/* Copyright (C) 2000, 2001 Shawn Betts * * This file is part of ratpoison. * * ratpoison 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; either version 2, or (at your option) * any later version. * * ratpoison 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 software; see the file COPYING. If not, write to * the Free Software Foundation, Inc., 59 Temple Place, Suite 330, * Boston, MA 02111-1307 USA */ #include #include #include #include #include #include "ratpoison.h" static rp_action *key_actions; static int key_actions_last; static int key_actions_table_size; static user_command user_commands[] = { {"abort", cmd_abort, arg_VOID}, {"banish", cmd_banish, arg_VOID}, {"bind", cmd_bind, arg_VOID}, {"clock", cmd_clock, arg_VOID}, {"colon", cmd_colon, arg_STRING}, {"curframe", cmd_curframe, arg_VOID}, {"delete", cmd_delete, arg_VOID}, {"echo", cmd_echo, arg_STRING}, {"escape", cmd_escape, arg_STRING}, {"exec", cmd_exec, arg_STRING}, {"focus", cmd_next_frame, arg_VOID}, {"generate", cmd_generate, arg_STRING}, /* rename to stuff */ {"help", cmd_help, arg_VOID}, {"hsplit", cmd_h_split, arg_VOID}, {"kill", cmd_kill, arg_VOID}, {"maximize", cmd_maximize, arg_VOID}, {"newwm", cmd_newwm, arg_STRING}, {"next", cmd_next, arg_VOID}, {"number", cmd_number, arg_STRING}, {"only", cmd_only, arg_VOID}, {"other", cmd_other, arg_VOID}, {"pos", cmd_pos, arg_STRING}, {"prev", cmd_prev, arg_VOID}, {"quit", cmd_quit, arg_VOID}, {"remove", cmd_remove, arg_VOID}, {"rudeness", cmd_rudeness, arg_STRING}, {"select", cmd_select, arg_STRING}, {"source", cmd_source, arg_STRING}, {"split", cmd_h_split, arg_VOID}, {"title", cmd_rename, arg_STRING}, {"unbind", cmd_unbind, arg_STRING}, {"version", cmd_version, arg_VOID}, {"vsplit", cmd_v_split, arg_VOID}, {"windows", cmd_windows, arg_VOID}, /* Commands to set default behavior. */ {"defbarloc", cmd_defbarloc, arg_STRING}, {"defbartimeout", cmd_defbartimeout, arg_STRING}, {"defborder", cmd_defborder, arg_STRING}, {"deffont", cmd_deffont, arg_STRING}, {"definputwidth", cmd_definputwidth, arg_STRING}, {"defmaxsizepos", cmd_defmaxsizepos, arg_STRING}, {"defpadding", cmd_defpadding, arg_STRING}, {"deftranspos", cmd_deftranspos, arg_STRING}, {"defwaitcursor", cmd_defwaitcursor, arg_STRING}, {"defwinfmt", cmd_defwinfmt, arg_STRING}, {"defwinname", cmd_defwinname, arg_STRING}, {"defwinpos", cmd_defwinpos, arg_STRING}, {"deffgcolor", cmd_deffgcolor, arg_STRING}, {"defbgcolor", cmd_defbgcolor, arg_STRING}, /* Commands to help debug ratpoison. */ #ifdef DEBUG #endif /* the following screen commands may or may not be able to be implemented. See the screen documentation for what should be emulated with these commands */ #if 0 {"hardcopy", cmd_unimplemented, arg_VOID}, {"lastmsg", cmd_unimplemented, arg_VOID}, {"license", cmd_unimplemented, arg_VOID}, {"lockscreen", cmd_unimplemented, arg_VOID}, {"meta", cmd_unimplemented, arg_VOID}, {"msgminwait", cmd_unimplemented, arg_VOID}, {"msgwait", cmd_unimplemented, arg_VOID}, {"nethack", cmd_unimplemented, arg_VOID}, {"redisplay", cmd_unimplemented, arg_VOID}, {"screen", cmd_unimplemented, arg_VOID}, {"setenv", cmd_unimplemented, arg_VOID}, {"shell", cmd_unimplemented, arg_VOID}, {"shelltitle", cmd_unimplemented, arg_VOID}, {"sleep", cmd_unimplemented, arg_VOID}, {"sorendition", cmd_unimplemented, arg_VOID}, {"startup_message", cmd_unimplemented, arg_VOID}, {"stuff", cmd_unimplemented, arg_VOID}, #endif {0, 0, 0} }; rp_action* find_keybinding_by_action (char *action) { int i; for (i=0; i= key_actions_table_size) { /* double the key table size */ key_actions_table_size *= 2; key_actions = (rp_action*) xrealloc (key_actions, sizeof (rp_action) * key_actions_table_size); PRINT_DEBUG ("realloc()ed key_table %d\n", key_actions_table_size); } key_actions[key_actions_last].key = keysym; key_actions[key_actions_last].state = state; key_actions[key_actions_last].data = strdup (cmd); /* free this on shutdown, or