1 #if !defined(lint) && !defined(DOS)
2 static char rcsid
[] = "$Id: keymenu.c 1074 2008-06-04 00:08:43Z hubert@u.washington.edu $";
6 * ========================================================================
7 * Copyright 2013-2014 Eduardo Chappa
8 * Copyright 2006-2008 University of Washington
10 * Licensed under the Apache License, Version 2.0 (the "License");
11 * you may not use this file except in compliance with the License.
12 * You may obtain a copy of the License at
14 * http://www.apache.org/licenses/LICENSE-2.0
16 * ========================================================================
24 #include "../pith/bitmap.h"
25 #include "../pith/conf.h"
26 #include "../pith/state.h"
30 * We put all of the keymenu definitions here so that it is easy to
31 * share them. The names are in keymenu.h, as well. Some of these
32 * aren't easily shareable because we modify them dynamically but
33 * here they are anyway. It's not altogether clear that this is a good idea.
34 * Perhaps it would be better to just define the keymenus multiple times
35 * in different source files even though they are the same, with static
38 * The key numbers are sometimes used symbolically, like OTHER_KEY. Those
39 * are in keymenu.h, too, and are hard to use. If you change a menu here
40 * be sure to check those key numbers that go with it in keymenu.h.
44 void configure_menu_items (struct key_menu
*, bitmap_t
);
49 * Macro to simplify instantiation of key_menu structs from key structs
51 #define INST_KEY_MENU(X, Y) struct key_menu X = \
52 {sizeof(Y)/(sizeof(Y[0])*12), 0, 0, Y}
54 struct key cancel_keys
[] =
56 {"^C",N_("Cancel"),{MC_NONE
},KS_NONE
},
67 INST_KEY_MENU(cancel_keymenu
, cancel_keys
);
71 * A bunch of these are NULL_MENU because we want to change them dynamically.
73 struct key ab_keys
[] =
78 /* TRANSLATORS: go to Previous Entry */
79 {"P", N_("PrevEntry"), {MC_PREVITEM
,1,{'p'}}, KS_NONE
},
80 /* TRANSLATORS: go to Next Entry */
81 {"N", N_("NextEntry"), {MC_NEXTITEM
,1,{'n'}}, KS_NONE
},
104 /* TRANSLATORS: Select this Entry */
105 {";",N_("Select"),{MC_SELECT
,1,{';'}},KS_NONE
},
106 /* TRANSLATORS: Apply a command to several objects at once */
107 {"A",N_("Apply"),{MC_APPLY
,1,{'a'}},KS_APPLY
},
108 /* TRANSLATORS: Select Current entry */
109 {":",N_("SelectCur"),{MC_SELCUR
,1,{':'}},KS_SELECTCUR
},
110 /* TRANSLATORS: Zoom refers to zooming in on a smaller set of
111 items, like with a camera zoom lense */
112 {"Z",N_("ZoomMode"),{MC_ZOOM
,1,{'z'}},KS_NONE
},
120 INST_KEY_MENU(ab_keymenu
, ab_keys
);
123 struct key abook_select_keys
[] =
126 {"E", N_("Exit"), {MC_EXIT
,1,{'e'}}, KS_EXITMODE
},
127 {"S", "[" N_("Select") "]", {MC_CHOICE
,3,{'s',ctrl('M'),ctrl('J')}}, KS_NONE
},
128 /* TRANSLATORS: go to Previous entry */
129 {"P", N_("Prev"), {MC_PREVITEM
, 1, {'p'}}, KS_NONE
},
130 {"N", N_("Next"), {MC_NEXTITEM
, 2, {'n', TAB
}}, KS_NONE
},
137 INST_KEY_MENU(abook_select_km
, abook_select_keys
);
140 struct key abook_view_keys
[] =
143 /* TRANSLATORS: Abook is an abbreviation for Address Book */
144 {"<",N_("Abook"),{MC_EXIT
,2,{'<',','}},KS_NONE
},
145 {"U",N_("Update"),{MC_EDIT
,1,{'u'}},KS_NONE
},
146 /* TRANSLATORS: ComposeTo means to start editing a new message to
147 this address book entry */
148 {"C",N_("ComposeTo"),{MC_COMPOSE
,1,{'c'}},KS_COMPOSER
},
154 /* TRANSLATORS: abbreviation for Forward as Email */
155 {"F", N_("Fwd Email"), {MC_FORWARD
, 1, {'f'}}, KS_FORWARD
},
160 /* TRANSLATORS: View the highlighted link, for example, a URL */
161 {"V",N_("ViewLink"),{MC_VIEW_HANDLE
,3,{'v',ctrl('m'),ctrl('j')}},KS_NONE
},
163 /* TRANSLATORS: go to the previous link, for example, the previous URL */
164 {"^B",N_("PrevLink"),{MC_PREV_HANDLE
,1,{ctrl('B')}},KS_NONE
},
165 {"^F",N_("NextLink"),{MC_NEXT_HANDLE
,1,{ctrl('F')}},KS_NONE
},
172 INST_KEY_MENU(abook_view_keymenu
, abook_view_keys
);
175 struct key abook_text_keys
[] =
178 {"E",N_("Exit Viewer"),{MC_EXIT
,1,{'e'}},KS_NONE
},
187 {"S", N_("Save"), {MC_SAVETEXT
,1,{'s'}}, KS_SAVE
}};
188 INST_KEY_MENU(abook_text_km
, abook_text_keys
);
191 struct key ldap_view_keys
[] =
194 /* TRANSLATORS: go back to the index of results instead of
195 viewing this particular entry */
196 {"<",N_("Results Index"),{MC_EXIT
,2,{'<',','}},KS_NONE
},
198 {"C", N_("ComposeTo"), {MC_COMPOSE
,1,{'c'}}, KS_COMPOSER
},
209 {"V",N_("ViewLink"),{MC_VIEW_HANDLE
,3,{'v',ctrl('m'),ctrl('j')}},KS_NONE
},
211 {"^B",N_("PrevLink"),{MC_PREV_HANDLE
,1,{ctrl('B')}},KS_NONE
},
212 {"^F",N_("NextLink"),{MC_NEXT_HANDLE
,1,{ctrl('F')}},KS_NONE
},
219 INST_KEY_MENU(ldap_view_keymenu
, ldap_view_keys
);
222 struct key context_mgr_keys
[] =
225 {"<", N_("Main Menu"), {MC_MAIN
,3,{'m','<',','}}, KS_EXITMODE
},
226 /* TRANSLATORS: View this Collection of folders */
227 {">", "[" N_("View Cltn") "]",
228 {MC_CHOICE
,5,{'v','>','.',ctrl('M'),ctrl('J')}}, KS_NONE
},
250 INST_KEY_MENU(c_mgr_km
, context_mgr_keys
);
253 struct key context_cfg_keys
[] =
256 {"E", N_("Exit Setup"), {MC_EXIT
,1,{'e'}}, KS_EXITMODE
},
257 {"C", "[" N_("Change") "]", {MC_EDIT
,3,{'c',ctrl('M'),ctrl('J')}}, KS_NONE
},
262 /* TRANSLATORS; Add a Collection of folders */
263 {"A", N_("Add Cltn"), {MC_ADD
,1,{'a'}}, KS_NONE
},
265 /* TRANSLATORS; Change the order of items in a list */
266 {"$", N_("Shuffle"), {MC_SHUFFLE
,1,{'$'}},KS_NONE
},
281 INST_KEY_MENU(c_cfg_km
, context_cfg_keys
);
284 struct key context_select_keys
[] =
286 {"E", N_("ExitSelect"), {MC_EXIT
,1,{'e'}}, KS_EXITMODE
},
288 /* TRANSLATORS: View this collection */
289 {">", "[" N_("View Cltn") "]",
290 {MC_CHOICE
, 5, {'v','>','.',ctrl('M'),ctrl('J')}}, KS_NONE
},
299 INST_KEY_MENU(c_sel_km
, context_select_keys
);
302 struct key context_fcc_keys
[] =
304 {"E", N_("ExitSelect"), {MC_EXIT
,1,{'e'}}, KS_EXITMODE
},
306 {">", "[" N_("View Cltn") "]",
307 {MC_CHOICE
, 5, {'v','>','.',ctrl('M'),ctrl('J')}}, KS_NONE
},
316 INST_KEY_MENU(c_fcc_km
, context_fcc_keys
);
318 struct key folder_keys
[] =
321 {"<", NULL
, {MC_EXIT
,2,{'<',','}}, KS_NONE
},
322 {">", NULL
, {MC_CHOICE
,2,{'>','.'}}, KS_NONE
},
327 /* TRANSLATORS: make an addition, for example add a new folder
328 or a new entry in an address book */
329 {"A",N_("Add"),{MC_ADDFLDR
,1,{'a'}},KS_NONE
},
331 /* TRANSLATORS: change the name of something */
332 {"R",N_("Rename"),{MC_RENAMEFLDR
,1,{'r'}}, KS_NONE
},
339 {"V", "[" N_("View Fldr") "]", {MC_OPENFLDR
}, KS_NONE
},
343 {"%", N_("Print"), {MC_PRINTFLDR
,1,{'%'}}, KS_PRINT
},
344 {"Z", N_("ZoomMode"), {MC_ZOOM
,1,{'z'}}, KS_NONE
},
345 {";",N_("Select"),{MC_SELECT
,1,{';'}},KS_SELECT
},
346 /* TRANSLATORS: Select current item */
347 {":",N_("SelectCur"),{MC_SELCUR
,1,{':'}},KS_SELECT
},
355 {"$", N_("Shuffle"), {MC_SHUFFLE
,1,{'$'}},KS_NONE
},
358 /* TRANSLATORS: Import refers to bringing something in from
359 outside of alpine's normal world */
360 {"U", N_("Import"), {MC_IMPORT
,1,{'u'}},KS_NONE
},
363 INST_KEY_MENU(folder_km
, folder_keys
);
366 struct key folder_sel_keys
[] =
368 {"E", N_("ExitSelect"), {MC_EXIT
,1,{'e'}}, KS_EXITMODE
},
370 {NULL
, NULL
, {MC_CHOICE
,0}, KS_NONE
},
375 {"S", N_("Select"), {MC_OPENFLDR
,1,{'s'}}, KS_NONE
},
392 INST_KEY_MENU(folder_sel_km
, folder_sel_keys
);
395 struct key folder_sela_keys
[] =
397 {"E", N_("ExitSelect"), {MC_EXIT
,1,{'e'}}, KS_EXITMODE
},
399 {NULL
, NULL
, {MC_CHOICE
,0}, KS_NONE
},
404 {"S", N_("Select"), {MC_OPENFLDR
,1,{'s'}}, KS_NONE
},
406 {"A", N_("AddNew"), {MC_ADD
,1,{'a'}}, KS_NONE
},
421 INST_KEY_MENU(folder_sela_km
, folder_sela_keys
);
424 struct key folder_sub_keys
[] =
426 /* TRANSLATORS: Subscribe to a news group */
427 {"S", N_("Subscribe"), {MC_CHOICE
,1,{'s'}}, KS_NONE
},
428 /* TRANSLATORS: Exit Subscribe screen */
429 {"E", N_("ExitSubscb"), {MC_EXIT
,1,{'e'}}, KS_EXITMODE
},
430 {NULL
, "[" N_("Select") "]", {MC_CHOICE
,3,{'s',ctrl('M'),ctrl('J')}}, KS_NONE
},
435 /* TRANSLATORS: List Mode in alpine is where you can select not just
436 one of something but you can select a whole list of something, for
437 example a whole list of addresses to send to. */
438 {"L", N_("List Mode"), {MC_LISTMODE
, 1, {'l'}}, KS_NONE
},
455 INST_KEY_MENU(folder_sub_km
, folder_sub_keys
);
458 struct key folder_post_keys
[] =
461 {"E", N_("ExitSelect"), {MC_EXIT
,1,{'e'}}, KS_EXITMODE
},
462 {"S", "[" N_("Select") "]", {MC_CHOICE
, 3, {'s',ctrl('M'),ctrl('J')}}, KS_NONE
},
471 INST_KEY_MENU(folder_post_km
, folder_post_keys
);
474 struct key help_keys
[] =
476 {NULL
,NULL
,{MC_EXIT
,1,{'e'}}, KS_EXITMODE
},
477 {NULL
,NULL
,{MC_EXIT
,1,{'e'}}, KS_EXITMODE
},
478 {NULL
,NULL
,{MC_VIEW_HANDLE
,3,{'v',ctrl('m'),ctrl('j')}},KS_NONE
},
479 {"^B",N_("PrevLink"),{MC_PREV_HANDLE
,1,{ctrl('B')}},KS_NONE
},
480 {"^F",N_("NextLink"),{MC_NEXT_HANDLE
,1,{ctrl('F')}},KS_NONE
},
484 {"Z",N_("Print All"),{MC_PRINTALL
,1,{'z'}},KS_NONE
},
485 {"N",N_("Name"),{MC_EXPORT
,1,{'n'}},KS_NONE
},
500 INST_KEY_MENU(help_keymenu
, help_keys
);
503 struct key rev_msg_keys
[] =
506 {"E",N_("Exit Viewer"),{MC_EXIT
,1,{'e'}},KS_EXITMODE
},
508 {"T",NULL
,{MC_TOGGLE
,1,{'t'}},KS_NONE
