def install(force: bool) -> None:
"""
Install all the necessary above programs and modules
:param force: force installation if package is already installed
:raise subprocess.CalledProcessError on error
"""
logging.info("Installing required programs and modules")
packages_to_install = set(get_global_conf().getlist("install", "dependencies"))
if get_global_conf().getboolean("install", "module_handling"):
packages_to_install.add("python3-pip") # pylint: disable=no-member
compiler = get_global_conf().get("install", "compiler")
compiler_conf = get_compiler_conf(*compiler.split("."))
for section in compiler_conf.sections():
if section in ["env", "install"]:
continue
packages_to_install.update(compiler_conf[section].getlist("depend", fallback=[]))
packages_to_install.update(get_programs_dependencies())
packages_to_install.update(compiler_conf.getlist("install", "depend", fallback=[]))
dependency_installer.DependenciesInstaller.factory(list(packages_to_install)).run()
Installer.factory(compiler_conf["install"], force).run()
if get_global_conf().getboolean("install", "module_handling"):
install_python_modules()
if get_global_conf().getboolean("install", "llvm_bitcode"):
install_wllvm(force)
def create_executable(self,
installer: Installer,
extension: str = None,
version_number: int = None,
force: bool = False,
*args,
**kwargs) -> int:
"""
Creates a special executable to run for this plugin if needed. If a patch is supplied by the form
"program-name-version-extension.patch", it will automatically get used to create a new version
:param installer: the installer instance that is used
:param extension: the extension to add to the binary, usually the plugin name
:param version_number: if multiple version are required for a plugin, this will get appended to it
:param force: force creation even if no patch is provided
:param args: additional arguments
:param kwargs: additional keyword arguments
:return: None|0 if nothing happened or installation is successful
"""
extension = extension or self.extension
executable_suffix = "{}-{}".format(
extension, version_number) if version_number else extension
for lib in installer.conf.getlist("libraries"):
lib_installer = Installer.factory(installer.conf.get_library(lib),
False)
with ExtensionPatcherManager(lib_installer,
extension) as lib_patcher:
if lib_patcher.is_patched or force:
lib_installer.configure()
lib_installer.make()
lib_installer.install()
force = True
with ExtensionPatcherManager(installer, extension) as patcher:
if not patcher.is_patched and not force:
logging.verbose(
"No need to create special executable for {}".format(
extension))
return
installer.make()
executable = os.path.join(installer.working_dir,
installer.conf.get("bitcode_file"))
destination = "{}-{}".format(installer.conf.get_executable(),
executable_suffix)
logging.verbose("Copying {} to {}".format(
executable, os.path.join(installer.install_dir, destination)))
shutil.copy(executable,
os.path.join(installer.install_dir, destination))
for lib in installer.conf.getlist("libraries"):
lib_installer = Installer.factory(installer.conf.get_library(lib),
False)
if force:
lib_installer.configure()
lib_installer.make()
lib_installer.install()
return 0
def install_wllvm(force: bool) -> None:
"""
Installs wllvm
:param force: force installation if package is already installed
"""
conf = ProgramParser()
conf.read([os.path.join(constants.CONF_PATH, "utils/wllvm.conf")])
Installer.factory(conf["WLLVM"], force).run()
def configure(force: bool) -> None:
"""
Downloads RR from Github and installs it
:param force: True to install even if nothing has changed
"""
mozilla_rr = get_plugin_conf("base", "rr")
installer = Installer.factory(mozilla_rr["rr"], force)
installer.run()
def configure(force: bool) -> None:
"""
Downloads RR from Github and installs it
:param force: True to install even if nothing has changed
"""
mozilla_rr = get_plugin_conf("base", "rr")
installer = Installer.factory(mozilla_rr["rr"], force)
installer.run()
def create_executable(self, installer: Installer, extension: str=None, version_number: int=None, force: bool=False,
*args, **kwargs) -> int:
"""
Creates a special executable to run for this plugin if needed. If a patch is supplied by the form
"program-name-version-extension.patch", it will automatically get used to create a new version
:param installer: the installer instance that is used
:param extension: the extension to add to the binary, usually the plugin name
:param version_number: if multiple version are required for a plugin, this will get appended to it
:param force: force creation even if no patch is provided
:param args: additional arguments
:param kwargs: additional keyword arguments
:return: None|0 if nothing happened or installation is successful
"""
extension = extension or self.extension
executable_suffix = "{}-{}".format(extension, version_number) if version_number else extension
for lib in installer.conf.getlist("libraries"):
lib_installer = Installer.factory(installer.conf.get_library(lib), False)
with ExtensionPatcherManager(lib_installer, extension) as lib_patcher:
if lib_patcher.is_patched or force:
lib_installer.configure()
lib_installer.make()
lib_installer.install()
force = True
with ExtensionPatcherManager(installer, extension) as patcher:
if not patcher.is_patched and not force:
logging.verbose("No need to create special executable for {}".format(extension))
return
installer.make()
executable = os.path.join(installer.working_dir, installer.conf.get("bitcode_file"))
destination = "{}-{}".format(installer.conf.get_executable(), executable_suffix)
logging.verbose("Copying {} to {}".format(executable, os.path.join(installer.install_dir, destination)))
shutil.copy(executable, os.path.join(installer.install_dir, destination))
for lib in installer.conf.getlist("libraries"):
lib_installer = Installer.factory(installer.conf.get_library(lib), False)
if force:
lib_installer.configure()
lib_installer.make()
lib_installer.install()
return 0
def onAddDict(self, event):
installer = Installer(self, self.app.config)
installer.showGUI()
# }
answers = {
'path': path,
'package_name': questions.package_name(default='mreschke.wiki'),
'friendly_name': questions.friendly_name(default="mReschke Wiki"),
'your_name': questions.your_name(default="Matthew Reschke"),
'your_email': questions.your_email(default="*****@*****.**"),
'environment': questions.environment(default='Poetry'),
}
# Confirm answers before install
nl(2); line("#", LIGHTBLUE); nl(2)
info("You are are about to customize this blank uvicore package schema as follows:")
for answer in answers.items(): item(answer)
nl(); go = user_confirm("Continue"); nl()
# Install package with question answers
if go:
installer = Installer(answers, __version__)
installer.handle()
# User cancelled, abort installation
if not go:
error("Installation aborted.")
