static int
putKeyName (ListGenerationData *lgd, const KeyValue *value) {
const KeyNameEntry *kne = findKeyNameEntry(lgd, value);
if (kne) return putUtf8String(lgd, kne->name);
if (value->key != KTB_KEY_ANY) {
const KeyValue anyKey = {
.set = value->set,
.key = KTB_KEY_ANY
};
if ((kne = findKeyNameEntry(lgd, &anyKey))) {
if (!putUtf8String(lgd, kne->name)) return 0;
if (!putCharacter(lgd, WC_C('.'))) return 0;
if (!putNumber(lgd, value->key+1)) return 0;
return 1;
}
}
return putUtf8String(lgd, "?");
}
static int
putKeyCombination (ListGenerationData *lgd, const KeyCombination *combination) {
wchar_t delimiter = 0;
{
unsigned char index;
for (index=0; index<combination->modifierCount; index+=1) {
if (!delimiter) {
delimiter = WC_C('+');
} else if (!putCharacter(lgd, delimiter)) {
return 0;
}
if (!putKeyName(lgd, &combination->modifierKeys[combination->modifierPositions[index]])) return 0;
}
}
if (combination->flags & KCF_IMMEDIATE_KEY) {
if (delimiter)
if (!putCharacter(lgd, delimiter))
return 0;
if (!putKeyName(lgd, &combination->immediateKey)) return 0;
}
return 1;
}
static int
putNumber (ListGenerationData *lgd, int number) {
char buffer[0X10];
snprintf(buffer, sizeof(buffer), "%d", number);
return putUtf8String(lgd, buffer);
}
size_t
formatKeyName (KeyTable *table, char *buffer, size_t size, const KeyValue *value) {
const KeyNameEntry *kne = findKeyNameEntry(table, value);
size_t length;
STR_BEGIN(buffer, size);
if (kne) {
STR_PRINTF("%s", kne->name);
} else if (value->number != KTB_KEY_ANY) {
const KeyValue anyKey = {
.group = value->group,
.number = KTB_KEY_ANY
};
if ((kne = findKeyNameEntry(table, &anyKey))) {
STR_PRINTF("%s.%u", kne->name, value->number+1);
}
}
if (STR_LENGTH == 0) STR_PRINTF("?");
length = STR_LENGTH;
STR_END;
return length;
}
static int
putKeyName (ListGenerationData *lgd, const KeyValue *value) {
char name[0X100];
formatKeyName(lgd->keyTable, name, sizeof(name), value);
return putUtf8String(lgd, name);
}
static int
putCommandDescription (ListGenerationData *lgd, int command, int details) {
char description[0X60];
describeCommand(command, description, sizeof(description),
details? (CDO_IncludeOperand | CDO_DefaultOperand): 0);
return putUtf8String(lgd, description);
}
static int
doListKeyTable (ListGenerationData *lgd) {
if (!putUtf8String(lgd, gettext("Key Table"))) return 0;
if (lgd->keyTable->title) {
if (!putCharacterString(lgd, WS_C(": "))) return 0;
if (!putCharacterString(lgd, lgd->keyTable->title)) return 0;
if (!endLine(lgd)) return 0;
}
if (lgd->keyTable->noteCount) {
unsigned int noteIndex;
if (!endLine(lgd)) return 0;
for (noteIndex=0; noteIndex<lgd->keyTable->noteCount; noteIndex+=1) {
if (!putCharacterString(lgd, lgd->keyTable->noteTable[noteIndex])) return 0;
if (!endLine(lgd)) return 0;
}
}
{
static const unsigned char contexts[] = {
KTB_CTX_DEFAULT,
KTB_CTX_MENU
};
const unsigned char *context = contexts;
unsigned int count = ARRAY_COUNT(contexts);
while (count) {
const KeyContext *ctx = getKeyContext(lgd->keyTable, *context);
if (ctx) {
lgd->sectionTitle = ctx->title;
if (!listKeyContext(lgd, ctx, NULL)) return 0;
}
context += 1, count -= 1;
}
}
{
unsigned int context;
for (context=KTB_CTX_DEFAULT+1; context<lgd->keyTable->keyContextCount; context+=1) {
const KeyContext *ctx = getKeyContext(lgd->keyTable, context);
if (ctx && !isTemporaryKeyContext(lgd->keyTable, ctx)) {
lgd->sectionTitle = ctx->title;
if (!listKeyContext(lgd, ctx, NULL)) return 0;
}
}
}
return 1;
}
static int
listHotkeyEvent (ListGenerationData *lgd, const KeyValue *keyValue, const char *event, int command) {
if (command != BRL_CMD_NOOP) {
if ((command & BRL_MSK_BLK) == BRL_BLK_CONTEXT) {
const KeyContext *c = getKeyContext(lgd->keyTable, (KTB_CTX_DEFAULT + (command & BRL_MSK_ARG)));
if (!c) return 0;
if (!putUtf8String(lgd, "switch to ")) return 0;
if (!putCharacterString(lgd, c->title)) return 0;
} else {
if (!putCommandDescription(lgd, command, (keyValue->key != KTB_KEY_ANY))) return 0;
}
if (!putCharacterString(lgd, WS_C(": "))) return 0;
if (!putUtf8String(lgd, event)) return 0;
if (!putCharacter(lgd, WC_C(' '))) return 0;
if (!putKeyName(lgd, keyValue)) return 0;
if (!endLine(lgd)) return 0;
}
return 1;
}
static int
listKeyboardFunctions (ListGenerationData *lgd, const KeyContext *ctx) {
const char *prefix = "braille keyboard ";
{
unsigned int index;
for (index=0; index<ctx->mappedKeyCount; index+=1) {
const MappedKeyEntry *map = &ctx->mappedKeyTable[index];
const KeyboardFunction *kbf = map->keyboardFunction;
if (!putUtf8String(lgd, prefix)) return 0;
if (!putUtf8String(lgd, kbf->name)) return 0;
if (!putCharacterString(lgd, WS_C(": "))) return 0;
if (!putKeyName(lgd, &map->keyValue)) return 0;
if (!endLine(lgd)) return 0;
}
}
{
const KeyboardFunction *kbf = keyboardFunctionTable;
const KeyboardFunction *end = kbf + keyboardFunctionCount;
while (kbf < end) {
if (ctx->superimposedBits & kbf->bit) {
if (!putUtf8String(lgd, prefix)) return 0;
if (!putUtf8String(lgd, kbf->name)) return 0;
if (!putCharacterString(lgd, WS_C(": superimposed"))) return 0;
if (!endLine(lgd)) return 0;
}
kbf += 1;
}
}
return 1;
}