},
509 {"D",NULL
,{MC_JUMP
,1,{'d'}},KS_NONE
},
515 {"S", N_("Save"), {MC_SAVETEXT
,1,{'s'}}, KS_SAVE
},
529 INST_KEY_MENU(rev_msg_keymenu
, rev_msg_keys
);
532 struct key ans_certfail_keys
[] =
536 /* TRANSLATORS: Continue means to keep going. The user is paused to read
537 something and has to tell us to continue when they are finished. */
538 {"C","[" N_("Continue") "]",{MC_YES
,3,{'c',ctrl('J'),ctrl('M')}},KS_NONE
},
547 INST_KEY_MENU(ans_certfail_keymenu
, ans_certfail_keys
);
550 struct key ans_certquery_keys
[] =
553 {"Y",N_("Yes, continue"),{MC_YES
,1,{'y'}},KS_NONE
},
554 {"D","[" N_("Details") "]",{MC_VIEW_HANDLE
,3,{'d',ctrl('M'),ctrl('J')}},KS_NONE
},
555 {"N",N_("No"),{MC_NO
,1,{'n'}},KS_NONE
},
562 {"S", N_("Save"), {MC_SAVETEXT
,1,{'s'}}, KS_SAVE
}};
563 INST_KEY_MENU(ans_certquery_keymenu
, ans_certquery_keys
);
566 struct key forge_keys
[] =
569 {"Y",N_("Yes, continue"),{MC_YES
,1,{'y'}},KS_NONE
},
570 {"N",N_("No"),{MC_NO
,1,{'n'}},KS_NONE
},
578 {"S", N_("Save"), {MC_SAVETEXT
,1,{'s'}}, KS_SAVE
}};
579 INST_KEY_MENU(forge_keymenu
, forge_keys
);
582 struct key listmgr_keys
[] =
585 /* TRANSLATORS: Exit Command List */
586 {"E",N_("Exit CmdList"),{MC_EXIT
,1,{'e'}},KS_EXITMODE
},
587 {"Ret","[" N_("Try Command") "]",{MC_VIEW_HANDLE
,3,
588 {ctrl('m'),ctrl('j'),KEY_RIGHT
}},KS_NONE
},
589 /* TRANSLATORS: go to Previous Command in list */
590 {"^B",N_("Prev Cmd"),{MC_PREV_HANDLE
,1,{ctrl('B')}},KS_NONE
},
591 /* TRANSLATORS: go to Next Command in list */
592 {"^F",N_("Next Cmd"),{MC_NEXT_HANDLE
,1,{ctrl('F')}},KS_NONE
},
599 INST_KEY_MENU(listmgr_keymenu
, listmgr_keys
);
602 struct key index_keys
[] =
605 {"<", NULL
, {MC_FOLDERS
,2,{'<',','}}, KS_NONE
},
631 {"X",NULL
,{MC_EXPUNGE
,1,{'x'}},KS_NONE
},
632 /* TRANSLATORS: this stands for unexclude which is the opposite
633 of the exclude command. Exclude eliminates some messages from
634 the view and unexclude gets them back. */
635 {"&",N_("unXclude"),{MC_UNEXCLUDE
,1,{'&'}},KS_NONE
},
636 {";",N_("Select"),{MC_SELECT
,1,{';'}},KS_SELECT
},
637 {"A",N_("Apply"),{MC_APPLY
,1,{'a'}},KS_APPLY
},
647 {":",N_("SelectCur"),{MC_SELCUR
,1,{':'}},KS_SELECTCUR
},
648 {"Z",N_("ZoomMode"),{MC_ZOOM
,1,{'z'}},KS_ZOOM
},
654 /* TRANSLATORS: toggles a collapsed view or an expanded view
655 of a message thread on and off */
656 {"/",N_("Collapse/Expand"),{MC_COLLAPSE
,1,{'/'}},KS_NONE
},
657 {"@", N_("Quota"), {MC_QUOTA
,1,{'@'}}, KS_NONE
},
659 INST_KEY_MENU(index_keymenu
, index_keys
);
662 struct key simple_index_keys
[] =
664 {"E",N_("ExitSelect"),{MC_EXIT
,1,{'e'}},KS_EXITMODE
},
666 {"S","[" N_("Select") "]",{MC_SELECT
,3,{'s',ctrl('M'),ctrl('J')}},KS_SELECT
},
675 INST_KEY_MENU(simple_index_keymenu
, simple_index_keys
);
678 struct key thread_keys
[] =
681 /* TRANSLATORS: go to the Folder List */
682 {"<", N_("FldrList"), {MC_FOLDERS
,2,{'<',','}}, KS_NONE
},
683 /* TRANSLATORS: View a Thread of messages */
684 {">", "[" N_("ViewThd") "]", {MC_VIEW_ENTRY
,5,{'v','.','>',ctrl('M'),ctrl('J')}},
686 /* TRANSLATORS: go to the Previous Thread */
687 {"P", N_("PrevThd"), {MC_PREVITEM
, 1, {'p'}}, KS_PREVMSG
},
688 /* TRANSLATORS: go to the Next Thread */
689 {"N", N_("NextThd"), {MC_NEXTITEM
, 1, {'n'}}, KS_NEXTMSG
},
712 {"X",NULL
,{MC_EXPUNGE
,1,{'x'}},KS_NONE
},
713 {"&",N_("unXclude"),{MC_UNEXCLUDE
,1,{'&'}},KS_NONE
},
714 {";",N_("Select"),{MC_SELECT
,1,{';'}},KS_SELECT
},
715 {"A",N_("Apply"),{MC_APPLY
,1,{'a'}},KS_APPLY
},
725 {":",N_("SelectCur"),{MC_SELCUR
,1,{':'}},KS_SELECTCUR
},
726 {"Z",N_("ZoomMode"),{MC_ZOOM
,1,{'z'}},KS_ZOOM
},
732 {"/",N_("Collapse/Expand"),{MC_COLLAPSE
,1,{'/'}},KS_NONE
},
733 {"@", N_("Quota"), {MC_QUOTA
,1,{'@'}}, KS_NONE
},
735 INST_KEY_MENU(thread_keymenu
, thread_keys
);
738 struct key att_index_keys
[] =
741 {"<",NULL
,{MC_EXIT
,2,{'<',','}},KS_EXITMODE
},
742 {">","[" N_("View") "]",{MC_VIEW_ATCH
,5,{'v','>','.',ctrl('M'),ctrl('J')}},
744 /* TRANSLATORS: go to Previous Attachment */
745 {"P", N_("PrevAttch"),{MC_PREVITEM
,4,{'p',ctrl('B'),ctrl('P'),KEY_UP
}},
747 /* TRANSLATORS: go to Next Attachment */
748 {"N", N_("NextAtch"),
749 {MC_NEXTITEM
, 5, {'n','\t',ctrl('F'),ctrl('N'), KEY_DOWN
}},
755 {"S", N_("Save"), {MC_SAVETEXT
,1,{'s'}}, KS_SAVE
},
756 {NULL
, NULL
, {MC_EXPORT
, 1, {'e'}}, KS_EXPORT
},
764 /* TRANSLATORS: About Attachment, a short description of the attachment */
765 {"A",N_("AboutAttch"),{MC_ABOUTATCH
,1,{'a'}},KS_NONE
},
767 {"%", N_("Print"), {MC_PRINTMSG
,1,{'%'}}, KS_PRINT
},
784 INST_KEY_MENU(att_index_keymenu
, att_index_keys
);
787 struct key att_view_keys
[] =
790 {"<",NULL
,{MC_EXIT
,2,{'<',','}},KS_EXITMODE
},
791 /* TRANSLATORS: View highlighted URL */
792 {"Ret","[" N_("View Hilite") "]",{MC_VIEW_HANDLE
,3,
793 {ctrl('m'),ctrl('j'),KEY_RIGHT
}},KS_NONE
},
794 /* TRANSLATORS: go to Previous URL */
795 {"^B",N_("Prev URL"),{MC_PREV_HANDLE
,1,{ctrl('B')}},KS_NONE
},
796 /* TRANSLATORS: go to Next URL */
797 {"^F",N_("Next URL"),{MC_NEXT_HANDLE
,1,{ctrl('F')}},KS_NONE
},
813 {"%", N_("Print"), {MC_PRINTMSG
,1,{'%'}}, KS_PRINT
},
817 INST_KEY_MENU(att_view_keymenu
, att_view_keys
);
820 struct key view_keys
[] =
823 /* TRANSLATORS: go to Message Index */
824 {"<",N_("MsgIndex"),{MC_INDEX
,3,{'i','<',','}},KS_FLDRINDEX
},
825 /* TRANSLATORS: View the Attachment */
826 {">",N_("ViewAttch"),{MC_VIEW_ATCH
,3,{'v','>','.'}},KS_NONE
},
851 /* TRANSLATORS: View the highlighted URL */
852 {"Ret","[" N_("View Hilite") "]",{MC_VIEW_HANDLE
,3,
853 {ctrl('m'),ctrl('j'),KEY_RIGHT
}},KS_NONE
},
854 /* TRANSLATORS: Select the current item */
855 {":",N_("SelectCur"),{MC_SELCUR
,1,{':'}},KS_SELECTCUR
},
856 /* TRANSLATORS: go to previous URL */
857 {"^B",N_("Prev URL"),{MC_PREV_HANDLE
,1,{ctrl('B')}},KS_NONE
},
858 /* TRANSLATORS: go to next URL */
859 {"^F",N_("Next URL"),{MC_NEXT_HANDLE
,1,{ctrl('F')}},KS_NONE
},
872 {"A",N_("TogglePreferPlain"),{MC_TOGGLE
,1,{'a'}},KS_NONE
},
874 {"^D","Decrypt", {MC_DECRYPT
,1,{ctrl('d')},KS_NONE
}},
875 {"^E","Security", {MC_SECURITY
,1,{ctrl('e')},KS_NONE
}},
884 INST_KEY_MENU(view_keymenu
, view_keys
);
887 struct key simple_text_keys
[] =
890 {"E",N_("Exit Viewer"),{MC_EXIT
,1,{'e'}},KS_EXITMODE
},
899 {"S", N_("Save"), {MC_SAVETEXT
,1,{'s'}}, KS_SAVE
},
913 INST_KEY_MENU(simple_text_keymenu
, simple_text_keys
);
916 struct key oe_keys
[] =
917 {{"^G",N_("Help"),{MC_NONE
},KS_SCREENHELP
},
918 {"^C",N_("Cancel"),{MC_NONE
},KS_NONE
},
919 {"^T","xxx",{MC_NONE
},KS_NONE
},
920 /* TRANSLATORS: The user is entering characters, for example, the
921 name of a folder. Accept means the user is done and wants to
922 accept what is currently displayed. */
923 {"Ret",N_("Accept"),{MC_NONE
},KS_NONE
},
932 INST_KEY_MENU(oe_keymenu
, oe_keys
);
935 struct key choose_setup_keys
[] =
938 {"E",N_("Exit Setup"),{MC_EXIT
,2,{'e',ctrl('C')}},KS_EXITMODE
},
939 {"P",N_("Printer"),{MC_PRINTER
,1,{'p'}},KS_NONE
},
940 /* TRANSLATORS: Change password */
941 {"N",N_("Newpassword"),{MC_PASSWD
,1,{'n'}},KS_NONE
},
942 /* TRANSLATORS: Configure Alpine */
943 {"C",N_("Config"),{MC_CONFIG
,1,{'c'}},KS_NONE
},
944 /* TRANSLATORS: Edit signature block */
945 {"S",N_("Signature"),{MC_SIG
,1,{'s'}},KS_NONE
},
946 /* TRANSLATORS: configure address books */
947 {"A",N_("AddressBooks"),{MC_ABOOKS
,1,{'a'}},KS_NONE
},
948 /* TRANSLATORS: configure collection lists */
949 {"L",N_("collectionList"),{MC_CLISTS
,1,{'l'}},KS_NONE
},
950 /* TRANSLATORS: configure rules, an alpine concept */
951 {"R",N_("Rules"),{MC_RULES
,1,{'r'}},KS_NONE
},
952 /* TRANSLATORS: configure directory servers */
953 {"D",N_("Directory"),{MC_DIRECTORY
,1,{'d'}},KS_NONE
},
954 /* TRANSLATORS: configure color */
955 {"K",N_("Kolor"),{MC_KOLOR
,1,{'k'}},KS_NONE
},
960 /* TRANSLATORS: remote configuration setup */
961 {"Z",N_("RemoteConfigSetup"),{MC_REMOTE
,1,{'z'}},KS_NONE
},
962 /* TRANSLATORS: configure S/MIME */
963 {"M",N_("S/Mime"),{MC_SECURITY
,1,{'m'}},KS_NONE
},
971 INST_KEY_MENU(choose_setup_keymenu
, choose_setup_keys
);
974 struct key main_keys
[] =
979 /* TRANSLATORS: go to Previous Command in list */
980 {"P",N_("PrevCmd"),{MC_PREVITEM
,3,{'p',ctrl('P'),KEY_UP
}},KS_NONE
},
981 {"N",N_("NextCmd"),{MC_NEXTITEM
,3,{'n',ctrl('N'),KEY_DOWN
}},KS_NONE
},
984 /* TRANSLATORS: show release notes */
985 {"R",N_("RelNotes"),{MC_RELNOTES
,1,{'r'}},KS_NONE
},
986 /* TRANSLATORS: lock keyboard */
987 {"K",N_("KBLock"),{MC_KBLOCK
,1,{'k'}},KS_NONE
},
997 {"I",N_("Index"),{MC_INDEX
,1,{'i'}},KS_FLDRINDEX
},
998 /* TRANSLATORS: go to the Journal. The Journal shows past
999 messages that alpine has shown the user. */
1000 {"J",N_("Journal"),{MC_JOURNAL
,1,{'j'}},KS_REVIEW
},
1001 /* TRANSLATORS: go to the Setup screen */
1002 {"S",N_("Setup"),{MC_SETUP
,1,{'s'}},KS_NONE
},
1003 /* TRANSLATORS: go to the address book screen */
1004 {"A",N_("AddrBook"),{MC_ADDRBOOK
,1,{'a'}},KS_ADDRBOOK
},
1007 INST_KEY_MENU(main_keymenu
, main_keys
);
1010 struct key simple_file_keys
[] =
1013 {"Q",N_("Quit Viewer"),{MC_EXIT
,1,{'q'}},KS_NONE
},
1022 {"S", N_("Save"), {MC_SAVETEXT
,1,{'s'}}, KS_SAVE
},
