/* returns 1 on match, 0 otherwise */
static int KEYSYM(pmap_key_cmp) (struct map_node *m1, struct map_node *m2)
{
struct KEYSYM(map_node) *n1 = KEYSYM(get_map_node)(m1);
struct KEYSYM(map_node) *n2 = KEYSYM(get_map_node)(m2);
if (KEY1_EQ_P(n1->key1, n2->key1)
#if KEY_ARITY > 1
&& KEY2_EQ_P(n1->key2, n2->key2)
#if KEY_ARITY > 2
&& KEY3_EQ_P(n1->key3, n2->key3)
#if KEY_ARITY > 3
&& KEY4_EQ_P(n1->key4, n2->key4)
#if KEY_ARITY > 4
&& KEY5_EQ_P(n1->key5, n2->key5)
#if KEY_ARITY > 5
&& KEY6_EQ_P(n1->key6, n2->key6)
#if KEY_ARITY > 6
&& KEY7_EQ_P(n1->key7, n2->key7)
#if KEY_ARITY > 7
&& KEY8_EQ_P(n1->key8, n2->key8)
#if KEY_ARITY > 8
&& KEY9_EQ_P(n1->key9, n2->key9)
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
)
return 1;
else
return 0;
}
/* update the keys and value of a map_node */
static void KEYSYM(pmap_update_node) (MAP m, struct map_node *m1, struct map_node *m2, int add)
{
struct KEYSYM(map_node) *src, * dst = KEYSYM(get_map_node)(m1);
if (!m2) {
MAP_COPY_VAL(m, dst, NULLRET, 0);
return;
}
src = KEYSYM(get_map_node)(m2);
if (!add)
KEYSYM(pmap_copy_keys)(m1, m2);
MAP_COPY_VAL(m, dst, MAP_GET_VAL(src), add);
}
static void keymap_add_multiple(keymap_t *map, int range, char *func)
{
cmdentry_t *cmd;
int ix;
cmd = xkey_find_cmd_by_name(func);
if (!cmd) {
return;
}
/* ### both of these are non-ideal */
switch (range) {
case range_Printable:
for (ix = 32; ix <= 255; ix++) {
if (ix >= 127 && ix < 160)
continue;
if (!map->keycmds[ix])
map->keycmds[ix] = cmd;
}
break;
case range_Typable:
for (ix = 0; ix <= 511; ix++) {
if (ix == KEYSYM(XK_Tab))
continue;
if (!map->keycmds[ix])
map->keycmds[ix] = cmd;
}
break;
}
}
{xgc_work_meta, op_Meta, 0, "meta"},
{xgc_work_meta, op_ExplainKey, 0, "explain-key"},
{xgc_noop, -1, 0, "no-op"},
{NULL, 0, 0, NULL}
};
#define KEYSYM(ksym) (0x100 | ((ksym) & 0xff))
#define META(ksym) (0x200 | ((ksym) & 0xff))
static binding_t global_bindings[] = {
{'\007' /* ctrl-G */, "cancel"},
{META('\007') /* ctrl-G */, "cancel"},
{KEYSYM(XK_Escape), "meta"},
{KEYSYM(XK_Help), "explain-key"},
{META('x'), "explain-key"},
{KEYSYM(XK_Tab), "focus-forward"},
{'\014' /* ctrl-L */, "redraw-all-windows"},
{0, NULL}
};
static binding_t win_textbuffer_bindings[] = {
{'\001' /* ctrl-A */, "beginning-of-line"},
{'\005' /* ctrl-E */, "end-of-line"},
{'\002' /* ctrl-B */, "backward-char"},
{KEYSYM(XK_Left), "backward-char"},
/* copy keys for m2 -> m1 */
static void KEYSYM(pmap_copy_keys) (struct map_node *m1, struct map_node *m2)
{
struct KEYSYM(map_node) *dst = KEYSYM(get_map_node)(m1);
struct KEYSYM(map_node) *src = KEYSYM(get_map_node)(m2);
#if KEY1_TYPE == STRING
str_copy (dst->key1, src->key1);
#else
dst->key1 = src->key1;
#endif
#if KEY_ARITY > 1
#if KEY2_TYPE == STRING
str_copy (dst->key2, src->key2);
#else
dst->key2 = src->key2;
#endif
#if KEY_ARITY > 2
#if KEY3_TYPE == STRING
str_copy (dst->key3, src->key3);
#else
dst->key3 = src->key3;
#endif
#if KEY_ARITY > 3
#if KEY4_TYPE == STRING
str_copy (dst->key4, src->key4);
#else
dst->key4 = src->key4;
#endif
#if KEY_ARITY > 4
#if KEY5_TYPE == STRING
str_copy (dst->key5, src->key5);
#else
dst->key5 = src->key5;
#endif
#if KEY_ARITY > 5
#if KEY6_TYPE == STRING
str_copy (dst->key6, src->key6);
#else
dst->key6 = src->key6;
#endif
#if KEY_ARITY > 6
#if KEY7_TYPE == STRING
str_copy (dst->key7, src->key7);
#else
dst->key7 = src->key7;
#endif
#if KEY_ARITY > 7
#if KEY8_TYPE == STRING
str_copy (dst->key8, src->key8);
#else
dst->key8 = src->key8;
#endif
#if KEY_ARITY > 8
#if KEY9_TYPE == STRING
str_copy (dst->key9, src->key9);
#else
dst->key9 = src->key9;
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
}
