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Gen firmware on host runner #5

Gen firmware on host runner

Gen firmware on host runner #5

name: Generate Documents
on:
pull_request:
types: [opened, edited, review_requested, synchronize, review_request_removed, reopened]
branches:
- main
jobs:
job1:
name: Generate Docs
runs-on: ubuntu-20.04
permissions:
contents: read
pull-requests: write
steps:
- name: Checkout
uses: actions/[email protected]
- name: Write File
uses: DamianReeves/[email protected]
with:
# The path to the file to write
path: generate.sh
# The contents of the file
contents: |
#!/bin/bash
#./execute_test.sh $1 $2 $3 $4
# $1: task: all, gen-only, run-only
# $2: components: all, cpu_registers, programme_counter...
# $3: Platform: MG12, MG21, ZG23
# $4: Compiler: GCC, IAR
# $5: NON_SECURE_EN=1 or CRC_32=1, ...
# APP_SECURE=true or false
# Example
# With GCC
# export TOOL_DIRS=../SimplicityStudio_v5/developer/toolchains/gnu_arm/10.3_2021.10/bin
# ./execute_test.sh all invariable_memory 440165484 MG21 GCC
# With IAR
# export TOOL_DIRS=../IAR/iar_bxarm_9204/arm/bin
# ./execute_test.sh all invariable_memory 440165484 MG21 IAR
# Note:
# In case you want to build CRC32 run this command. For example
# ./execute_test.sh all invariable_memory 440165484 MG21 GCC "CRC_32=1 NON_SECURE_EN=true N_CRC_DEBUG=1 APP_SECURE=true"
# Print console log
function print
{
echo "=============== $1 ===============" | tee -a $LOG_FILE
}
# Print console log and timedate or summariz result
function print1
{
DATE="[$(date)]"
LOG="tee -a $LOG_FILE"
echo | $LOG
echo "================================================================================" | $LOG
if [ $# -ge 2 ]; then
echo "= $DATE " | $LOG
for arg in "$@"
do
echo -e "= $arg" | $LOG
done
else
echo -e "= $DATE $1" | $LOG
fi
echo "================================================================================" | $LOG
echo | $LOG
}
function gen_image
{
if [ -e $LOG_FILE ];then
rm -rf $LOG_FILE
fi
touch $LOG_FILE
pushd ../Make > /dev/null
if [[ "$1" = "all" ]]; then
print1 "Generate all components!"
print "Clean component"
log=$(make clean_all)
echo $log | tee -a $LOG_FILE
data=$(make info)
data=${data//"post bist integrated"/}
list_component=${data:17}
print $list_component
else
print "Generate only components: $1"
print "Clean component: $1"
log=$(make clean COMPONENT=$1 DERIVATIVE=$DERIVATIVE)
print "$log"
list_component="$1"
fi
print "Component list: ${list_component}"
# Get Compiler and Arguments
COMP=$2
ARG=$3
SECURE="S"
non_secure=""
if [[ "$ARG" == *"NON_SECURE_EN=true"* ]]; then
SECURE="NS"
non_secure="_NS"
fi
resultBuild=("\n======== Summariez the build results of all component ========\n")
sumResultBuild=""
for component in ${list_component}; do
print1 "Start build component: $component" "Compiler: $COMP" "Arguments: $ARG"
OUTPUT_PATH=$(pwd)/Build/$component/$DEVICE/$DERIVATIVE/$COMP/$SECURE/Out
# log=$(make clean COMPONENT=$component DERIVATIVE=efr32mg21a020f1024im32)
# echo $log | tee -a $LOG_FILE
if [ "$component" == "cpu_registers" ] && [ $DEVICE == "efr32mg24" ];then
print1 "\n==============================================================\n"
echo "Build component: $component chip: EFR32MG24 set arguments: APP_SECURE=true"
print1 "\n==============================================================\n"
log=$(make build COMPONENT=$component DERIVATIVE=$DERIVATIVE "APP_SECURE=true" COMPILER=$COMP) # >> $LOG_FILE
else
log=$(make build COMPONENT=$component DERIVATIVE=$DERIVATIVE $ARG COMPILER=$COMP) # >> $LOG_FILE
fi
echo "$log" | tee -a $LOG_FILE
result=$(tail -n 1 $LOG_FILE)
