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Merge branch 'cooker' of https://github.com/monkeyx-net/RetroDECK_UK into cooker

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Rekku 2024-09-13 18:28:45 +01:00
parent c59e8a6ddd 96cfd8e26b
commit a8fec3a40f
10 changed files with 1569 additions and 1287 deletions
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2264
config/retrodeck/reference_lists/features.json
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File diff suppressed because it is too large Load diff

25
developer_toolbox/hooks/pre-commit Executable file
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@ -0,0 +1,25 @@
#!/bin/bash
# A pre-commit hook to lint features.json if it is edited
# Check if any path contains 'features.json'
if git diff --cached --name-only | grep -q 'config/retrodeck/reference_lists/features.json'; then
# Run the linting script
echo "Linting config/retrodeck/reference_lists/features.json..."
if ! bash developer_toolbox/lint_features.json.sh; then
echo "Linting failed. Please fix the issues and try again."
exit 1 # Exit with a non-zero status to block the commit
fi
fi
# Lint Manifest
# if git diff --cached --name-only | grep -q 'net.retrodeck.retrodeck.yml'; then
# # Run the linting script
# echo "Linting net.retrodeck.retrodeck.yml..."
# if ! bash developer_toolbox/lint_manifest.sh; then
# echo "Linting failed. Please fix the issues and try again."
# exit 1 # Exit with a non-zero status to block the commit
# fi
# fi
# Continue with the commit if all checks passed
exit 0

4
developer_toolbox/install_hooks.sh Executable file
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@ -0,0 +1,4 @@
#!/bin/bash
mkdir -p .git/hooks
cp -f developer_toolbox/hooks/* .git/hooks

5
developer_toolbox/lint_features.json.sh Executable file
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@ -0,0 +1,5 @@
#!/bin/bash
features=config/retrodeck/reference_lists/features.json
jq . $features > $features.tmp && mv -f $features.tmp $features

3
developer_toolbox/lint_manifest.sh Executable file
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@ -0,0 +1,3 @@
#!/bin/bash
yamllint net.retrodeck.retrodeck.yml

52
functions/global.sh
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@ -18,40 +18,43 @@ source /app/libexec/post_update.sh
source /app/libexec/prepare_component.sh
source /app/libexec/presets.sh
source /app/libexec/configurator_functions.sh
source /app/libexec/run_game.sh
# Static variables
rd_conf="/var/config/retrodeck/retrodeck.cfg" # RetroDECK config file path
rd_conf_backup="/var/config/retrodeck/retrodeck.bak" # Backup of RetroDECK config file from update
rd_logs_folder="/var/config/retrodeck/logs" # Static location to write all RetroDECK-related logs
config="/app/retrodeck/config" # folder with all the default emulator configs
rd_conf="/var/config/retrodeck/retrodeck.cfg" # RetroDECK config file path
rd_conf_backup="/var/config/retrodeck/retrodeck.bak" # Backup of RetroDECK config file from update
rd_logs_folder="/var/config/retrodeck/logs" # Static location to write all RetroDECK-related logs
config="/app/retrodeck/config" # folder with all the default emulator configs
rd_defaults="$config/retrodeck/retrodeck.cfg" # A default RetroDECK config file
rd_update_patch="/var/config/retrodeck/rd_update.patch" # A static location for the temporary patch file used during retrodeck.cfg updates
rd_update_patch="/var/config/retrodeck/rd_update.patch" # A static location for the temporary patch file used during retrodeck.cfg updates
bios_checklist="$config/retrodeck/reference_lists/bios_checklist.cfg" # A config file listing BIOS file information that can be verified
input_validation="$config/retrodeck/reference_lists/input_validation.cfg" # A config file listing valid CLI inputs