re/unbinding */ ++key_actions_last; } static void replace_keybinding (rp_action *key_action, char *newcmd) { if (strlen (key_action->data) < strlen (newcmd)) key_action->data = (char*) realloc (key_action->data, strlen (newcmd) + 1); strcpy (key_action->data, newcmd); } static int remove_keybinding (KeySym keysym, int state) { int i; int found = -1; for (i=0; i= 0) { free (key_actions[found].data); memmove (&key_actions[found], &key_actions[found+1], sizeof (rp_action) * (key_actions_last - found - 1)); key_actions_last--; return 1; } return 0; } void initialize_default_keybindings (void) { key_actions_table_size = 1; key_actions = (rp_action*) xmalloc (sizeof (rp_action) * key_actions_table_size); key_actions_last = 0; prefix_key.sym = KEY_PREFIX; prefix_key.state = MODIFIER_PREFIX; add_keybinding (prefix_key.sym, prefix_key.state, "other"); add_keybinding (prefix_key.sym, 0, "generate"); add_keybinding (XK_g, ControlMask, "abort"); add_keybinding (XK_0, 0, "select 0"); add_keybinding (XK_1, 0, "select 1"); add_keybinding (XK_2, 0, "select 2"); add_keybinding (XK_3, 0, "select 3"); add_keybinding (XK_4, 0, "select 4"); add_keybinding (XK_5, 0, "select 5"); add_keybinding (XK_6, 0, "select 6"); add_keybinding (XK_7, 0, "select 7"); add_keybinding (XK_8, 0, "select 8"); add_keybinding (XK_9, 0, "select 9"); add_keybinding (XK_minus, 0, "select -"); add_keybinding (XK_A, 0, "title"); add_keybinding (XK_A, ControlMask, "title"); add_keybinding (XK_K, 0, "kill"); add_keybinding (XK_K, ControlMask, "kill"); add_keybinding (XK_Return, 0, "next"); add_keybinding (XK_Return, ControlMask, "next"); add_keybinding (XK_a, 0, "clock"); add_keybinding (XK_a, ControlMask, "clock"); add_keybinding (XK_b, 0, "banish"); add_keybinding (XK_b, ControlMask, "banish"); add_keybinding (XK_c, 0, "exec " TERM_PROG); add_keybinding (XK_c, ControlMask, "exec " TERM_PROG); add_keybinding (XK_colon, 0, "colon"); add_keybinding (XK_exclam, 0, "exec"); add_keybinding (XK_exclam, ControlMask, "colon exec " TERM_PROG " -e "); add_keybinding (XK_k, 0, "delete"); add_keybinding (XK_k, ControlMask, "delete"); add_keybinding (XK_m, 0, "maximize"); add_keybinding (XK_m, ControlMask, "maximize"); add_keybinding (XK_n, 0, "next"); add_keybinding (XK_n, ControlMask, "next"); add_keybinding (XK_p, 0, "prev"); add_keybinding (XK_p, ControlMask, "prev"); add_keybinding (XK_quoteright, 0, "select"); add_keybinding (XK_quoteright, ControlMask, "select"); add_keybinding (XK_space, 0, "next"); add_keybinding (XK_space, ControlMask, "next"); add_keybinding (XK_v, 0, "version"); add_keybinding (XK_v, ControlMask, "version"); add_keybinding (XK_w, 0, "windows"); add_keybinding (XK_w, ControlMask, "windows"); add_keybinding (XK_s, 0, "split"); add_keybinding (XK_s, ControlMask, "split"); add_keybinding (XK_S, 0, "vsplit"); add_keybinding (XK_S, ControlMask, "vsplit"); add_keybinding (XK_Tab, 0, "focus"); add_keybinding (XK_Q, 0, "only"); add_keybinding (XK_R, 0, "remove"); add_keybinding (XK_f, 0, "curframe"); add_keybinding (XK_f, ControlMask, "curframe"); add_keybinding (XK_question, 0, "help"); } /* return a KeySym from a string that contains either a hex value or an X keysym description */ static int string_to_keysym (char *str) { int retval; int keysym; retval = sscanf (str, "0x%x", &keysym); if (!retval || retval == EOF) keysym = XStringToKeysym (str); return keysym; } struct rp_key* parse_keydesc (char *keydesc) { static struct rp_key key; struct rp_key *p = &key; char *token, *next_token; if (!keydesc) return NULL; p->state = 0; p->sym = 0; if (!strchr (keydesc, '-')) { /* Its got no hyphens in it, so just grab the keysym */ p->sym = string_to_keysym (keydesc); } else { /* Its got hyphens, so parse out the modifiers and keysym */ token = strtok (keydesc, "-"); if (token == NULL) { /* It was nothing but hyphens */ return NULL; } do { next_token = strtok (NULL, "-"); if (next_token == NULL) { /* There