info("This package is in an error state and is not configured to actually run.")
info("You can manually re-run:")
info(" python ./.install/install.py", DARKGRAY)
info("Or you can go ahead and delete this {}".format(path))
info("folder and start over with the 'uvicore-new-app' command. Bye.")
error("Installation aborted.")
def main(programs, force_installation, processes, **kwargs):
"""
the main function. runs installers
:param programs: the programs to install
:param force_installation: if the installation must be done if the program was already installed
:param kwargs: additional parameters to pass to the plugins
"""
# pylint: disable=no-member,too-few-public-methods
class InstallerProcess(multiprocessing.Process):
"""
An Installer for a list of programs.
:param _programs: the list of programs to launch
:param _report_queue: the queue where to report the return value
:param _max_tasks: the semaphore to acquire at the end to release a new worker
"""
def __init__(self, _programs: list,
_report_queue: multiprocessing.Queue,
_max_tasks: multiprocessing.Semaphore):
super().__init__()
self.programs = _programs
self.report_queue = _report_queue
self.max_tasks = _max_tasks
def run(self):
""" Installs the programs and reports the value """
error = None
try:
for _installer in self.programs:
try:
if (not _installer.run()) and _installer.conf.get(
"executable", None):
hooks.create_executables(installer=_installer)
hooks.post_install_run(installer=_installer,
**kwargs)
except InstallationErrorException as exception:
logging.error(exception.error_message)
logging.error(
"Won't install %(program)s",
dict(program=_installer.conf.get("name")))
error = constants.INSTALL_FAIL
except Exception as exc: # pylint: disable=broad-except
error = constants.INSTALL_FAIL
logging.error(exc)
logging.debug("".join(traceback.format_tb(exc.__traceback__)))
finally:
logging.verbose("Cleaning environment")
hooks.post_install_clean(**kwargs)
self.max_tasks.release()
self.report_queue.put(
(error or 0, self.programs[0].conf.get("name")))
installers = []
report_queue = multiprocessing.Queue()
max_tasks = multiprocessing.Semaphore(processes)
for program in programs:
max_tasks.acquire()
lib.logger.start_new_log_section(program, "installation")
program_conf = get_program_conf(program)
installer = InstallerProcess([
Installer.factory(program_conf[prog], force_installation)
for prog in program_conf.sections()
], report_queue, max_tasks)
installer.start()
installers.append(installer)
return_value = 0
counter = 0
for _ in installers:
counter += 1
value, program = report_queue.get(block=True)
if value:
return_value = value
logging.error("%(prog)s failed to compile correctly",
dict(prog=program))
show_progress(counter, len(installers))
return return_value
def main(programs, force_installation, processes, **kwargs):
"""
the main function. runs installers
:param programs: the programs to install
:param force_installation: if the installation must be done if the program was already installed
:param kwargs: additional parameters to pass to the plugins
"""
# pylint: disable=no-member,too-few-public-methods
class InstallerProcess(multiprocessing.Process):
"""
An Installer for a list of programs.
:param _programs: the list of programs to launch
:param _report_queue: the queue where to report the return value
:param _max_tasks: the semaphore to acquire at the end to release a new worker
"""
def __init__(
self, _programs: list, _report_queue: multiprocessing.Queue, _max_tasks: multiprocessing.Semaphore
):
super().__init__()
self.programs = _programs
self.report_queue = _report_queue
self.max_tasks = _max_tasks
def run(self):
""" Installs the programs and reports the value """
error = None
try:
for _installer in self.programs:
try:
if (not _installer.run()) and _installer.conf.get("executable", None):
hooks.create_executables(installer=_installer)
hooks.post_install_run(installer=_installer, **kwargs)
except InstallationErrorException as exception:
logging.error(exception.error_message)
logging.error("Won't install %(program)s", dict(program=_installer.conf.get("name")))
error = constants.INSTALL_FAIL
except Exception as exc: # pylint: disable=broad-except
error = constants.INSTALL_FAIL
logging.error(exc)
logging.debug("".join(traceback.format_tb(exc.__traceback__)))
finally:
logging.verbose("Cleaning environment")
hooks.post_install_clean(**kwargs)
self.max_tasks.release()
self.report_queue.put((error or 0, self.programs[0].conf.get("name")))
installers = []
report_queue = multiprocessing.Queue()
max_tasks = multiprocessing.Semaphore(processes)
for program in programs:
max_tasks.acquire()
lib.logger.start_new_log_section(program, "installation")
program_conf = get_program_conf(program)
installer = InstallerProcess(
[Installer.factory(program_conf[prog], force_installation) for prog in program_conf.sections()],
report_queue,
max_tasks,
)
installer.start()
installers.append(installer)
return_value = 0
counter = 0
for _ in installers:
counter += 1
value, program = report_queue.get(block=True)
if value:
return_value = value
logging.error("%(prog)s failed to compile correctly", dict(prog=program))
show_progress(counter, len(installers))
return return_value