finit_options_list="$config/retrodeck/reference_lists/finit_options_list.cfg" # A config file listing available optional installs during finit
splashscreen_dir="/var/config/ES-DE/resources/graphics/extra_splashes" # The default location of extra splash screens
current_splash_file="/var/config/ES-DE/resources/graphics/splash.svg" # The active splash file that will be shown on boot
default_splash_file="/var/config/ES-DE/resources/graphics/splash-orig.svg" # The default RetroDECK splash screen
splashscreen_dir="/var/config/ES-DE/resources/graphics/extra_splashes" # The default location of extra splash screens
current_splash_file="/var/config/ES-DE/resources/graphics/splash.svg" # The active splash file that will be shown on boot
default_splash_file="/var/config/ES-DE/resources/graphics/splash-orig.svg" # The default RetroDECK splash screen
# TODO: instead of this maybe we can iterate the features.json
multi_user_emulator_config_dirs="$config/retrodeck/reference_lists/multi_user_emulator_config_dirs.cfg" # A list of emulator config folders that can be safely linked/unlinked entirely in multi-user mode
rd_es_themes="/app/share/es-de/themes" # The directory where themes packaged with RetroDECK are stored
lockfile="/var/config/retrodeck/.lock" # Where the lockfile is located
default_sd="/run/media/mmcblk0p1" # Steam Deck SD default path # A static location for RetroDECK logs to be written
hard_version="$(cat '/app/retrodeck/version')" # hardcoded version (in the readonly filesystem)
rd_repo="https://github.com/RetroDECK/RetroDECK" # The URL of the main RetroDECK GitHub repo
es_themes_list="https://gitlab.com/es-de/themes/themes-list/-/raw/master/themes.json" # The URL of the ES-DE 2.0 themes list
remote_network_target_1="https://flathub.org" # The URL of a common internet target for testing network access
remote_network_target_2="$rd_repo" # The URL of a common internet target for testing network access
remote_network_target_3="https://one.one.one.one" # The URL of a common internet target for testing network access
rd_es_themes="/app/share/es-de/themes" # The directory where themes packaged with RetroDECK are stored
lockfile="/var/config/retrodeck/.lock" # Where the lockfile is located
default_sd="/run/media/mmcblk0p1" # Steam Deck SD default path
hard_version="$(cat '/app/retrodeck/version')" # hardcoded version (in the readonly filesystem)
rd_repo="https://github.com/RetroDECK/RetroDECK" # The URL of the main RetroDECK GitHub repo
es_themes_list="https://gitlab.com/es-de/themes/themes-list/-/raw/master/themes.json" # The URL of the ES-DE 2.0 themes list
remote_network_target_1="https://flathub.org" # The URL of a common internet target for testing network access
remote_network_target_2="$rd_repo" # The URL of a common internet target for testing network access
remote_network_target_3="https://one.one.one.one" # The URL of a common internet target for testing network access
helper_files_folder="$config/retrodeck/helper_files" # The parent folder of RetroDECK documentation files for deployment
rd_appdata="/app/share/appdata/net.retrodeck.retrodeck.appdata.xml" # The shipped appdata XML file for this version
rpcs3_firmware="http://dus01.ps3.update.playstation.net/update/ps3/image/us/2024_0227_3694eb3fb8d9915c112e6ab41a60c69f/PS3UPDAT.PUP"
RA_API_URL="https://retroachievements.org/dorequest.php" # API URL for RetroAchievements.org
rd_appdata="/app/share/appdata/net.retrodeck.retrodeck.appdata.xml" # The shipped appdata XML file for this version
rpcs3_firmware="http://dus01.ps3.update.playstation.net/update/ps3/image/us/2024_0227_3694eb3fb8d9915c112e6ab41a60c69f/PS3UPDAT.PUP" # RPCS3 Firmware download location
RA_API_URL="https://retroachievements.org/dorequest.php" # API URL for RetroAchievements.org
