Files
deskflow/scripts/install_deps.py
Nick Bolton d8acb36e8d Resolve Qt framework path with install_name_tool (#7379)
* Add comment about EXC_BAD_ACCESS

* Optional certificate install

* Improve log output

* Move team ID arg

* Change position of arg

* Set PATH in .zshrc and use bash command substitution

* Simplified macdeployqt find logic

* Formatting

* Minor tweaks to Qt cmake config

* Resolve framework path with install_name_tool

* Update ChangeLog
2024-07-10 15:11:32 +00:00

136 lines
4.0 KiB
Python
Executable File

#!/usr/bin/env python3
import os, sys, argparse, traceback
import lib.env as env
import lib.cmd_utils as cmd_utils
def main():
parser = argparse.ArgumentParser()
parser.add_argument(
"--pause-on-exit", action="store_true", help="Useful on Windows"
)
parser.add_argument(
"--only", type=str, help="Only install the specified dependency"
)
parser.add_argument(
"--only-python",
action="store_true",
help="Only install Python dependencies",
)
args = parser.parse_args()
env.ensure_dependencies()
env.ensure_in_venv(__file__, auto_create=True)
env.install_requirements()
error = False
if not args.only_python:
try:
deps = Dependencies(args.only)
deps.install()
except Exception:
traceback.print_exc()
error = True
if args.pause_on_exit:
input("Press enter to continue...")
if error:
sys.exit(1)
class Dependencies:
def __init__(self, only):
from lib.config import Config
self.config = Config()
self.only = only
self.ci_env = env.is_running_in_ci()
if self.ci_env:
print("CI environment detected")
def install(self):
"""Installs dependencies for the current platform."""
if env.is_windows():
self.windows()
elif env.is_mac():
self.mac()
elif env.is_linux():
self.linux()
else:
raise RuntimeError(f"Unsupported platform: {os}")
def windows(self):
"""Installs dependencies on Windows."""
import lib.windows as windows
if not windows.is_admin():
windows.relaunch_as_admin(__file__)
sys.exit()
only_qt = self.only == "qt"
# for ci, skip qt; we install qt separately so we can cache it.
if not self.ci_env or only_qt:
qt = windows.WindowsQt(*self.config.get_qt_config())
qt_install_dir = qt.get_install_dir()
if qt_install_dir:
print(f"Skipping Qt, already installed at: {qt_install_dir}")
else:
qt.install()
if not self.ci_env:
qt.set_env_vars()
if only_qt:
return
choco = windows.WindowsChoco()
if self.ci_env:
choco.config_ci_cache()
edit_config, skip_packages = self.config.get_choco_ci_config()
choco.remove_from_config(edit_config, skip_packages)
command = self.config.get_deps_command()
choco.install(command, self.ci_env)
def mac(self):
"""Installs dependencies on macOS."""
import lib.mac as mac
command = self.config.get_os_deps_value("command")
cmd_utils.run(command, shell=True, print_cmd=True)
if not self.ci_env:
mac.set_env_vars(self.config.get_os_value("qt-prefix-command"))
def linux(self):
"""Installs dependencies on Linux."""
distro, _distro_like, _distro_version = env.get_linux_distro()
if not distro:
raise RuntimeError("Unable to detect Linux distro")
command = self.config.get_linux_deps_command(distro)
has_sudo = cmd_utils.has_command("sudo")
if "sudo" in command and not has_sudo:
# assume we're running as root if sudo is not found (common on older distros).
# a space char is intentionally added after "sudo" for intentionality.
# possible limitation with stripping "sudo" is that if any packages with "sudo" in the
# name are added to the list (probably very unlikely), this will have undefined behavior.
print("The 'sudo' command was not found, stripping sudo from command")
command = command.replace("sudo ", "").strip()
# On Fedora, dnf update returns code 100 when updates are available, but the last command
# run should be dnf install, so the return code should always be 0.
cmd_utils.run(command, shell=True, print_cmd=True)
if __name__ == "__main__":
main()