embed steam Half-Life data into the image itself

allows also adding hlsdk libs to the image
makes it easier to build, manage, and run

container/run.sh

@@ -7,33 +7,42 @@ HLRTEST_PATH="$(cd "$(dirname "${BASH_SOURCE[0]}")"/.. && pwd)"
 
 source .env
 
-build-image() {
-	podman build -t ubuntu-xash-builder .
+build-image-hlsdk() {
+	podman build -t ubuntu-hlsdk -f Containerfile.hlsdk
 }
 
-run() {
+build-image() {
+	podman build -t ubuntu-xash-builder -f Containerfile
+}
+
+build() {
+	build-image-hlsdk
+	build-image
+}
+
+render-test() {
+	OUTPUT="${HLRTEST_PATH}/render/work"
+	# Make sure the image ubuntu user can write to the output
+	chmod -R o+rw "${OUTPUT}"
+
 	podman run -it --rm \
 		--name ${NAME} \
-		--userns=keep-id \
-		--user $(id -u):$(id -g) \
+		--userns=keep-id:uid=1000,gid=1000 \
 		\
 		--cap-drop=ALL \
 		--security-opt=no-new-privileges \
 		--read-only \
 		--tmpfs /tmp \
-		--tmpfs /build/obj \
-		--tmpfs /build/out \
 		\
 		-v /dev/dri/renderD128:/dev/dri/renderD128:ro \
 		\
-		-v ${STEAM_HALFLIFE_DIR}/valve:/build/out/valve:O \
-		-v ${STEAM_HALFLIFE_DIR}/valve_hd:/build/out/valve_hd:ro \
-		-v ${HALFLIFE_PBR_REPO_DIR}/valve/pbr:/build/out/valve/pbr:ro \
+		-v /opt/hl \
+		-v ${HALFLIFE_PBR_REPO_DIR}/valve/pbr:/opt/hl/valve/pbr:ro \
 		\
 		-v ${XASH3D_RT_REPO_DIR}:/build/xash3d-fwgs:O \
 		\
 		-v ${HLRTEST_PATH}:/build/HLRTest:ro \
-		-v ${HLRTEST_PATH}/render/work:/build/HLRTest/render/work \
+		-v ${OUTPUT}:/build/HLRTest/render/work \
 		\
 		ubuntu-xash-builder:latest \
 		"$@"