* dupdate() will now cancel pending shell renders
* import gint will also do that (can be avoided with a single print())
* Provide DWIDTH, DHEIGHT, and some more basic colors
This helps a lot when running interactive games that don't read their
input (apart from eg. AC/ON). Previously all the events accumulated
during the execution would be executed once the program returns. Now the
queue is reset after execution.
The Python program being run is in charge of keyboard events with the
gint module. Most programs don't care though, and simply let events
accumulate until the queue is full.
The async filter is able to receive events even when the queue is full.
However, it filtered only AC/ON presses, not releases, so the releases
were sent back to the driver to queue. This was impossible as the queue
was full, so the release was never recorded. This failure then repeated
at every tick, forever.
Since the key was never properly released, further presses were just
seen as a continuation of the current press and thus did not produce
any new event, so the async filter was no longer called and the Python
program could no longer be interrupted.
The Python program being run is in charge of keyboard events with the
gint module. Most programs don't care though, and simply let events
accumulate until the queue is full.
The async filter is able to receive events even when the queue is full.
However, it filtered only AC/ON presses, not releases, so the releases
were sent back to the driver to queue. This was impossible as the queue
was full, so the release was never recorded. This failure then repeated
at every tick, forever.
Since the key was never properly released, further presses were just
seen as a continuation of the current press and thus did not produce
any new event, so the async filter was no longer called and the Python
program could no longer be interrupted.
Lephenixnoir
mibi88
mibi88