def choose_directory(self, folder, override=False):
"""
Open the file dialog to allow the user to select a path for
the given folder.
:param folder:
:param override: set to True if this is for a profile
dir-override
:return:
"""
# fixme: this doesn't seem to actually show the current folder if there
# is one...maybe that's a Qt bug, though. Or maybe it's because of the
# hidden folder in the path?
start = self._selected_profile.diroverride(folder) if override else self.paths[folder]
# noinspection PyTypeChecker
chosen = QFileDialog.getExistingDirectory(self,
"Select directory",
start or "")
if check_path(chosen):
if override:
self.override_boxes[folder].setText(chosen)
else:
self.path_boxes[folder].setText(chosen)
if folder in self.indicator_labels.keys():
self.indicator_labels[folder].setVisible(False)
def choose_directory(self, folder, override=False):
"""
Open the file dialog to allow the user to select a path for
the given folder.
:param folder:
:param override: set to True if this is for a profile
dir-override
:return:
"""
# -f-i-x-m-e-:this doesn't seem to actually show the current folder if there
# is one...maybe that's a Qt bug, though. Or maybe it's because of the
# hidden folder in the path?
# update: ok...so the 'default' dialog was crap and didn't work
# right. For some reason, adding an option (in this case
# 'DontResolveSymlinks') caused a different dialog to be used
# (one that looked more familiar to me) that worked MUCH better
# and started in the correct directory.
# Wondering if this was perhaps the 'non-native' dialog and the
# native one was just bad on my system, I changed the options to
# include 'UseNonNativeDialog'--but this showed a *different*
# dialog than the other two, which seemed to be between the
# others as far as functionality went. Presumably the "good"
# dialog was the native one, which is reassuring.
# Anyway, I still don't really know what's going on, but it
# seems to work ok for now...
ovrdict = self._override_mapping
# ovrdict = self._override_paths[self._selected_profile.name]
start = self._override_mapping[
folder].path if override else self.paths[folder]
# noinspection PyTypeChecker
chosen = QFileDialog.getExistingDirectory(
self,
"Select directory",
directory=start or "",
options=QFileDialog.DontResolveSymlinks)
if check_path(chosen):
if override:
self.override_boxes[folder].setText(chosen)
ovrdict[folder] = ovrdict[folder]._replace(path=chosen)
else:
self.path_boxes[folder].setText(chosen)
if folder in self.indicator_labels:
self.indicator_labels[folder].setVisible(False)
# enable apply button if needed
self._mark_changed()
def setRootPath(self, path=None):
"""
Using this instead of a setter just for API-similarity with
QFileSystemModel. That's the same reason rootPathChanged is
emitted at the end of the method, as well.
:param str path: the absolute filesystem path to the active
mod's data folder. If passed as ``None``, the model is
reset to empty
"""
if path == self.rootpath: return
# commit any changes we've made so far
self.save()
# drop the undo stack
self.undostack.clear()
if path is None: # reset Model to show nothing
self.beginResetModel()
self.rootpath=None
self.rootitem=None
self.modname=None
self.rootPathChanged.emit(path)
self.endResetModel()
elif check_path(path):
# tells the view to get ready to redisplay its contents
self.beginResetModel()
self.rootpath = path
self.modname = os.path.basename(path)
self._setup_or_reload_tree()
# tells the view it should get new
# data from model & reset itself
self.endResetModel()
# emit notifier signal
self.rootPathChanged.emit(path)
def setupMoreUI(self):
"""More adjustments to the UI"""
# make sure the General tab is showing
self.prefs_tabwidget.setCurrentIndex(0)
##=================================
## Tab 1: General/App dirs
##---------------------------------
# -- checkboxes should reflect current settings
self.cbox_restore_size.setChecked(
app_settings.Get("ManagerWindow", UI.RESTORE_WINSIZE))
# enable Apply button after clicking
self.cbox_restore_size.toggled.connect(self._mark_changed)
self.cbox_restore_pos.setChecked(
app_settings.Get("ManagerWindow", UI.RESTORE_WINPOS))
self.cbox_restore_pos.toggled.connect(self._mark_changed)
# check the appropriate radio button based on current policy;
# associate a change in the radio selection with updating
# _selected_plp
for plp, rb in self.radios.items():
if plp.value == self._selected_plp:
rb.setChecked(True)
# chain each button's toggled(bool) signal to the
# profilePolicyChanged signal, which includes the value of
# the button's associated policy
rb.toggled.connect(
partial(self.profilePolicyChanged.emit, plp.value))
# noinspection PyUnresolvedReferences
# and connect this signal to the handler
# which updates _selected_plp
self.profilePolicyChanged.connect(self.on_profile_policy_changed)
##=================================
## Tab 3: Profiles
##---------------------------------
# make sure to check the 'default' box if necessary
self.check_default()
# we don't care about the value it sends, so we just as easily
# could have used 'textchanged' rather than index, but this
# seems lighter/more appropriate
self.combo_profiles.currentIndexChanged.connect(self.change_profile)
self.cbox_default.toggled.connect(self.set_default_profile)