is nothing more to parse and token contains the keysym name. */ p->sym = string_to_keysym (token); } else { /* Which modifier is it? Only accept modifiers that are present. ie don't accept a hyper modifier if the keymap has no hyper key. */ if (!strcmp (token, "C")) { p->state |= ControlMask; } else if (!strcmp (token, "M") && rp_modifier_info.meta_mod_mask) { p->state |= rp_modifier_info.meta_mod_mask; } else if (!strcmp (token, "A") && rp_modifier_info.alt_mod_mask) { p->state |= rp_modifier_info.alt_mod_mask; } else if (!strcmp (token, "S") && rp_modifier_info.super_mod_mask) { p->state |= rp_modifier_info.super_mod_mask; } else if (!strcmp (token, "H") && rp_modifier_info.hyper_mod_mask) { p->state |= rp_modifier_info.hyper_mod_mask; } else { return NULL; } } token = next_token; } while (next_token != NULL); } if (!p->sym) return NULL; else return p; } char * cmd_bind (int interactive, void *data) { char *keydesc; char *cmd; if (!data) { message (" bind: two arguments required "); return NULL; } keydesc = (char*) xmalloc (strlen (data + 1)); sscanf (data, "%s", keydesc); cmd = data + strlen (keydesc); /* Gobble remaining whitespace before command starts */ while (*cmd == ' ') { cmd++; } if (!keydesc) message (" bind: two arguments required "); else { if (!cmd || !*cmd) message (" bind: need a command to bind to key "); else { struct rp_key *key = parse_keydesc (keydesc); if (key) { rp_action *key_action; if ((key_action = find_keybinding (key->sym, key->state))) replace_keybinding (key_action, cmd); else add_keybinding (key->sym, key->state, cmd); } else message (" bind: could not parse key description "); } } free (keydesc); return NULL; } char * cmd_unbind (int interactive, void *data) { struct rp_key *key; char *keydesc; if (!data) { message (" unbind: one argument required "); return NULL; } keydesc = (char*) xmalloc (strlen (data + 1)); sscanf (data, "%s", keydesc); key = parse_keydesc (keydesc); if (key) { if (!remove_keybinding (key->sym, key->state)) marked_message_printf (0, 0, " %s unbound key ", keydesc); } else { marked_message_printf (0, 0, " %s unknown key ", keydesc); } free (keydesc); return NULL; } char * cmd_unimplemented (int interactive, void *data) { marked_message (" FIXME: unimplemented command ",0,8); return NULL; } char * cmd_source (int interactive, void *data) { FILE *fileptr; if ((fileptr = fopen ((char*) data, "r")) == NULL) message (" source: error opening file "); else { read_rc_file (fileptr); fclose (fileptr); } return NULL; } char * cmd_generate (int interactive, void *data) { XEvent ev1, ev; ev = rp_current_event; if (current_window() == NULL) return NULL; PRINT_DEBUG ("type==%d\n", ev.xkey.type); PRINT_DEBUG ("serial==%ld\n", ev.xkey.serial); PRINT_DEBUG ("send_event==%d\n", ev.xkey.send_event); PRINT_DEBUG ("display=%p\n", ev.xkey.display); /* PRINT_DEBUG ("root==%x ???\n", ev.xkey.root); */ /* PRINT_DEBUG ("window==%x ???\n", ev.xkey.window); */ /* PRINT_DEBUG ("subwindow==%x ???\n", ev.xkey.subwindow); */ PRINT_DEBUG ("time==%ld\n", ev.xkey.time); PRINT_DEBUG ("x==%d y==%d\n", ev.xkey.x, ev.xkey.y); PRINT_DEBUG ("x_root==%d y_root==%d\n", ev.xkey.x_root, ev.xkey.y_root); PRINT_DEBUG ("state==%d\n", ev.xkey.state); PRINT_DEBUG ("keycode==%d\n", ev.xkey.keycode); PRINT_DEBUG ("same_screen=%d\n", ev.xkey.same_screen); /* I am not sure which of the following fields I have to fill in or what to fill them in with (rcy) I wouldnt be suprised if this breaks in some cases. */ ev1.xkey.type = KeyPress; /* ev1.xkey.serial = */ /* ev1.xkey.send_event = */ ev1.xkey.display = dpy; /* ev1.xkey.root = */ ev1.xkey.window = current_window()->w; /* ev1.xkey.subwindow = */ /* ev1.xkey.time = ev.xkey.time; */ /* ev1.xkey.x == */ /* ev1.xkey.y == */ /* ev1.xkey.x_root == */ /* ev1.xkey.y_root == */ ev1.xkey.state = prefix_key.state; ev1.xkey.keycode = XKeysymToKeycode (dpy, prefix_key.sym); XSendEvent (dpy, current_window()->w, False, KeyPressMask, &ev1); /* XTestFakeKeyEvent (dpy, XKeysymToKeycode (dpy, 't'), True, 0); */ XSync (dpy, False); return NULL; } char * cmd_prev (int interactive, void *data) { rp_window *w; /* If the current frame is empty find the last accessed window and put it in the frame */ if (!current_window()) { set_active_window (find_window_other()); if (!current_window()) message (MESSAGE_NO_MANAGED_WINDOWS); return NULL; } else { w = find_window_prev (current_window()); if (!w) message (MESSAGE_NO_OTHER_WINDOW); else set_active_window (w); } return NULL; } char * cmd_prev_frame (int interactive, void *data) { rp_window_frame *frame; frame = find_frame_prev (rp_current_frame); if (!frame) message (MESSAGE_NO_OTHER_WINDOW); else set_active_frame (frame); return NULL; } char * cmd_next (int interactive, void *data) { rp_window *w; /* If the current frame is empty find the last accessed window and put it in the frame */ if (!current_window()) { set_active_window (find_window_other()); if (!current_window()) message (MESSAGE_NO_MANAGED_WINDOWS); return NULL; } else { w = find_window_next (current_window()); if (!w) message (MESSAGE_NO_OTHER_WINDOW); else set_active_window (w); } return NULL; } char * cmd_next_frame (int interactive, void *data) { rp_window_frame *frame; frame = find_frame_next (rp_current_frame); if (!frame) message (MESSAGE_NO_OTHER_FRAME); else set_active_frame (frame); return NULL; } char * cmd_other (int interactive, void *data) { rp_window *w; w = find_window_other (); if (!w) message (MESSAGE_NO_OTHER_WINDOW); else set_active_window (w); return NULL; } static int string_to_window_number (char *str) { int i; char *s; for (i = 0, s = str; *s; s++) { if (*s < '0' || *s > '9') break; i = i * 10 + (*s - '0'); } return *s ? -1 : i; } /* switch to window number or name */ char * cmd_select (int interactive, void *data) { char *str; int n; rp_window *w; if (data == NULL) str = get_input (MESSAGE_PROMPT_SWITCH_TO_WINDOW); else str = strdup ((char *) data); /* User aborted. */ if (str == NULL) return NULL; /* Only search if the string contains something to search for. */ if (strlen (str) > 0) { if (strlen (str) == 1 && str[0] == '-') { blank_frame (rp_current_frame); } /* else if ((w = find_window_name (str))) */ /* { */ /* goto_window (w); */ /* } */ /* try by number */ else if ((n = string_to_window_number (str)) >= 0) { if ((w = find_window_number (n))) goto_window (w); else /* show the window list as feedback */ show_bar (current_screen ()); } else /* try by name */ { if ((w = find_window_name (str))) goto_window (w); else /* we need to format a string that includes the str */ message (" no window by that name "); } } free (str); return NULL; } char * cmd_rename (int interactive, void *data) { char *winname; if (current_window() == NULL) return NULL; if (data == NULL) winname = get_input (MESSAGE_PROMPT_NEW_WINDOW_NAME); else winname = strdup ((char *) data); /* User aborted. */ if (winname == NULL) return NULL; if (*winname) { free (current_window()->user_name); current_window()->user_name = xmalloc (sizeof (char) * strlen (winname) + 1); strcpy (current_window()->user_name, winname); current_window()->named = 1; /* Update the program bar. */ update_window_names (current_screen()); } free (winname); return NULL; } char * cmd_delete (int interactive, void *data) { XEvent ev; int status; if (current_window() == NULL) return NULL; ev.xclient.type = ClientMessage; ev.xclient.window = current_window()->w; ev.xclient.message_type = wm_protocols; ev.xclient.format = 32; ev.xclient.data.l[0] = wm_delete; ev.xclient.data.l[1] = CurrentTime; status = XSendEvent(dpy, current_window()->w, False, 0, &ev); if (status == 0) PRINT_DEBUG ("Delete window failed\n"); return NULL; } char * cmd_kill (int interactive, void *data) { if (current_window() == NULL) return NULL; XKillClient(dpy, current_window()->w); return NULL; } char * cmd_version (int interactive, void *data) { message (" " PACKAGE " " VERSION " "); return NULL; } char * command (int interactive, char *data) { char *result = NULL; char *cmd, *rest; char *input; user_command *uc; if (data == NULL) return NULL; /* get a writable copy for strtok() */ input = strdup ((char *) data); cmd = strtok (input, " "); if (cmd == NULL) goto done; rest = strtok (NULL, "\0"); PRINT_DEBUG ("cmd==%s rest==%s\n", cmd, (char*)rest); /* find the command */ for (uc = user_commands; uc->name; uc++) { if (!strcmp (cmd, uc->name)) { result = uc->func (interactive, rest); goto done; } } marked_message_printf (0, 0, MESSAGE_UNKNOWN_COMMAND, cmd); done: free (input); return result; } char * cmd_colon (int interactive, void *data) { char *result; char *input; if (data == NULL) input = get_input (MESSAGE_PROMPT_COMMAND); else input = get_more_input (MESSAGE_PROMPT_COMMAND, data); /* User aborted. */ if (input == NULL) return NULL; result = command (1, input); /* Gobble the result. */ if (result) free (result); free (input); return NULL; } char * cmd_exec (int interactive, void *data) { char *cmd; if (data == NULL) cmd = get_input (MESSAGE_PROMPT_SHELL_COMMAND); else cmd = strdup ((char *) data); /* User aborted. */ if (cmd == NULL) return NULL; spawn (cmd); free (cmd); return NULL; } void spawn(void *data) { char *cmd = data; /* * ugly dance to avoid leaving zombies. Could use SIGCHLD, * but it's not very portable. */ if (fork() == 0) { if (fork() == 0) { putenv(DisplayString(dpy)); execl("/bin/sh", "sh", "-c", cmd, 0); PRINT_ERROR ("exec '%s' ", cmd); perror(" failed"); exit(EXIT_FAILURE); } exit(0); } wait((int *) 0); PRINT_DEBUG ("spawned %s\n", cmd); } /* Switch to a different Window Manager. Thanks to "Chr. v. Stuckrad" for the patch. */ char * cmd_newwm(int interactive, void *data) { char *prog; if (data == NULL) prog = get_input (MESSAGE_PROMPT_SWITCH_WM); else prog = strdup ((char *) data); /* User aborted. */ if (prog == NULL) return NULL; PRINT_DEBUG ("Switching to %s\n", prog); putenv(DisplayString(dpy)); execlp(prog, prog, 0); PRINT_ERROR ("exec %s ", prog); perror(" failed"); free (prog); return NULL; } /* Quit ratpoison. Thanks to "Chr. v. Stuckrad" for the patch. */ char * cmd_quit(int interactive, void *data) { PRINT_DEBUG ("Exiting\n"); clean_up (); exit (EXIT_SUCCESS); /* Never gets here. */ return NULL; } /* Show the current time on the bar. Thanks to Martin Samuelsson for the patch. Thanks to Jonathan Walther for making it pretty. */ char * cmd_clock (int interactive, void *data) { char *msg, *tmp; time_t timep; timep = time(NULL); tmp = ctime(&timep); msg = xmalloc (strlen (tmp)); strncpy(msg, tmp, strlen (tmp) - 1); /* Remove the newline */ msg[strlen(tmp) - 1] = 0; marked_message_printf (0, 0, " %s ", msg); free (msg); return NULL; } /* Assign a new number to a window ala screen's number command. Thanks to Martin Samuelsson for the original patch. */ char * cmd_number (int interactive, void *data) { int old_number, new_number; rp_window *other_win; char *str; if (current_window() == NULL) return NULL; if (data == NULL) { print_window_information (current_window()); return NULL; } else { str = strdup ((char *) data); } if ((new_number = string_to_window_number (str)) >= 0) { /* Find other window with same number and give it old number. */ other_win = find_window_number (new_number); if (other_win != NULL) { old_number = current_window()->number; other_win->number = old_number; /* Resort the the window in the list */ remove_from_list (other_win); insert_into_list (other_win, rp_mapped_window_sentinel); } else { return_window_number (current_window()->number); } current_window()->number = new_number; add_window_number (new_number); /* resort the the window in the list */ remove_from_list (current_window()); insert_into_list (current_window(), rp_mapped_window_sentinel); /* Update the window list. */ update_window_names (current_screen()); } free (str); return