presets_dir="$config/retrodeck/presets" # Repository for all system preset config files
git_organization_name="RetroDECK" # The name of the organization in our git repository such as GitHub
cooker_repository_name="Cooker" # The name of the cooker repository under RetroDECK organization
main_repository_name="RetroDECK" # The name of the main repository under RetroDECK organization
features="$config/retrodeck/reference_lists/features.json" # A file where all the RetroDECK and component capabilities are kept for querying
git_organization_name="RetroDECK" # The name of the organization in our git repository such as GitHub
cooker_repository_name="Cooker" # The name of the cooker repository under RetroDECK organization
main_repository_name="RetroDECK" # The name of the main repository under RetroDECK organization
features="$config/retrodeck/reference_lists/features.json" # A file where all the RetroDECK and component capabilities are kept for querying
es_systems="/app/share/es-de/resources/systems/linux/es_systems.xml" # ES-DE supported system list
es_find_rules="/app/share/es-de/resources/systems/linux/es_find_rules.xml" # ES-DE emulator find rules
# Godot data transfer temp files
@ -81,6 +84,7 @@ es_source_logs="/var/config/ES-DE/logs"
raconf="/var/config/retroarch/retroarch.cfg"
ra_core_conf="/var/config/retroarch/retroarch-core-options.cfg"
ra_scummvm_conf="/var/config/retroarch/system/scummvm.ini"
ra_cores_path="/var/config/retroarch/cores"
# CEMU config files

122
functions/other_functions.sh
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@ -891,125 +891,3 @@ start_retrodeck() {
log i "Starting RetroDECK v$version"
es-de
}
run_game() {
# Initialize variables
emulator=""
system=""
# Parse options
while getopts ":e:s:" opt; do
case ${opt} in
e )
emulator=$OPTARG
;;
s )
system=$OPTARG
;;
\? )
echo "Usage: $0 --run [-e emulator] [-s system] game"
exit 1
;;
esac
done
shift $((OPTIND -1))
# Check for game argument
if [[ -z "$1" ]]; then
echo "Error: Game file is required."
echo "Usage: $0 --run [-e emulator] [-s system] game"
exit 1
fi
game=$1
# If no system is provided, extract it from the game path
if [[ -z "$system" ]]; then
system=$(echo "$game" | grep -oP '(?<=roms/)[^/]+')
fi
log d "Emulator: $emulator"
log d "System: $system"
log d "Game: $game"
# Query the features JSON for emulators that support the system
local emulators=$(jq -r --arg system "$system" '
.emulator | to_entries[] |
select(
(.value.system == $system) or
(.value.system[]? == $system)
) | .key' "$features")
# Check if the system is handled by RetroArch cores
local retroarch_cores=$(jq -r --arg system "$system" '
.emulator.retroarch.cores | to_entries[] |
select(
.value.system == $system or
(.value.system[]? == $system)
) | .key' "$features")
# if the emulator is given and it's a retroarch core just execute it
if [[ "$emulator" == *"_libretro" ]]; then
local core_path="/var/config/retroarch/cores/$emulator.so"
log d "Running RetroArch core: $core_path"
log d "Command: retroarch -L $core_path \"$game\""
eval "retroarch -L $core_path \"$game\""
return 1
fi
# If the system is handled by RetroArch cores, add them to the list of emulators
if [[ -n "$retroarch_cores" ]]; then
emulators=$(echo -e "$emulators\n$retroarch_cores")
fi
local pretty_system=$(jq -r --arg system "$system" '.system[$system].name' "$features")
# Check if multiple emulators are found and prompt the user to select one with zenity
if [[ $(echo "$emulators" | wc -l) -gt 1 ]]; then
emulator=$(echo "$emulators" | zenity --list --title="Select Emulator" --text="Multiple emulators found for $pretty_system. Select one to run." --column="Emulator")
else
emulator="$emulators"
fi
# If no emulator was selected, exit
if [[ -z "$emulator" ]]; then
log e "No emulator selected. Exiting."