##=================================
## The Big Loop
##---------------------------------
## for each of the application-directories,
## setup any UI-element associated with it to
## the correct initial status.
# so many things are keyed with the app directory
for d in D:
dpath = self.paths[d]
# if the box is empty, show the default
self.path_boxes[d].setPlaceholderText(self.defpaths[d])
# if a custom path has been set, show path text
if dpath != self.defpaths[d]:
self.path_boxes[d].setText(dpath)
# connect dir-chooser btns
self.path_choosers[d].clicked.connect(
partial(self.choose_directory, d))
# essentially all but the Profiles dir
if d in constants.overrideable_dirs:
# handle indicator labels
lbl = self.indicator_labels[d]
if not dpath:
self._set_label_status(lbl, 'missing')
elif not os.path.isabs(dpath):
self._set_label_status(lbl, 'notabs')
elif not check_path(dpath):
self._set_label_status(lbl, 'invalid')
else:
# hide the label for valid paths
lbl.hide()
# have the line edits with an indicator label emit a signal
# when editing is finished that contains their key-string
self.path_boxes[d].editingFinished.connect(
partial(self.on_path_edit, d))
##---------------------##
# override buttons/choosers
# x is just a shortcut for the stupid-long dict selector
# x = self._override_paths[self._selected_profile.name]
x = self._override_mapping
# record current value of override
x[d] = self._selected_profile.diroverride(d)
if x[d].path:
self.override_boxes[d].setText(x[d].path)
else:
self.override_boxes[d].clear()
obtn = self.override_buttons[d]
is_enabled = x[d].enabled
# if override is enabled in profile, check the button
obtn.setChecked(is_enabled)
# connect toggle signal to profile-config-updater
obtn.toggled.connect(partial(self.on_override_toggled, d))
# the buttons are already set to toggle the enable status of
# the entry field/dir chooser when pressed, so make sure those
# are in the correct enable state to begin with
self.override_boxes[d].setEnabled(is_enabled)
self.override_choosers[d].setEnabled(is_enabled)
# connect the editFinished signal
self.override_boxes[d].editingFinished.connect(
partial(self.on_override_edit, d))
# connect override chooser buttons to file dialog
self.override_choosers[d].clicked.connect(
partial(self.choose_override_dir, d))
# record initial text
self.current_text = {
D.PROFILES: self.le_profdir.text(),
D.SKYRIM: self.le_dirskyrim.text(),
D.MODS: self.le_dirmods.text(),
D.VFS: self.le_dirvfs.text()
}
# disable profile-dir chooser (no validation is currently
# performed on it and having an invalid profiles directory would
# cause some serious problems, so don't allow it to be changed
# until we implement all that)
self._gbox_appdirs.setEnabled(False)
## apply button ##
self.btn_apply.clicked.connect(self.on_apply_button_pressed)
# also apply changes when clicking OK
# noinspection PyUnresolvedReferences
self.accepted.connect(self.apply_changes)
def test_checkpath_expand(path, expect):
assert bool(check_path(path, True)) == expect
def test_checkpath_noexpand(path, expect):
assert bool(check_path(path)) == expect
def setupMoreUI(self):
"""More adjustments to the UI"""
# make sure the General tab is showing
self.prefs_tabwidget.setCurrentIndex(0)
##=================================
## Tab 1: General/App dirs
##---------------------------------
# -- checkboxes should reflect current settings
self.cbox_restore_size.setChecked(
app_settings.Get(UI.RESTORE_WINSIZE))
self.cbox_restore_pos.setChecked(
app_settings.Get(UI.RESTORE_WINPOS))
