2" -name "*project.snake.name*" ! -wholename "$1/$2/.project.snake.name" | awk '{ print length() "|" $0 | "sort -nr | cut -f2 -d\"|\""}')"
+done <<< "$(find "$1/$COMPPATH" -name "*project.snake.name*" ! -wholename "$1/$COMPPATH/.project.snake.name" | awk '{ print length() "|" $0 | "sort -nr | cut -f2 -d\"|\""}')"
 while read -r PROJECT_PASCAL_NAME_PATH; do
 	#[[ -n "${PROJECT_PASCAL_NAME_PATH}" ]] && mv "${PROJECT_PASCAL_NAME_PATH}" $(echo "${PROJECT_PASCAL_NAME_PATH}" | sed "s/project.pascal.name/${PROJECT_PASCAL_NAME}/g")
 	[[ -n "${PROJECT_PASCAL_NAME_PATH}" ]] && mv "${PROJECT_PASCAL_NAME_PATH}" "${PROJECT_PASCAL_NAME_PATH//project.pascal.name/${PROJECT_PASCAL_NAME}}"
-done <<< "$(find "$1/$2" -name "*project.pascal.name*" ! -wholename "$1/$2/.project.pascal.name" | awk '{ print length() "|" $0 | "sort -nr | cut -f2 -d\"|\""}')"
+done <<< "$(find "$1/$COMPPATH" -name "*project.pascal.name*" ! -wholename "$1/$COMPPATH/.project.pascal.name" | awk '{ print length() "|" $0 | "sort -nr | cut -f2 -d\"|\""}')"
 
-[[ -f "$1/$2/develop" ]] && chmod +x "$1/$2/develop"
-[[ -f "$1/$2/build" ]] && chmod +x "$1/$2/build"
-[[ -f "$1/$2/deploy" ]] && chmod +x "$1/$2/deploy"
-[[ -f "$1/$2/deploy-to-local-docker-compose" ]] && chmod +x "$1/$2/deploy-to-local-docker-compose"
-[[ -f "$1/$2/deploy-to-test-vm" ]] && chmod +x "$1/$2/deploy-to-test-vm"
-[[ -f "$1/$2/deploy-to-production-vm" ]] && chmod +x "$1/$2/deploy-to-production-vm"
-[[ -f "$1/$2/arion" ]] && chmod +x "$1/$2/arion"
-find "$1/$2" -name "*.sh" -exec chmod +x {} \;
-find "$1/$2" -name "*.bash" -exec chmod +x {} \;
-find "$1/$2" -type d -name bin -exec chmod -R +x {} \;
+[[ -f "$1/$COMPPATH/develop" ]] && chmod +x "$1/$COMPPATH/develop"
+[[ -f "$1/$COMPPATH/build" ]] && chmod +x "$1/$COMPPATH/build"
+[[ -f "$1/$COMPPATH/deploy" ]] && chmod +x "$1/$COMPPATH/deploy"
+[[ -f "$1/$COMPPATH/deploy-to-local-docker-compose" ]] && chmod +x "$1/$COMPPATH/deploy-to-local-docker-compose"
+[[ -f "$1/$COMPPATH/deploy-to-test-vm" ]] && chmod +x "$1/$COMPPATH/deploy-to-test-vm"
+[[ -f "$1/$COMPPATH/deploy-to-production-vm" ]] && chmod +x "$1/$COMPPATH/deploy-to-production-vm"
+[[ -f "$1/$COMPPATH/arion" ]] && chmod +x "$1/$COMPPATH/arion"
+find "$1/$COMPPATH" -name "*.sh" -exec chmod +x {} \;
+find "$1/$COMPPATH" -name "*.bash" -exec chmod +x {} \;
+find "$1/$COMPPATH" -type d -name bin -exec chmod -R +x {} \;
 
