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Apply combining diacritic for accent aigu

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Any characters that were not affected by the compose or the dead char
mappings are now outputted with a combining diacritic when enabling the
accent aigu.
This commit is contained in:
Jules Aguillon 2024-07-13 12:10:04 +02:00
parent db3b021bfc
commit 9a44ecf4e2
3 changed files with 32 additions and 35 deletions
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12
srcs/compose/accent_aigu.json
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@ -11,15 +11,5 @@
"u": "ú",
"y": "ý",
"z": "ź",
"ü": "ǘ",
"j": "j\u0301",
"у": "у\u0301",
"е": "е\u0301",
"а": "а\u0301",
"о": "о\u0301",
"и": "и\u0301",
"ы": "ы\u0301",
"э": "э\u0301",
"ю": "ю\u0301",
"я": "я\u0301"
"ü": "ǘ"
}

BIN
srcs/juloo.keyboard2/ComposeKeyData.java
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53
srcs/juloo.keyboard2/KeyModifier.java
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@ -58,7 +58,7 @@ public final class KeyModifier
case GESTURE: return apply_gesture(k);
case SHIFT: return apply_shift(k);
case GRAVE: return apply_compose_or_dead_char(k, ComposeKeyData.accent_grave, '\u02CB');
case AIGU: return apply_compose_or_dead_char(k, ComposeKeyData.accent_aigu, '\u00B4');
case AIGU: return apply_diacritics(k, ComposeKeyData.accent_aigu, '\u00B4', '\u0301');
case CIRCONFLEXE: return apply_compose_or_dead_char(k, ComposeKeyData.accent_circonflexe, '\u02C6');
case TILDE: return apply_compose_or_dead_char(k, ComposeKeyData.accent_tilde, '\u02DC');
case CEDILLE: return apply_compose_or_dead_char(k, ComposeKeyData.accent_cedille, '\u00B8');
@ -131,45 +131,52 @@ public final class KeyModifier
return k;
}
/** Apply the given compose state or fallback to the dead_char. */
private static KeyValue apply_compose_or_dead_char(KeyValue k, int state, char dead_char)
/** Apply the following mapping, in this order, and stop at the first that
changes the key.
- The compose state, unless it is [0].
- The dead char, unless it is ['\0'].
- The combining diacritic, unless it is ['\0']. */
private static KeyValue apply_diacritics(KeyValue k, int state, char dead_char, char combining)
{
switch (k.getKind())
{
case Char:
char c = k.getChar();
if (state != 0)
{
KeyValue r = ComposeKey.apply(state, c);
if (r != null)
return r;
}
return apply_dead_char(k, dead_char);
}
private static KeyValue apply_compose(KeyValue k, int state)
if (dead_char != '\0')
{
switch (k.getKind())
{
case Char:
KeyValue r = ComposeKey.apply(state, k.getChar());
if (r != null)
return r;
}
return k;
}
private static KeyValue apply_dead_char(KeyValue k, char dead_char)
{
switch (k.getKind())
{
case Char:
char c = k.getChar();
char modified = (char)KeyCharacterMap.getDeadChar(dead_char, c);
if (modified != 0 && modified != c)
return KeyValue.makeStringKey(String.valueOf(modified));
}
if (combining != '\0')
return KeyValue.makeStringKey(new String(new char[]{ c, combining }));
break;
}
return k;
}
private static KeyValue apply_compose(KeyValue k, int state)
{
return apply_diacritics(k, state, '\0', '\0');
}
private static KeyValue apply_dead_char(KeyValue k, char dead_char)
{
return apply_diacritics(k, 0, dead_char, '\0');
}
private static KeyValue apply_compose_or_dead_char(KeyValue k, int state, char dead_char)
{
return apply_diacritics(k, state, dead_char, '\0');
}
private static KeyValue apply_shift(KeyValue k)
{
if (_modmap != null)