1036 INST_KEY_MENU(simple_file_keymenu
, simple_file_keys
);
1039 struct key nuov_keys
[] =
1042 {"E",NULL
,{MC_EXIT
,1,{'e',ctrl('M'),ctrl('J')}},KS_NONE
},
1043 /* TRANSLATORS: Alpine asks the user to be counted when they
1044 first start using alpine. */
1045 {"Ret","[" N_("Be Counted!") "]",{MC_VIEW_HANDLE
,2,{ctrl('M'),ctrl('J')}},KS_NONE
},
1052 /* TRANSLATORS: show release notes */
1053 {"R",N_("RelNotes"),{MC_RELNOTES
,1,{'r'}},KS_NONE
},
1068 INST_KEY_MENU(nuov_keymenu
, nuov_keys
);
1071 struct key modal_message_keys
[] =
1074 {"Ret",N_("Finished"),{MC_EXIT
,2,{ctrl('m'),ctrl('j')}},KS_NONE
},
1084 INST_KEY_MENU(modal_message_keymenu
, modal_message_keys
);
1087 struct key ta_keys_lm
[] =
1091 /* TRANSLATORS: Take this address into the address book */
1092 {"T", N_("Take"), {MC_TAKE
,1,{'t'}}, KS_NONE
},
1097 {"X","[" N_("Set/Unset") "]", {MC_CHOICE
,3,{'x',ctrl('M'),ctrl('J')}}, KS_NONE
},
1098 {"A", N_("SetAll"),{MC_SELALL
,1,{'a'}},KS_NONE
},
1099 {"U",N_("UnSetAll"),{MC_UNSELALL
,1,{'u'}},KS_NONE
},
1100 /* TRANSLATORS: The Take Address screen has a Single mode and a
1101 List mode. This command causes us to go into Single mode. */
1102 {"S",N_("SinglMode"),{MC_LISTMODE
,1,{'s'}},KS_NONE
}};
1103 INST_KEY_MENU(ta_keymenu_lm
, ta_keys_lm
);
1106 struct key ta_keys_sm
[] =
1110 {"T","[" N_("Take") "]",{MC_TAKE
,3,{'t',ctrl('M'),ctrl('J')}}, KS_NONE
},
1118 /* TRANSLATORS: The Take Address screen has a Single mode and a
1119 List mode. This command causes us to go into List mode. */
1120 {"L",N_("ListMode"),{MC_LISTMODE
,1,{'l'}},KS_NONE
}};
1121 INST_KEY_MENU(ta_keymenu_sm
, ta_keys_sm
);
1124 struct key pipe_cancel_keys
[] =
1126 {"^C",N_("Stop Waiting"),{MC_NONE
},KS_NONE
},
1137 INST_KEY_MENU(pipe_cancel_keymenu
, pipe_cancel_keys
);
1140 struct key color_pattern_keys
[] =
1144 /* TRANSLATORS: Change Value */
1145 {"C", "[" N_("Change Val") "]", {MC_EDIT
,3,{'c',ctrl('M'),ctrl('J')}}, KS_NONE
},
1151 /* TRANSLATORS: Delete Value */
1152 {"D", N_("Delete Val"), {MC_DELETE
,1,{'d'}}, KS_NONE
},
1158 {"I", N_("IndxHdr"), {MC_ADDHEADER
,1,{'i'}}, KS_NONE
},
1168 INST_KEY_MENU(color_pattern_keymenu
, color_pattern_keys
);
1171 struct key hdr_color_checkbox_keys
[] =
1184 INST_KEY_MENU(hdr_color_checkbox_keymenu
, hdr_color_checkbox_keys
);
1187 struct key kw_color_checkbox_keys
[] =
1200 INST_KEY_MENU(kw_color_checkbox_keymenu
, kw_color_checkbox_keys
);
1203 struct key selectable_bold_checkbox_keys
[] =
1216 INST_KEY_MENU(selectable_bold_checkbox_keymenu
, selectable_bold_checkbox_keys
);
1219 struct key flag_keys
[] =
1221 {"A", N_("Add KW"), {MC_ADD
,1,{'a'}}, KS_NONE
},
1222 /* TRANSLATORS: Exit from the Flags screen */
1223 {"E", N_("Exit Flags"), {MC_EXIT
,1,{'e'}}, KS_EXITMODE
},
1233 INST_KEY_MENU(flag_keymenu
, flag_keys
);
1236 struct key addr_select_keys
[] =
1238 {"E", N_("ExitSelect"), {MC_EXIT
,1,{'e'}}, KS_EXITMODE
},
1240 {"S", "[" N_("Select") "]", {MC_CHOICE
,3,{'s',ctrl('M'),ctrl('J')}}, KS_NONE
},
1249 INST_KEY_MENU(addr_s_km
, addr_select_keys
);
1252 struct key addr_select_with_goback_keys
[] =
1255 /* TRANSLATORS: go to address book list */
1256 {"<", N_("AddressBkList"), {MC_ADDRBOOK
,2,{'<',','}}, KS_NONE
},
1257 {"S", "[" N_("Select") "]", {MC_CHOICE
,3,{'s',ctrl('M'),ctrl('J')}}, KS_NONE
},
1264 {"E", N_("ExitSelect"), {MC_EXIT
,1,{'e'}}, KS_EXITMODE
},
1266 INST_KEY_MENU(addr_s_km_with_goback
, addr_select_with_goback_keys
);
1268 static struct key addr_select_with_view_keys
[] =
1271 {"<", N_("AddressBkList"), {MC_ADDRBOOK
,2,{'<',','}}, KS_NONE
},
1272 {">", "[" N_("View") "]",
1273 {MC_VIEW_TEXT
,5,{'v','>','.',ctrl('M'),ctrl('J')}}, KS_NONE
},
1278 /* TRANSLATORS: compose a message to the current address */
1279 {"C", N_("ComposeTo"), {MC_COMPOSE
,1,{'c'}}, KS_COMPOSER
},
1296 INST_KEY_MENU(addr_s_km_with_view
, addr_select_with_view_keys
);
1299 struct key addr_select_for_url_keys
[] =
1302 {"<", N_("Exit Viewer"), {MC_ADDRBOOK
,3,{'<',',','e'}}, KS_NONE
},
1303 {">", "[" N_("View") "]",
1304 {MC_VIEW_TEXT
,5,{'v','>','.',ctrl('M'),ctrl('J')}}, KS_NONE
},
1309 {"C", N_("ComposeTo"), {MC_COMPOSE
,1,{'c'}}, KS_COMPOSER
},
1326 INST_KEY_MENU(addr_s_km_for_url
, addr_select_for_url_keys
);
1329 struct key addr_select_exit_keys
[] =
1332 {"E", "[" N_("Exit") "]", {MC_EXIT
,3,{'e',ctrl('M'),ctrl('J')}},
1343 INST_KEY_MENU(addr_s_km_exit
, addr_select_exit_keys
);
1346 struct key addr_select_goback_keys
[] =
1349 {"E", "[" N_("Exit") "]", {MC_ADDRBOOK
,3,{'e',ctrl('M'),ctrl('J')}},
1360 INST_KEY_MENU(addr_s_km_goback
, addr_select_goback_keys
);
1363 struct key config_text_keys
[] =
1367 {"C", "[" N_("Change Val") "]", {MC_EDIT
,3,{'c',ctrl('M'),ctrl('J')}}, KS_NONE
},
1372 {"A", N_("Add Value"), {MC_ADD
,1,{'a'}}, KS_NONE
},
1373 {"D", N_("Delete Val"), {MC_DELETE
,1,{'d'}}, KS_NONE
},
1389 INST_KEY_MENU(config_text_keymenu
, config_text_keys
);
1392 struct key config_text_to_charsets_keys
[] =
1396 {"C", "[" N_("Change Val") "]", {MC_EDIT
,3,{'c',ctrl('M'),ctrl('J')}}, KS_NONE
},
1401 {"A", N_("Add Value"), {MC_ADD
,1,{'a'}}, KS_NONE
},
1402 {"D", N_("Delete Val"), {MC_DELETE
,1,{'d'}}, KS_NONE
},
1410 /* TRANSLATORS: go to list of keywords */
1411 {"T", N_("ToCharsets"), {MC_CHOICE
, 2, {'t', ctrl('T')}}, KS_NONE
},
1419 INST_KEY_MENU(config_text_to_charsets_keymenu
, config_text_to_charsets_keys
);
1422 struct key direct_config_keys
[] =
1425 {"E", N_("Exit Setup"), {MC_EXIT
,1,{'e'}}, KS_EXITMODE
},
1426 {"C", "[" N_("Change") "]", {MC_EDIT
,3,{'c',ctrl('M'),ctrl('J')}}, KS_NONE
},
1427 /* TRANSLATORS: go to previous LDAP directory server in the list */
1428 {"P", N_("PrevDir"), {MC_PREVITEM
, 1, {'p'}}, KS_NONE
},
1429 {"N", N_("NextDir"), {MC_NEXTITEM
, 2, {'n', TAB
}}, KS_NONE
},
1432 /* TRANSLATORS: add a directory server to configuration */
1433 {"A", N_("Add Dir"), {MC_ADD
,1,{'a'}}, KS_NONE
},
1434 /* TRANSLATORS: delete a directory */
1435 {"D", N_("Del Dir"), {MC_DELETE
,1,{'d'}}, KS_NONE
},
1436 {"$", N_("Shuffle"), {MC_SHUFFLE
,1,{'$'}}, KS_NONE
},
1451 INST_KEY_MENU(dir_conf_km
, direct_config_keys
);
1454 struct key sel_from_list_keys
[] =
1457 {"E", N_("Exit"), {MC_EXIT
,1,{'e'}}, KS_EXITMODE
},
1458 {"S", "[" N_("Select") "]", {MC_SELECT
,3,{'s',ctrl('J'),ctrl('M')}}, KS_NONE
},
1459 {"P", N_("Prev"), {MC_PREVITEM
, 1, {'p'}}, KS_NONE
},
1460 {"N", N_("Next"), {MC_NEXTITEM
, 2, {'n', TAB
}}, KS_NONE
},
1467 INST_KEY_MENU(sel_from_list
, sel_from_list_keys
);
1470 struct key sel_from_list_keys_ctrlc
[] =
1473 {"^C", N_("exit"), {MC_EXIT
,1,{ctrl('C')}}, KS_EXITMODE
},
1474 {"S", "[" N_("Select") "]", {MC_SELECT
,3,{'s',ctrl('J'),ctrl('M')}}, KS_NONE
},
1475 {"P", N_("Prev"), {MC_PREVITEM
, 1, {'p'}}, KS_NONE
},
1476 {"N", N_("Next"), {MC_NEXTITEM
, 2, {'n', TAB
}}, KS_NONE
},
1483 INST_KEY_MENU(sel_from_list_ctrlc
, sel_from_list_keys_ctrlc
);
1486 struct key sel_from_list_keys_sm
[] =
1489 {"E", N_("Exit"), {MC_EXIT
,1,{'e'}}, KS_EXITMODE
},
1490 {"S", "[" N_("Select") "]", {MC_SELECT
,3,{'s',ctrl('J'),ctrl('M')}}, KS_NONE
},
1491 {"P", N_("Prev"), {MC_PREVITEM
, 1, {'p'}}, KS_NONE
},
1492 {"N", N_("Next"), {MC_NEXTITEM
, 2, {'n', TAB
}}, KS_NONE
},
1496 {"L",N_("ListMode"),{MC_LISTMODE
,1,{'l'}},KS_NONE
},
1512 INST_KEY_MENU(sel_from_list_sm
, sel_from_list_keys_sm
);
1515 struct key sel_from_list_keys_sm_ctrlc
[] =
1518 {"^C", N_("exit"), {MC_EXIT
,1,{ctrl('C')}}, KS_EXITMODE
},
1519 {"S", "[" N_("Select") "]", {MC_SELECT
,3,{'s',ctrl('J'),ctrl('M')}}, KS_NONE
},
1520 {"P", N_("Prev"), {MC_PREVITEM
, 1, {'p'}}, KS_NONE
},
1521 {"N", N_("Next"), {MC_NEXTITEM
, 2, {'n', TAB
}}, KS_NONE
},
1525 {"L",N_("ListMode"),{MC_LISTMODE
,1,{'l'}},KS_NONE
},
1541 INST_KEY_MENU(sel_from_list_sm_ctrlc
, sel_from_list_keys_sm_ctrlc
);
1544 struct key sel_from_list_keys_lm
[] =
1547 {"E", N_("Exit"), {MC_EXIT
,1,{'e'}}, KS_EXITMODE
},
1548 {"S", "[" N_("Select") "]", {MC_SELECT
,3,{'s',ctrl('J'),ctrl('M')}}, KS_NONE
},
1549 {"P", N_("Prev"), {MC_PREVITEM
, 1, {'p'}}, KS_NONE
},
1550 {"N", N_("Next"), {MC_NEXTITEM
, 2, {'n', TAB
}}, KS_NONE
},
1553 {"X", N_("Set/Unset"), {MC_TOGGLE
,1,{'x'}}, KS_NONE
},
1554 {"1",N_("SinglMode"),{MC_LISTMODE
,1,{'1'}},KS_NONE
},
1570 INST_KEY_MENU(sel_from_list_lm
, sel_from_list_keys_lm
);
1573 struct key sel_from_list_keys_lm_ctrlc
[] =
1576 {"^C", N_("exit"), {MC_EXIT
,1,{ctrl('C')}}, KS_EXITMODE
},
1577 {"S", "[" N_("Select") "]", {MC_SELECT
,3,{'s',ctrl('J'),ctrl('M')}}, KS_NONE
},
1578 {"P", N_("Prev"), {MC_PREVITEM
, 1, {'p'}}, KS_NONE
},
1579 {"N", N_("Next"), {MC_NEXTITEM
, 2, {'n', TAB
}}, KS_NONE
},
1582 {"X", N_("Set/Unset"), {MC_TOGGLE
,1,{'x'}}, KS_NONE
},
1583 {"1",N_("SinglMode"),{MC_LISTMODE
,1,{'1'}},KS_NONE
},
1599 INST_KEY_MENU(sel_from_list_lm_ctrlc
, sel_from_list_keys_lm_ctrlc
);
1602 struct key sel_from_list_keys_olm
[] =
1605 {"E", N_("Exit"), {MC_EXIT
,1,{'e'}}, KS_EXITMODE
},
1606 {"S", "[" N_("Select") "]", {MC_SELECT
,3,{'s',ctrl('J'),ctrl('M')}}, KS_NONE
},
1607 {"P", N_("Prev"), {MC_PREVITEM
, 1, {'p'}}, KS_NONE
},
1608 {"N", N_("Next"), {MC_NEXTITEM
, 2, {'n', TAB
