int
android_charmap_setup(const char* kcm_file_path) {
// android_charmap_count being non-zero is used here as a flag,
// indicating that charmap has been initialized for the running
// executable.
if (android_charmap_count != 0) {
return 0;
}
if (NULL != kcm_file_path) {
if (!parse_kcm_file(kcm_file_path, &android_custom_charmap)) {
// Here we have two default charmaps and the custom one.
android_charmap_count = 3;
android_charmaps = qemu_malloc(sizeof(AKeyCharmap*) *
android_charmap_count);
android_charmaps[0] = &android_custom_charmap;
android_charmaps[1] = &_qwerty_charmap;
android_charmaps[2] = &_qwerty2_charmap;
} else {
derror("Unable to parse kcm file.");
return -1;
}
} else {
// Here we have only two default charmaps.
android_charmap_count = 2;
android_charmaps = qemu_malloc(sizeof(AKeyCharmap*) *
android_charmap_count);
android_charmaps[0] = &_qwerty_charmap;
android_charmaps[1] = &_qwerty2_charmap;
}
return 0;
}
int
android_charmap_setup(const char* kcm_file_path) {
if (NULL != kcm_file_path) {
if (!parse_kcm_file(kcm_file_path, &android_custom_charmap)) {
// Here we have two default charmaps and the custom one.
android_charmap_count = 3;
android_charmaps = qemu_malloc(sizeof(AKeyCharmap*) *
android_charmap_count);
android_charmaps[0] = &android_custom_charmap;
android_charmaps[1] = &_qwerty_charmap;
android_charmaps[2] = &_qwerty2_charmap;
} else {
derror("Unable to parse kcm file.");
return -1;
}
} else {
// Here we have only two default charmaps.
android_charmap_count = 2;
android_charmaps = qemu_malloc(sizeof(AKeyCharmap*) *
android_charmap_count);
android_charmaps[0] = &_qwerty_charmap;
android_charmaps[1] = &_qwerty2_charmap;
}
return 0;
}