By executing an application under the player (option
--external-injection), actions can be remotely forwarded.
The communication is done via Eina Debug channel. Therefore, efl_debugd
must be run before the application.
An injection tool has been implemented to show how to communicate with
The exu doesn't contain the old scenario entries (Variant_st) but the new
The recorder doesn't create old rec file but only exu.
The player/inspector support rec files by converting them to the new
The structures have been tried to be simpler.
This feature is aimed to provide a new way to debug applications during
When a difference happens between two shots of an application, the
investigation can be tough as the cause may be hidden into a tiny
change, such as an update of the theme.
This feature tries to respond to this problem by storing objects of
the application every time a shot is taken. Then during shots comparison,
objects information are compared and differences are displayed on the
The feature can be used with the -S option.
For the moment, only hierarchy, order and geometry are checked.
During recording, hooking on Evas functions can't work anymore as they
are no more invoked internally.
The new way to catch the events is to listen to them on the canvas.
Additionally, regular mouse events are now multi events whose tool (device id)
is 0, as well as key events with and without keycode are now always
considered with a keycode that can be 0.
Previous events catching has been kept to support legacy applications.
An issue that currently happens in Exactness is that we don't have any
way to debug the recordings.
Only debug information can help us to figure out what data is stored
inside the rec files.
Three commands are available:
- Clean: remove bad timestamp events and duplicate events
- Add a delay: because of the first event is directly treated if no
first timestamp is present, we need a way to fix recordings by adding
them a delay before the first event.
- List information: display the list of events, as vieet doesn't work at
all. Really helpful to figure out bugs.
An issue due to timing happens when applying scenarios on applications.
The first event is directly treated, even if the recorder waited a few
seconds without any action.
The reason is that Exactness saves in the .rec file a timestamp that is
the uptime value, i.e an absolute value. A better choice would have been
to save the number of ms relative to the launch of the application.
Because of this, Exactness doesnt have any way to know when the first
event has to be treated and consumes it whenever possible, i.e at the
This patch adds to the recording file a timestamp reference, corresponding
to the uptime at ecore_init. When applying the scenario, this timestamp
is checked and gives an idea of a delay to wait before consuming the first