}}, KS_NONE
},
1611 {"X", N_("Set/Unset"), {MC_TOGGLE
,1,{'x'}}, KS_NONE
},
1628 INST_KEY_MENU(sel_from_list_olm
, sel_from_list_keys_olm
);
1631 struct key sel_from_list_keys_olm_ctrlc
[] =
1634 {"^C", N_("exit"), {MC_EXIT
,1,{ctrl('C')}}, KS_EXITMODE
},
1635 {"S", "[" N_("Select") "]", {MC_SELECT
,3,{'s',ctrl('J'),ctrl('M')}}, KS_NONE
},
1636 {"P", N_("Prev"), {MC_PREVITEM
, 1, {'p'}}, KS_NONE
},
1637 {"N", N_("Next"), {MC_NEXTITEM
, 2, {'n', TAB
}}, KS_NONE
},
1640 {"X", N_("Set/Unset"), {MC_TOGGLE
,1,{'x'}}, KS_NONE
},
1657 INST_KEY_MENU(sel_from_list_olm_ctrlc
, sel_from_list_keys_olm_ctrlc
);
1662 struct key printer_edit_keys
[] =
1666 {"S", "[" N_("Select") "]", {MC_CHOICE
,3,{'s',ctrl('M'),ctrl('J')}}, KS_NONE
},
1671 /* TRANSLATORS: add a printer to configuration */
1672 {"A", N_("Add Printer"), {MC_ADD
,1,{'a'}}, KS_NONE
},
1673 /* TRANSLATORS: delete a printer from configuration */
1674 {"D", N_("DeletePrint"), {MC_DELETE
,1,{'d'}}, KS_NONE
},
1675 {"C", N_("Change"), {MC_EDIT
,1,{'c'}}, KS_NONE
},
1690 INST_KEY_MENU(printer_edit_keymenu
, printer_edit_keys
);
1693 struct key printer_select_keys
[] =
1697 {"S", "[" N_("Select") "]", {MC_CHOICE
,3,{'s',ctrl('M'),ctrl('J')}}, KS_NONE
},
1706 INST_KEY_MENU(printer_select_keymenu
, printer_select_keys
);
1711 struct key role_select_keys
[] =
1714 {"E", N_("Exit"), {MC_EXIT
,1,{'e'}}, KS_EXITMODE
},
1716 /* TRANSLATORS: go to previous Role in list */
1717 {"P", N_("PrevRole"), {MC_PREVITEM
, 1, {'p'}}, KS_NONE
},
1718 {"N", N_("NextRole"), {MC_NEXTITEM
, 2, {'n', TAB
}}, KS_NONE
},
1723 {"D", "", {MC_TOGGLE
, 1, {'d'}}, KS_NONE
},
1725 INST_KEY_MENU(role_select_km
, role_select_keys
);
1728 struct key role_config_keys
[] =
1731 {"E", N_("Exit Setup"), {MC_EXIT
,1,{'e'}}, KS_EXITMODE
},
1732 {"C", "[" N_("Change") "]", {MC_EDIT
,3,{'c',ctrl('M'),ctrl('J')}}, KS_NONE
},
1733 /* TRANSLATORS: go to previous Rule in list */
1734 {"P", N_("PrevRule"), {MC_PREVITEM
, 1, {'p'}}, KS_NONE
},
1735 {"N", N_("NextRule"), {MC_NEXTITEM
, 2, {'n', TAB
}}, KS_NONE
},
1738 {"A", N_("Add"), {MC_ADD
,1,{'a'}}, KS_NONE
},
1739 {"D", N_("Delete"), {MC_DELETE
,1,{'d'}}, KS_NONE
},
1740 {"$", N_("Shuffle"), {MC_SHUFFLE
,1,{'$'}}, KS_NONE
},
1747 /* TRANSLATORS: Include a File from filesystem */
1748 {"I", N_("IncludeFile"), {MC_ADDFILE
,1,{'i'}}, KS_NONE
},
1749 {"X", N_("eXcludeFile"), {MC_DELFILE
,1,{'x'}}, KS_NONE
},
1752 {"R", N_("Replicate"), {MC_COPY
,1,{'r'}}, KS_NONE
},
1756 INST_KEY_MENU(role_conf_km
, role_config_keys
);
1759 struct key config_text_wshuf_keys
[] =
1763 {"C", "[" N_("Change Val") "]", {MC_EDIT
,3,{'c',ctrl('M'),ctrl('J')}}, KS_NONE
},
1768 {"A", N_("Add Value"), {MC_ADD
,1,{'a'}}, KS_NONE
},
1769 {"D", N_("Delete Val"), {MC_DELETE
,1,{'d'}}, KS_NONE
},
1777 {"$", N_("Shuffle"), {MC_SHUFFLE
,1,{'$'}}, KS_NONE
},
1785 INST_KEY_MENU(config_text_wshuf_keymenu
, config_text_wshuf_keys
);
1788 struct key config_text_wshufandfldr_keys
[] =
1792 {"C", "[" N_("Change Val") "]", {MC_EDIT
,3,{'c',ctrl('M'),ctrl('J')}}, KS_NONE
},
1797 {"A", N_("Add Value"), {MC_ADD
,1,{'a'}}, KS_NONE
},
1798 {"D", N_("Delete Val"), {MC_DELETE
,1,{'d'}}, KS_NONE
},
1806 {"$", N_("Shuffle"), {MC_SHUFFLE
,1,{'$'}}, KS_NONE
},
1807 {"T", N_("ToFldrs"), {MC_CHOICE
,2,{'t', ctrl('T')}}, KS_NONE
},
1814 INST_KEY_MENU(config_text_wshufandfldr_keymenu
, config_text_wshufandfldr_keys
);
1817 struct key config_role_file_keys
[] =
1821 {"C", "[" N_("Change Val") "]", {MC_EDIT
,3,{'c',ctrl('M'),ctrl('J')}}, KS_NONE
},
1826 {"A", N_("Add Value"), {MC_ADD
,1,{'a'}}, KS_NONE
},
1827 {"D", N_("Delete Val"), {MC_DELETE
,1,{'d'}}, KS_NONE
},
1835 /* TRANSLATORS: go to list of Files */
1836 {"T", N_("ToFiles"), {MC_CHOICE
, 2, {'t', ctrl('T')}}, KS_NONE
},
1837 /* TRANSLATORS: edit a file */
1838 {"F", N_("editFile"), {MC_EDITFILE
, 1, {'f'}}, KS_NONE
},
1845 INST_KEY_MENU(config_role_file_keymenu
, config_role_file_keys
);
1848 struct key config_role_file_res_keys
[] =
1852 {"C", "[" N_("Change Val") "]", {MC_EDIT
,3,{'c',ctrl('M'),ctrl('J')}}, KS_NONE
},
1857 {"A", N_("Add Value"), {MC_ADD
,1,{'a'}}, KS_NONE
},
1858 {"D", N_("Delete Val"), {MC_DELETE
,1,{'d'}}, KS_NONE
},
1866 {"T", N_("ToFiles"), {MC_CHOICE
, 2, {'t', ctrl('T')}}, KS_NONE
},
1874 INST_KEY_MENU(config_role_file_res_keymenu
, config_role_file_res_keys
);
1877 struct key config_role_keyword_keys
[] =
1881 {"C", "[" N_("Change Val") "]", {MC_EDIT
,3,{'c',ctrl('M'),ctrl('J')}}, KS_NONE
},
1886 {"A", N_("Add Value"), {MC_ADD
,1,{'a'}}, KS_NONE
},
1887 {"D", N_("Delete Val"), {MC_DELETE
,1,{'d'}}, KS_NONE
},
1895 /* TRANSLATORS: go to list of keywords */
1896 {"T", N_("ToKeywords"), {MC_CHOICE
, 2, {'t', ctrl('T')}}, KS_NONE
},
1904 INST_KEY_MENU(config_role_keyword_keymenu
, config_role_keyword_keys
);
1907 struct key config_role_keyword_keys_not
[] =
1911 {"C", "[" N_("Change Val") "]", {MC_EDIT
,3,{'c',ctrl('M'),ctrl('J')}}, KS_NONE
},
1916 {"A", N_("Add Value"), {MC_ADD
,1,{'a'}}, KS_NONE
},
1917 {"D", N_("Delete Val"), {MC_DELETE
,1,{'d'}}, KS_NONE
},
1925 {"T", N_("ToKeywords"), {MC_CHOICE
, 2, {'t', ctrl('T')}}, KS_NONE
},
1927 /* TRANSLATORS: toggle between NOT and not NOT, turn NOT on or off */
1928 {"!", N_("toggle NOT"), {MC_NOT
,1,{'!'}}, KS_NONE
},
1934 INST_KEY_MENU(config_role_keyword_keymenu_not
, config_role_keyword_keys_not
);
1937 struct key config_role_charset_keys_not
[] =
1941 {"C", "[" N_("Change Val") "]", {MC_EDIT
,3,{'c',ctrl('M'),ctrl('J')}}, KS_NONE
},
1946 {"A", N_("Add Value"), {MC_ADD
,1,{'a'}}, KS_NONE
},
1947 {"D", N_("Delete Val"), {MC_DELETE
,1,{'d'}}, KS_NONE
},
1955 /* TRANSLATORS: go to list of character sets */
1956 {"T", N_("ToCharSets"), {MC_CHOICE
, 2, {'t', ctrl('T')}}, KS_NONE
},
1958 {"!", N_("toggle NOT"), {MC_NOT
,1,{'!'}}, KS_NONE
},
1964 INST_KEY_MENU(config_role_charset_keymenu_not
, config_role_charset_keys_not
);
1967 struct key config_role_keys
[] =
1971 {"C", "[" N_("Change Val") "]", {MC_EDIT
,3,{'c',ctrl('M'),ctrl('J')}}, KS_NONE
},
1976 {"A", N_("Add Value"), {MC_ADD
,1,{'a'}}, KS_NONE
},
1977 {"D", N_("Delete Val"), {MC_DELETE
,1,{'d'}}, KS_NONE
},
1993 INST_KEY_MENU(config_role_keymenu
, config_role_keys
);
1996 struct key config_role_keys_not
[] =
2000 {"C", "[" N_("Change Val") "]", {MC_EDIT
,3,{'c',ctrl('M'),ctrl('J')}}, KS_NONE
},
2005 {"A", N_("Add Value"), {MC_ADD
,1,{'a'}}, KS_NONE
},
2006 {"D", N_("Delete Val"), {MC_DELETE
,1,{'d'}}, KS_NONE
},
2015 /* TRANSLATORS: add extra headers to list */
2016 {"X", N_("eXtraHdr"), {MC_ADDHDR
, 1, {'x'}}, KS_NONE
},
2017 {"!", N_("toggle NOT"), {MC_NOT
,1,{'!'}}, KS_NONE
},
2023 INST_KEY_MENU(config_role_keymenu_not
, config_role_keys_not
);
2026 struct key config_role_keys_extra
[] =
2030 {"X", "[" N_("eXtraHdr") "]", {MC_ADDHDR
, 3,{'x',ctrl('M'),ctrl('J')}}, KS_NONE
},
2039 INST_KEY_MENU(config_role_keymenu_extra
, config_role_keys_extra
);
2042 struct key config_role_addr_pat_keys
[] =
2046 {"C", "[" N_("Change Val") "]", {MC_EDIT
,3,{'c',ctrl('M'),ctrl('J')}}, KS_NONE
},
2051 {"A", N_("Add Value"), {MC_ADD
,1,{'a'}}, KS_NONE
},
2052 {"D", N_("Delete Val"), {MC_DELETE
,1,{'d'}}, KS_NONE
},
2060 /* TRANSLATORS: go to address book to get address */
2061 {"T", N_("ToAddrBk"), {MC_CHOICEB
, 2, {'t', ctrl('T')}}, KS_NONE
},
2062 {"X", N_("eXtraHdr"), {MC_ADDHDR
, 1, {'x'}}, KS_NONE
},
2063 {"!", N_("toggle NOT"), {MC_NOT
,1,{'!'}}, KS_NONE
},
2069 INST_KEY_MENU(config_role_addr_pat_keymenu
, config_role_addr_pat_keys
);
2072 struct key config_role_xtrahdr_keys
[] =
2076 {"C", "[" N_("Change Val") "]", {MC_EDIT
,3,{'c',ctrl('M'),ctrl('J')}}, KS_NONE
},
2081 {"A", N_("Add Value"), {MC_ADD
,1,{'a'}}, KS_NONE
},
2082 {"D", N_("Delete Val"), {MC_DELETE
,1,{'d'}}, KS_NONE
},
2091 {"X", N_("eXtraHdr"), {MC_ADDHDR
, 1, {'x'}}, KS_NONE
},
2092 {"!", N_("toggle NOT"), {MC_NOT
,1,{'!'}}, KS_NONE
},
2094 /* TRANSLATORS: remove a header we previously added */
2095 {"R", N_("RemoveHdr"), {MC_DELHDR
, 1, {'r'}}, KS_NONE
},
2099 INST_KEY_MENU(config_role_xtrahdr_keymenu
, config_role_xtrahdr_keys
);
2102 struct key config_role_addr_act_keys
[] =
2106 {"C", "[" N_("Change Val") "]", {MC_EDIT
,3,{'c',ctrl('M'),ctrl('J')}}, KS_NONE
},
2111 {"A", N_("Add Value"), {MC_ADD
,1,{'a'}}, KS_NONE
},
2112 {"D", N_("Delete Val"), {MC_DELETE
,1,{'d'}}, KS_NONE
},
2120 {"T", N_("ToAddrBk"), {MC_CHOICEC
, 2, {'t', ctrl('T')}}, KS_NONE
},
2128 INST_KEY_MENU(config_role_addr_act_keymenu
, config_role_addr_act_keys
);
2131 struct key config_role_patfolder_keys
[] =
2135 {"C", "[" N_("Change Val") "]", {MC_EDIT
,3,{'c',ctrl('M'),ctrl('J')}}, KS_NONE
},
2140 {"A", N_("Add Value"), {MC_ADD
,1,{'a'}}, KS_NONE
},
2141 {"D", N_("Delete Val"), {MC_DELETE
,1,{'d'}}, KS_NONE
},
2149 /* TRANSLATORS: go to list of folders */
2150 {"T", N_("ToFldrs"), {MC_CHOICED
, 2, {'t', ctrl('T')}}, KS_NONE
},
2158 INST_KEY_MENU(config_role_patfolder_keymenu
, config_role_patfolder_keys
);
2161 struct key config_role_actionfolder_keys
[] =
2165 {"C", "[" N_("Change Val") "]", {MC_EDIT
,3,{'c',ctrl('M'),ctrl('J')}}, KS_NONE
},
