def delete_branch(): """Launch the 'Delete Branch' dialog.""" icon = icons.discard() branch = choose_branch(N_('Delete Branch'), N_('Delete'), icon=icon) if not branch: return cmds.do(cmds.DeleteBranch, branch)
def clear(self): if not qtutils.confirm( N_('Clear commit message?'), N_('The commit message will be cleared.'), N_('This cannot be undone. Clear commit message?'), N_('Clear commit message'), default=True, icon=icons.discard()): return self.model.set_commitmsg('')
def clear(self): if not qtutils.confirm( N_('Clear commit message?'), N_('The commit message will be cleared.'), N_('This cannot be undone. Clear commit message?'), N_('Clear commit message'), default=True, icon=icons.discard()): return self.model.set_commitmsg('')
def delete_remote_branch(): """Launch the 'Delete Remote Branch' dialog.""" branch = choose_remote_branch(N_('Delete Remote Branch'), N_('Delete'), icon=icons.discard()) if not branch: return rgx = re.compile(r'^(?P<remote>[^/]+)/(?P<branch>.+)$') match = rgx.match(branch) if match: remote = match.group('remote') branch = match.group('branch') cmds.do(cmds.DeleteRemoteBranch, remote, branch)
def delete_bookmark(self): """Removes a bookmark from the bookmarks list""" item = self.selected_item() if not item: return if self.style == BOOKMARKS: cmd = cmds.RemoveBookmark elif self.style == RECENT_REPOS: cmd = cmds.RemoveRecent else: return ok, status, out, err = cmds.do(cmd, self.settings, item.path, icon=icons.discard()) if ok: self.refresh()
def delete_bookmark(self): """Removes a bookmark from the bookmarks list""" item = self.selected_item() if not item: return if self.style == BOOKMARKS: cmd = cmds.RemoveBookmark elif self.style == RECENT_REPOS: cmd = cmds.RemoveRecent else: return ok, status, out, err = cmds.do(cmd, self.settings, item.path, icon=icons.discard()) if ok: self.refresh()
def stash_drop(self): """Drops the currently selected stash """ selection = self.selected_stash() name = self.selected_name() if not selection: return if not qtutils.confirm(N_('Drop Stash?'), N_('Recovering a dropped stash is not possible.'), N_('Drop the "%s" stash?') % name, N_('Drop Stash'), default=True, icon=icons.discard()): return cmds.do(DropStash, selection) self.update_from_model() self.stash_text.setPlainText('')
def __init__(self, parent=None): QtGui.QTreeWidget.__init__(self, parent) self.setSelectionMode(QtGui.QAbstractItemView.ExtendedSelection) self.headerItem().setHidden(True) self.setAllColumnsShowFocus(True) self.setSortingEnabled(False) self.setUniformRowHeights(True) self.setAnimated(True) self.setRootIsDecorated(False) self.setIndentation(0) self.setDragEnabled(True) ok = icons.ok() compare = icons.compare() question = icons.question() self.add_toplevel_item(N_('Staged'), ok, hide=True) self.add_toplevel_item(N_('Unmerged'), compare, hide=True) self.add_toplevel_item(N_('Modified'), compare, hide=True) self.add_toplevel_item(N_('Untracked'), question, hide=True) # Used to restore the selection self.old_scroll = None self.old_selection = None self.old_contents = None self.old_current_item = None self.expanded_items = set() self.process_selection_action = qtutils.add_action( self, cmds.StageOrUnstage.name(), cmds.run(cmds.StageOrUnstage), hotkeys.STAGE_SELECTION) self.revert_unstaged_edits_action = qtutils.add_action( self, cmds.RevertUnstagedEdits.name(), cmds.run(cmds.RevertUnstagedEdits), hotkeys.REVERT) self.revert_unstaged_edits_action.setIcon(icons.undo()) self.launch_difftool_action = qtutils.add_action( self, cmds.LaunchDifftool.name(), cmds.run(cmds.LaunchDifftool), hotkeys.DIFF) self.launch_difftool_action.setIcon(icons.diff()) self.launch_editor_action = qtutils.add_action( self, cmds.LaunchEditor.name(), cmds.run(cmds.LaunchEditor), hotkeys.EDIT, *hotkeys.ACCEPT) self.launch_editor_action.setIcon(icons.edit()) if not utils.is_win32(): self.open_using_default_app = qtutils.add_action( self, cmds.OpenDefaultApp.name(), self._open_using_default_app, hotkeys.PRIMARY_ACTION) self.open_using_default_app.setIcon(icons.default_app()) self.open_parent_dir_action = qtutils.add_action( self, cmds.OpenParentDir.name(), self._open_parent_dir, hotkeys.SECONDARY_ACTION) self.open_parent_dir_action.setIcon(icons.folder()) self.up_action = qtutils.add_action(self, N_('Move Up'), self.move_up, hotkeys.MOVE_UP, hotkeys.MOVE_UP_SECONDARY) self.down_action = qtutils.add_action(self, N_('Move Down'), self.move_down, hotkeys.MOVE_DOWN, hotkeys.MOVE_DOWN_SECONDARY) self.copy_path_action = qtutils.add_action( self, N_('Copy Path to Clipboard'), self.copy_path, hotkeys.COPY) self.copy_path_action.setIcon(icons.copy()) self.copy_relpath_action = qtutils.add_action( self, N_('Copy Relative Path to Clipboard'), self.copy_relpath, hotkeys.CUT) self.copy_relpath_action.setIcon(icons.copy()) self.view_history_action = qtutils.add_action(self, N_('View History...'), self.view_history, hotkeys.HISTORY) # MoveToTrash and Delete use the same shortcut. # We will only bind one of them, depending on whether or not the # MoveToTrash command is avaialble. When available, the hotkey # is bound to MoveToTrash, otherwise it is bound to Delete. if cmds.MoveToTrash.AVAILABLE: self.move_to_trash_action = qtutils.add_action( self, N_('Move file(s) to trash'), self._trash_untracked_files, hotkeys.TRASH) self.move_to_trash_action.setIcon(icons.discard()) delete_shortcut = hotkeys.DELETE_FILE else: self.move_to_trash_action = None delete_shortcut = hotkeys.DELETE_FILE_SECONDARY self.delete_untracked_files_action = qtutils.add_action( self, N_('Delete File(s)...'), self._delete_untracked_files, delete_shortcut) self.delete_untracked_files_action.setIcon(icons.discard()) self.connect(self, SIGNAL('about_to_update()'), self._about_to_update, Qt.QueuedConnection) self.connect(self, SIGNAL('updated()'), self._updated, Qt.QueuedConnection) self.m = main.model() self.m.add_observer(self.m.message_about_to_update, self.about_to_update) self.m.add_observer(self.m.message_updated, self.updated) self.connect(self, SIGNAL('itemSelectionChanged()'), self.show_selection) self.connect(self, SIGNAL('itemDoubleClicked(QTreeWidgetItem*,int)'), self.double_clicked) self.connect(self, SIGNAL('itemCollapsed(QTreeWidgetItem*)'), lambda x: self.update_column_widths()) self.connect(self, SIGNAL('itemExpanded(QTreeWidgetItem*)'), lambda x: self.update_column_widths())
def __init__(self, parent=None): QtGui.QTreeWidget.__init__(self, parent) self.setSelectionMode(QtGui.QAbstractItemView.ExtendedSelection) self.headerItem().setHidden(True) self.setAllColumnsShowFocus(True) self.setSortingEnabled(False) self.setUniformRowHeights(True) self.setAnimated(True) self.setRootIsDecorated(False) self.setIndentation(0) self.setDragEnabled(True) self.setAutoScroll(False) ok = icons.ok() compare = icons.compare() question = icons.question() self.add_toplevel_item(N_('Staged'), ok, hide=True) self.add_toplevel_item(N_('Unmerged'), compare, hide=True) self.add_toplevel_item(N_('Modified'), compare, hide=True) self.add_toplevel_item(N_('Untracked'), question, hide=True) # Used to restore the selection self.old_vscroll = None self.old_hscroll = None self.old_selection = None self.old_contents = None self.old_current_item = None self.expanded_items = set() self.process_selection_action = qtutils.add_action( self, cmds.StageOrUnstage.name(), cmds.run(cmds.StageOrUnstage), hotkeys.STAGE_SELECTION) self.revert_unstaged_edits_action = qtutils.add_action( self, cmds.RevertUnstagedEdits.name(), cmds.run(cmds.RevertUnstagedEdits), hotkeys.REVERT) self.revert_unstaged_edits_action.setIcon(icons.undo()) self.launch_difftool_action = qtutils.add_action( self, cmds.LaunchDifftool.name(), cmds.run(cmds.LaunchDifftool), hotkeys.DIFF) self.launch_difftool_action.setIcon(icons.diff()) self.launch_editor_action = qtutils.add_action( self, cmds.LaunchEditor.name(), cmds.run(cmds.LaunchEditor), hotkeys.EDIT, *hotkeys.ACCEPT) self.launch_editor_action.setIcon(icons.edit()) if not utils.is_win32(): self.open_using_default_app = qtutils.add_action( self, cmds.OpenDefaultApp.name(), self._open_using_default_app, hotkeys.PRIMARY_ACTION) self.open_using_default_app.setIcon(icons.default_app()) self.open_parent_dir_action = qtutils.add_action( self, cmds.OpenParentDir.name(), self._open_parent_dir, hotkeys.SECONDARY_ACTION) self.open_parent_dir_action.setIcon(icons.folder()) self.up_action = qtutils.add_action( self, N_('Move Up'), self.move_up, hotkeys.MOVE_UP, hotkeys.MOVE_UP_SECONDARY) self.down_action = qtutils.add_action( self, N_('Move Down'), self.move_down, hotkeys.MOVE_DOWN, hotkeys.MOVE_DOWN_SECONDARY) self.copy_path_action = qtutils.add_action( self, N_('Copy Path to Clipboard'), self.copy_path, hotkeys.COPY) self.copy_path_action.setIcon(icons.copy()) self.copy_relpath_action = qtutils.add_action( self, N_('Copy Relative Path to Clipboard'), self.copy_relpath, hotkeys.CUT) self.copy_relpath_action.setIcon(icons.copy()) self.view_history_action = qtutils.add_action( self, N_('View History...'), self.view_history, hotkeys.HISTORY) self.view_blame_action = qtutils.add_action( self, N_('Blame...'), self.view_blame, hotkeys.BLAME) # MoveToTrash and Delete use the same shortcut. # We will only bind one of them, depending on whether or not the # MoveToTrash command is avaialble. When available, the hotkey # is bound to MoveToTrash, otherwise it is bound to Delete. if cmds.MoveToTrash.AVAILABLE: self.move_to_trash_action = qtutils.add_action( self, N_('Move file(s) to trash'), self._trash_untracked_files, hotkeys.TRASH) self.move_to_trash_action.setIcon(icons.discard()) delete_shortcut = hotkeys.DELETE_FILE else: self.move_to_trash_action = None delete_shortcut = hotkeys.DELETE_FILE_SECONDARY self.delete_untracked_files_action = qtutils.add_action( self, N_('Delete File(s)...'), self._delete_untracked_files, delete_shortcut) self.delete_untracked_files_action.setIcon(icons.discard()) self.connect(self, SIGNAL('about_to_update()'), self._about_to_update, Qt.QueuedConnection) self.connect(self, SIGNAL('updated()'), self._updated, Qt.QueuedConnection) self.m = main.model() self.m.add_observer(self.m.message_about_to_update, self.about_to_update) self.m.add_observer(self.m.message_updated, self.updated) self.connect(self, SIGNAL('itemSelectionChanged()'), self.show_selection) self.connect(self, SIGNAL('itemDoubleClicked(QTreeWidgetItem*,int)'), self.double_clicked) self.connect(self, SIGNAL('itemCollapsed(QTreeWidgetItem*)'), lambda x: self.update_column_widths()) self.connect(self, SIGNAL('itemExpanded(QTreeWidgetItem*)'), lambda x: self.update_column_widths())
