def test_delimiter_re(self, io_out):
# test the output : only the main shape is tested (i.e --- [ ] ---)
io_out['log'].delimiter(self.test_str)
assert re.search('^-*\s\[\s.+\s\]\s-*$',
io_out['out'].getvalue()) is not None
out = io.StringIO() # build a new stream/Log couple for this case
log = text.Log(output=out)
log.delimiter(self.test_str, width=1)
assert re.search('^-*\s\[\s.+\s\]\s-*$', out.getvalue()) is not None
out = io.StringIO()
log = text.Log(output=out)
log.delimiter(self.test_str, width=60)
assert len(out.getvalue()) - 1 == 60 # exclude ending \n
def __init__(self, module, ability, app_model, module_factory,
view=output.Log()):
""" Subshell to control an ability
This is the "level 2" shell, used to setup and run an ability
selected with the ShellCtrl shell.
:param module: the model used to handle the ability
:param ability: the ability to instantiate (AbilityBase)
:param app_model: an AppModel that represents the software
configuration
:param view: a ViewsInterface subclass to handle the interface display
"""
super(ShellUseCtrl, self).__init__()
self.logger = logging.getLogger(__name__)
self._module = module
self._ability = ability
self.logger.debug('Initialize [{}] in package "{}"'.format(
self._ability.get_name(),
self._module.get_module_path())
)
self._app_model = app_model
self._module_factory = module_factory
self._set_new_module_inst()
self._view = view
def __init__(self,
cli_args,
rem_args,
app_model,
module_factory,
view=output.Log()):
""" Handle the command line interface of the software
:param cli_args: argparse successfully parsed arguments
:param rem_args: list of argument not parsed by argparse
:param app_model: an AppModel that represent the software configuration
:param module_factory: the module factory to pass to the instantiated
abilities
:param view: a ViewsInterface subclass to handle user interface display
"""
super(CmdLineCtrl, self).__init__()
self._cli_args = cli_args
self._rem_args = rem_args
self._parsed_args = None
self._argparser = None
self._app_model = app_model
self._module_factory = module_factory
self._module_list_model = modulelistmodel.ModuleListModel(
self._app_model.get_packages())
self._view = view
def io_out(self):
""" Build the Log object to be tested
A custom string stream is used to validate its outputs
"""
out = io.StringIO()
yield {'out': out, 'log': text.Log(output=out)}
out.close()
def get_module(module_path, view=output.Log()):
""" Return a ModuleModel based on a path
This is mostly used to get the python module of an ability package
:param module_path: path to the module (absolute or relative)
:param view: a ViewsInterface subclass to handle user interface display. Needed to instantiate the ModuleModel
"""
pkg = ModuleFactory.load_module(module_path)
return ability_module.AbilityModule(pkg, module_path, view)
def __init__(self, app_model, module_factory, view=output.Log()):
""" Handle the interactive shell
This is the "level 1" shell, used to browse and select available
abilities. It use the Cmd python library to provide commands,
help messages and completion.
A second shell is called by the do_use() method : ShellUseCtrl.
:param app_model: an AppModel that represent the software configuration
:param view: a ViewInterface subclass to handle user interface display
"""
super(ShellCtrl, self).__init__()
self._view = view
self.logger = logging.getLogger(__name__)
# documentation view customization
self.ruler = "="
self.doc_header = "Documented commands (type help <topic>):"
self.misc_header = "Miscellaneous help topics:"
self.undoc_header = "Undocumented commands:"
self._app_model = app_model
self._module_factory = module_factory
self._search_and_opt_name = '-a'
self._search_or_opt_name = '-o'
self.prompt = self._app_model.app_prompt_l1
try:
self._history_path = self._app_model.get_hist_file_path()
except ex.ConfHistFileNotAccessible as e:
self._view.error('{}'.format(e))
raise ex.ExitPw()
readline.read_history_file(self._history_path)
try:
l_pkg = self._app_model.get_packages()
except ex.ConfNone:
l_pkg = []
self._module_list_model = module_list_model.ModuleListModel(l_pkg)
# load the search result indexes with default values
self._module_list_model.get_module_list()
signal.signal(signal.SIGINT, self._handle_ctrlc)
self.doc_leader = \
"""
{} ({}) - v.{}
{}
Use the 'help' or '?' command to discover available commands.
