This simplifies the visualizer sizing by avoiding the expanding sizes
when there is more space available. Doing so allows us to treat all the
sizing uniformly.
We can also make the ticks area a visualizer for more code re-use.
This is more reliable than using a PTY and allows us to use a regular
pipe to output data into a GIOChannel. This also changes the design to
use async IO watches for sample delivery.
This allows consumers to get a RAPL profiler object on the D-Bus at
org.gnome.Sysprof3 with path /org/gnome/Sysprof3/RAPL. This can be used
by the clients to record extra power statistics.
It requires the `turbostat` program to be installed, and is provided in
packages such as `kernel-tools` on Fedora. Distributions may want to
ensure that is available as a dependency of Sysprof, but it is not
strictly required.
This adds the common convention for applications that receive command
line arguments to use [-- COMMAND ARGS] instead of "-c" which is rather
limiting for shell expansion.
Fixes#10
This source parses the /proc/net/dev file to get basic statistics about
network throughput on the system.
We still need a specialized Aid and Visualizer so that we can render the
counter data in a more useful format.
This comprises a massive rewrite of the UI for browsing captures. We use
the SysprofAid class to scan capture files for content and then auto-
matically add visualizers and details pages.
To avoid breaking things incrementally, we just land this as a very large
commit. Not necessarily ideal, but given the amount of stuff that could
break, this is easier.
As part of this process, we're removing a lot of the surface API so that
we can limit how much we need to maintain in terms of ABI.
