#!/usr/bin/python # vim: tabstop=2 softtabstop=2 shiftwidth=2 expandtab # Terminator - multiple gnome terminals in one window # Copyright (C) 2006-2008 cmsj@tenshu.net # # This program is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation, version 2 only. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA """Terminator by Chris Jones """ import time, re, sys, os, platform import pygtk pygtk.require ("2.0") import gobject, gtk, pango from terminatorlib.version import APP_NAME, APP_VERSION from terminatorlib import config from config import dbg, err, debug from terminatorlib.keybindings import TerminatorKeybindings from terminatorlib.terminatorterm import TerminatorTerm from terminatorlib.prefs_profile import ProfileEditor from terminatorlib import translation from terminatorlib.terminatoreditablelabel import TerminatorEditableLabel try: import deskbar.core.keybinder as bindkey except: dbg (_("Unable to find python bindings for deskbar, "\ "hide_window is not available.")) pass class TerminatorWindowTitle: _window = None text = None _forced = False _role = None def __init__ (self, window): self._window = window def set_title (self, newtext): if not self._forced: self.text = newtext self.update () def force_title (self, newtext): if newtext: self.set_title (newtext) self._forced = True else: self._forced = False def update (self): title = None if self._forced: title = self.text else: title = "%s" % self.text self._window.set_title (title) class TerminatorNotebookTabLabel(gtk.HBox): _terminator = None _notebook = None _icon = None _label = None _button = None def __init__(self, title, notebook, terminator): gtk.HBox.__init__(self, False) self._notebook = notebook self._terminator = terminator self._label = TerminatorEditableLabel(title) self.update_angle() self.pack_start(self._label, True, True) self._icon = gtk.Image() self._icon.set_from_stock(gtk.STOCK_CLOSE, gtk.ICON_SIZE_MENU) self.update_closebut() self.show_all() def update_closebut(self): if self._terminator.conf.close_button_on_tab: if not self._button: self._button = gtk.Button() self._button.set_relief(gtk.RELIEF_NONE) self._button.set_focus_on_click(False) self._button.set_relief(gtk.RELIEF_NONE) self._button.add(self._icon) self._button.connect('clicked', self.on_close) self._button.set_name("terminator-tab-close-button") self._button.connect("style-set", self.on_style_set) if hasattr(self._button, "set_tooltip_text"): self._button.set_tooltip_text(_("Close Tab")) self.pack_start(self._button, False, False) self.show_all() else: if self._button: self._button.remove(self._icon) self.remove(self._button) del(self._button) self._button = None def update_angle(self): tab_pos = self._notebook.get_tab_pos() if tab_pos == gtk.POS_LEFT: self._label.set_angle(90) elif tab_pos == gtk.POS_RIGHT: self._label.set_angle(270) else: self._label.set_angle(0) def on_style_set(self, widget, prevstyle): x, y = gtk.icon_size_lookup_for_settings( self._button.get_settings(), gtk.ICON_SIZE_MENU) self._button.set_size_request(x + 2,y + 2) def on_close(self, widget): nbpages = self._notebook.get_n_pages() for i in xrange(0,nbpages): if self._notebook.get_tab_label(self._notebook.get_nth_page(i)) == self: #dbg("[Close from tab] Found tab at position [%d]" % i) if not isinstance (self._notebook.get_nth_page(i), TerminatorTerm): if self._terminator.confirm_close_multiple (self._terminator.window, _("tab")): return False term = self._terminator._notebook_first_term(self._notebook.get_nth_page(i)) while term: if term == self._notebook.get_nth_page(i): self._terminator.closeterm(term) break self._terminator.closeterm(term) term = self._terminator._notebook_first_term(self._notebook.get_nth_page(i)) break def set_title(self, title, force=False): self._label.set_text(title, force) def get_title(self): return self._label.get_text() def height_request(self): return self.size_request()[1] def width_request(self): return self.size_request()[0] class Terminator: options = None groupings = None _urgency = False origcwd = None def __init__ (self, profile = None, command = None, fullscreen = False, maximise = False, borderless = False, no_gconf = False, geometry = None, hidden = False, forcedtitle = None, role=None): self.profile = profile self.command = command self._zoomed = False self._maximised = False self._fullscreen = False self._geometry = geometry self.debugaddress = None self.start_cwd = os.getcwd() self._hidden = False self.term_list = [] self.gnome_client = None self.groupsend = 1 # 0 off, 1 group (d), 2 all self.splittogroup = 0 # 0 no group (d), 1 new takes orginators group self.autocleangroups = 1 # 0 off, 1 on (d) stores = [] self.groupings = [] store = config.TerminatorConfValuestoreRC () store.set_reconfigure_callback (self.reconfigure_vtes) stores.append (store) self._tab_reorderable = True if not hasattr(gtk.Notebook, "set_tab_reorderable") or not hasattr(gtk.Notebook, "get_tab_reorderable"): self._tab_reorderable = False if not no_gconf: try: import gconf if self.profile: self.profile = gconf.escape_key (self.profile, -1) store = config.TerminatorConfValuestoreGConf (self.profile) store.set_reconfigure_callback (self.reconfigure_vtes) dbg ('Terminator__init__: comparing %s and %s'%(self.profile, store.profile.split ('/').pop ())) if self.profile == store.profile.split ('/').pop (): # If we have been given a profile, and we loaded it, we should be higher priority than RC dbg ('Terminator__init__: placing GConf before RC') stores.insert (0, store) else: stores.append (store) except Exception, e: # This should probably be ImportError; what else might it throw? dbg("GConf setup threw exception %s" % str(e)) self.conf = config.TerminatorConfig (stores) # Sort out cwd detection code, if available self.pid_get_cwd = lambda pid: None if platform.system() == 'FreeBSD': try: from terminatorlib import freebsd self.pid_get_cwd = freebsd.get_process_cwd dbg ('Using FreeBSD self.pid_get_cwd') except (OSError, NotImplementedError, ImportError): dbg ('FreeBSD version too old for self.pid_get_cwd') elif platform.system() == 'Linux': dbg ('Using Linux self.pid_get_cwd') self.pid_get_cwd = lambda pid: os.path.realpath ('/proc/%s/cwd' % pid) elif platform.system() == 'SunOS': dbg ('Using SunOS self.pid_get_cwd') self.pid_get_cwd = lambda pid: os.path.realpath ('/proc/%s/path/cwd' % pid) else: dbg ('Unable to set a self.pid_get_cwd, unknown system: %s' % platform.system) # import a library for viewing URLs try: dbg ('Trying to import gnome for X session and backup URL handling support') global gnome import gnome, gnome.ui self.gnome_program = gnome.init(APP_NAME, APP_VERSION) self.url_show = gnome.url_show # X session saving support self.gnome_client = gnome.ui.master_client() self.gnome_client.connect_to_session_manager() self.gnome_client.connect('save-yourself', self.save_yourself) self.gnome_client.connect('die', self.die) except ImportError: # webbrowser.open() is not really useful, but will do as a fallback dbg ('gnome not available, no X session support, backup URL handling via webbrowser module') import webbrowser self.url_show = webbrowser.open self.icon_theme = gtk.IconTheme () self.keybindings = TerminatorKeybindings() if self.conf.f11_modifier: config.DEFAULTS['keybindings']['full_screen'] = 'F11' print "Warning: Config setting f11_modifier is deprecated and will be removed in version 1.0" print "Please add the following to the end of your terminator config:" print "[keybindings]" print "full_screen = F11" self.keybindings.configure(self.conf.keybindings) self.set_handle_size (self.conf.handle_size) self.set_closebutton_style () self.window = gtk.Window () if role: self.window.set_role(role) self.windowtitle = TerminatorWindowTitle (self.window) if forcedtitle: self.windowtitle.force_title (forcedtitle) self.windowtitle.update () if self._geometry is not None: dbg("Geometry=%s" % self._geometry) if not self.window.parse_geometry(self._geometry): err(_("Invalid geometry string %r") % self._geometry) try: self.window.set_icon (self.icon_theme.load_icon (APP_NAME, 48, 0)) except: self.icon = self.window.render_icon (gtk.STOCK_DIALOG_INFO, gtk.ICON_SIZE_BUTTON) self.window.set_icon (self.icon) self.window.connect ("key-press-event", self.on_key_press) self.window.connect ("delete_event", self.on_delete_event) self.window.connect ("destroy", self.on_destroy_event) self.window.connect ("window-state-event", self.on_window_state_changed) self.window.set_property ('allow-shrink', True) if fullscreen or self.conf.fullscreen: self.fullscreen_toggle () if maximise or self.conf.maximise: self.maximize () if borderless or self.conf.borderless: self.window.set_decorated (False) # Set RGBA colormap if possible so VTE can use real alpha # channels for transparency. if self.conf.enable_real_transparency: dbg ('H9TRANS: Enabling real transparency') self.enable_rgba(True) # Start out with just one terminal # FIXME: This should be really be decided from some kind of profile term = (TerminatorTerm (self, self.profile, self.command)) self.term_list = [term] self.window.add (term) term._titlebox.hide() self.window.show () term.spawn_child () self.save_yourself () couldbind = False try: couldbind = bindkey.tomboy_keybinder_bind(self.conf.keybindings['hide_window'],self.cbkeyCloak,term) except: pass if couldbind: if hidden or self.conf.hidden: self.hide() else: if hidden or self.conf.hidden: self.window.iconify() def on_term_resized(self): win_total_width, win_total_height = self.window.get_size () dbg ('Resized window is %dx%d' % (win_total_width, win_total_height)) # FIXME: find first terminal firstidx = 0 # Walk terminals across top edge to sum column geometries prev = -1 column_sum = 0 width_extra = 0 walker = firstidx while (walker != None): term = self.term_list[walker] font_width, font_height, columns, rows = term.get_size_details () column_sum += columns dbg ('Geometry hints (term %d) column += %d characters' % (walker, columns)) prev = walker walker = self._select_right (walker) # Walk terminals down left edge to sum row geometries prev = -1 row_sum = 0 height_extra = 0 walker = firstidx while (walker != None): term = self.term_list[walker] font_width, font_height, columns, rows = term.get_size_details () row_sum += rows dbg ('Geometry hints (term %d) row += %d characters' % (walker, rows)) prev = walker walker = self._select_down (walker) # adjust... width_extra = win_total_width - (column_sum * font_width) height_extra = win_total_height - (row_sum * font_height) dbg ('Geometry hints based on font size: %dx%d, columns: %d, rows: %d, extra width: %d, extra height: %d' % (font_width, font_height, column_sum, row_sum, width_extra, height_extra)) self.window.set_geometry_hints(self.window, -1, -1, -1, -1, width_extra, height_extra, font_width, font_height, -1.0, -1.0) def set_handle_size (self, size): if size in xrange (0,6): gtk.rc_parse_string(""" style "terminator-paned-style" { GtkPaned::handle_size = %s } class "GtkPaned" style "terminator-paned-style" """ % self.conf.handle_size) def set_closebutton_style (self): gtk.rc_parse_string(""" style "terminator-tab-close-button-style" { GtkWidget::focus-padding = 0 GtkWidget::focus-line-width = 0 xthickness = 0 ythickness = 0 } widget "*.terminator-tab-close-button" style "terminator-tab-close-button-style" """) def enable_rgba (self, rgba = False): screen = self.window.get_screen() if rgba: colormap = screen.get_rgba_colormap() else: colormap = screen.get_rgb_colormap() if colormap: self.window.set_colormap(colormap) def die(self, *args): gtk.main_quit () def save_yourself (self, *args): """ Save as much of our state as possible for the X session manager """ dbg("Saving session for xsm") args = [sys.argv[0], ("--geometry=%dx%d" % self.window.get_size()) + ("+%d+%d" % self.window.get_position())] # OptionParser should really help us out here drop_next_arg = False geompatt = re.compile(r'^--geometry(=.