2170 {"A", N_("Add Value"), {MC_ADD
,1,{'a'}}, KS_NONE
},
2171 {"D", N_("Delete Val"), {MC_DELETE
,1,{'d'}}, KS_NONE
},
2179 {"T", N_("ToFldrs"), {MC_CHOICEE
, 2, {'t', ctrl('T')}}, KS_NONE
},
2187 INST_KEY_MENU(config_role_actionfolder_keymenu
, config_role_actionfolder_keys
);
2190 struct key config_role_inick_keys
[] =
2194 {"C", "[" N_("Change Val") "]", {MC_EDIT
,3,{'c',ctrl('M'),ctrl('J')}}, KS_NONE
},
2199 {"A", N_("Add Value"), {MC_ADD
,1,{'a'}}, KS_NONE
},
2200 {"D", N_("Delete Val"), {MC_DELETE
,1,{'d'}}, KS_NONE
},
2208 /* TRANSLATORS: go to list of nicknames */
2209 {"T", N_("ToNicks"), {MC_CHOICE
, 2, {'t', ctrl('T')}}, KS_NONE
},
2217 INST_KEY_MENU(config_role_inick_keymenu
, config_role_inick_keys
);
2220 struct key config_role_afrom_keys
[] =
2224 {"C", "[" N_("Change Val") "]", {MC_EDIT
,3,{'c',ctrl('M'),ctrl('J')}}, KS_NONE
},
2229 {"A", N_("Add Value"), {MC_ADD
,1,{'a'}}, KS_NONE
},
2230 {"D", N_("Delete Val"), {MC_DELETE
,1,{'d'}}, KS_NONE
},
2238 /* TRANSLATORS: go to list of address books */
2239 {"T", N_("ToAbookList"), {MC_CHOICE
, 2, {'t', ctrl('T')}}, KS_NONE
},
2247 INST_KEY_MENU(config_role_afrom_keymenu
, config_role_afrom_keys
);
2250 struct key config_checkbox_keys
[] =
2263 INST_KEY_MENU(config_checkbox_keymenu
, config_checkbox_keys
);
2266 struct key config_radiobutton_keys
[] =
2270 {"*", "[" N_("Select") "]", {MC_CHOICE
,3,{'*',ctrl('M'),ctrl('J')}}, KS_NONE
},
2279 INST_KEY_MENU(config_radiobutton_keymenu
, config_radiobutton_keys
);
2282 struct key config_yesno_keys
[] =
2286 {"C", "[" N_("Change") "]", {MC_TOGGLE
,3,{'c',ctrl('M'),ctrl('J')}}, KS_NONE
},
2295 INST_KEY_MENU(config_yesno_keymenu
, config_yesno_keys
);
2298 struct key color_changing_keys
[] =
2301 {"E", N_("To Colors"), {MC_EXIT
,1,{'e'}}, KS_EXITMODE
},
2302 {"*", "[" N_("Select") "]", {MC_CHOICE
,3,{'*',ctrl('M'),ctrl('J')}}, KS_NONE
},
2311 INST_KEY_MENU(color_changing_keymenu
, color_changing_keys
);
2314 struct key custom_color_changing_keys
[] =
2317 /* TRANSLATORS: go to color configuration screen */
2318 {"E", N_("To Colors"), {MC_EXIT
,1,{'e'}}, KS_EXITMODE
},
2319 {"*", "[" N_("Select") "]", {MC_CHOICEB
,3,{'*',ctrl('M'),ctrl('J')}}, KS_NONE
},
2328 INST_KEY_MENU(custom_color_changing_keymenu
, custom_color_changing_keys
);
2331 struct key kw_color_changing_keys
[] =
2334 {"E", N_("To Colors"), {MC_EXIT
,1,{'e'}}, KS_EXITMODE
},
2335 {"*", "[" N_("Select") "]", {MC_CHOICEC
,3,{'*',ctrl('M'),ctrl('J')}}, KS_NONE
},
2344 INST_KEY_MENU(kw_color_changing_keymenu
, kw_color_changing_keys
);
2349 struct key color_rgb_changing_keys
[] =
2352 {"E", N_("To Colors"), {MC_EXIT
,1,{'e'}}, KS_EXITMODE
},
2353 {"*", "[" N_("Select") "]", {MC_CHOICE
,3,{'*',ctrl('M'),ctrl('J')}}, KS_NONE
},
2358 {"C", N_("Customize"), {MC_RGB1
,1,{'c'}},KS_NONE
},
2375 INST_KEY_MENU(color_rgb_keymenu
, color_rgb_changing_keys
);
2378 struct key custom_rgb_changing_keys
[] =
2381 {"E", N_("To Colors"), {MC_EXIT
,1,{'e'}}, KS_EXITMODE
},
2382 {"*", "[" N_("Select") "]", {MC_CHOICEB
,3,{'*',ctrl('M'),ctrl('J')}}, KS_NONE
},
2387 {"C", N_("Customize"), {MC_RGB2
,1,{'c'}},KS_NONE
},
2404 INST_KEY_MENU(custom_rgb_keymenu
, custom_rgb_changing_keys
);
2407 struct key kw_rgb_changing_keys
[] =
2410 {"E", N_("To Colors"), {MC_EXIT
,1,{'e'}}, KS_EXITMODE
},
2411 {"*", "[" N_("Select") "]", {MC_CHOICEC
,3,{'*',ctrl('M'),ctrl('J')}}, KS_NONE
},
2416 {"C", N_("Customize"), {MC_RGB3
,1,{'c'}},KS_NONE
},
2433 INST_KEY_MENU(kw_rgb_keymenu
, kw_rgb_changing_keys
);
2438 struct key color_setting_keys
[] =
2442 {"C", "[" N_("Change") "]", {MC_EDIT
,3,{'c',ctrl('M'),ctrl('J')}}, KS_NONE
},
2447 {"A", N_("AddHeader"), {MC_ADD
,1,{'a'}}, KS_NONE
},
2448 /* TRANSLATORS: restore defaults */
2449 {"R", N_("RestoreDefs"), {MC_DEFAULT
,1,{'r'}}, KS_NONE
},
2455 {"I", N_("IndxHdr"), {MC_ADDHEADER
,1,{'i'}}, KS_NONE
},
2465 INST_KEY_MENU(color_setting_keymenu
, color_setting_keys
);
2468 struct key custom_color_setting_keys
[] =
2472 {"C", "[" N_("Change") "]", {MC_EDIT
,3,{'c',ctrl('M'),ctrl('J')}}, KS_NONE
},
2477 {"A", N_("AddHeader"), {MC_ADD
,1,{'a'}}, KS_NONE
},
2478 {"R", N_("RestoreDefs"), {MC_DEFAULT
,1,{'r'}}, KS_NONE
},
2484 {"I", N_("IndxHdr"), {MC_ADDHEADER
,1,{'i'}}, KS_NONE
},
2486 {"D", N_("DeleteHdr"), {MC_DELETE
,1,{'d'}}, KS_NONE
},
2487 /* TRANSLATORS: shuffle headers (change the order of headers) */
2488 {"$", N_("ShuffleHdr"), {MC_SHUFFLE
,1,{'$'}}, KS_NONE
},
2495 INST_KEY_MENU(custom_color_setting_keymenu
, custom_color_setting_keys
);
2498 struct key role_color_setting_keys
[] =
2502 {"*", "[" N_("Select") "]", {MC_CHOICE
,3,{'*',ctrl('M'),ctrl('J')}}, KS_NONE
},
2511 INST_KEY_MENU(role_color_setting_keymenu
, role_color_setting_keys
);
2514 struct key kw_color_setting_keys
[] =
2518 {"C", "[" N_("Change") "]", {MC_EDIT
,3,{'c',ctrl('M'),ctrl('J')}}, KS_NONE
},
2523 {"A", N_("AddHeader"), {MC_ADD
,1,{'a'}}, KS_NONE
},
2524 {"R", N_("RestoreDefs"), {MC_DEFAULT
,1,{'r'}}, KS_NONE
},
2530 {"I", N_("IndxHdr"), {MC_ADDHEADER
,1,{'i'}}, KS_NONE
},
2540 INST_KEY_MENU(kw_color_setting_keymenu
, kw_color_setting_keys
);
2543 struct key take_export_keys_sm
[] =
2546 /* TRANSLATORS: exit the Take Address screen */
2547 {"<",N_("ExitTake"), {MC_EXIT
,4,{'e',ctrl('C'),'<',','}}, KS_EXITMODE
},
2548 {"T","[" N_("Take") "]",{MC_TAKE
,3,{'t',ctrl('M'),ctrl('J')}}, KS_NONE
},
2556 {"L",N_("ListMode"),{MC_LISTMODE
,1,{'l'}},KS_NONE
}};
2557 INST_KEY_MENU(take_export_keymenu_sm
, take_export_keys_sm
);
2560 struct key take_export_keys_lm
[] =
2563 {"<",N_("ExitTake"), {MC_EXIT
,4,{'e',ctrl('C'),'<',','}}, KS_EXITMODE
},
2564 {"T",N_("Take"), {MC_TAKE
,1,{'t'}}, KS_NONE
},
2569 {"X","[" N_("Set/Unset") "]", {MC_CHOICE
,3,{'x',ctrl('M'),ctrl('J')}}, KS_NONE
},
2570 {"A", N_("SetAll"),{MC_SELALL
,1,{'a'}},KS_NONE
},
2571 {"U",N_("UnSetAll"),{MC_UNSELALL
,1,{'u'}},KS_NONE
},
2572 {"S",N_("SinglMode"),{MC_LISTMODE
,1,{'s'}},KS_NONE
}};
2573 INST_KEY_MENU(take_export_keymenu_lm
, take_export_keys_lm
);
2576 struct key smime_info_keys
[] =
2579 {"<","Back",{MC_VIEW_TEXT
,2,{'<',','}},KS_EXITMODE
},
2602 INST_KEY_MENU(smime_info_keymenu
, smime_info_keys
);
2605 struct key config_smime_helper_keys
[] =
2609 {"T","[" N_("Transfer") "]", {MC_CHOICE
,3,{'t',ctrl('M'),ctrl('J')}}, KS_NONE
},
2618 INST_KEY_MENU(config_smime_helper_keymenu
, config_smime_helper_keys
);
2620 struct key config_smime_manage_certs_menu_keys
[] =
2624 {"S", "[" N_("Select") "]", {MC_CHOICE
,3,{'s',ctrl('M'),ctrl('J')}}, KS_NONE
},
2625 {"I", N_("Import Cert"), {MC_IMPORT
,1,{'i'}}, KS_NONE
},
2633 INST_KEY_MENU(config_smime_manage_certs_menu_keymenu
, config_smime_manage_certs_menu_keys
);
2635 struct key config_smime_add_certs_keys
[] =
2639 {"I", N_("Import Cert"), {MC_IMPORT
,3,{'i', ctrl('M'), ctrl('J')}}, KS_NONE
},
2648 INST_KEY_MENU(config_smime_add_certs_keymenu
, config_smime_add_certs_keys
);
2650 struct key config_smime_manage_certs_work_keys
[] =
2654 {"V", "[" N_("View Info") "]", {MC_CHOICE
,3,{'v',ctrl('M'),ctrl('J')}}, KS_NONE
},
2655 {"I", N_("Import Cert"), {MC_IMPORT
,1,{'i'}}, KS_NONE
},
2657 {"D", N_("Delete"), {MC_DELETE
,1,{'d'}}, KS_NONE
},
2658 {"U", N_("Undelete"), {MC_UNDELETE
,1,{'u'}}, KS_NONE
},
2659 {"X", N_("Expunge"), {MC_EXPUNGE
,1,{'x'}}, KS_NONE
},
2676 INST_KEY_MENU(config_smime_manage_certs_work_keymenu
, config_smime_manage_certs_work_keys
);
2678 struct key smime_certificate_info_keys
[] =
2681 {"E",N_("Exit Viewer"),{MC_EXIT
,1,{'e'}},KS_EXITMODE
},
2682 {"T",N_("Trust Cert"), {MC_TRUST
,1,{'t'}},KS_NONE
},
2683 {"D",N_("Delete"), {MC_DELETE
,1,{'d'}},KS_NONE
},
2684 {"U",N_("Undelete"), {MC_UNDELETE
,1,{'u'}},KS_NONE
},
2685 {"B",N_("Public Key"), {MC_PUBLIC
,1,{'b'}},KS_NONE
},
2686 {"R",N_("Private Key"),{MC_PRIVATE
,1,{'r'}},KS_NONE
},
2690 {"S", N_("Save"), {MC_SAVETEXT
,1,{'s'}}, KS_SAVE
},
2704 INST_KEY_MENU(smime_certificate_info_keymenu
, smime_certificate_info_keys
);
2708 * Internal prototypes
2710 void output_keymenu(struct key_menu
*, bitmap_t
, int, int);
2711 void format_keymenu(struct key_menu
*, bitmap_t
, int);
2712 void menu_clear_cmd_binding(struct key_menu
*, int);
2714 void print_inverted_label(int, MENUITEM
*);
2718 /* Saved key menu drawing state */
2720 struct key_menu
*km
;
2729 * Longest label that can be displayed in keymenu
2731 #define MAX_LABEL 40
2732 #define MAX_KEYNAME 3
2733 static struct key last_time_buf
[12];
2734 static int keymenu_is_dirty
= 1;
2737 mark_keymenu_dirty(void)
2739 keymenu_is_dirty
= 1;
2744 * Write an already formatted key_menu to the screen
2746 * Args: km -- key_menu structure
2747 * bm -- bitmap, 0's mean don't draw this key
2748 * row -- the row on the screen to begin on, negative values
2749 * are counted from the bottom of the screen up
2750 * column -- column on the screen to begin on
2752 * The bits in the bitmap are used from least significant to most significant,
2753 * not left to right. So, if you write out the bitmap in the normal way, for
2755 * bm[0] = 0x5, bm[1] = 0x8, bm[2] = 0x21, bm[3] = bm[4] = bm[5] = 0
2756 * 0000 0101 0000 1000 0010 0001 ...