def action_callback(self): action = self.action if action == FETCH: model_action = self.model.fetch elif action == PUSH: model_action = self.push_to_all else: # if action == PULL: model_action = self.model.pull remote_name = ustr(self.remote_name.text()) if not remote_name: errmsg = N_('No repository selected.') Interaction.log(errmsg) return remote, kwargs = self.common_args() self.selected_remotes = qtutils.selected_items(self.remotes, self.model.remotes) # Check if we're about to create a new branch and warn. remote_branch = ustr(self.remote_branch.text()) local_branch = ustr(self.local_branch.text()) if action == PUSH and not remote_branch: branch = local_branch candidate = '%s/%s' % (remote, branch) if candidate not in self.model.remote_branches: title = N_('Push') args = dict(branch=branch, remote=remote) msg = N_( 'Branch "%(branch)s" does not exist in "%(remote)s".\n' 'A new remote branch will be published.') % args info_txt = N_('Create a new remote branch?') ok_text = N_('Create Remote Branch') if not qtutils.confirm( title, msg, info_txt, ok_text, icon=icons.cola()): return if not self.ffwd_only_checkbox.isChecked(): if action == FETCH: title = N_('Force Fetch?') msg = N_('Non-fast-forward fetch overwrites local history!') info_txt = N_('Force fetching from %s?') % remote ok_text = N_('Force Fetch') elif action == PUSH: title = N_('Force Push?') msg = N_('Non-fast-forward push overwrites published ' 'history!\n(Did you pull first?)') info_txt = N_('Force push to %s?') % remote ok_text = N_('Force Push') else: # pull: shouldn't happen since the controls are hidden msg = "You probably don't want to do this.\n\tContinue?" return if not qtutils.confirm(title, msg, info_txt, ok_text, default=False, icon=icons.discard()): return # Disable the GUI by default self.buttons.setEnabled(False) # Use a thread to update in the background task = ActionTask(self, model_action, remote, kwargs) self.runtask.start(task, progress=self.progress, finish=self.action_completed)
def action_callback(self): action = self.action if action == FETCH: model_action = self.model.fetch elif action == PUSH: model_action = self.push_to_all else: # if action == PULL: model_action = self.model.pull remote_name = ustr(self.remote_name.text()) if not remote_name: errmsg = N_('No repository selected.') Interaction.log(errmsg) return remote, kwargs = self.common_args() self.selected_remotes = qtutils.selected_items(self.remotes, self.model.remotes) # Check if we're about to create a new branch and warn. remote_branch = ustr(self.remote_branch.text()) local_branch = ustr(self.local_branch.text()) if action == PUSH and not remote_branch: branch = local_branch candidate = '%s/%s' % (remote, branch) if candidate not in self.model.remote_branches: title = N_('Push') args = dict(branch=branch, remote=remote) msg = N_('Branch "%(branch)s" does not exist in "%(remote)s".\n' 'A new remote branch will be published.') % args info_txt= N_('Create a new remote branch?') ok_text = N_('Create Remote Branch') if not qtutils.confirm(title, msg, info_txt, ok_text, icon=icons.cola()): return if not self.ffwd_only_checkbox.isChecked(): if action == FETCH: title = N_('Force Fetch?') msg = N_('Non-fast-forward fetch overwrites local history!') info_txt = N_('Force fetching from %s?') % remote ok_text = N_('Force Fetch') elif action == PUSH: title = N_('Force Push?') msg = N_('Non-fast-forward push overwrites published ' 'history!\n(Did you pull first?)') info_txt = N_('Force push to %s?') % remote ok_text = N_('Force Push') else: # pull: shouldn't happen since the controls are hidden msg = "You probably don't want to do this.\n\tContinue?" return if not qtutils.confirm(title, msg, info_txt, ok_text, default=False, icon=icons.discard()): return # Disable the GUI by default self.buttons.setEnabled(False) # Use a thread to update in the background task = ActionTask(self, model_action, remote, kwargs) self.runtask.start(task, progress=self.progress, finish=self.action_completed)