+)?') for arg in sys.argv[1:]: mo = geompatt.match(arg) if mo: if not mo.group(1): drop_next_arg = True elif not drop_next_arg and arg not in ('--maximise', '-m', '--fullscreen', '-f'): args.append(arg) drop_next_arg = False if self._maximised: args.append('--maximise') if self._fullscreen: args.append('--fullscreen') if self.gnome_client: # We can't set an interpreter because Gnome unconditionally spams it with # --sm-foo-bar arguments before our own argument list. *mutter* # So, hopefully your #! line is correct. If not, we could write out # a shell script with the interpreter name etc. c = self.gnome_client c.set_program(sys.argv[0]) dbg("Session restart command: %s with args %r in %s" % (sys.argv[0], args, self.start_cwd)) c.set_restart_style(gnome.ui.RESTART_IF_RUNNING) c.set_current_directory(self.start_cwd) try: c.set_restart_command(args) c.set_clone_command(args) except (TypeError,AttributeError): # Apparantly needed for some Fedora systems # see http://trac.nicfit.net/mesk/ticket/137 dbg("Gnome bindings have weird set_clone/restart_command") c.set_restart_command(len(args), args) c.set_clone_command(len(args), args) return True def show(self): """Show the terminator window""" # restore window position self.window.move(self.pos[0],self.pos[1]) #self.window.present() self.window.show_now() self._hidden = False def hide(self): """Hide the terminator window""" # save window position self.pos = self.window.get_position() self.window.hide() self._hidden = True def cbkeyCloak(self, data): """Callback event for show/hide keypress""" if self._hidden: self.show() else: self.hide() def maximize (self): """ Maximize the Terminator window.""" self.window.maximize () def unmaximize (self): """ Unmaximize the Terminator window.""" self.window.unmaximize () def fullscreen_toggle (self): """ Toggle the fullscreen state of the window. If it is in fullscreen state, it will be unfullscreened. If it is not, it will be set to fullscreen state. """ if self._fullscreen: self.window.unfullscreen () else: self.window.fullscreen () def fullscreen_absolute (self, fullscreen): """ Explicitly set the fullscreen state of the window. """ if self._fullscreen != fullscreen: self.fullscreen_toggle () def on_window_state_changed (self, window, event): self._fullscreen = bool (event.new_window_state & gtk.gdk.WINDOW_STATE_FULLSCREEN) self._maximised = bool (event.new_window_state & gtk.gdk.WINDOW_STATE_MAXIMIZED) dbg("window state changed: fullscreen: %s, maximised: %s" % (self._fullscreen, self._maximised)) return (False) def on_delete_event (self, window, event, data=None): if len (self.term_list) == 1: return False return self.confirm_close_multiple (window, _("window")) def confirm_close_multiple (self, window, type): # show dialog dialog = gtk.Dialog (_("Close?"), window, gtk.DIALOG_MODAL) dialog.set_has_separator (False) dialog.set_resizable (False) cancel = dialog.add_button(gtk.STOCK_CANCEL, gtk.RESPONSE_REJECT) close_all = dialog.add_button(gtk.STOCK_CLOSE, gtk.RESPONSE_ACCEPT) label = close_all.get_children()[0].get_children()[0].get_children()[1].set_label(_("Close _Terminals")) primairy = gtk.Label (_('Close multiple terminals?')) primairy.set_use_markup (True) primairy.set_alignment (0, 0.5) secundairy = gtk.Label (_("This %s has several terminals open. Closing the %s will also close all terminals within it.") % (type, type)) secundairy.set_line_wrap(True) primairy.set_alignment (0, 0.5) labels = gtk.VBox () labels.pack_start (primairy, False, False, 6) labels.pack_start (secundairy, False, False, 6) image = gtk.image_new_from_stock(gtk.STOCK_DIALOG_WARNING, gtk.ICON_SIZE_DIALOG) image.set_alignment (0.5, 0) box = gtk.HBox() box.pack_start (image, False, False, 6) box.pack_start (labels, False, False, 6) dialog.vbox.pack_start (box, False, False, 12) dialog.show_all () result = dialog.run () dialog.destroy () return not (result == gtk.RESPONSE_ACCEPT) def on_destroy_event (self, widget, data=None): self.die() def on_beep (self, terminal): self.set_urgency (True) def set_urgency (self, on): if on == self._urgency: return self._urgency = on self.window.set_urgency_hint (on) # keybindings for the whole terminal window (affects the main # windows containing the splited terminals) def on_key_press (self, window, event): """ Callback for the window to determine what to do with special keys. Currently handled key-combo's: * F11: toggle fullscreen state of the window. * CTRL - SHIFT - Q: close all terminals """ self.set_urgency (False) mapping = self.keybindings.lookup(event) if mapping: dbg("on_key_press: lookup found %r" % mapping) if mapping == 'full_screen': self.fullscreen_toggle () elif mapping == 'close_window': if not self.on_delete_event (window, gtk.gdk.Event (gtk.gdk.DELETE)): self.on_destroy_event (window, gtk.gdk.Event (gtk.gdk.DESTROY)) else: return (False) return (True) def set_window_title(self, title): """ Modifies Terminator window title """ self.windowtitle.set_title(title) def add(self, widget, terminal, pos = "bottom"): """ Add a term to another at position pos """ if pos in ("top", "bottom"): pane = gtk.VPaned() vertical = True elif pos in ("left", "right"): pane = gtk.HPaned() vertical = False else: err('Terminator.add: massive pos fail: %s' % pos) return # get the parent of the provided terminal parent = widget.get_parent () if isinstance (parent, gtk.Window): # We have just one term parent.remove(widget) if pos in ("top", "left"): pane.pack1 (terminal, True, True) pane.pack2 (widget, True, True) else: pane.pack1 (widget, True, True) pane.pack2 (terminal, True, True) parent.add (pane) position = (vertical) and parent.allocation.height \ or parent.allocation.width if (isinstance (parent, gtk.Notebook) or isinstance (parent, gtk.Window)) and widget.conf.titlebars: #not the only term in the notebook/window anymore, need to reshow the title widget._titlebox.update() terminal._titlebox.update() if isinstance (parent, gtk.Notebook): page = -1 for i in xrange(0, parent.get_n_pages()): if parent.get_nth_page(i) == widget: page = i break label = parent.get_tab_label (widget) widget.reparent (pane) if pos in ("top", "left"): pane.remove(widget) pane.pack1 (terminal, True, True) pane.pack2 (widget, True, True) else: pane.pack1 (widget, True, True) pane.pack2 (terminal, True, True) #parent.remove_page(page) pane.show() parent.insert_page(pane, None, page) parent.set_tab_label(pane,label) parent.set_tab_label_packing(pane, not self.conf.scroll_tabbar, not self.conf.scroll_tabbar, gtk.PACK_START) if self._tab_reorderable: parent.set_tab_reorderable(pane, True) parent.set_current_page(page) position = (vertical) and parent.allocation.height \ or parent.allocation.width if isinstance (parent, gtk.Paned): # We are inside a split term position = (vertical) and widget.allocation.height \ or widget.allocation.width if (widget == parent.get_child1 ()): widget.reparent (pane) parent.pack1 (pane, True, True) else: widget.reparent (pane) parent.pack2 (pane, True, True) if pos in ("top", "left"): pane.remove(widget) pane.pack1 (terminal, True, True) pane.pack2 (widget, True, True) else: pane.pack1 (widget, True, True) pane.pack2 (terminal, True, True) pane.pack1 (widget, True, True) pane.pack2 (terminal, True, True) # show all, set position of the divider pane.show () pane.set_position (position / 2) terminal.show () # insert the term reference into the list index = self.term_list.index (widget) if pos in ('bottom', 'right'): index = index + 1 self.term_list.insert (index, terminal) # make the new terminal grab the focus terminal._vte.grab_focus () return (terminal) def on_page_reordered(self, notebook, child, page_num): #page has been reordered, we need to get the # first term and last term dbg ("Reordered: %d"%page_num) nbpages = notebook.get_n_pages() if nbpages == 1: dbg("[ERROR] only one page in on_page_reordered") first = self._notebook_first_term(notebook.get_nth_page(page_num)) last = self._notebook_last_term(notebook.get_nth_page(page_num)) firstidx = self.term_list.index(first) lastidx = self.term_list.index(last) termslice = self.term_list[firstidx:lastidx+1] #remove them from the list for term in termslice: self.term_list.remove(term) if page_num == 0: #first page, we insert before the first term of next page nexttab = notebook.get_nth_page(1) sibling = self._notebook_first_term(nexttab) siblingindex = self.term_list.index(sibling) for term in termslice: self.term_list.insert(siblingindex, term) siblingindex += 1 else: #other pages, we insert after the last term of previous page previoustab = notebook.get_nth_page(page_num - 1) sibling = self._notebook_last_term(previoustab) siblingindex = self.term_list.index(sibling) for term in termslice: siblingindex += 1 self.term_list.insert(siblingindex, term) #for page reorder, we need to get the first term of a notebook def notebook_first_term(self, notebook): return self._notebook_first_term(notebook.get_nth_page(0)) def _notebook_first_term(self, child): if isinstance(child, TerminatorTerm): return child elif isinstance(child, gtk.Paned): return self._notebook_first_term(child.get_child1()) elif isinstance(child, gtk.Notebook): return self._notebook_first_term(child.get_nth_page(0)) dbg("[ERROR] unsupported class %s in _notebook_first_term" % child.__class__.__name__) return None #for page reorder, we need to get the last term of a notebook def notebook_last_term(self, notebook): return self._notebook_last_term(notebook.get_nth_page(notebook.get_n_pages()-1)) def _notebook_last_term(self, child): if isinstance(child, TerminatorTerm): return child elif isinstance(child, gtk.Paned): return self._notebook_last_term(child.get_child2()) elif isinstance(child, gtk.Notebook): return self._notebook_last_term(child.get_nth_page(child.get_n_pages()-1)) dbg("[ERROR] unsupported class %s in _notebook_last_term" % child.__class__.__name__) return None def newtab(self,widget, toplevel = False, command = None): if self._zoomed: # We don't want to add a new tab while we are zoomed in on a terminal dbg ("newtab function called, but Terminator was in zoomed terminal mode.") return terminal = TerminatorTerm (self, self.profile, command, widget.get_cwd()) #only one term, we don't show the title terminal._titlebox.hide() if self.conf.extreme_tabs and not toplevel: parent = widget.get_parent () child = widget else: child = self.window.get_children()[0] parent = child.get_parent() if isinstance(parent, gtk.Paned) or (isinstance(parent, gtk.Window) and ((self.conf.extreme_tabs and not toplevel) or not isinstance(child, gtk.Notebook))): #no notebook yet. notebook = gtk.Notebook() if self._tab_reorderable: notebook.connect('page-reordered',self.on_page_reordered) notebook.set_tab_reorderable(widget, True) notebook.set_property('homogeneous', not self.conf.scroll_tabbar) notebook.set_scrollable (self.conf.scroll_tabbar) # Config validates this. pos = getattr(gtk, "POS_%s" % self.conf.tab_position.upper()) notebook.set_tab_pos(pos) notebook.set_show_tabs (not self.conf.hide_tabbar) if isinstance(parent, gtk.Paned): if parent.get_child1() == child: child.reparent(notebook) parent.pack1(notebook) else: child.reparent(notebook) parent.pack2(notebook) elif isinstance(parent, gtk.Window): child.reparent(notebook) parent.add(notebook) if self._tab_reorderable: notebook.set_tab_reorderable(child,True) notebooklabel = "" if isinstance(child, TerminatorTerm): child._titlebox.hide() if widget.get_window_title() is not None: notebooklabel = widget.get_window_title() notebooktablabel = TerminatorNotebookTabLabel(notebooklabel, notebook, self) notebook.set_tab_label(child, notebooktablabel) notebook.set_tab_label_packing(child, not self.conf.scroll_tabbar, not self.conf.scroll_tabbar, gtk.PACK_START) wal = self.window.allocation if not (self._maximised or self._fullscreen): self.window.resize(wal.width, min(wal.height + notebooktablabel.height_request(), gtk.gdk.screen_height())) notebook.show() elif isinstance(parent, gtk.Notebook): notebook = parent elif isinstance(parent, gtk.Window) and isinstance(child, gtk.Notebook): notebook = child else: return (False) ## NOTE ## Here we need to append to the notebook before we can ## spawn the terminal (WINDOW_ID needs to be set) notebook.append_page(terminal,None) terminal.show () terminal.spawn_child () notebooklabel = terminal.get_window_title() notebooktablabel = TerminatorNotebookTabLabel(notebooklabel, notebook, self) notebook.set_tab_label(terminal, notebooktablabel) notebook.set_tab_label_packing(terminal, not self.conf.scroll_tabbar, not self.conf.scroll_tabbar, gtk.PACK_START) if self._tab_reorderable: notebook.set_tab_reorderable(terminal,True) ## Now, we set focus on the new term notebook.set_current_page(-1) terminal._vte.grab_focus () #adding a new tab, thus we need to get the # last term of the previous tab and add # the new term just after sibling = self._notebook_last_term(notebook.get_nth_page(notebook.page_num(terminal)-1)) index = self.term_list.index(sibling) self.term_list.insert (index + 1, terminal) return (True) def splitaxis (self, widget, vertical=True, command=None): """ Split the provided widget on the horizontal or vertical axis. """ if self._zoomed: # We don't want to split the terminal while we are in zoomed mode dbg ("splitaxis function called, but Terminator was in zoomed mode.") return # create a new terminal and parent pane. terminal = TerminatorTerm (self, self.profile, command, widget.get_cwd()) if self.splittogroup: terminal.set_group (None, widget._group) pos = vertical and "right" or "bottom" self.add(widget, terminal, pos) terminal.show () terminal.spawn_child () return def remove(self, widget, keep = False): """Remove a TerminatorTerm from the Terminator view and terms list Returns True on success, False on failure""" parent = widget.get_parent () sibling = None focus_on_close = 'prev' if isinstance (parent, gtk.Window): # We are the only term if not self.on_delete_event (parent, gtk.gdk.Event (gtk.gdk.DELETE)): self.on_destroy_event (parent, gtk.gdk.Event (gtk.gdk.DESTROY)) return True elif isinstance (parent, gtk.Paned): index = self.term_list.index (widget) grandparent = parent.get_parent () # Discover sibling while all objects exist if widget == parent.get_child1 (): sibling = parent.get_child2 () focus_on_close = 'next' if widget == parent.get_child2 (): sibling = parent.get_child1 () if not sibling: # something is wrong, give up err ("Error: %s is not a child of %s"%(widget, parent)) return False parent.remove(widget) if isinstance(grandparent, gtk.Notebook): page = -1 for i in xrange(0, grandparent.get_n_pages()): if grandparent.get_nth_page(i) == parent: page = i break label = grandparent.get_tab_label (parent) parent.remove(sibling) grandparent.remove_page(page) grandparent.insert_page(sibling, None,page) grandparent.set_tab_label(sibling, label) grandparent.set_tab_label_packing(sibling, not self.conf.scroll_tabbar, not self.conf.scroll_tabbar, gtk.PACK_START) if self._tab_reorderable: grandparent.set_tab_reorderable(sibling, True) grandparent.set_current_page(page) else: grandparent.remove (parent) sibling.reparent (grandparent) if not self._zoomed: grandparent.resize_children() if isinstance(sibling, TerminatorTerm) and isinstance(sibling.get_parent(), gtk.Notebook): sibling._titlebox.hide() self.term_list.remove (widget) if not keep: widget._vte.get_parent().remove(widget._vte) widget._vte = None elif isinstance (parent, gtk.Notebook): parent.remove(widget) nbpages = parent.get_n_pages() index = self.term_list.index (widget) self.term_list.remove (widget) if not keep: widget._vte.get_parent().remove(widget._vte) widget._vte = None if nbpages == 1: if self.window.allocation.height != gtk.gdk.screen_height(): self.window.resize(self.window.allocation.width, min(self.window.allocation.height - parent.get_tab_label(parent.get_nth_page(0)).height_request(), gtk.gdk.screen_height())) sibling = parent.get_nth_page(0) parent.remove(sibling) gdparent = parent.get_parent() if isinstance(gdparent, gtk.Window): gdparent.remove(parent) gdparent.add(sibling) elif isinstance(gdparent, gtk.Paned): if gdparent.get_child1() == parent: gdparent.remove(parent) gdparent.pack1(sibling) else: gdparent.remove(parent) gdparent.pack2(sibling) if isinstance(sibling, TerminatorTerm) and sibling.conf.titlebars and sibling.conf.extreme_tabs: sibling._titlebox.show() else: err('Attempting to remove terminal from unknown parent: %s' % parent) if self.conf.focus_on_close == 'prev' or ( self.conf.focus_on_close == 'auto' and focus_on_close == 'prev'): if index == 0: index = 1 self.term_list[index - 1]._vte.grab_focus () self._set_current_notebook_page_recursive(self.term_list[index - 1]) elif self.conf.focus_on_close == 'next' or ( self.conf.focus_on_close == 'auto' and focus_on_close == 'next'): if index == len(self.term_list): index = index - 1 self.term_list[index]._vte.grab_focus () self._set_current_notebook_page_recursive(self.term_list[index]) if len(self.term_list) == 1: self.term_list[0]._titlebox.hide() return True def closeterm (self, widget): if self._zoomed: # We are zoomed, pop back out to normal layout before closing dbg ("closeterm function called while in zoomed mode. Restoring previous layout before closing.") self.toggle_zoom(widget, not self._maximised) if self.remove(widget): self.group_hoover() return True return False def closegroupedterms (self, widget): if self._zoomed: # We are zoomed, pop back out to normal layout before closing dbg ("closeterm function called while in zoomed mode. Restoring previous layout before closing.") self.toggle_zoom(widget, not self._maximised) widget_group = widget._group all_closed = True for term in self.term_list[:]: if term._group == widget_group and not self.remove(term): all_closed = False self.group_hoover() return all_closed def go_to (self, term, selector): current = self.term_list.index (term) target = selector (term) if not target is None: term = self.term_list[target] ##we need to set the current page of each notebook self._set_current_notebook_page_recursive(term) term._vte.grab_focus () def _select_direction (self, term, matcher): '''Return index of terminal in given direction''' # Handle either TerminatorTerm or int index if type(term) == int: current = term term = self.term_list[current] else: current = self.term_list.index (term) current_geo = term.get_geometry () best_index = None best_geo = None for i in range(0,len(self.term_list)): if i == current: continue possible = self.term_list[i] possible_geo = possible.get_geometry () #import pprint #print "I am %d" % (current) #pprint.pprint(current_geo) #print "I saw %d" % (i) #pprint.pprint(possible_geo) if matcher (current_geo, possible_geo, best_geo): best_index = i best_geo = possible_geo #if best_index is None: # print "nothing best" #else: # print "sending %d" % (best_index) return best_index def _match_up (self, current_geo, possible_geo, best_geo): '''We want to find terminals that are fully above the top border, but closest in the y direction, breaking ties via the closest cursor x position.''' #print "matching up..." # top edge of the current terminal edge = current_geo['origin_y'] # botoom edge of the possible target new_edge = possible_geo['origin_y']+possible_geo['span_y'] # Width of the horizontal bar that splits terminals horizontalBar = self.term_list[0].get_parent().style_get_property('handle-size') + self.term_list[0]._titlebox.get_allocation().height # Vertical distance between two terminals distance = current_geo['offset_y'] - (possible_geo['offset_y'] + possible_geo['span_y']) if new_edge < edge: #print "new_edge < edge" if best_geo is None: #print "first thing left" return True best_edge = best_geo['origin_y']+best_geo['span_y'] if new_edge > best_edge and distance == horizontalBar: #print "closer y" return True if new_edge == best_edge: #print "same y" cursor = current_geo['origin_x'] + current_geo['cursor_x'] new_cursor = possible_geo['origin_x'] + possible_geo['cursor_x'] best_cursor = best_geo['origin_x'] + best_geo['cursor_x'] if abs(new_cursor - cursor) < abs(best_cursor - cursor): #print "closer x" return True else: if distance == horizontalBar: return True #print "fail" return False def _match_down (self, current_geo, possible_geo, best_geo): '''We want to find terminals that are fully below the bottom border, but closest in the y direction, breaking ties via the closest cursor x position.''' #print "matching down..." # bottom edge of the current terminal edge = current_geo['origin_y']+current_geo['span_y'] # top edge of the possible target new_edge = possible_geo['origin_y'] #print "edge: %d new_edge: %d" % (edge, new_edge) # Width of the horizontal bar that splits terminals horizontalBar = self.term_list[0].get_parent().style_get_property('handle-size') + self.term_list[0]._titlebox.get_allocation().height # Vertical distance between two terminals distance = possible_geo['offset_y'] - (current_geo['offset_y'] + current_geo['span_y']) if new_edge > edge: #print "new_edge > edge" if best_geo is None: #print "first thing right" return True best_edge = best_geo['origin_y'] #print "best_edge: %d" % (best_edge) if new_edge < best_edge and distance == horizontalBar: #print "closer y" return True if new_edge == best_edge: #print "same y" cursor = current_geo['origin_x'] + current_geo['cursor_x'] new_cursor = possible_geo['origin_x'] + possible_geo['cursor_x'] best_cursor = best_geo['origin_x'] + best_geo['cursor_x'] if abs(new_cursor - cursor) < abs(best_cursor - cursor): #print "closer x" return True else: if distance == horizontalBar: return True #print "fail" return False def _match_left (self, current_geo, possible_geo, best_geo): '''We want to find terminals that are fully to the left of the left-side border, but closest in the x direction, breaking ties via the closest cursor y position.''' #print "matching left..." # left-side edge of the current terminal edge = current_geo['origin_x'] # right-side edge of the possible target new_edge = possible_geo['origin_x']+possible_geo['span_x'] # Width of the horizontal bar that splits terminals horizontalBar = self.term_list[0].get_parent().style_get_property('handle-size') + self.term_list[0]._titlebox.get_allocation().height # Width of the vertical bar that splits terminals if self.term_list[0].is_scrollbar_present(): verticalBar = self.term_list[0].get_parent().style_get_property('handle-size') + self.term_list[0].get_parent().style_get_property('scroll-arrow-vlength') else: verticalBar = self.term_list[0].get_parent().style_get_property('handle-size') # Horizontal distance between two terminals distance = current_geo['offset_x'] - (possible_geo['offset_x'] + possible_geo['span_x']) if new_edge <= edge: #print "new_edge(%d) < edge(%d)" % (new_edge, edge) if best_geo is None: #print "first thing left" return True best_edge = best_geo['origin_x']+best_geo['span_x'] if new_edge > best_edge and distance == verticalBar: #print "closer x (new_edge(%d) > best_edge(%d))" % (new_edge, best_edge) return True if new_edge == best_edge: #print "same x" cursor = current_geo['origin_y'] + current_geo['cursor_y'] new_cursor = possible_geo['origin_y'] + possible_geo['cursor_y'] best_cursor = best_geo['origin_y'] + best_geo['cursor_y'] if abs(new_cursor - cursor) < abs(best_cursor - cursor) and distance <> horizontalBar: #print "closer y" return True #print "fail" return False def _match_right (self, current_geo, possible_geo, best_geo): '''We want to find terminals that are fully to the right of the right-side border, but closest in the x direction, breaking ties via the closest cursor y position.''' #print "matching right..." # right-side edge of the current terminal edge = current_geo['origin_x']+current_geo['span_x'] # left-side edge of the possible target new_edge = possible_geo['origin_x'] #print "edge: %d new_edge: %d" % (edge, new_edge) # Width of the horizontal bar that splits terminals horizontalBar = self.term_list[0].get_parent().style_get_property('handle-size') + self.term_list[0]._titlebox.get_allocation().height # Width of the vertical bar that splits terminals if