 # run the fixup for the specific template
-if [[ -f "$1/$2/fixup" ]]; then
+if [[ -f "$1/$COMPPATH/fixup" ]]; then
 	MY_PWD_FOR_FIXUP="$(pwd)"
-	cd "$1/$2"
+	cd "$1/$COMPPATH"
 	bash ./fixup
 	cd "${MY_PWD_FOR_FIXUP}"
 fi
-[[ -f "$1/$2/project.yml.orig" ]] && rm -fr "$1/$2/project.yml.orig"
-[[ -f "$1/$2/project.yml" ]] && rm -fr "$1/$2/project.yml"
-[[ -f "$1/$2/fixup" ]] && rm -fr "$1/$2/fixup"
+[[ -f "$1/$COMPPATH/project.yml.orig" ]] && rm -fr "$1/$COMPPATH/project.yml.orig"
+[[ -f "$1/$COMPPATH/project.yml" ]] && rm -fr "$1/$COMPPATH/project.yml"
+[[ -f "$1/$COMPPATH/fixup" ]] && rm -fr "$1/$COMPPATH/fixup"
 
 # define a function to handle paths which are provided by a find command
 function reverse_project_info_for_rob () {
         local TEMPLATE_NAME
         TEMPLATE_NAME=$(basename "$3")
   	    cp "$3/project.yml.orig" "$3/project.yml"
-  	#sed -i "s/MY_PROJECT_NAME/$2/g" "${TEMPLATE_PATH}/project.yml"
+  	#sed -i "s/MY_PROJECT_NAME/$COMPPATH/g" "${TEMPLATE_PATH}/project.yml"
   	#"${SCRIPT_ABS_PATH}"/../project-scaffold-template/rob remove
 }
 # export the above function so that can be used by other command or subshell
 export -f reverse_project_info_for_rob
 
 # reverse the project.yml back to orig
-find "${SCRIPT_ABS_PATH}/../project-scaffold-template" -maxdepth 1 -type d ! -name . ! -wholename "${SCRIPT_ABS_PATH}/../project-scaffold-template" -exec bash -c 'reverse_project_info_for_rob "$0" "$1" "$2"' "${SCRIPT_ABS_PATH}" "$2" {} \;
+find "${SCRIPT_ABS_PATH}/../project-scaffold-template" -maxdepth 1 -type d ! -name . ! -wholename "${SCRIPT_ABS_PATH}/../project-scaffold-template" -exec bash -c 'reverse_project_info_for_rob "$0" "$1" "$2"' "${SCRIPT_ABS_PATH}" "$COMPPATH" {} \;
 
 done_banner "Top level" "fix up"

project-scaffold-template/do.sh

@@ -33,7 +33,26 @@ case ${THE_DISTRIBUTION_ID} in
     cd "$1/$2"
     find "${SCRIPT_ABS_PATH}" -maxdepth 1 -type d ! -name . ! -wholename "${SCRIPT_ABS_PATH}" -exec bash -c 'prepare_project_info_for_rob "$0" "$1" "$2"' "${SCRIPT_ABS_PATH}" "$2" {} \;
     "${SCRIPT_ABS_PATH}"/rob new
-    "${SCRIPT_ABS_PATH}"/niv update
+    if [ -f "./nix/sources.json" ]; then
+        "${SCRIPT_ABS_PATH}"/niv update
+    else
+        NIVSRCDIR=$(dirname "$(find . -name "sources.json"|head -1)")
+        if [ "X$NIVSRCDIR" != "X" ] && [ -f "$NIVSRCDIR/sources.nix" ]; then
+            NIVSRCTMP=$(mktemp -d)
+            mkdir -p "$NIVSRCTMP/nix"
+            cp "$NIVSRCDIR/sources.json" "$NIVSRCTMP/nix/sources.json"
+            cp "$NIVSRCDIR/sources.nix" "$NIVSRCTMP/nix/sources.nix"
+            ln -sf "$NIVSRCTMP/nix" ./nix
+            "${SCRIPT_ABS_PATH}"/niv update
+            for COMP_DIR in $(dirname $(find "." -name "sources.json"))
+            do
+                cp "$NIVSRCTMP/nix/sources.json" "$COMP_DIR"
+                cp "$NIVSRCTMP/nix/sources.nix" "$COMP_DIR"
+            done
+            rm -fr ./nix
+            rm -fr "$NIVSRCTMP"
+        fi
+    fi
     cd - > /dev/null
     ;;
   *)
@@ -44,13 +63,20 @@ esac
 