crc=""
if [ "$component" == "invariable_memory" ] || [ "$component" == "integrated" ]; then
if [[ "$ARG" == *"N_CRC_DEBUG=1"* ]]; then
use_crc_file=1
fi
if [[ "$ARG" == *"CRC_32=1"* ]]; then
crc="_crc32"
else
crc="_crc16"
fi
fi
file_out=iec60730_$component
file_out_ns=iec60730_$component$non_secure
file_out_ns_crc=iec60730_$component$non_secure$crc
if [ "$result" = "Target compiled." ]; then
print "Build successfully component: $component"
resultBuild+=("Success to build component: $component\n")
# pwd
pushd $ARTIFACT_PATH > /dev/null
print "Removing $file_out"
rm -rf $file_out.s37
rm -rf $file_out.lst
rm -rf $file_out.axf
rm -rf $file_out.hex
rm -rf $file_out.bin
print "Removing $file_out_ns"
rm -rf $file_out_ns.s37
rm -rf $file_out_ns.hex
rm -rf $file_out_ns.bin
print "Removing $file_out_ns_crc"
rm -rf $file_out_ns_crc.s37
rm -rf $file_out_ns_crc.hex
rm -rf $file_out_ns_crc.bin
popd > /dev/null
pushd $OUTPUT_PATH > /dev/null
print "Copying $file_out"
cp $file_out.s37 $ARTIFACT_PATH
if [ -f "$file_out.lst" ]; then
cp $file_out.lst $ARTIFACT_PATH
fi
cp $file_out.axf $ARTIFACT_PATH
cp $file_out.hex $ARTIFACT_PATH
cp $file_out.bin $ARTIFACT_PATH
# Copy file ns
print "Copying $file_out_ns"
if [ -f "$file_out_ns.s37" ]; then
cp $file_out_ns.s37 $ARTIFACT_PATH
fi
if [ -f "$file_out_ns.hex" ]; then
cp $file_out_ns.hex $ARTIFACT_PATH
fi
if [ -f "$file_out_ns.bin" ]; then
cp $file_out_ns.bin $ARTIFACT_PATH
fi
if [ -f "$file_out_ns.lst" ]; then
cp $file_out_ns.lst $ARTIFACT_PATH
fi
# Copy file with crc
print "Copying $file_out_ns_crc"
if [ -f "$file_out_ns_crc.s37" ]; then
cp $file_out_ns_crc.s37 $ARTIFACT_PATH
fi
if [ -f "$file_out_ns_crc.hex" ]; then
cp $file_out_ns_crc.hex $ARTIFACT_PATH
fi
if [ -f "$file_out_ns_crc.bin" ]; then
cp $file_out_ns_crc.bin $ARTIFACT_PATH
fi
popd > /dev/null
else
print "ERROR!!! Build component: $component fail"
resultBuild+=("Fail to build component: $component\n")
fi
done
for restBuild in "${resultBuild[@]}"
do
sumResultBuild="$sumResultBuild$restBuild\n"
done
# Print summariez the build results
print1 "$sumResultBuild"
popd > /dev/null
}
LOG_PATH=$(pwd)/log
LOG_FILE=$LOG_PATH/log.txt
ARTIFACT_PATH=$(pwd)/artifact
if [ "$3" == "MG21" ]; then
CHIP=EFR32MG21AXXXF1024
DERIVATIVE=efr32mg21a020f1024im32
DEVICE=efr32mg21
elif [ "$3" == "MG12" ]; then
CHIP=EFR32MG12PXXXF1024
DERIVATIVE=efr32mg12p332f1024gl125
DEVICE=efr32mg12p
elif [ "$3" == "ZG23" ]; then
CHIP=EFR32ZG23BXXXF512
DERIVATIVE=efr32zg23b010f512im48
DEVICE=efr32zg23
elif [ "$3" == "FG23" ]; then
CHIP=EFR32FG23BXXXF512
DERIVATIVE=efr32fg23b020f512im48
DEVICE=efr32fg23
elif [ "$3" == "MG24" ]; then
CHIP=EFR32MG24BXXXF1536
DERIVATIVE=efr32mg24b310f1536im48
DEVICE=efr32mg24
else
echo "Does not support platform: $3"
exit
fi
# LST_PATH=$ARTIFACT_PATH
# LST_PATH=$(pwd)/../Build/cpu_registers/efr32mg21/efr32mg21a020f1024im32/Out
if [ ! -e "artifact" ];then
mkdir -p artifact
fi
if [ ! -e "log" ];then
mkdir -p log
fi
arg=${6//"%20"/" "}
gen_image "$2" "$4" "$arg"
write-mode: overwrite
- name: Generate Firmwares
run: |
chmod -R 777 .
./generate.sh $COMMAND $COMPONENT $PLATFORM $COMPILER $SECURITY
- name: Zip Release
# You may pin to the exact commit or the version.
# uses: TheDoctor0/zip-release@b57d897cb5d60cb78b51a507f63fa184cfe35554
uses: TheDoctor0/[email protected]
with:
# Filename for archive
filename: firmware.7z
# Base path for archive files
path: artifact
# Working directory before zipping
directory: .
- name: Upload artifact
uses: actions/[email protected]
with:
name: firmware
path: .
warn: Output a warning but do not fail the action
retention-days: 90