self.term_list[0].is_scrollbar_present(): verticalBar = self.term_list[0].get_parent().style_get_property('handle-size') + self.term_list[0].get_parent().style_get_property('scroll-arrow-vlength') else: verticalBar = self.term_list[0].get_parent().style_get_property('handle-size') # Horizontal distance between two terminals distance = possible_geo['offset_x'] - (current_geo['offset_x'] + current_geo['span_x']) if new_edge >= edge: #print "new_edge > edge" if best_geo is None: #print "first thing right" return True best_edge = best_geo['origin_x'] #print "best_edge: %d" % (best_edge) if new_edge < best_edge and distance == verticalBar: #print "closer x" return True if new_edge == best_edge: #print "same x" cursor = current_geo['origin_y'] + current_geo['cursor_y'] new_cursor = possible_geo['origin_y'] + possible_geo['cursor_y'] best_cursor = best_geo['origin_y'] + best_geo['cursor_y'] if abs(new_cursor - cursor) < abs(best_cursor - cursor) and distance <> horizontalBar: #print "closer y" return True #print "fail" return False def _select_up (self, term): return self._select_direction (term, self._match_up) def _select_down (self, term): return self._select_direction (term, self._match_down) def _select_left (self, term): return self._select_direction (term, self._match_left) def _select_right (self, term): return self._select_direction (term, self._match_right) def go_next (self, term): self.go_to (term, self._select_next) def go_prev (self, term): self.go_to (term, self._select_prev) def go_up (self, term): self.go_to (term, self._select_up) def go_down (self, term): self.go_to (term, self._select_down) def go_left (self, term): self.go_to (term, self._select_left) def go_right (self, term): self.go_to (term, self._select_right) def _select_next (self, term): current = self.term_list.index (term) next = None if self.conf.cycle_term_tab: notebookpage = self.get_first_notebook_page(term) if notebookpage: last = self._notebook_last_term(notebookpage[1]) first = self._notebook_first_term(notebookpage[1]) if term == last: next = self.term_list.index(first) if next is None: if current == len (self.term_list) - 1: next = 0 else: next = current + 1 return next def _select_prev (self, term): current = self.term_list.index (term) previous = None if self.conf.cycle_term_tab: notebookpage = self.get_first_notebook_page(term) if notebookpage: last = self._notebook_last_term(notebookpage[1]) first = self._notebook_first_term(notebookpage[1]) if term == first: previous = self.term_list.index(last) if previous is None: if current == 0: previous = len (self.term_list) - 1 else: previous = current - 1 return previous def _set_current_notebook_page_recursive(self, widget): page = self.get_first_notebook_page(widget) while page: child = None page_num = page[0].page_num(page[1]) page[0].set_current_page(page_num) page = self.get_first_notebook_page(page[0]) def resizeterm (self, widget, keyname): if keyname in ('Up', 'Down'): type = gtk.VPaned elif keyname in ('Left', 'Right'): type = gtk.HPaned else: err ("Invalid keytype: %s" % type) return parent = self.get_first_parent_widget(widget, type) if parent is None: return #We have a corresponding parent pane # #allocation = parent.get_allocation() if keyname in ('Up', 'Down'): maxi = parent.get_child1().get_allocation().height + parent.get_child2().get_allocation().height - 1 else: maxi = parent.get_child1().get_allocation().width + parent.get_child2().get_allocation().width - 1 move = 10 if keyname in ('Up', 'Left'): move = -10 move = max(2, parent.get_position() + move) move = min(maxi, move) parent.set_position(move) def previous_tab(self, term): notebook = self.get_first_parent_notebook(term) if notebook: cur = notebook.get_current_page() pages = notebook.get_n_pages() if cur == 0: notebook.set_current_page(pages - 1) else: notebook.prev_page() # This seems to be required in some versions of (py)gtk. # Without it, the selection changes, but the displayed page doesn't change # Seen in gtk-2.12.11 and pygtk-2.12.1 at least. notebook.set_current_page(notebook.get_current_page()) def next_tab(self, term): notebook = self.get_first_parent_notebook(term) if notebook: cur = notebook.get_current_page() pages = notebook.get_n_pages() if cur == pages - 1: notebook.set_current_page(0) else: notebook.next_page() notebook.set_current_page(notebook.get_current_page()) def switch_to_tab(self, term, index): notebook = self.get_first_parent_notebook(term) if notebook: notebook.set_current_page(index) notebook.set_current_page(notebook.get_current_page()) def move_tab(self, term, direction): dbg("moving to direction %s" % direction) data = self.get_first_notebook_page(term) if data is None: return False (notebook, page) = data page_num = notebook.page_num(page) nbpages = notebook.get_n_pages() #dbg ("%s %s %s %s" % (page_num, nbpages,notebook, page)) if page_num == 0 and direction == 'left': new_page_num = nbpages elif page_num == nbpages - 1 and direction == 'right': new_page_num = 0 elif direction == 'left': new_page_num = page_num - 1 elif direction == 'right': new_page_num = page_num + 1 else: dbg("[ERROR] unhandled combination in move_tab: direction = %s page_num = %d" % (direction, page_num)) return False notebook.reorder_child(page, new_page_num) return True def get_first_parent_notebook(self, widget): if isinstance (widget, gtk.Window): return None parent = widget.get_parent() if isinstance (parent, gtk.Notebook): return parent return self.get_first_parent_notebook(parent) def get_first_parent_widget (self, widget, type): """This method searches up through the gtk widget heirarchy of 'widget' until it finds a parent widget of type 'type'""" while not isinstance(widget.get_parent(), type): widget = widget.get_parent() if widget is None: return widget return widget.get_parent() def get_first_notebook_page(self, widget): if isinstance (widget, gtk.Window) or widget is None: return None parent = widget.get_parent() if isinstance (parent, gtk.Notebook): page = -1 for i in