return 1
fi
log d "Run game: selected emulator $emulator"
# Handle RetroArch core separately
if [[ "$emulator" == *"_libretro" ]]; then
local core_path="/var/config/retroarch/cores/$emulator.so"
log d "Running RetroArch core: $core_path"
log d "Command: retroarch -L $core_path \"$game\""
eval "retroarch -L $core_path \"$game\""
else
# Check if launch-override exists
local launch_override=$(jq -r ".emulator.$emulator.\"launch-override\"" "$features")
if [[ "$launch_override" != "null" ]]; then
# Use launch-override
launch_override=${launch_override//\$game/\"$game\"}
log d "Using launch-override: $launch_override"
eval "$launch_override"
else
# Use standard launch and launch-args
local launch_command=$(jq -r ".emulator.$emulator.launch" "$features")
local launch_args=$(jq -r ".emulator.$emulator.\"launch-args\"" "$features")
log d "launch args: $launch_args"
# Only add launch_args if they are not null
if [[ "$launch_args" != "null" ]]; then
# Replace $game in launch_args with the actual game path, quoting it to handle spaces
launch_args=${launch_args//\$game/\"$game\"}
log d "Command: \"$launch_command $launch_args\""
eval "$launch_command $launch_args"
else
log d "Command: \"$launch_command\""
eval "$launch_command \"$game\""
fi
fi
fi
}

351
functions/run_game.sh Executable file
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@ -0,0 +1,351 @@
#!/bin/bash
run_game() {
# Initialize variables
emulator=""
system=""
manual_mode=false
# Parse options for system, emulator, and manual mode
while getopts ":e:s:m" opt; do
case ${opt} in
e)
emulator=$OPTARG # Emulator provided via -e
;;
s)
system=$OPTARG # System provided via -s
;;
m)
manual_mode=true # Manual mode enabled via -m
log i "Run game: manual mode enabled"
;;
\?)
echo "Usage: $0 start [-e emulator] [-s system] [-m] game"
exit 1
;;
esac
done
shift $((OPTIND - 1))
# Check for game argument
if [[ -z "$1" ]]; then
log e "Game path is required."
log i "Usage: $0 start [-e emulator] [-s system] [-m] game"
exit 1
fi
game=$1
if [[ -d "$game" ]]; then
log d "$(basename "$game") is a directory, parsing it like a \"directory as a file\""
game="$game/$(basename "$game")"
log d "Actual file is in \"$game\""
fi
game_basename="./$(basename "$game")"
# Step 1: System Recognition
if [[ -z "$system" ]]; then
# Automatically detect system from game path
system=$(echo "$game" | grep -oP '(?<=roms/)[^/]+')
if [[ -z "$system" ]]; then
log e "Failed to detect system from game path."
exit 1
fi
fi
# Step 2: Emulator Definition
if [[ -n "$emulator" ]]; then
log d "Emulator provided via command-line: $emulator"
elif [[ "$manual_mode" = true ]]; then
log d "Manual mode: showing Zenity emulator selection"
emulator=$(show_zenity_emulator_list "$system")
if [[ -z "$emulator" ]]; then
log e "No emulator selected in manual mode."
exit 1
fi
else
log d "Automatically searching for an emulator for system: $system"
# Check for <altemulator> in the game block in gamelist.xml
altemulator=$(xmllint --recover --xpath "string(//game[path='$game_basename']/altemulator)" "$rdhome/ES-DE/gamelists/$system/gamelist.xml" 2>/dev/null)
if [[ -n "$altemulator" ]]; then
log d "Found <altemulator> for game: $altemulator"
emulator=$(xmllint --recover --xpath "string(//command[@label=\"$altemulator\"])" "$es_systems" 2>/dev/null)
else # if no altemulator is found we search if a global one is set
log d "No altemulator found in the game entry, searching for alternativeEmulator to check if a global emulator is set for the system $system"
alternative_emulator=$(xmllint --recover --xpath 'string(//alternativeEmulator/label)' "$rdhome/ES-DE/gamelists/$system/gamelist.xml" 2>/dev/null)
log d "Alternate emulator found in <alternativeEmulator> header: $alternative_emulator"
emulator=$(xmllint --recover --xpath "string(//system[platform='$system']/command[@label=\"$alternative_emulator\"])" "$es_systems" 2>/dev/null)
fi
# Fallback to first available emulator in es_systems.xml if no <altemulator> found
if [[ -z "$emulator" ]]; then
log d "No alternate emulator found, using first available emulator in es_systems.xml"
emulator=$(xmllint --recover --xpath "string(//system[name='$system']/command[1])" "$es_systems")
fi
if [[ -z "$emulator" ]]; then
log e "No valid emulator found for system: $system"
exit 1
fi
fi