NULL; } /* Toggle the display of the program bar */ char * cmd_windows (int interactive, void *data) { struct sbuf *window_list = NULL; char *tmp; int dummy; screen_info *s; if (interactive) { s = current_screen (); if (!hide_bar (s)) show_bar (s); return NULL; } else { window_list = sbuf_new (0); if (data) get_window_list ((char *)data, "\n", window_list, &dummy, &dummy); else get_window_list (defaults.window_fmt, "\n", window_list, &dummy, &dummy); tmp = sbuf_get (window_list); free (window_list); return tmp; } } char * cmd_abort (int interactive, void *data) { return NULL; } /* Maximize the current window. */ char * cmd_maximize (int interactive, void *data) { force_maximize (current_window()); return NULL; } /* Reassign the prefix key. */ char * cmd_escape (int interactive, void *data) { rp_window *cur; struct rp_key *key; rp_action *action; key = parse_keydesc (data); if (key) { /* Update the "other" keybinding */ action = find_keybinding(prefix_key.sym, prefix_key.state); if (action != NULL && !strcmp (action->data, "other")) { action->key = key->sym; action->state = key->state; } /* Update the "generate" keybinding */ action = find_keybinding(prefix_key.sym, 0); if (action != NULL && !strcmp (action->data, "generate")) { action->key = key->sym; action->state = 0; } /* Remove the grab on the current prefix key */ for (cur = rp_mapped_window_sentinel->next; cur != rp_mapped_window_sentinel; cur = cur->next) { ungrab_prefix_key (cur->w); } prefix_key.sym = key->sym; prefix_key.state = key->state; /* Add the grab for the new prefix key */ for (cur = rp_mapped_window_sentinel->next; cur != rp_mapped_window_sentinel; cur = cur->next) { grab_prefix_key (cur->w); } } else { message (" escape: could not parse key description "); } return NULL; } /* User accessible call to display the passed in string. */ char * cmd_echo (int interactive, void *data) { if (data) marked_message_printf (0, 0, " %s ", (char *)data); return NULL; } char * cmd_h_split (int interactive, void *data) { h_split_frame (rp_current_frame); return NULL; } char * cmd_v_split (int interactive, void *data) { v_split_frame (rp_current_frame); return NULL; } char * cmd_only (int interactive, void *data) { remove_all_splits(); maximize (current_window()); return NULL; } char * cmd_remove (int interactive, void *data) { rp_window_frame *frame; frame = find_frame_next (rp_current_frame); if (frame) { remove_frame (rp_current_frame); set_active_frame (frame); } return NULL; } /* banish the rat pointer */ char * cmd_banish (int interactive, void *data) { screen_info *s; s = current_screen (); XWarpPointer (dpy, None, s->root, 0, 0, 0, 0, s->root_attr.width - 2, s->root_attr.height - 2); return NULL; } char * cmd_curframe (int interactive, void *data) { show_frame_indicator(); return NULL; } char * cmd_help (int interactive, void *data) { screen_info *s = current_screen(); XEvent ev; Window fwin; /* Window currently in focus */ int revert; int i, old_i; int x = 10; int y = 0; int max_width = 0; int drawing_keys = 1; /* 1 if we are drawing keys 0 if we are drawing commands */ char *keysym_name; XMapRaised (dpy, s->help_window); XGetInputFocus (dpy, &fwin, &revert); XSetInputFocus (dpy, s->help_window, RevertToPointerRoot, CurrentTime); XDrawString (dpy, s->help_window, s->normal_gc, 10, y + defaults.font->max_bounds.ascent, "ratpoison key bindings", strlen ("ratpoison key bindings")); y += FONT_HEIGHT (defaults.font) * 2; XDrawString (dpy, s->help_window, s->normal_gc, 10, y + defaults.font->max_bounds.ascent, "Command key: ", strlen ("Command key: ")); keysym_name = keysym_to_string (prefix_key.sym, prefix_key.state); XDrawString (dpy, s->help_window, s->normal_gc, 10 + XTextWidth (defaults.font, "Command key: ", strlen ("Command key: ")), y + defaults.font->max_bounds.ascent, keysym_name, strlen (keysym_name)); free (keysym_name); y += FONT_HEIGHT (defaults.font) * 2; i = 0; old_i = 0; while (ihelp_window, s->normal_gc, x, y + defaults.font->max_bounds.ascent, keysym_name, strlen (keysym_name)); if (XTextWidth (defaults.font, keysym_name, strlen (keysym_name)) > max_width) { max_width = XTextWidth (defaults.font, keysym_name, strlen (keysym_name)); } free (keysym_name); } else { XDrawString (dpy, s->help_window, s->normal_gc, x, y + defaults.font->max_bounds.ascent, key_actions[i].data, strlen (key_actions[i].data)); if (XTextWidth (defaults.font, key_actions[i].data, strlen (key_actions[i].data)) > max_width) { max_width = XTextWidth (defaults.font, key_actions[i].data, strlen (key_actions[i].data)); } } y += FONT_HEIGHT (defaults.font); if (y > s->root_attr.height) { if (drawing_keys) { x += max_width + 10; drawing_keys = 0; i = old_i; } else { x += max_width + 20; drawing_keys = 1; old_i = i; } max_width = 0; y = FONT_HEIGHT (defaults.font) * 4; } else { i++; if (i >= key_actions_last && drawing_keys) { x += max_width + 10; drawing_keys = 0; y = FONT_HEIGHT (defaults.font) * 4; i = old_i; max_width = 0; } } } XMaskEvent (dpy, KeyPressMask, &ev); XUnmapWindow (dpy, s->help_window); XSetInputFocus (dpy, fwin, revert, CurrentTime); return NULL; } char * cmd_rudeness (int interactive, void *data) { int num; if (data == NULL) { message (" Rudeness level required "); return NULL; } if (sscanf ((char *)data, "%d", &num) < 1) { marked_message_printf (0, 0, " Bad rudeness level: %s ", (char *)data); return NULL; } rp_honour_transient_raise = num & 1; rp_honour_normal_raise = num & 2; rp_honour_transient_map = num & 4; rp_honour_normal_map = num & 8; return NULL; } static int parse_winpos (char *data) { int ret = 0; char *x, *y; x = xmalloc (strlen (data) + 1); y = xmalloc (strlen (data) + 1); if (sscanf (data, "%s %s", x , y) < 2) { message (" pos: Two arguments needed "); free (x); free (y); return -3; } PRINT_DEBUG ("%s %s\n", x, y); switch (y[0]) { case 't': case 'T': ret = TOP_LEFT; break; case 'c': case 'C': ret = CENTER_LEFT; break; case 'b': case 'B': ret = BOTTOM_LEFT; break; default: ret = -1; goto done; break; } switch (x[0]) { case 'l': case 'L': break; case 'c': case 'C': ret += TOP_CENTER; break; case 'r': case 'R': ret += TOP_RIGHT; break; default: ret = -2; goto done; break; } done: free (x); free (y); return ret; } char * cmd_pos (int interactive, void *data) { int pos; rp_window *win; if (current_window() == NULL) return NULL; if (data == NULL) { message (" pos: Two arguments needed "); return NULL; } win = current_window(); if ((pos = parse_winpos (data)) < 0) { message (" pos: Unknown position "); } else { win->position = pos; maximize (win); } return NULL; } char * cmd_defwinpos (int interactive, void *data) { int pos; if ((pos = parse_winpos (data)) < 0) { message (" pos: Unknown position "); } else { defaults.win_pos = pos; } return NULL; } char * cmd_deftranspos (int interactive, void *data) { int pos; if ((pos = parse_winpos (data)) < 0) { message (" pos: Unknown position "); } else { defaults.trans_pos = pos; } return NULL; } char * cmd_defmaxsizepos (int interactive, void *data) { int pos; if ((pos = parse_winpos (data)) < 0) { message (" pos: Unknown position "); } else { defaults.maxsize_pos = pos; } return NULL; } char * cmd_defbartimeout (int interactive, void *data) { int tmp; if (data == NULL || sscanf (data, "%d", &tmp) < 1) { message (" defbartimeout: One argument required "); } if (tmp >= 0) defaults.bar_timeout = tmp; else message (" defbartimeout: Bad argument "); return NULL; } char * cmd_defbarloc (int interactive, void *data) { int loc; if (data == NULL) return NULL; if (sscanf (data, "%d", &loc) < 1) { message (" defbarloc: One argument required "); return NULL; } switch (loc) { case 0: defaults.bar_location = TOP_LEFT; break; case 1: defaults.bar_location = TOP_RIGHT; break; case 2: defaults.bar_location = BOTTOM_RIGHT; break; case 3: defaults.bar_location = BOTTOM_LEFT; break; default: message (" defbarloc: Unknown