Use 'tab' to complete any part of your input.
""".format(self._app_model.app_name,
self._app_model.app_name_abbrev,
self._app_model.app_version,
self._app_model.app_slogan)
def __init__(self, app_model, module_factory, view=output.Log()):
""" Handle the interactive shell
This is the "level 1" shell, used to browse and select available abilities. It use the Cmd python library to
provide commands, help messages and completion.
A second shell is called by the do_use() method : ShellUseCtrl.
:param app_model: an AppModel that represent the software configuration
:param view: a ViewInterface subclass to handle user interface display
"""
super(ShellCtrl, self).__init__()
# documentation view customization
self.ruler = "="
self.doc_header = "Documented commands (type help <topic>):"
self.misc_header = "Miscellaneous help topics:"
self.undoc_header = "Undocumented commands:"
self._app_model = app_model
self._module_factory = module_factory
self._search_and_opt_name = '-a'
self._search_or_opt_name = '-o'
self.prompt = self._app_model.app_prompt_l1
self._history_path = self._app_model.get_config(
'Internals', 'HistFile')
if self._history_path is None:
self._history_path = '~/.pwhistory'
self._history_path = os.path.expanduser(self._history_path)
try:
readline.read_history_file(self._history_path)
except IOError:
if not os.path.isfile(self._history_path):
open(self._history_path, "w").close() # touch file
self._module_list_model = module_list_model.ModuleListModel(
self._app_model.get_packages())
self._view = view
signal.signal(signal.SIGINT, self._handle_ctrlc)
self.doc_leader = \
"""
{} ({}) - v.{}
{}
Use the 'help' or '?' command to discover available commands.
Use 'tab' to complete any part of your input.
""".format(self._app_model.app_name,
self._app_model.app_name_abbrev,
self._app_model.app_version,
self._app_model.app_slogan)
def __init__(self, paths, view=output.Log()):
""" The model used to interact with the list of available modules
Note: module is the model used to interact with the real ability. See ModuleModel
:param paths: list of paths to the activated ability packages
:param view: a ViewInterface subclass to handle user interface display
"""
self._paths = copy.deepcopy(paths)
self._view = view
self._module_list = {}
self.reload()
def __init__(self, module_factory, default_opts=None, view=output.Log()):
""" Create a new ability
An ability is a class stored at a meaningful place in the module tree
(the default or your) This class must be sub-classed to implement
a new simple ability.
:param module_factory: the factory used to instantiate dependencies
:param default_opts: ability parameters values to be used as default
:param view: a ViewsInterface subclass to handle the interface display
"""
type(self)._init_opt_hash()
type(self)._init_internal_dependencies()
super(AbilityBase, self).__init__()
self._module_factory = module_factory
self._view = view
self._cached_opt_values = {}
self._ret_value = None
self._alive = True
self._started_status = False
self._set_default_opts(default_opts)
self.logger = logging.getLogger(__name__)
def __init__(self,
module,
ability,
app_model,
module_factory,
view=output.Log()):
""" Subshell to control an ability
This is the "level 2" shell, used to setup and run an ability selected with the ShellCtrl shell.
:param module: the model used to handle the ability
:param ability: the ability to instantiate (AbilityBase)
:param app_model: an AppModel that represents the software configuration
:param view: a ViewsInterface subclass to handle the interface display
"""
super(ShellUseCtrl, self).__init__()
self._module = module
self._ability = ability
self._app_model = app_model
self._module_factory = module_factory
self._set_new_module_inst()
self._view = view
def __init__(self, conf_file_path, cli_args, rem_args, view=output.Log()):
""" Main controller of the framework
Will instantiate the correct user interface depending of its parameters
:param conf_file_path: path (relative to pw.py or absolute) to the pw.ini file
:param cli_args: argparse successfully parsed arguments
:param rem_args: argparse remaining arguments
:param view: a View object, by default Log()
"""
super(AppCtrl, self).__init__()
self._view = view
self._cli_args = cli_args
self._rem_args = rem_args
self._app_model = app_model.AppModel(conf_file_path)
self._module_factory = module_factory.ModuleFactory(
self._app_model, self._view)
self._ctrl = None
self.nb_max_pkg = 20 # safe guard
def __init__(self, app_model, view=output.Log()):
self._app_model = app_model
self._view = view