# Step 3: Construct and Run the Command
log i "-------------------------------------------"
log i " RetroDECK is now booting the game"
log i " Game path: \"$game\""
log i " Recognized system: $system"
log i " Given emulator: $emulator"
log i "-------------------------------------------"
# Now pass the final constructed command to substitute_placeholders function
final_command=$(substitute_placeholders "$emulator")
# Log and execute the command
log i "Launching game with command: $final_command"
eval "$final_command"
}
# Assume this function handles showing the Zenity list of emulators for manual mode
show_zenity_emulator_list() {
local system="$1"
# Example logic to retrieve and show Zenity list of emulators for the system
# This would extract available emulators for the system from es_systems.xml and show a Zenity dialog
emulators=$(xmllint --xpath "//system[name='$system']/command/@label" "$es_systems" | sed 's/ label=/\n/g' | sed 's/\"//g' | grep -o '[^ ]*')
zenity --list --title="Select Emulator" --column="Emulators" $emulators
}
# Function to extract commands from es_systems.xml and present them in Zenity
find_system_commands() {
local system_name=$system
# Use xmllint to extract the system commands from the XML
system_section=$(xmllint --xpath "//system[name='$system_name']" "$es_systems" 2>/dev/null)
if [ -z "$system_section" ]; then
log e "System not found: $system_name"
exit 1
fi
# Extract commands and labels
commands=$(echo "$system_section" | xmllint --xpath "//command" - 2>/dev/null)
# Prepare Zenity command list
command_list=()
while IFS= read -r line; do
label=$(echo "$line" | sed -n 's/.*label="\([^"]*\)".*/\1/p')
command=$(echo "$line" | sed -n 's/.*<command[^>]*>\(.*\)<\/command>.*/\1/p')
# Substitute placeholders in the command
command=$(substitute_placeholders "$command")
# Add label and command to Zenity list (label first, command second)
command_list+=("$label" "$command")
done <<< "$commands"
# Check if there's only one command
if [ ${#command_list[@]} -eq 2 ]; then
log d "Only one command found for $system_name, running it directly: ${command_list[1]}"
selected_command="${command_list[1]}"
else
# Show the list with Zenity and return the **command** (second column) selected
selected_command=$(zenity --list \
--title="Select an emulator for $system_name" \
--column="Emulator" --column="Hidden Command" "${command_list[@]}" \
--width=800 --height=400 --print-column=2 --hide-column=2)
fi
echo "$selected_command"
}
# Function to substitute placeholders in the command
substitute_placeholders() {
local cmd="$1"
log d "Substitute placeholder: working on $cmd"
local rom_path="$game"
local rom_dir=$(dirname "$rom_path")
# Strip all file extensions from the base name
local base_name=$(basename "$rom_path")
base_name="${base_name%%.*}"
local file_name=$(basename "$rom_path")
local rom_raw="$rom_path"
local rom_dir_raw="$rom_dir"
local es_path=""
local emulator_path=""
# Manually replace %EMULATOR_*% placeholders
while [[ "$cmd" =~ (%EMULATOR_[A-Z0-9_]+%) ]]; do
placeholder="${BASH_REMATCH[1]}"
emulator_path=$(replace_emulator_placeholder "$placeholder")
cmd="${cmd//$placeholder/$emulator_path}"
done
# Substitute %BASENAME% and other placeholders
cmd="${cmd//"%BASENAME%"/"'$base_name'"}"
cmd="${cmd//"%FILENAME%"/"'$file_name'"}"
cmd="${cmd//"%ROMRAW%"/"'$rom_raw'"}"
cmd="${cmd//"%ROMPATH%"/"'$rom_dir'"}"
# Ensure paths are quoted correctly
cmd="${cmd//"%ROM%"/"'$rom_path'"}"
cmd="${cmd//"%GAMEDIR%"/"'$rom_dir'"}"
cmd="${cmd//"%GAMEDIRRAW%"/"'$rom_dir_raw'"}"
cmd="${cmd//"%CORE_RETROARCH%"/"$ra_cores_path"}"
log d "Command after placeholders substitutions: $cmd"
# Now handle %INJECT% after %BASENAME% has been substituted
cmd=$(handle_inject_placeholder "$cmd")
echo "$cmd"
}
# Function to replace %EMULATOR_SOMETHING% with the actual path of the emulator
replace_emulator_placeholder() {
local placeholder=$1
# Extract emulator name from placeholder without changing case
local emulator_name="${placeholder//"%EMULATOR_"/}" # Extract emulator name after %EMULATOR_
emulator_name="${emulator_name//"%"/}" # Remove the trailing %
# Use the find_emulator function to get the emulator path using the correct casing
local emulator_exec=$(find_emulator "$emulator_name")
if [[ -z "$emulator_exec" ]]; then
log e "Emulator '$emulator_name' not found."
