Fix auto-capitalisation disabling locked shift

Shift locked via the "caps lock" key use the "fake pointer" mechanism
that is also used by auto-capitalisation.

Make sure that unlatching a fake pointer do not disabled a locked
modifier.

The implementation is moved into the Pointers class for a safer API and
easier implementation.
This commit is contained in:
Jules Aguillon 2024-03-03 17:08:25 +01:00
parent ce38a4f151
commit 5e5937b0f4
2 changed files with 34 additions and 22 deletions

View File

@ -120,19 +120,7 @@ public class Keyboard2View extends View
{ {
if (_keyboard == null || key == null) if (_keyboard == null || key == null)
return; return;
int flags = _pointers.getKeyFlags(key, kv); _pointers.set_fake_pointer_state(key, kv, latched, lock);
if (latched)
{
if (flags != -1 && !lock)
return; // Don't replace an existing pointer
_pointers.add_fake_pointer(kv, key, lock);
}
else
{
if ((flags & KeyValue.FLAG_FAKE_PTR) == 0)
return; // Don't remove locked pointers
_pointers.remove_fake_pointer(kv, key);
}
} }
/** Called by auto-capitalisation. */ /** Called by auto-capitalisation. */

View File

@ -85,13 +85,10 @@ public final class Pointers implements Handler.Callback
return ptr.flags; return ptr.flags;
} }
/** Fake pointers are latched and not lockable. */ /** The key must not be already latched . */
public void add_fake_pointer(KeyValue kv, KeyboardData.Key key, boolean locked) void add_fake_pointer(KeyboardData.Key key, KeyValue kv, boolean locked)
{ {
Pointer ptr = getLatched(key, kv); Pointer ptr = new Pointer(-1, key, kv, 0.f, 0.f, Modifiers.EMPTY);
if (ptr != null)
removePtr(ptr); // Already latched, replace pointer.
ptr = new Pointer(-1, key, kv, 0.f, 0.f, Modifiers.EMPTY);
ptr.flags &= ~(KeyValue.FLAG_LATCH | KeyValue.FLAG_LOCK); ptr.flags &= ~(KeyValue.FLAG_LATCH | KeyValue.FLAG_LOCK);
ptr.flags |= KeyValue.FLAG_FAKE_PTR; ptr.flags |= KeyValue.FLAG_FAKE_PTR;
if (locked) if (locked)
@ -100,12 +97,39 @@ public final class Pointers implements Handler.Callback
_handler.onPointerFlagsChanged(false); _handler.onPointerFlagsChanged(false);
} }
public void remove_fake_pointer(KeyValue kv, KeyboardData.Key key) /** Set whether a key is latched or locked by adding a "fake" pointer, a
pointer that is not due to user interaction.
This is used by auto-capitalisation.
When [lock] is true, [latched] control whether the modifier is locked or disabled.
When [lock] is false, an existing locked pointer is not affected. */
public void set_fake_pointer_state(KeyboardData.Key key, KeyValue kv,
boolean latched, boolean lock)
{ {
Pointer ptr = getLatched(key, kv); Pointer ptr = getLatched(key, kv);
if (ptr != null && (ptr.flags & KeyValue.FLAG_FAKE_PTR) != 0) if (ptr == null)
{
// No existing pointer, latch the key.
if (latched)
add_fake_pointer(key, kv, lock);
}
else if ((ptr.flags & KeyValue.FLAG_FAKE_PTR) != 0)
{} // Key already latched but not by a fake ptr, do nothing.
else if (lock)
{
// Acting on locked modifiers, replace the pointer each time.
removePtr(ptr); removePtr(ptr);
_handler.onPointerFlagsChanged(false); if (latched)
add_fake_pointer(key, kv, lock);
}
else if ((ptr.flags & KeyValue.FLAG_LOCKED) != 0)
{} // Existing ptr is locked but [lock] is false, do not continue.
else if (!latched)
{
// Key is latched by a fake ptr. Unlatch if requested.
removePtr(ptr);
_handler.onPointerFlagsChanged(false);
}
} }
// Receiving events // Receiving events