 # use haskell.nix internal index-state by default so that we sync cabal with nix
 if [ -f "$1/$2/cabal.project" ]; then
-    H_INTERNAL_INDEX_STATE=$(nix eval --impure --expr "(import $1/$2/default.nix {}).pkgs.haskell-nix.internalHackageIndexState"|awk -F'"' '{print $2}')
+    if [ -f "$1/$2/project.orig.name/default.nix" ]; then
+        H_INTERNAL_INDEX_STATE=$(nix eval --impure --expr "(import $1/$2/project.orig.name/default.nix {}).pkgs.haskell-nix.internalHackageIndexState"|awk -F'"' '{print $2}')
+        [[ -f "$1/$2/project.orig.name/cabal.project" ]] && echo "index-state : $H_INTERNAL_INDEX_STATE" >> "$1/$2/project.orig.name/cabal.project"
+    else
+        H_INTERNAL_INDEX_STATE=$(nix eval --impure --expr "(import $1/$2/default.nix {}).pkgs.haskell-nix.internalHackageIndexState"|awk -F'"' '{print $2}')
+    fi
     echo "index-state : $H_INTERNAL_INDEX_STATE" >> "$1/$2/cabal.project"
 fi
 
 # make sure .ghci could be loaded by ensuring the mode
-chmod go-w "$1/$2/.ghci"
-chmod go-w "$1/$2"
+[[ -f "$1/$2/.ghci" ]] && chmod go-w "$1/$2/.ghci"
+[[ -f "$1/$2/project.orig.name/.ghci" ]] && chmod go-w "$1/$2/project.orig.name/.ghci"
+[[ -d "$1/$2" ]] && chmod go-w "$1/$2"
+[[ -d "$1/$2/project.orig.name" ]] && chmod go-w "$1/$2/project.orig.name"
 
 #[[ -f "$1/$2/cabal.project" ]] && echo "index-state : $(nix eval --quiet --raw \"(import $1/$2/default.nix {}).pkgs.haskell-nix.internalHackageIndexSate)\"" >> "$1/$2/cabal.project"
 

project-scaffold-template/full-system-nixos2111-ghc8107/README.org

@@ -2,4 +2,4 @@
 
 * What
 
-This is the mono repository for the java dump and GC analzyer application.
+This is the mono repository for a haskell-based application.

project-scaffold-template/full-system-nixos2111-ghc8107/cabal.project

@@ -1,2 +1 @@
 packages : ./{{name}}
-

project-scaffold-template/full-system-nixos2111-ghc8107/frontend/README.md

@@ -9,10 +9,10 @@ In the project directory, you can run:
 ### `yarn start`
 
 Runs the app in the development mode.\
-Open [http://localhost:3000](http://localhost:3000) to view it in the browser.
+Open [http://localhost:3000](http://localhost:3000) to view it in your browser.
 
-The page will reload if you make edits.\
-You will also see any lint errors in the console.
+The page will reload when you make changes.\
+You may also see any lint errors in the console.
 
 ### `yarn test`
 
@@ -31,13 +31,13 @@ See the section about [deployment](https://facebook.github.io/create-react-app/d
 
 ### `yarn eject`
 
-**Note: this is a one-way operation. Once you `eject`, you can’t go back!**
+**Note: this is a one-way operation. Once you `eject`, you can't go back!**
 
-If you aren’t satisfied with the build tool and configuration choices, you can `eject` at any time. This command will remove the single build dependency from your project.
+If you aren't satisfied with the build tool and configuration choices, you can `eject` at any time. This command will remove the single build dependency from your project.
 
-Instead, it will copy all the configuration files and the transitive dependencies (webpack, Babel, ESLint, etc) right into your project so you have full control over them. All of the commands except `eject` will still work, but they will point to the copied scripts so you can tweak them. At this point you’re on your own.
+Instead, it will copy all the configuration files and the transitive dependencies (webpack, Babel, ESLint, etc) right into your project so you have full control over them. All of the commands except `eject` will still work, but they will point to the copied scripts so you can tweak them. At this point you're on your own.
 
-You don’t have to ever use `eject`. The curated feature set is suitable for small and middle deployments, and you shouldn’t feel obligated to use this feature. However we understand that this tool wouldn’t be useful if you couldn’t customize it when you are ready for it.
+You don't have to ever use `eject`. The curated feature set is suitable for small and middle deployments, and you shouldn't feel obligated to use this feature. However we understand that this tool wouldn't be useful if you couldn't customize it when you are ready for it.
 
 ## Learn More