The new triggers consist of a set of structs and an API to manipulate
them. Both logic and analog triggers are supported, in an unlimited
number of stages.
A single struct sr_trigger containing its stages and triggers is then
added to the session.
In case of a driver where the hardware supports triggering, the struct
is then converted and used to arm the hardware trigger. Drivers without
hardware trigger support, such as fx2lafw or multimeter drivers, use it
as the basis for a software-based trigger implementation instead.
Also, consistently use 'ch' for channel variables. This matches how we
consistently use sdi, devc, and so on all over the code-base.
This fixes parts of bug #259.
The name 'probe' (and thus 'probe group') is a relic from the times when
sigrok was mostly about logic analyzers. Nowadays we support a lot more
device types where 'probe' is not really a good term and 'channel' is
much better suited.
This fixes parts of bug #259.
Allow the edge of an external clock input to be configured by
means of an SR_CONF_CLOCK_EDGE configuration setting. This is
a string option with the same format as SR_CONF_TRIGGER_SLOPE.
(sr_dev_driver.config_probe_set): New optional callback enabling
drivers to be notified upon changes to probe settings.
(sr_dev_probe_enable, sr_dev_trigger_set): Invoke new driver
callback on changes.
(sr_dev_driver.config_commit): New optional callback allowing
drivers to defer application of configuration settings until
an explicit call to config_commit().
(sr_config_commit): New public wrapper function.
The maximum sample size that can be set on a device is now published
by sr_config_list(SR_CONF_LIMIT_SAMPLES). This returns a tuple of
uint64_t representing minimum and maximum number of samples.
The fields of this structure should not be used directly by frontends
(and none of the current ones do). Thus, make the struct opaque and hide
its contents from the API.
Allow channel groups to be swapped. This is useful
for demux at 200mhz with the unbuffered channels.
Signed-off-by: Matt Ranostay <mranostay@gmail.com>
Bert Vermeulen
Matthias Heidbrink
Uwe Hermann
Martin Ling
Daniel Elstner
Aurelien Jacobs
Matt Ranostay