def xrunProcess(master, adapter_id, name, xe):
p = process.XrunProcess(name, master, output_file="{name}.log".format(name=name), verbose=True)
exe_name = base.exe_name('xrun')
xrun = base.file_abspath(exe_name) # Windows requires the absolute path of xrun
reactor.spawnProcess(p, xrun, [xrun, '--adapter-id', adapter_id, '--xscope-port', 'localhost:12346', xe],
env=os.environ, )
return p
def startXrun(combined_args):
(name, process, adapter_id, bin, args) = combined_args
# Windows requires the absolute path of xrun
exe_name = base.exe_name('xrun')
xrun = base.file_abspath(exe_name)
log_info("Starting %s (%s)" % (name, ' '.join(['--adapter-id', adapter_id, '--xscope', '--xscope-file', name + '.xmt', bin])))
reactor.spawnProcess(process, xrun, [xrun, '--adapter-id', adapter_id, '--xscope', '--xscope-file', name + '.xmt', bin],
env=os.environ, path=args.logdir)
def startAnalyzer(combined_args):
(name, adapter_id, target_bin, analyzer_bin, target_process, analyzer_process, port, args) = combined_args
# Windows requires the absolute path of xrun
exe_name = base.exe_name('xrun')
xrun = base.file_abspath(exe_name)
log_info("Starting analyzer %s" % name)
reactor.spawnProcess(target_process, xrun,
[xrun, '--adapter-id', adapter_id, '--xscope-port', 'localhost:%d' % port, target_bin],
env=os.environ, path=args.logdir)
reactor.spawnProcess(analyzer_process, analyzer_bin, [analyzer_bin, '-p', '%d' % port],
env=os.environ, path=args.logdir)
import xmos.test.base as base
import xmos.test.xmos_logging as xmos_logging
import xmos.test.generator as generator
from xmos.test.base import AllOf, OneOf, NoneOf, Sequence, Expected, getActiveProcesses
from xmos.test.xmos_logging import log_error, log_warning, log_info, log_debug
from actions import *
import sequences
import endpoints
import generators
import analyzers
import graph
# Assign the xrun variable used to start processes
exe_name = base.exe_name('xrun')
xrun = base.file_abspath(exe_name) # Windows requires the absolute path of xrun
def print_title(title):
log_info("\n%s\n%s\n" % (title, '=' * len(title)))
def configure_analyzers():
""" Ensure the analyzers have started properly and then configure their channel
frequencies as specified in the test configuration file
"""
analyzer_startup = [Expected(a, "connected to .*: %d" % analyzers.get_port(a), 15, critical=True)
for a in analyzers.get_all()]
yield master.expect(AllOf(analyzer_startup))
for (name,analyzer) in analyzers.get_all().iteritems():
if analyzer['type'] != 'audio':
continue