xrange(0, parent.get_n_pages()): if parent.get_nth_page(i) == widget: return (parent, widget) return self.get_first_notebook_page(parent) def reconfigure_vtes (self): for term in self.term_list: term.reconfigure_vte () def toggle_zoom(self, widget, fontscale = False): if not self._zoomed: widget._titlebars = widget._titlebox.get_property ('visible') dbg ('toggle_zoom: not zoomed. remembered titlebar setting of %s'%widget._titlebars) if widget._titlebars: widget._titlebox.hide() self.zoom_term (widget, fontscale) else: dbg ('toggle_zoom: zoomed. restoring titlebar setting of %s'%widget._titlebars) self.unzoom_term (widget, True) if widget._titlebars and \ len(self.term_list) > 1 \ and \ (isinstance(widget, TerminatorTerm) and isinstance(widget.get_parent(),gtk.Paned))\ : widget._titlebox.show() widget._vte.grab_focus() widget._titlebox.update() def zoom_term (self, widget, fontscale = False): """Maximize to full window an instance of TerminatorTerm.""" self.old_font = widget._vte.get_font () self.old_char_height = widget._vte.get_char_height () self.old_char_width = widget._vte.get_char_width () self.old_allocation = widget._vte.get_allocation () self.old_padding = widget._vte.get_padding () self.old_columns = widget._vte.get_column_count () self.old_rows = widget._vte.get_row_count () self.old_parent = widget.get_parent() if isinstance(self.old_parent, gtk.Window): return if isinstance(self.old_parent, gtk.Notebook): self.old_page = self.old_parent.get_current_page() self.old_label = self.old_parent.get_tab_label (self.old_parent.get_nth_page (self.old_page)) self.window_child = self.window.get_children()[0] self.window.remove(self.window_child) self.old_parent.remove(widget) self.window.add(widget) self._zoomed = True if fontscale: self.cnid = widget.connect ("size-allocate", self.zoom_scale_font) else: self._maximised = True widget._vte.grab_focus () def zoom_scale_font (self, widget, allocation): # Disconnect ourself so we don't get called again widget.disconnect (self.cnid) new_columns = widget._vte.get_column_count () new_rows = widget._vte.get_row_count () new_font = widget._vte.get_font () new_allocation = widget._vte.get_allocation () old_alloc = { 'x': self.old_allocation.width - self.old_padding[0], 'y': self.old_allocation.height - self.old_padding[1] }; dbg ('zoom_scale_font: I just went from %dx%d to %dx%d.'%(self.old_columns, self.old_rows, new_columns, new_rows)) if (new_rows == self.old_rows) or (new_columns == self.old_columns): dbg ('zoom_scale_font: At least one of my axes didn not change size. Refusing to zoom') return old_char_spacing = old_alloc['x'] - (self.old_columns * self.old_char_width) old_line_spacing = old_alloc['y'] - (self.old_rows * self.old_char_height) dbg ('zoom_scale_font: char. %d = %d - (%d * %d)' % (old_char_spacing, old_alloc['x'], self.old_columns, self.old_char_width)) dbg ('zoom_scale_font: lines. %d = %d - (%d * %d)' % (old_line_spacing, old_alloc['y'], self.old_rows, self.old_char_height)) dbg ('zoom_scale_font: Previously my char spacing was %d and my row spacing was %d' % (old_char_spacing, old_line_spacing)) old_area = self.old_columns * self.old_rows new_area = new_columns * new_rows area_factor = new_area / old_area dbg ('zoom_scale_font: My area changed from %d characters to %d characters, a factor of %f.'%(old_area, new_area, area_factor)) dbg ('zoom_scale_font: Post-scale-factor, char spacing should be %d and row spacing %d' % (old_char_spacing * (area_factor/2), old_line_spacing * (area_factor/2))) dbg ('zoom_scale_font: char width should be %d, it was %d' % ((new_allocation.width - (old_char_spacing * (area_factor / 2)))/self.old_columns, self.old_char_width)) dbg ('zoom_scale_font: char height should be %d, it was %d' % ((new_allocation.height - (old_line_spacing * (area_factor / 2)))/self.old_rows, self.old_char_height)) new_char_width = (new_allocation.width - (old_char_spacing * (area_factor / 2)))/self.old_columns new_char_height = (new_allocation.height - (old_line_spacing * (area_factor / 2)))/self.old_rows font_scaling_factor = min (float(new_char_width) / float(self.old_char_width), float(new_char_height) / float(self.old_char_height)) new_font_size = self.old_font.get_size () * font_scaling_factor * 0.9 if new_font_size < self.old_font.get_size (): dbg ('zoom_scale_font: new font size would have been smaller. bailing.') return new_font.set_size (new_font_size) dbg ('zoom_scale_font: Scaled font from %f to %f'%(self.old_font.get_size () / pango.SCALE, new_font.get_size () / pango.SCALE)) widget._vte.set_font (new_font) def unzoom_term (self, widget, fontscale = False): """Proof of concept: Go back to previous application widget structure. """ if self._zoomed: if fontscale: widget._vte.set_font (self.old_font) self._zoomed = False self._maximised = False self.window.remove(widget) self.window.add(self.window_child) if isinstance(self.old_parent, gtk.Notebook): self.old_parent.insert_page(widget, None, self.old_page) self.old_parent.set_tab_label(widget, self.old_label) self.old_parent.set_tab_label_packing(widget, not self.conf.scroll_tabbar, not self.conf.scroll_tabbar, gtk.PACK_START) if self._tab_reorderable: self.old_parent.set_tab_reorderable(widget, True) self.old_parent.set_current_page(self.old_page) else: self.old_parent.add(widget) widget._vte.grab_focus () def edit_profile (self, widget): if not self.options: self.options = ProfileEditor(self) self.options.go() def group_emit (self, terminatorterm, group, type, event): for term in self.term_list: if term != terminatorterm and term._group == group: term._vte.emit (type, event) def all_emit (self, terminatorterm, type, event): for term in self.term_list: if term != terminatorterm: term._vte.emit (type, event) def group_hoover (self): if self.autocleangroups: destroy = [] for group in self.groupings: save = False for term in self.term_list: if term._group == group: save = True if not save: destroy.append (group) for group in destroy: self.groupings.remove (group)