2757 * means that menu item 0 (first row, first column) is set, item 1 (2nd row,
2758 * first column) is not set, item 2 is set, items 3-10 are not set, item 11
2759 * (2nd row, 6th and last column) is set. In the second menu (the second set
2760 * of 12 bits) items 0-3 are unset, 4 is set, 5-8 unset, 9 set, 10-11 unset.
2761 * That uses up bm[0] - bm[2].
2762 * Just to make sure, here it is drawn out for the first set of 12 items in
2763 * the first keymenu (0-11)
2764 * bm[0] x x x x x x x x bm[1] x x x x x x x x
2765 * 7 6 5 4 3 2 1 0 1110 9 8
2768 output_keymenu(struct key_menu
*km
, unsigned char *bm
, int row
, int column
)
2771 extern char term_name
[];
2773 register struct key
*k
;
2774 struct key
*last_time
;
2776 ufk
, /* using function keys */
2778 max_column
, /* number of columns on screen */
2779 off
; /* offset into keymap */
2780 struct variable
*vars
= ps_global
->vars
;
2781 COLOR_PAIR
*lastc
=NULL
, *label_color
=NULL
, *name_color
=NULL
;
2783 /* 6's are for UTF-8 */
2784 char keystr
[6*MAX_KEYNAME
+ 6*MAX_LABEL
+ 2];
2787 off
= km
->which
* 12;
2788 max_column
= ps_global
->ttyo
->screen_cols
;
2790 if((ps_global
->ttyo
->screen_rows
- FOOTER_ROWS(ps_global
)) < 0
2791 || max_column
<= 0){
2792 keymenu_is_dirty
= 1;
2797 real_row
= row
> 0 ? row
: ps_global
->ttyo
->screen_rows
+ row
;
2799 if(pico_usingcolor()){
2800 lastc
= pico_get_cur_color();
2801 if(lastc
&& VAR_KEYLABEL_FORE_COLOR
&& VAR_KEYLABEL_BACK_COLOR
&&
2802 pico_is_good_color(VAR_KEYLABEL_FORE_COLOR
) &&
2803 pico_is_good_color(VAR_KEYLABEL_BACK_COLOR
)){
2804 label_color
= new_color_pair(VAR_KEYLABEL_FORE_COLOR
,
2805 VAR_KEYLABEL_BACK_COLOR
);
2807 (void)pico_set_colorp(label_color
, PSC_NONE
);
2810 if(label_color
&& VAR_KEYNAME_FORE_COLOR
&& VAR_KEYNAME_BACK_COLOR
&&
2811 pico_is_good_color(VAR_KEYNAME_FORE_COLOR
) &&
2812 pico_is_good_color(VAR_KEYNAME_BACK_COLOR
)){
2813 name_color
= new_color_pair(VAR_KEYNAME_FORE_COLOR
,
2814 VAR_KEYNAME_BACK_COLOR
);
2818 if(keymenu_is_dirty
){
2819 ClearLines(real_row
, real_row
+1);
2820 keymenu_is_dirty
= 0;
2821 /* first time through, set up storage */
2822 if(!last_time_buf
[0].name
){
2823 for(i
= 0; i
< 12; i
++){
2824 last_time
= &last_time_buf
[i
];
2825 last_time
->name
= (char *) fs_get(6*MAX_KEYNAME
+ 1);
2826 last_time
->label
= (char *) fs_get(6*MAX_LABEL
+ 1);
2830 for(i
= 0; i
< 12; i
++)
2831 last_time_buf
[i
].column
= -1;
2834 for(i
= 0; i
< 12; i
++){
2838 dprint((9, "%2d %-7.7s %-10.10s %d\n", i
,
2839 km
== NULL
? "(no km)"
2840 : km
->keys
[e
].name
== NULL
? "(null)"
2842 km
== NULL
? "(no km)"
2843 : km
->keys
[e
].label
== NULL
? "(null)"
2844 : km
->keys
[e
].label
, km
? km
->keys
[e
].column
: 0));
2846 register_key(i
, NO_OP_COMMAND
, "", NULL
, 0, 0, 0, NULL
, NULL
);
2850 ufk
= F_ON(F_USE_FK
, ps_global
);
2851 dprint((9, "row: %d, real_row: %d, column: %d\n", row
,
2854 for(i
= 0; i
< 2; i
++){
2855 int c
, el
, empty
, fkey
, last_in_row
, fix_start
;
2857 char temp
[6*MAX_SCREEN_COLS
+1];
2858 char temp2
[6*MAX_SCREEN_COLS
+1];
2859 char this_label
[6*MAX_LABEL
+1];
2863 if(i
== 1 && !label_color
)
2865 if(i
== 1 && (!label_color
|| !struncmp(term_name
,"cygwin", 6)))
2867 max_column
--; /* Some terminals scroll if you write in the
2868 lower right hand corner. If user has a
2869 label_color set we'll take our chances.
2870 Otherwise, we'd get one cell of Normal. */
2873 * k is the key struct we're working on
2874 * c is the column number
2875 * el is an index into the whole keys array
2876 * Last_time_buf is ordered strangely. It goes row by row instead
2877 * of down each column like km does. J is an index into it.
2879 for(c
= 0, el
= off
+i
, k
= &km
->keys
[el
];
2880 k
< &km
->keys
[off
+12] && c
< max_column
;
2883 if(k
->column
> max_column
)
2888 fkey
= 1 + k
- &km
->keys
[off
];
2890 empty
= (!bitnset(el
,bm
) || !(k
->name
&& *k
->name
));
2891 last_time
= &last_time_buf
[j
];
2892 if(k
+2 < &km
->keys
[off
+12]){
2894 next_col
= last_time_buf
[j
+1].column
;
2895 fix_start
= (k
== &km
->keys
[off
] ||
2896 k
== &km
->keys
[off
+1]) ? k
->column
: 0;
2904 * Make sure there is a space between this label and
2905 * the next name. That is, we prefer a space to the
2906 * extra character of the label because the space
2907 * separates the commands and looks nicer.
2911 char tmp_label
[6*MAX_LABEL
+1];
2913 if(k
->label
[0] == '[' && k
->label
[(l
=strlen(k
->label
))-1] == ']' && l
> 2){
2915 * Can't write in k->label, which might be a constant array.
2917 strncpy(tmp_label
, &k
->label
[1], MIN(sizeof(tmp_label
),l
-2));
2918 tmp_label
[MIN(sizeof(tmp_label
)-1,l
-2)] = '\0';
2920 snprintf(this_label
, sizeof(this_label
), "[%s]", _(tmp_label
));
2923 strncpy(this_label
, _(k
->label
), sizeof(this_label
));
2925 this_label
[sizeof(this_label
)-1] = '\0';
2929 trunc
= (k
+2)->column
- k
->column
2930 - ((k
->name
? utf8_width(k
->name
) : 0) + 1);
2932 * trunc columns available for label but we don't want the label
2933 * to go all the way to the edge
2935 if(utf8_width(this_label
) >= trunc
){
2937 strncpy(tmp_label
, this_label
, sizeof(tmp_label
));
2938 tmp_label
[sizeof(tmp_label
)-1] = '\0';
2939 l
= utf8_pad_to_width(this_label
, tmp_label
, sizeof(this_label
)-2, trunc
-1, 1);
2940 this_label
[l
++] = SPACE
;
2941 this_label
[l
] = '\0';;
2944 this_label
[0] = SPACE
;
2946 this_label
[0] = '\0';
2948 this_label
[sizeof(this_label
)-1] = '\0';
2953 this_label
[0] = '\0';
2955 if(!(k
->column
== last_time
->column
2956 && (last_in_row
|| (k
+2)->column
<= next_col
)
2957 && ((empty
&& !*last_time
->label
&& !*last_time
->name
)
2959 && this_label
&& !strcmp(this_label
,last_time
->label
)
2960 && ((k
->name
&& !strcmp(k
->name
,last_time
->name
))
2963 /* blank out key with spaces */
2964 strncpy(temp
, repeat_char(
2965 ((last_in_row
|| (k
+2)->column
> max_column
)
2971 SPACE
), sizeof(temp
));
2972 temp
[sizeof(temp
)-1] = '\0';
2973 last_time
->column
= k
->column
;
2974 *last_time
->name
= '\0';
2975 *last_time
->label
= '\0';
2976 MoveCursor(real_row
+ i
, column
+ (fix_start
? 0 : k
->column
));
2977 Write_to_screen(temp
);
2978 c
= (fix_start
? 0 : k
->column
) + strlen(temp
);
2981 /* make sure extra space before key name is there */
2983 strncpy(temp
, repeat_char(k
->column
, SPACE
), sizeof(temp
));
2984 temp
[sizeof(temp
)-1] = '\0';
2985 MoveCursor(real_row
+ i
, column
+ 0);
2986 Write_to_screen(temp
);
2989 /* short name of the key */
2991 snprintf(temp
, sizeof(temp
), "F%d", fkey
);
2993 strncpy(temp
, k
->name
, sizeof(temp
));
2995 temp
[sizeof(temp
)-1] = '\0';
2996 last_time
->column
= k
->column
;
2997 strncpy(last_time
->name
, temp
, 6*MAX_KEYNAME
);
2998 last_time
->name
[6*MAX_KEYNAME
] = '\0';
2999 /* make sure name not too long */
3001 strncpy(keystr
, temp
, sizeof(keystr
));
3002 keystr
[sizeof(keystr
)-1] = '\0';
3004 MoveCursor(real_row
+ i
, column
+ k
->column
);
3007 (void)pico_set_colorp(name_color
, PSC_NONE
);
3012 Write_to_screen(temp
);
3013 c
= k
->column
+ utf8_width(temp
);
3019 /* now the space after the name and the label */
3024 strncat(temp
, this_label
, sizeof(temp
)-strlen(temp
)-1);
3026 /* Don't run over the right hand edge */
3027 if(utf8_width(temp
) > max_column
- c
){
3030 l
= utf8_pad_to_width(temp2
, temp
, sizeof(temp2
)-1, max_column
-c
, 1);
3032 strncpy(temp
, temp2
, sizeof(temp
));
3033 temp
[sizeof(temp
)-1] = '\0';
3036 c
+= utf8_width(temp
);
3040 strncat(keystr
, temp
, sizeof(keystr
)-strlen(keystr
)-1);
3041 keystr
[sizeof(keystr
)-1] = '\0';
3043 /* fill out rest of this key with spaces */
3046 strncat(temp
, repeat_char(max_column
- c
, SPACE
), sizeof(temp
)-strlen(temp
)-1);
3050 if(c
< (k
+2)->column
){
3052 repeat_char((k
+2)->column
- c
, SPACE
), sizeof(temp
)-strlen(temp
)-1);
3057 temp
[sizeof(temp
)-1] = '\0';
3060 strncpy(last_time
->label
, this_label
, 6*MAX_LABEL
);
3061 last_time
->label
[6*MAX_LABEL
] = '\0';
3063 (void)pico_set_colorp(label_color
, PSC_NONE
);
3065 Write_to_screen(temp
);
3070 /* fill in what register_key needs from cached data */
3071 snprintf(keystr
, sizeof(keystr
), "%s %s", last_time
->name
, last_time
->label
);
3077 * If label ends in space,
3078 * don't register the space part of label.