exit 1
fi
echo "$emulator_exec"
}
# Function to handle the %INJECT% placeholder
handle_inject_placeholder() {
local cmd="$1"
local rom_dir=$(dirname "$game") # Get the ROM directory based on the game path
# Find and process all occurrences of %INJECT%='something'.extension
while [[ "$cmd" =~ (%INJECT%=\'([^\']+)\')(.[^ ]+)? ]]; do
inject_file="${BASH_REMATCH[2]}" # Extract the quoted file name
extension="${BASH_REMATCH[3]}" # Extract the extension (if any)
inject_file_full_path="$rom_dir/$inject_file$extension" # Form the full path
log d "Found inject part: %INJECT%='$inject_file'$extension"
# Check if the file exists
if [[ -f "$inject_file_full_path" ]]; then
# Read the content of the file and replace newlines with spaces
inject_content=$(cat "$inject_file_full_path" | tr '\n' ' ')
log i "File \"$inject_file_full_path\" found. Replacing %INJECT% with content."
# Escape special characters in the inject part for the replacement
escaped_inject_part=$(printf '%s' "%INJECT%='$inject_file'$extension" | sed 's/[]\/$*.^[]/\\&/g')
# Replace the entire %INJECT%=...'something'.extension part with the file content
cmd=$(echo "$cmd" | sed "s|$escaped_inject_part|$inject_content|g")
log d "Replaced cmd: $cmd"
else
log e "File \"$inject_file_full_path\" not found. Removing %INJECT% placeholder."
# Use sed to remove the entire %INJECT%=...'something'.extension
escaped_inject_part=$(printf '%s' "%INJECT%='$inject_file'$extension" | sed 's/[]\/$*.^[]/\\&/g')
cmd=$(echo "$cmd" | sed "s|$escaped_inject_part||g")
log d "sedded cmd: $cmd"
fi
done
log d "Returning the command with injected content: $cmd"
echo "$cmd"
}
# Function to get the first available emulator in the list
get_first_emulator() {
local system_name=$system
system_section=$(xmllint --xpath "//system[name='$system_name']" "$es_systems" 2>/dev/null)
if [ -z "$system_section" ]; then
log e "System not found: $system_name"
exit 1
fi
# Extract the first command and use it as the selected emulator
first_command=$(echo "$system_section" | xmllint --xpath "string(//command[1])" - 2>/dev/null)
if [[ -n "$first_command" ]]; then
# Substitute placeholders in the command
first_command=$(substitute_placeholders "$first_command")
log d "Automatically selected the first emulator: $first_command"
echo "$first_command"
else
log e "No command found for the system: $system_name"
return 1
fi
}
find_emulator() {
local emulator_name="$1"
found_path=""
# Search the es_find_rules.xml file for the emulator
emulator_section=$(xmllint --xpath "//emulator[@name='$emulator_name']" "$es_find_rules" 2>/dev/null)
if [ -z "$emulator_section" ]; then
log e "Find emulator: emulator not found: $emulator_name"
return 1
fi
# Search systempath entries
while IFS= read -r line; do
command_path=$(echo "$line" | sed -n 's/.*<entry>\(.*\)<\/entry>.*/\1/p')
if [ -x "$(command -v $command_path)" ]; then
found_path=$command_path
break
fi
done <<< "$(echo "$emulator_section" | xmllint --xpath "//rule[@type='systempath']/entry" - 2>/dev/null)"
# If not found, search staticpath entries
if [ -z "$found_path" ]; then
while IFS= read -r line; do
command_path=$(eval echo "$line" | sed -n 's/.*<entry>\(.*\)<\/entry>.*/\1/p')
if [ -x "$command_path" ]; then
found_path=$command_path
break
fi
done <<< "$(echo "$emulator_section" | xmllint --xpath "//rule[@type='staticpath']/entry" - 2>/dev/null)"
fi
if [ -z "$found_path" ]; then
