device-simulation-dotnet/scripts/compile

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#!/usr/bin/env bash
# Usage:
# Compile the project in the local environment: ./scripts/compile
# Compile the project inside a Docker container: ./scripts/compile -s
# Compile the project inside a Docker container: ./scripts/compile --in-sandbox
set -e
APP_HOME="$( cd "$( dirname "${BASH_SOURCE[0]}" )" && cd .. && pwd )/"
source "$APP_HOME/scripts/.functions.sh"
# Folder where PCS sandboxes cache data. Reuse the same folder to speed up the
# sandbox and to save disk space.
# Use PCS_CACHE="$APP_HOME/.cache" to cache inside the project folder
PCS_CACHE="/tmp/azure/iotpcs/.cache"
compile() {
check_dependency_dotnet
cd $APP_HOME
dotnet restore
dotnet build --configuration Debug
dotnet build --configuration Release
}
setup_sandbox_cache() {
mkdir -p $PCS_CACHE/sandbox/.config
mkdir -p $PCS_CACHE/sandbox/.dotnet
mkdir -p $PCS_CACHE/sandbox/.nuget
}
compile_in_sandbox() {
setup_sandbox_cache
cd $APP_HOME
# In Windows this script should use docker.exe, in which case
# the parameters syntax is different, e.g. volumes path
# (i.e. C:\path\path\... vs /c/path/path/...).
set +e
IS_WINDOWS=$(which cmd.exe)
set -e
if [[ -z "$IS_WINDOWS" ]]; then
check_dependency_docker
docker run -it \
-v "$PCS_CACHE/sandbox/.config:/root/.config" \
-v "$PCS_CACHE/sandbox/.dotnet:/root/.dotnet" \
-v "$PCS_CACHE/sandbox/.nuget:/root/.nuget" \
-v "$APP_HOME:/opt/code" \
azureiotpcs/code-builder-dotnet:1.0-dotnetcore /opt/scripts/compile
else
# Note 'winpty' is required to provide a TTY to Docker
cmd.exe /c "winpty .\scripts\compile.cmd" --in-sandbox
fi
}
if [[ "$1" == "--in-sandbox" || "$1" == "-s" ]]; then
compile_in_sandbox
else
compile
fi
set +e