3080 len
= strlen(keystr
);
3081 while(keystr
[len
-1] == SPACE
)
3085 register_key(j
, ufk
? PF1
+ fkey
- 1
3086 : (k
->name
[0] == '^')
3088 : (!strucmp(k
->name
, "ret"))
3090 : (!strucmp(k
->name
, "tab"))
3092 : (!strucmp(k
->name
, "spc"))
3094 : (!strucmp(k
->name
, HISTORY_UP_KEYNAME
))
3096 : (!strucmp(k
->name
, HISTORY_DOWN_KEYNAME
))
3099 ? ((isascii((int) k
->bind
.ch
[0]) && islower((int) k
->bind
.ch
[0]))
3100 ? toupper((unsigned char) k
->bind
.ch
[0])
3103 keystr
, print_inverted_label
,
3104 real_row
+i
, k
->column
, len
,
3105 name_color
, label_color
);
3111 while(++j
< 6*(i
+1))
3112 last_time_buf
[j
].column
= -1;
3117 (void)pico_set_colorp(lastc
, PSC_NONE
);
3118 free_color_pair(&lastc
);
3120 free_color_pair(&label_color
);
3122 free_color_pair(&name_color
);
3128 * Clear the key menu lines.
3131 blank_keymenu(int row
, int column
)
3133 struct variable
*vars
= ps_global
->vars
;
3136 if(FOOTER_ROWS(ps_global
) > 1){
3137 km_state
.blanked
= 1;
3139 km_state
.column
= column
;
3140 MoveCursor(row
, column
);
3141 lastc
= pico_set_colors(VAR_KEYLABEL_FORE_COLOR
,
3142 VAR_KEYLABEL_BACK_COLOR
, PSC_NORM
|PSC_RET
);
3145 MoveCursor(row
+1, column
);
3149 (void)pico_set_colorp(lastc
, PSC_NONE
);
3150 free_color_pair(&lastc
);
3157 draw_cancel_keymenu(void)
3162 draw_keymenu(&cancel_keymenu
, bitmap
, ps_global
->ttyo
->screen_cols
,
3163 1-FOOTER_ROWS(ps_global
), 0, FirstMenu
);
3168 clearfooter(struct pine
*ps
)
3170 ClearLines(ps
->ttyo
->screen_rows
- 3, ps
->ttyo
->screen_rows
- 1);
3171 mark_keymenu_dirty();
3172 mark_status_unknown();
3177 * Calculate formatting for key menu at bottom of screen
3179 * Args: km -- The key_menu structure to format
3180 * bm -- Bitmap indicating which menu items should be displayed. If
3181 * an item is NULL, that also means it shouldn't be displayed.
3182 * Sometimes the bitmap will be turned on in that case and just
3183 * rely on the NULL entry.
3184 * width -- the screen width to format it at
3186 * If already formatted for this particular screen width and the requested
3187 * bitmap and formatted bitmap agree, return.
3189 * The formatting results in the column field in the key_menu being
3190 * filled in. The column field is the column to start the label at, the
3191 * name of the key; after that is the label for the key. The basic idea
3192 * is to line up the end of the names and beginning of the labels. If
3193 * the name is too long and shifting it left would run into previous
3194 * label, then shift the whole menu right, or at least that entry if
3195 * things following are short enough to fit back into the regular
3196 * spacing. This has to be calculated and not fixed so it can cope with
3200 format_keymenu(struct key_menu
*km
, unsigned char *bm
, int width
)
3202 int spacing
[7], w
[6], min_w
[6], tw
[6], extra
[6], ufk
, i
, set
;
3204 /* already formatted? */
3205 if(!km
|| (width
== km
->width
&&
3206 km
->how_many
<= km
->formatted_hm
&&
3207 !memcmp(km
->bitmap
, bm
, BM_SIZE
)))
3211 * If we're in the initial command sequence we may be using function
3212 * keys instead of alphas, or vice versa, so we want to recalculate
3213 * the formatting next time through.
3215 if((F_ON(F_USE_FK
,ps_global
) && ps_global
->orig_use_fkeys
) ||
3216 (F_OFF(F_USE_FK
,ps_global
) && !ps_global
->orig_use_fkeys
)){
3218 km
->formatted_hm
= km
->how_many
;
3219 memcpy(km
->bitmap
, bm
, BM_SIZE
);
3222 ufk
= F_ON(F_USE_FK
,ps_global
); /* ufk = "Using Function Keys" */
3224 /* set up "ideal" columns to start in, plus fake 7th column start */
3225 for(i
= 0; i
< 7; i
++)
3226 spacing
[i
] = (i
* width
) / 6;
3228 /* Loop thru each set of 12 menus */
3229 for(set
= 0; set
< km
->how_many
; set
++){
3230 int k_top
, k_bot
, top_name_width
, bot_name_width
,
3231 top_label_width
, bot_label_width
, done
, offset
, next_one
;
3232 struct key
*keytop
, *keybot
;
3234 offset
= set
* 12; /* offset into keymenu */
3237 * Find the required widths for each box.
3239 for(i
= 0; i
< 6; i
++){
3240 k_top
= offset
+ i
*2;
3242 keytop
= &km
->keys
[k_top
];
3243 keybot
= &km
->keys
[k_bot
];
3246 * The width of a box is the max width of top or bottom name,
3247 * plus 1 space, plus the max width of top or bottom label.
3251 * ||||||||||| = 2 + 1 + 8 = 11
3253 * Then we adjust that by adding one space after the box to
3254 * separate it from the next box. The last box doesn't need that
3255 * but we may need an extra space for last box to avoid putting
3256 * a character in the lower right hand cell of display.
3257 * We also have a minimum label width (if screen is really narrow)
3258 * of 3, so at least "Hel" and "Can" shows and the rest gets
3259 * truncated off right hand side.
3262 top_name_width
= (keytop
->name
&& bitnset(k_top
,bm
))
3263 ? (ufk
? (i
>= 5 ? 3 : 2)
3264 : utf8_width(keytop
->name
)) : 0;
3265 bot_name_width
= (keybot
->name
&& bitnset(k_bot
,bm
))
3266 ? (ufk
? (i
>= 4 ? 3 : 2)
3267 : utf8_width(keybot
->name
)) : 0;
3269 * Labels are complicated by the fact that we want to look
3270 * up their translation, but also by the fact that we surround
3271 * the word with brackets like [ViewMsg] when the command is
3272 * the default. We want to look up the translation of the
3273 * part inside the brackets, not the whole thing.
3275 if(keytop
->label
&& bitnset(k_top
,bm
)){
3276 char tmp_label
[6*MAX_LABEL
+1];
3279 if(keytop
->label
[0] == '[' && keytop
->label
[(l
=strlen(keytop
->label
))-1] == ']' && l
> 2){
3281 * Can't write in k->label, which might be a constant array.
3283 strncpy(tmp_label
, &keytop
->label
[1], MIN(sizeof(tmp_label
),l
-2));
3284 tmp_label
[MIN(sizeof(tmp_label
)-1,l
-2)] = '\0';
3286 top_label_width
= 2 + utf8_width(_(tmp_label
));
3289 top_label_width
= utf8_width(_(keytop
->label
));
3292 top_label_width
= 0;
3294 if(keybot
->label
&& bitnset(k_bot
,bm
)){
3295 char tmp_label
[6*MAX_LABEL
+1];
3298 if(keybot
->label
[0] == '[' && keybot
->label
[(l
=strlen(keybot
->label
))-1] == ']' && l
> 2){
3299 strncpy(tmp_label
, &keybot
->label
[1], MIN(sizeof(tmp_label
),l
-2));
3300 tmp_label
[MIN(sizeof(tmp_label
)-1,l
-2)] = '\0';
3302 bot_label_width
= 2 + utf8_width(_(tmp_label
));
3305 bot_label_width
= utf8_width(_(keybot
->label
));
3308 bot_label_width
= 0;
3311 * The 1 for i < 5 is the space between adjacent boxes.
3312 * The last 1 or 0 when i == 5 is so that we won't try to put
3313 * a character in the lower right cell of the display, since that
3314 * causes a linefeed on some terminals.
3316 w
[i
] = MAX(top_name_width
, bot_name_width
) + 1 +
3317 MAX(top_label_width
, bot_label_width
) +
3319 : ((bot_label_width
>= top_label_width
) ? 1 : 0));
3322 * The smallest we'll squeeze a column.
3324 * X ABCDEF we'll squeeze to X ABC
3327 min_w
[i
] = MAX(top_name_width
, bot_name_width
) + 1 +
3328 MIN(MAX(top_label_width
, bot_label_width
), 3) +
3330 : ((bot_label_width
>= top_label_width
) ? 1 : 0));
3332 /* init trial width */
3333 tw
[i
] = spacing
[i
+1] - spacing
[i
];
3334 extra
[i
] = tw
[i
] - w
[i
]; /* negative if it doesn't fit */
3338 * See if we can fit everything on the screen.
3342 int smallest_extra
, how_small
;
3344 /* Find smallest extra */
3345 smallest_extra
= -1;
3347 for(i
= 0; i
< 6; i
++){
3348 if(extra
[i
] < how_small
){
3350 how_small
= extra
[i
];
3354 if(how_small
>= 0) /* everything fits */
3357 int take_from
, how_close
;
3360 * Find the one that is closest to the ideal width
3361 * that has some extra to spare.
3365 for(i
= 0; i
< 6; i
++){
3367 ((spacing
[i
+1]-spacing
[i
]) - tw
[i
]) < how_close
){
3369 how_close
= (spacing
[i
+1]-spacing
[i
]) - tw
[i
];
3375 * Found one. Take one from take_from and add it
3376 * to the smallest_extra.
3378 tw
[smallest_extra
]++;
3379 extra
[smallest_extra
]++;
3387 * Oops. Not enough space to fit everything in.
3388 * Some of the labels are truncated. Some may even be
3389 * truncated past the minimum. We make sure that each
3390 * field is at least its minimum size, and then we cut
3391 * back those over the minimum until we can fit all the
3392 * minimal names on the screen (if possible).
3394 for(i
= 0; i
< 6; i
++)
3395 tw
[i
] = MAX(tw
[i
], min_w
[i
]);
3398 for(i
= 0; i
< 6; i
++)
3399 used_width
+= tw
[i
];
3401 while(used_width
> width
&& !done
){
3402 int candidate
, excess
;
3405 * Find the one with the most width over it's
3410 for(i
= 0; i
< 6; i
++){
3411 if(tw
[i
] - min_w
[i
] > excess
){
3413 excess
= tw
[i
] - min_w
[i
];
3431 * Assign the format we came up with to the keymenu.
3434 for(i
= 0; i
< 6; i
++){
3435 k_top
= offset
+ i
*2;
3437 keytop
= &km
->keys
[k_top
];
3438 keybot
= &km
->keys
[k_bot
];
3439 top_name_width
= (keytop
->name
&& bitnset(k_top
,bm
))
3440 ? (ufk
? (i
>= 5 ? 3 : 2)
3441 : utf8_width(keytop
->name
)) : 0;
3442 bot_name_width
= (keybot
->name
&& bitnset(k_bot
,bm
))
3443 ? (ufk
? (i
>= 4 ? 3 : 2)
3444 : utf8_width(keybot
->name
)) : 0;
3446 if(top_name_width
>= bot_name_width
){
3447 keytop
->column
= next_one
;
3448 keybot
->column
= next_one
+ (top_name_width
- bot_name_width
);
3451 keytop
->column
= next_one
+ (bot_name_width
- top_name_width
);
3452 keybot
->column
= next_one
;
3462 * Draw the key menu at bottom of screen
3464 * Args: km -- key_menu structure
3465 * bitmap -- which fields are active
3466 * width -- the screen width to format it at
3467 * row -- where to put it
3468 * column -- where to put it
3469 * what -- this is an enum telling us whether to display the
3470 * first menu (first set of 12 keys), or to display the same
3471 * one we displayed last time, or to display a particular
3472 * one (which), or to display the next one.
3474 * Fields are inactive if *either* the corresponding bitmap entry is 0 *or*
3475 * the actual entry in the key_menu is NULL. Therefore, it is sometimes
3476 * useful to just turn on all the bits in a bitmap and let the NULLs take
3477 * care of it. On the other hand, the bitmap gives a convenient method
3478 * for turning some keys on or off dynamically or due to options.
3479 * Both methods are used about equally.
3481 * Also saves the state for a possible redraw later.
3483 * Row should usually be a negative number. If row is 0, the menu is not
3487 draw_keymenu(struct key_menu
*km
, unsigned char *bitmap
, int width
, int row
,
3488 int column
, OtherMenu what
)
3491 configure_menu_items (km
, bitmap
);
3493 format_keymenu(km
, bitmap
, width
);
3495 /*--- save state for a possible redraw ---*/
3498 km_state
.column
= column
;
3499 memcpy(km_state
.bitmap
, bitmap
, BM_SIZE
);
3504 if(km_state
.blanked
)
3505 keymenu_is_dirty
= 1;
3507 if(what
== FirstMenu
|| what
== SecondMenu
|| what
== ThirdMenu
||
3508 what
== FourthMenu
|| what
== MenuNotSet
){
3509 if(what
== FirstMenu
|| what
== MenuNotSet
)
3511 else if(what
== SecondMenu
)
3513 else if(what
== ThirdMenu
)
3515 else if(what
== FourthMenu
)
3518 if(km
->which
>= km
->how_many
)
3521 else if(what
== NextMenu
)
3522 km
->which
= (km
->which
+ 1) % km
->how_many
;
3523 /* else what must be SameMenu */
3525 output_keymenu(km
, bitmap
, row
, column
);
3527 km_state
.blanked
= 0;
3532 redraw_keymenu(void)
3534 if(km_state
.blanked
)
3535 blank_keymenu(km_state
.row
, km_state
.column
);
3537 draw_keymenu(km_state
.km
, km_state
.bitmap
, ps_global
->ttyo
->screen_cols
,
3538 km_state
.row
, km_state
.column
, SameMenu
);
3543 * end_keymenu - free resources associated with keymenu display cache
3550 for(i
= 0; i
< 12; i
++){
3551 if(last_time_buf
[i
].name
)
3552 fs_give((void **) &last_time_buf
[i
].name
);
3554 if(last_time_buf
[i
].label
)
3555 fs_give((void **) &last_time_buf
[i
].label
);
3560 /*----------------------------------------------------------------------
3561 Reveal Keymenu to Pine Command mappings
3567 menu_command(UCS keystroke
, struct key_menu
*menu
)
3571 if(keystroke
== KEY_UTF8
|| keystroke
== KEY_UNKNOWN
)
3577 if(F_ON(F_USE_FK
,ps_global
)){
3578 /* No alpha commands permitted in function key mode */
3579 if(keystroke
< 0x80 && isalpha((unsigned char) keystroke
))
3582 /* Tres simple: compute offset, and test */
3583 if(keystroke
>= F1
&& keystroke
<= F12
){
3584 n
= (menu
->which
* 12) + (keystroke
- F1
);
3585 if(bitnset(n
, menu
->bitmap
))
3586 return(menu
->keys
[n
].bind
.cmd
);
3589 else if(keystroke
>= F1
&& keystroke
<= F12
)
3592 /* if ascii, coerce lower case */
3593 if(keystroke
< 0x80 && isupper((unsigned char) keystroke
))
3594 keystroke
= tolower((unsigned char) keystroke
);
3596 /* keep this here for Windows port */
3597 if((keystroke
= validatekeys(keystroke
)) == KEY_JUNK
)
3600 /* Scan the list for any keystroke/command binding */
3601 if(keystroke
!= NO_OP_COMMAND
)
3602 for(i
= (menu
->how_many
* 12) - 1; i
>= 0; i
--)
3603 if(bitnset(i
, menu
->bitmap
))
3604 for(n
= menu
->keys
[i
].bind
.nch
- 1; n
>= 0; n
--)
3605 if(keystroke
== menu
->keys
[i
].bind
.ch
[n
])
3606 return(menu
->keys
[i
].bind
.cmd
);
3609 * If explicit mapping failed, check feature mappings and
3610 * hardwired defaults...
