def analyze(self, test, execResult):
target = execResult.target
tl = self._tlocal
tl.ttime += execResult.time
if (self._timer != None):
for line in execResult.stdout.split("\n"):
line = line.strip()
if (line.find("__TIMER__")==0):
l = line.split(" ",2)
if (l[2] == self._timer):
tl.ttimeTmr += float(l[1])/1000
tl.midx += 1
if (tl.midx < self._measurements):
return ExecResult.RETRY
else:
with (self._lock):
if (tl.ttimeTmr != 0):
tl.results.append((tl.ttime / self._measurements, tl.ttimeTmr / self._measurements))
else:
tl.results.append((tl.ttime / self._measurements,))
tl.ttime = 0
tl.ttimeTmr = 0
if (len(tl.results) == len(self._targets)):
self.write(testr.truncIfLonger(test.name(),70))
for r in tl.results:
if (len(r) == 1):
self.write(" | {0:8f} ".format(r[0]))
else:
self.write(" | {0:8f} {1:8f}".format(r[0],r[1]))
self.writeln("")
self.count += 1
tl.reset(test)
def initialize(self, targets):
testr.writeln(" initializing module timer")
if (not targets):
testr.fatalError("module timer must have at least one target specified")
self.count = 0
self._targets = targets
self._tlocal = Module.TL()
self._longestTargetName = max([ len(i.name()) for i in targets])
self.write(testr.truncIfLonger("test name",70))
for t in targets:
self.write(" | {0:17}".format(t.name()))
self.writeln("")
self.writeln("-" * (70 + len(targets) * 20))