# check the appropriate radio button based on current policy;
# associate a change in the radio selection with updating
# _selected_plp
for plp, rb in self.radios.items():
if plp == self._selected_plp:
rb.setChecked(True)
# chain each button's toggled(bool) signal to the
# profilePolicyChanged signal, which includes the value of
# the button's associated policy
rb.toggled.connect(partial(self.profilePolicyChanged.emit,
plp.value))
# noinspection PyUnresolvedReferences
# and connect this signal to the handler
# which updates _selected_plp
self.profilePolicyChanged.connect(
self.on_profile_policy_changed)
##=================================
## Tab 3: Profiles
##---------------------------------
# make sure to check the 'default' box if necessary
self.check_default()
# we don't care about the value it sends, so we just as easily
# could have used 'textchanged' rather than index, but this
# seems lighter/more appropriate
self.combo_profiles.currentIndexChanged.connect(
self.change_profile)
self.cbox_default.toggled.connect(self.set_default_profile)
##=================================
## The Big Loop
##---------------------------------
## for each of the application-directories,
## setup any UI-element associated with it to
## the correct initial status.
# game-related
gdirs = (D.SKYRIM, D.MODS, D.VFS)
# so many things are keyed with the app directory
for d in D:
dpath = self.paths[d]
# show path text
self.path_boxes[d].setText(dpath)
# connect dir-chooser btns
self.path_choosers[d].clicked.connect(
partial(self.choose_directory, d))
# essentially all but the Profiles dir
if d in gdirs:
# handle indicator labels
lbl = self.indicator_labels[d]
if not dpath:
self._mark_missing_path(lbl)
elif not check_path(dpath):
self._mark_invalid_path(lbl)
elif not os.path.isabs(dpath):
self._mark_nonabs_path(lbl)
else:
# hide the label for valid paths
lbl.hide()
# have the line edits with an indicator label emit a signal
# when editing is finished that contains their key-string
self.path_boxes[d].editingFinished.connect(
partial(self.pathEditFinished.emit, d))
##---------------------##
# override buttons/choosers
self.override_boxes[d].setText(self._selected_profile.diroverride(d))
obtn = self.override_buttons[d]
# if override is enabled in profile, check the button
obtn.setChecked(self._selected_profile.override_enabled(d))
# connect toggle signal to profile-config-updater
obtn.toggled.connect(partial(self.on_override_toggled, d))
# the buttons are already set to toggle the enable status of
# the entry field/dir chooser when pressed, so make sure those
# are in the correct enable state to begin with
self.override_boxes[d].setEnabled(obtn.isChecked())
self.override_choosers[d].setEnabled(obtn.isChecked())
# connect override chooser buttons to file dialog
self.override_choosers[d].clicked.connect(
partial(self.choose_override_dir, d))
# connect pathEditFinished signal to our validation handler
# noinspection PyUnresolvedReferences
self.pathEditFinished.connect(self.on_path_edit)
## apply button ##
# btn_apply = self.prefs_btnbox.button(QDialogButtonBox.Apply)
self.prefs_btnbox.button(QDialogButtonBox.Apply
).clicked.connect(self.apply_changes)
# also apply changes when clicking OK
# noinspection PyUnresolvedReferences
self.accepted.connect(self.apply_changes)
def _load_data_dirs(self, config):
"""
Lookup the paths for the directories of game-related data (e.g.
the main Skyrim folder, the mods-installation directory, and the
virtual fs mount point). If the user has not configured these, use
the default.