3612 if(F_ON(F_ENABLE_PRYNT
,ps_global
)
3613 && (keystroke
== 'y' || keystroke
== 'Y')){
3614 /* SPECIAL CASE: Scan the list for print bindings */
3615 for(i
= (menu
->how_many
* 12) - 1; i
>= 0; i
--)
3616 if(bitnset(i
, menu
->bitmap
))
3617 if(menu
->keys
[i
].bind
.cmd
== MC_PRINTMSG
3618 || menu
->keys
[i
].bind
.cmd
== MC_PRINTTXT
)
3619 return(menu
->keys
[i
].bind
.cmd
);
3622 if(F_ON(F_ENABLE_LESSTHAN_EXIT
,ps_global
)
3623 && (keystroke
== '<' || keystroke
== ','
3624 || (F_ON(F_ARROW_NAV
,ps_global
) && keystroke
== KEY_LEFT
))){
3625 /* SPECIAL CASE: Scan the list for MC_EXIT bindings */
3626 for(i
= (menu
->how_many
* 12) - 1; i
>= 0; i
--)
3627 if(bitnset(i
, menu
->bitmap
))
3628 if(menu
->keys
[i
].bind
.cmd
== MC_EXIT
)
3633 * If no match after scanning bindings, try universally
3634 * bound keystrokes...
3646 return(MC_CHARDOWN
);
3650 return(MC_CHARRIGHT
);
3654 return(MC_CHARLEFT
);
3670 if(USER_INPUT_TIMEOUT(ps_global
))
3671 user_input_timeout_exit(ps_global
->hours_to_timeout
); /* no return */
3679 return(MC_UNKNOWN
); /* utter failure */
3684 /*----------------------------------------------------------------------
3685 Set up a binding for cmd, with one key bound to it.
3686 Use menu_add_binding to add more keys to this binding.
3688 Args: menu -- the keymenu
3689 key -- the initial key to bind to
3690 cmd -- the command to initialize to
3691 name -- a pointer to the string to point name to
3692 label -- a pointer to the string to point label to
3693 keynum -- which key in the keys array to initialize
3695 For translation purposes, the label in the calling routine
3696 should be wrapped in an N_() macro.
3700 menu_init_binding(struct key_menu
*menu
, UCS key
, int cmd
, char *name
, char *label
, int keynum
)
3702 /* if ascii, coerce to lower case */
3703 if(key
< 0x80 && isupper((unsigned char)key
))
3704 key
= tolower((unsigned char)key
);
3706 /* remove binding from any other key */
3707 menu_clear_cmd_binding(menu
, cmd
);
3709 menu
->keys
[keynum
].name
= name
;
3710 menu
->keys
[keynum
].label
= label
;
3711 menu
->keys
[keynum
].bind
.cmd
= cmd
;
3712 menu
->keys
[keynum
].bind
.nch
= 0;
3713 menu
->keys
[keynum
].bind
.ch
[menu
->keys
[keynum
].bind
.nch
++] = key
;
3717 /*----------------------------------------------------------------------
3718 Add a key/command binding to the given keymenu structure
3724 menu_add_binding(struct key_menu
*menu
, UCS key
, int cmd
)
3728 /* NOTE: cmd *MUST* already have had a binding */
3729 for(i
= (menu
->how_many
* 12) - 1; i
>= 0; i
--)
3730 if(menu
->keys
[i
].bind
.cmd
== cmd
){
3731 for(n
= menu
->keys
[i
].bind
.nch
- 1;
3732 n
>= 0 && key
!= menu
->keys
[i
].bind
.ch
[n
];
3736 /* if ascii, coerce to lower case */
3737 if(key
< 0x80 && isupper((unsigned char)key
))
3738 key
= tolower((unsigned char)key
);
3740 if(n
< 0) /* not already bound, bind it */
3741 menu
->keys
[i
].bind
.ch
[menu
->keys
[i
].bind
.nch
++] = key
;
3748 /*----------------------------------------------------------------------
3749 REMOVE a key/command binding from the given keymenu structure
3755 menu_clear_binding(struct key_menu
*menu
, UCS key
)
3759 /* if ascii, coerce to lower case */
3760 if(key
< 0x80 && isupper((unsigned char)key
))
3761 key
= tolower((unsigned char)key
);
3763 for(i
= (menu
->how_many
* 12) - 1; i
>= 0; i
--)
3764 for(n
= menu
->keys
[i
].bind
.nch
- 1; n
>= 0; n
--)
3765 if(key
== menu
->keys
[i
].bind
.ch
[n
]){
3766 int cmd
= menu
->keys
[i
].bind
.cmd
;
3768 for(--menu
->keys
[i
].bind
.nch
; n
< menu
->keys
[i
].bind
.nch
; n
++)
3769 menu
->keys
[i
].bind
.ch
[n
] = menu
->keys
[i
].bind
.ch
[n
+1];
3779 menu_clear_cmd_binding(struct key_menu
*menu
, int cmd
)
3783 for(i
= (menu
->how_many
* 12) - 1; i
>= 0; i
--){
3784 if(cmd
== menu
->keys
[i
].bind
.cmd
){
3785 menu
->keys
[i
].name
= NULL
;
3786 menu
->keys
[i
].label
= NULL
;
3787 menu
->keys
[i
].bind
.cmd
= 0;
3788 menu
->keys
[i
].bind
.nch
= 0;
3789 menu
->keys
[i
].bind
.ch
[0] = 0;
3796 menu_binding_index(struct key_menu
*menu
, int cmd
)
3800 for(i
= 0; i
< menu
->how_many
* 12; i
++)
3801 if(cmd
== menu
->keys
[i
].bind
.cmd
)
3810 * print_inverted_label - highlight the label of the given menu item.
3811 * (callback from pico mouse routines)
3813 * So far, this is only
3814 * ever called with the top left row equal to the bottom right row.
3815 * If you change that you probably need to fix it.
3818 print_inverted_label(int state
, MENUITEM
*m
)
3821 int col_offsetwid
, col_offsetchars
, do_color
= 0, skipwid
= 0, skipchars
= 0, len
, c
;
3824 char labelpart
[100];
3826 COLOR_PAIR
*name_color
= NULL
, *label_color
= NULL
, *lastc
= NULL
;
3827 struct variable
*vars
= ps_global
->vars
;
3829 if(m
->label
&& (lp
=strchr(m
->label
, ' '))){
3834 col_offsetwid
= utf8_width(m
->label
);
3835 col_offsetchars
= lp
- m
->label
;
3839 col_offsetwid
= col_offsetchars
= 0;
3841 if(pico_usingcolor() && ((VAR_KEYLABEL_FORE_COLOR
&&
3842 VAR_KEYLABEL_BACK_COLOR
) ||
3843 (VAR_KEYNAME_FORE_COLOR
&&
3844 VAR_KEYNAME_BACK_COLOR
))){
3845 lastc
= pico_get_cur_color();
3847 if(VAR_KEYNAME_FORE_COLOR
&& VAR_KEYNAME_BACK_COLOR
){
3848 name_color
= state
? new_color_pair(VAR_KEYNAME_BACK_COLOR
,
3849 VAR_KEYNAME_FORE_COLOR
)
3850 : new_color_pair(VAR_KEYNAME_FORE_COLOR
,
3851 VAR_KEYNAME_BACK_COLOR
);
3853 else if(VAR_REV_FORE_COLOR
&& VAR_REV_BACK_COLOR
)
3854 name_color
= new_color_pair(VAR_REV_FORE_COLOR
, VAR_REV_BACK_COLOR
);
3856 if(VAR_KEYLABEL_FORE_COLOR
&& VAR_KEYLABEL_BACK_COLOR
){
3857 label_color
= state
? new_color_pair(VAR_KEYLABEL_BACK_COLOR
,
3858 VAR_KEYLABEL_FORE_COLOR
)
3859 : new_color_pair(VAR_KEYLABEL_FORE_COLOR
,
3860 VAR_KEYLABEL_BACK_COLOR
);
3862 else if(VAR_REV_FORE_COLOR
&& VAR_REV_BACK_COLOR
){
3863 label_color
= state
? new_color_pair(VAR_REV_FORE_COLOR
,
3865 : new_color_pair(VAR_NORM_FORE_COLOR
,
3866 VAR_NORM_BACK_COLOR
);
3870 * See if we can grok all these colors. If not, we're going to
3871 * punt and pretend there are no colors at all.
3873 if(!pico_is_good_colorpair(name_color
) ||
3874 !pico_is_good_colorpair(label_color
)){
3876 free_color_pair(&name_color
);
3878 free_color_pair(&label_color
);
3880 free_color_pair(&lastc
);
3884 (void)pico_set_colorp(label_color
, PSC_NONE
);
3885 if(!(VAR_KEYLABEL_FORE_COLOR
&& VAR_KEYLABEL_BACK_COLOR
)){
3896 * Command name's already inverted, leave it.
3898 skipwid
= state
? 0 : col_offsetwid
;
3899 skipchars
= state
? 0 : col_offsetchars
;
3906 MoveCursor((int)(m
->tl
.r
), (int)(m
->tl
.c
) + skipwid
);
3908 label
= m
->label
? m
->label
: "";
3909 len
= strlen(label
);
3912 * this is a bit complicated by the fact that we have to keep track of
3913 * the screenwidth as we print the label, because the screenwidth might
3914 * not be the same as the number of characters.
3915 * UNTESTED SINCE switching to UTF-8 *
3917 for(i
= m
->tl
.r
; i
<= m
->br
.r
; i
++){
3918 /* collect part before name */
3919 for(k
=0, j
= m
->tl
.c
+ skipchars
; j
< MIN(m
->lbl
.c
,m
->br
.c
); j
++){
3920 if(k
< sizeof(prename
))
3924 if(k
< sizeof(prename
))
3927 /* collect name part */
3928 for(k
=0; j
< MIN(m
->lbl
.c
+col_offsetchars
,m
->br
.c
); j
++){
3929 c
= (i
== m
->lbl
.r
&&
3930 j
- m
->lbl
.c
< len
) ? label
[j
- m
->lbl
.c
] : ' ';
3931 if(k
< sizeof(namepart
))
3935 if(k
< sizeof(namepart
))
3938 /* collect label part */
3939 for(k
=0; j
<= m
->br
.c
; j
++){
3940 c
= (i
== m
->lbl
.r
&&
3941 j
- m
->lbl
.c
< len
) ? label
[j
- m
->lbl
.c
] : ' ';
3942 if(k
< sizeof(labelpart
))
3946 if(k
< sizeof(labelpart
))
3947 labelpart
[k
] = '\0';
3951 Write_to_screen(prename
);
3954 if(name_color
&& col_offsetchars
)
3955 (void) pico_set_colorp(name_color
, PSC_NONE
);
3957 Write_to_screen(namepart
);
3961 if(name_color
&& col_offsetchars
){
3963 (void) pico_set_colorp(label_color
, PSC_NONE
);
3972 Write_to_screen(labelpart
);
3977 (void)pico_set_colorp(lastc
, PSC_NONE
);
3978 free_color_pair(&lastc
);
3983 pico_set_normal_color();
3986 free_color_pair(&name_color
);
3988 free_color_pair(&label_color
);
4000 * This function scans the key menu and calls mswin.c functions
4001 * to build a corresponding windows menu.
4004 configure_menu_items (struct key_menu
*km
, bitmap_t bitmap
)
4010 mswin_menuitemclear ();
4015 for (i
= 0, k
= km
->keys
; i
< km
->how_many
* 12; i
++, k
++) {
4016 if (k
->name
!= NULL
&& k
->label
!= NULL
&& bitnset (i
, bitmap
) &&
4017 k
->menuitem
!= KS_NONE
) {
4019 if (k
->name
[0] == '^')
4020 key
= ctrl(k
->name
[1]);
4021 else if (strcmp(k
->name
, "Ret") == 0)
4023 else if (strcmp(k
->name
, "Spc") == 0)
4028 mswin_menuitemadd (key
, k
->label
, k
->menuitem
, 0);