location "); break; } return NULL; } char * cmd_deffont (int interactive, void *data) { XFontStruct *font; if (data == NULL) return NULL; font = XLoadQueryFont (dpy, (char *)data); if (font == NULL) { message (" deffont: Unknown font "); return NULL; } /* Save the font as the default. */ XFreeFont (dpy, defaults.font); defaults.font = font; return NULL; } char * cmd_defpadding (int interactive, void *data) { rp_window_frame *frame; int l, t, r, b; if (data == NULL) { message (" defpadding: Four arguments required "); return NULL; } if (sscanf (data, "%d %d %d %d", &l, &t, &r, &b) < 4) { message (" defpadding: Four arguments required "); return NULL; } /* Resize the frames to make sure they are not too big and not too small. */ for (frame = rp_window_frame_sentinel->next; frame != rp_window_frame_sentinel; frame = frame->next) { int bk_pos, bk_len; /* Resize horizontally. */ bk_pos = frame->x; bk_len = frame->width; if (frame->x == defaults.padding_left) { frame->x = l; frame->width += bk_pos - l; } if (bk_pos + bk_len == current_screen()->root_attr.width - defaults.padding_right) frame->width = current_screen()->root_attr.width - r - frame->x; /* Resize vertically. */ bk_pos = frame->y; bk_len = frame->height; if (frame->y == defaults.padding_top) { frame->y = t; frame->height += bk_pos - t; } if (bk_pos + bk_len == current_screen()->root_attr.height - defaults.padding_bottom) frame->height = current_screen()->root_attr.height - b - frame->y; maximize_all_windows_in_frame (frame); } defaults.padding_left = l; defaults.padding_right = r; defaults.padding_top = t; defaults.padding_bottom = b; return NULL; } char * cmd_defborder (int interactive, void *data) { int tmp; rp_window *win; if (data == NULL) return NULL; if (sscanf (data, "%d", &tmp) < 1) { message (" defborder: One argument required "); } if (tmp >= 0) defaults.window_border_width = tmp; else { message (" defborder: Bad argument "); return NULL; } /* Update all the visible windows. */ for (win = rp_mapped_window_sentinel->next; win != rp_mapped_window_sentinel; win = win->next) { if (win->frame) maximize (win); } return NULL; } char * cmd_definputwidth (int interactive, void *data) { if (data == NULL || sscanf (data, "%d", &defaults.input_window_size) < 1) { message (" definputwidth: One argument required "); } return NULL; } char * cmd_defwaitcursor (int interactive, void *data) { if (data == NULL || sscanf (data, "%d", &defaults.wait_for_key_cursor) < 1) { message (" defwaitforkey: One argument required "); } return NULL; } char * cmd_defwinfmt (int interactive, void *data) { if (data == NULL) return NULL; free (defaults.window_fmt); defaults.window_fmt = strdup (data); if (defaults.window_fmt == NULL) { PRINT_ERROR ("Not enough memory\n"); exit (EXIT_FAILURE); } return NULL; } char * cmd_defwinname (int interactive, void *data) { char *name; if (data == NULL) { message (" defwinname: One argument required "); return NULL; } /* Gobble whitespace */ name = (char *)data; while (*name == ' ') name++; /* FIXME: Using strncmp is sorta dirty since `title' and `titlefoobar' would both match. But its quick and dirty. */ if (!strncmp (name, "title", 5)) defaults.win_name = 0; else if (!strncmp (name, "name", 4)) defaults.win_name = 1; else if (!strncmp (name, "class", 5)) defaults.win_name = 2; else message (" defwinname: Bad argument "); return NULL; } static void update_gc (screen_info *s) { XGCValues gv; gv.foreground = s->fg_color; gv.background = s->bg_color; gv.function = GXcopy; gv.line_width = 1; gv.subwindow_mode = IncludeInferiors; gv.font = defaults.font->fid; XFreeGC (dpy, s->normal_gc); s->normal_gc = XCreateGC(dpy, s->root, GCForeground | GCBackground | GCFunction | GCLineWidth | GCSubwindowMode | GCFont, &gv); } char * cmd_deffgcolor (int interactive, void *data) { int i; XColor color, junk; if (data == NULL) { message (" deffgcolor: One argument required "); return NULL; } for (i=0; i