log e "Find emulator: no valid path found for emulator: $emulator_name"
return 1
else
log d "Find emulator: found emulator \"$found_path\""
echo "$found_path"
return 0
fi
}
# Function to find the emulator name from the label in es_systems.xml
find_emulator_name_from_label() {
local label="$1"
# Search for the emulator matching the label in the es_systems.xml file
extracted_emulator_name=$(xmllint --recover --xpath "string(//system[name='$system']/command[@label='$label']/text())" "$es_systems" 2>/dev/null | sed 's/%//g' | sed 's/EMULATOR_//g' | cut -d' ' -f1)
log d "Found emulator from label: $extracted_emulator_name"
emulator_command=$(find_emulator "$extracted_emulator_name")
if [[ -n "$emulator_command" ]]; then
echo "$emulator_command"
else
log e "Found emulator from label: emulator name not found for label: $label"
return 1
fi
}

18
net.retrodeck.retrodeck.yml
View file

@ -197,6 +197,24 @@ modules:
sha256: RASHAPLACEHOLDER
# Not part of the offical RetroArch AppImage
# TODO: outsource me
- name: libbz2
no-autogen: true
make-args:
- --f=Makefile-libbz2_so
- PREFIX=${FLATPAK_DEST}
no-make-install: true
post-install:
- mv libbz2.so.1.0.8 ${FLATPAK_DEST}/lib/
- ln -s ${FLATPAK_DEST}/lib/libbz2.so.1.0.8 ${FLATPAK_DEST}/lib/libbz2.so.1.0
sources:
- type: archive
url: https://sourceware.org/pub/bzip2/bzip2-1.0.8.tar.gz
sha256: ab5a03176ee106d3f0fa90e381da478ddae405918153cca248e682cd0c4a2269
# TODO: If more are mising are here: https://github.com/flathub/org.libretro.RetroArch/tree/8c388bb84df63b3a2efb40dc3d8f78df7717059e/modules
# retroarch-cores-nightly must be earlier than retroarch-cores as it will overwrite this cores with the stable ones
- name: retroarch-cores-nightly
buildsystem: simple

12
retrodeck.sh
View file

@ -28,11 +28,15 @@ Arguments:
--info-msg \t Print paths and config informations
--configurator \t Starts the RetroDECK Configurator
--compress-one <file> \t Compresses target file to a compatible format
--compress-all <format> \t Compresses all supported games into a compatible format.\n\t\t\t\t\t\t Available formats are \"chd\", \"zip\", \"rvz\" and \"all\".
--compress-all <format> \t Compresses all supported games into a compatible format.\n\t\t\t\t\t\t Available formats are \"chd\", \"zip\", \"rvz\" and \"all\"
--reset-component <component> \t Reset one or more component or emulator configs to the default values
--reset-retrodeck \t Starts the initial RetroDECK installer (backup your data first!)
--run [-s <path>] [-e <path>] <path>\t Run a game from cli, if no system is defined it will deducted from the path.\n\t\t\t\t\t\t For example --run ~/retrodeck/roms/system/game.ext will be run with the system "system".\n\t\t\t\t\t\t Optionally -e (emulator) and -s (system) can be passed as arguments.
start [-e emulator] [-s system] [-m] <game_path>\t Start a game from cli using the default emulator or\n\t\t\t\t\t\t\t the one defined in ES-DE for game or system
\t start arguments:
\t \t-e (emulator)\t Run the game with the defined emulator (optional)
\t \t-s (system)\t Force the game running with the defined system, for example running a gb game on gba (optional)
\t \t-m (manual)\t Manual mode: show the list of available emulator to chose from (optional)
For flatpak run specific options please run: flatpak run -h
@ -44,8 +48,8 @@ https://retrodeck.net
echo "RetroDECK v$version"
exit
;;
--run*)
shift # Remove --run
start*)
shift # Remove "start"
run_game "$@"
exit
;;