:param configparser.ConfigParser config:
"""
for evar, path_key in (
(EnvVars.SKYDIR, _KEY_SKYDIR),
(EnvVars.MOD_DIR, _KEY_MODDIR),
(EnvVars.VFS_MOUNT, _KEY_VFSMNT),
):
p = None # type: Path
# first, check if the user has specified an environment variable
envval = self._environment[evar]
if envval:
if check_path(envval):
p = Path(envval)
else:
self.path_errors[path_key].append(envval)
# if they didn't or it didn't exist, pull the config value
if p is None:
try:
config_val = self._load_config_value(config, _SECTION_DIRS, path_key)
except exceptions.MissingConfigKeyError as e:
self.missing_keys.append(e)
else:
if check_path(config_val):
p = Path(config_val)
else:
self.path_errors[path_key].append(config_val)
if p is None:
# if key wasn't in config file for some reason,
# check that we have a default value (skydir, for example,
# does not (i.e. the default val is ""))
def_path = \
_DEFAULT_CONFIG_[_SECTION_DIRS][
path_key]
# if we have a default and it exists, use that.
# otherwise log the error
# noinspection PyTypeChecker
if check_path(def_path):
p = Path(def_path)
else:
# noinspection PyTypeChecker
self.path_errors[path_key].append(
"default invalid: " + def_path)
# finally, if we have successfully deduced the path, set
# it on the ConfigPaths object
if p is not None:
self.paths[path_key] = p
# setattr(self.paths, path_key, p)
# update config-file mirror
self.currentValues[_SECTION_DIRS][path_key] = self[path_key]
if self.path_errors:
for att, errlist in self.path_errors.items():
for err in errlist:
self.LOGGER << "Path error [" + att + "]: " + err
def test_checkpath_expand(path, expect):
assert bool(check_path(path, True)) == expect
def test_checkpath_noexpand(path, expect):
assert bool(check_path(path)) == expect
def _load_data_dirs(self, config):
"""
Lookup the paths for the directories of game-related data (e.g.
the main Skyrim folder, the mods-installation directory, and the
virtual fs mount point). If the user has not configured these,
use the default.
:param configparser.ConfigParser config:
"""
for evar, path_key in (
(EnvVars.SKYDIR, _KEY_SKYDIR),
(EnvVars.MOD_DIR, _KEY_MODDIR),
(EnvVars.VFS_MOUNT, _KEY_VFSMNT),
):
p = None # type: Path
# first, check if the user has specified an environment var
envval = self._environment[evar]
if envval:
if check_path(envval):
p = Path(envval)
else:
self.path_errors[path_key].append(envval)
# if they didn't or it didn't exist, pull the config value
if p is None:
try:
config_val = self._get_value_from(config, _SECTION_DIRS,
path_key)
except exceptions.MissingConfigKeyError as e:
self.missing_keys.append((e.section, path_key))
else:
if check_path(config_val):
p = Path(config_val)
else:
self.path_errors[path_key].append(config_val)
if p is None:
# if key wasn't in config file for some reason,
# check that we have a default value (skydir, for
# example, does not (i.e. the default val is ""))
def_path = _DEFAULT_CONFIG_[_SECTION_DIRS][path_key]
# if we have a default and it exists, use that.
# otherwise log the error
if check_path(def_path):
p = Path(def_path)
else:
# noinspection PyTypeChecker
self.path_errors[path_key].append(
f"default invalid: '{def_path}'")
# finally, if we have successfully deduced the path, set
# it on the PathManager
if p is not None:
self.LOGGER << f"Setting appfolder {path_key!r} to {p}"
# force notification since this is the first 'official'
# contact with the folder paths
self.mainmanager.Folders[path_key].set_path(p,
force_notify=True)
# and update config-file mirror
# note -- have to use strings to keep config parser happy
self._set_value(_SECTION_DIRS, path_key, "" if not p else str(p))
if self.path_errors:
for att, errlist in self.path_errors.items():
for err in errlist:
self.LOGGER.warning(f"Path error [{att}]: {err}")