def __init__(self, model, parent=None): Dialog.__init__(self, parent=parent) self.model = model self.stashes = [] self.revids = [] self.names = [] self.setWindowTitle(N_('Stash')) self.setAttribute(QtCore.Qt.WA_MacMetalStyle) if parent is not None: self.setWindowModality(QtCore.Qt.WindowModal) self.resize(parent.width(), 420) else: self.resize(700, 420) self.stash_list = QtGui.QListWidget(self) self.stash_text = DiffTextEdit(self) self.button_apply = qtutils.create_toolbutton( text=N_('Apply'), tooltip=N_('Apply the selected stash'), icon=icons.ok()) self.button_save = qtutils.create_toolbutton( text=N_('Save'), tooltip=N_('Save modified state to new stash'), icon=icons.save()) self.button_drop = qtutils.create_toolbutton( text=N_('Drop'), tooltip=N_('Drop the selected stash'), icon=icons.discard()) self.button_close = qtutils.close_button() self.keep_index = qtutils.checkbox(text=N_('Keep Index'), checked=True) # Arrange layouts self.splitter = qtutils.splitter(Qt.Horizontal, self.stash_list, self.stash_text) self.btn_layt = qtutils.hbox(defs.no_margin, defs.spacing, self.button_save, self.button_apply, self.button_drop, self.keep_index, qtutils.STRETCH, self.button_close) self.main_layt = qtutils.vbox(defs.margin, defs.spacing, self.splitter, self.btn_layt) self.setLayout(self.main_layt) self.splitter.setSizes([self.width() // 3, self.width() * 2 // 3]) self.update_from_model() self.update_actions() self.setTabOrder(self.button_save, self.button_apply) self.setTabOrder(self.button_apply, self.button_drop) self.setTabOrder(self.button_drop, self.keep_index) self.setTabOrder(self.keep_index, self.button_close) self.connect(self.stash_list, SIGNAL('itemSelectionChanged()'), self.item_selected) qtutils.connect_button(self.button_apply, self.stash_apply) qtutils.connect_button(self.button_save, self.stash_save) qtutils.connect_button(self.button_drop, self.stash_drop) qtutils.connect_button(self.button_close, self.close)
def __init__(self, model, parent=None): Dialog.__init__(self, parent=parent) self.model = model self.stashes = [] self.revids = [] self.names = [] self.setWindowTitle(N_('Stash')) self.setAttribute(QtCore.Qt.WA_MacMetalStyle) if parent is not None: self.setWindowModality(QtCore.Qt.WindowModal) self.resize(parent.width(), 420) else: self.resize(700, 420) self.stash_list = QtGui.QListWidget(self) self.stash_text = DiffTextEdit(self) self.button_apply = qtutils.create_toolbutton( text=N_('Apply'), tooltip=N_('Apply the selected stash'), icon=icons.ok()) self.button_save = qtutils.create_toolbutton( text=N_('Save'), tooltip=N_('Save modified state to new stash'), icon=icons.save()) self.button_drop = qtutils.create_toolbutton( text=N_('Drop'), tooltip=N_('Drop the selected stash'), icon=icons.discard()) self.button_close = qtutils.close_button() self.keep_index = qtutils.checkbox(text=N_('Keep Index'), checked=True) # Arrange layouts self.splitter = qtutils.splitter(Qt.Horizontal, self.stash_list, self.stash_text) self.btn_layt = qtutils.hbox(defs.no_margin, defs.spacing, self.button_save, self.button_apply, self.button_drop, self.keep_index, qtutils.STRETCH, self.button_close) self.main_layt = qtutils.vbox(defs.margin, defs.spacing, self.splitter, self.btn_layt) self.setLayout(self.main_layt) self.splitter.setSizes([self.width()//3, self.width()*2//3]) self.update_from_model() self.update_actions() self.setTabOrder(self.button_save, self.button_apply) self.setTabOrder(self.button_apply, self.button_drop) self.setTabOrder(self.button_drop, self.keep_index) self.setTabOrder(self.keep_index, self.button_close) self.connect(self.stash_list, SIGNAL('itemSelectionChanged()'), self.item_selected) qtutils.connect_button(self.button_apply, self.stash_apply) qtutils.connect_button(self.button_save, self.stash_save) qtutils.connect_button(self.button_drop, self.stash_drop) qtutils.connect_button(self.button_close, self.close)