#include "rofi.h" #include #include "x11-helper.h" #include "xrmoptions.h" typedef struct _KeyBinding { unsigned int modmask; KeySym keysym; } KeyBinding; typedef struct _ActionBindingEntry { const char *name; char *keystr; int num_bindings; KeyBinding *kb; } ActionBindingEntry; typedef struct _DefaultBinding { KeyBindingAction id; char *name; char *keybinding; } DefaultBinding; ActionBindingEntry abe[NUM_ABE]; // Use this so we can ignore numlock mask. // TODO: maybe use something smarter here.. extern unsigned int NumlockMask; /** * LIST OF DEFAULT SETTINGS */ DefaultBinding bindings[NUM_ABE] = { { .id = PASTE_PRIMARY, .name = "kb-primary-paste", .keybinding = "Control+Shift+v,Shift+Insert", }, { .id = PASTE_SECONDARY, .name = "kb-secondary-paste", .keybinding = "Control+v,Insert", }, { .id = CLEAR_LINE, .name = "kb-clear-line", .keybinding = "Control+u", }, { .id = MOVE_FRONT, .name = "kb-move-front", .keybinding = "Control+a", }, { .id = MOVE_END, .name = "kb-move-end", .keybinding = "Control+e", }, { .id = MOVE_WORD_BACK, .name = "kb-move-word-back", .keybinding = "Alt+b", }, { .id = MOVE_WORD_FORWARD, .name = "kb-move-word-forward", .keybinding = "Alt+f", }, { .id = MOVE_CHAR_BACK, .name = "kb-move-char-back", .keybinding = "Left,Control+b" }, { .id = MOVE_CHAR_FORWARD, .name = "kb-move-char-forward", .keybinding = "Right,Control+f" }, { .id = REMOVE_WORD_BACK, .name = "kb-remove-word-back", .keybinding = "Control+Alt+h", }, { .id = REMOVE_WORD_FORWARD, .name = "kb-remove-word-forward", .keybinding = "Control+Alt+d", }, { .id = REMOVE_CHAR_FORWARD, .name = "kb-remove-char-forward", .keybinding = "Delete,Control+d", }, { .id = REMOVE_CHAR_BACK, .name = "kb-remove-char-back", .keybinding = "BackSpace,Control+h", }, { .id = ACCEPT_ENTRY, .name = "kb-accept-entry", .keybinding = "Control+j,Control+m,Return,KP_Enter", }, { .id = ACCEPT_CUSTOM, .name = "kb-accept-custom", .keybinding = "Control+Return", }, { .id = ACCEPT_ENTRY_CONTINUE, .name = "kb-accept-entry-continue", .keybinding = "Shift+Return", }, { .id = MODE_NEXT, .name = "kb-mode-next", .keybinding = "Shift+Right,Control+Tab" }, { .id = MODE_PREVIOUS, .name = "kb-mode-previous", .keybinding = "Shift+Left,Control+Shift+Tab" }, { .id = TOGGLE_CASE_SENSITIVITY, .name = "kb-toggle-case-sensitivity", .keybinding = "grave,dead_grave" }, { .id = DELETE_ENTRY, .name = "kb-delete-entry", .keybinding = "Shift+Delete" }, { .id = CUSTOM_1, .name = "kb-custom-1", .keybinding = "Alt+1" }, { .id = CUSTOM_2, .name = "kb-custom-2", .keybinding = "Alt+2" }, { .id = CUSTOM_3, .name = "kb-custom-3", .keybinding = "Alt+3" }, { .id = CUSTOM_4, .name = "kb-custom-4", .keybinding = "Alt+4" }, { .id = CUSTOM_5, .name = "kb-custom-5", .keybinding = "Alt+5" }, { .id = CUSTOM_6, .name = "kb-custom-6", .keybinding = "Alt+6" }, { .id = CUSTOM_7, .name = "kb-custom-7", .keybinding = "Alt+7" }, { .id = CUSTOM_8, .name = "kb-custom-8", .keybinding = "Alt+8" }, { .id = CUSTOM_9, .name = "kb-custom-9", .keybinding = "Alt+9" }, }; void setup_abe ( void ) { for ( int iter = 0; iter < NUM_ABE; iter++ ) { int id = bindings[iter].id; // set pointer to name. abe[id].name = bindings[iter].name; abe[id].keystr = g_strdup ( bindings[iter].keybinding ); abe[id].num_bindings = 0; abe[id].kb = NULL; config_parser_add_option ( xrm_String, abe[id].name, (void * *) &( abe[id].keystr ) ); } } void parse_keys_abe ( void ) { for ( int iter = 0; iter < NUM_ABE; iter++ ) { char *keystr = g_strdup ( abe[iter].keystr ); char *sp = NULL; g_free ( abe[iter].kb ); abe[iter].num_bindings = 0; // Iter over bindings. for ( char *entry = strtok_r ( keystr, ",", &sp ); entry != NULL; entry = strtok_r ( NULL, ",", &sp ) ) { abe[iter].kb = g_realloc ( abe[iter].kb, ( abe[iter].num_bindings + 1 ) * sizeof ( KeyBinding ) ); KeyBinding *kb = &( abe[iter].kb[abe[iter].num_bindings] ); x11_parse_key ( entry, &( kb->modmask ), &( kb->keysym ) ); abe[iter].num_bindings++; } g_free ( keystr ); } } void cleanup_abe ( void ) { for ( int iter = 0; iter < NUM_ABE; iter++ ) { g_free ( abe[iter].kb ); abe[iter].kb = NULL; abe[iter].num_bindings = 0; } } int abe_test_action ( KeyBindingAction action, unsigned int mask, KeySym key ) { ActionBindingEntry *akb = &( abe[action] ); for ( int iter = 0; iter < akb->num_bindings; iter++ ) { const KeyBinding * const kb = &( akb->kb[iter] ); if ( kb->keysym == key ) { // Bits 13 and 14 of the modifiers together are the group number, and // should be ignored when looking up key bindings if ( ( mask & ~( NumlockMask | ( 1 << 13 ) | ( 1 << 14 ) ) ) == kb->modmask ) { return TRUE; } } } return FALSE; }