def book(self):
"""
book all algorithm histograms via call to steering.book
"""
self.__logger.info("Book")
self.gate.hbook.book("artemis", "counts", range(10))
bins = [x for x in range_positive(0.0, 10.0, 0.1)]
# Payload and block distributions
self.gate.hbook.book("artemis", "payload", bins, "MB", timer=True)
self.gate.hbook.book("artemis", "nblocks", range(100), "n", timer=True)
self.gate.hbook.book("artemis", "blocksize", bins, "MB", timer=True)
# Timing plots
bins = [x for x in range_positive(0.0, 1000.0, 2.0)]
self.gate.hbook.book("artemis",
"time.prepblks",
bins,
"ms",
timer=True)
self.gate.hbook.book("artemis",
"time.prepschema",
bins,
"ms",
timer=True)
self.gate.hbook.book("artemis", "time.execute", bins, "ms", timer=True)
self.gate.hbook.book("artemis", "time.collect", bins, "ms", timer=True)
self.gate.hbook.book("artemis", "time.steer", bins, "ms", timer=True)
try:
self.steer.book()
except Exception:
self.__logger.error("Cannot book Steering")
raise
def book(self):
self.__logger.info("Book")
bins = [x for x in range_positive(0.0, 100.0, 2.0)]
self.gate.hbook.book(self.name,
"time.filtercol",
bins,
"ms",
timer=True)
def book(self):
self.__logger.info("Book")
bins = [x for x in range_positive(0.0, 100.0, 2.0)]
self.gate.hbook.book(self.name, "time.pyparse", bins, "ms", timer=True)
self.gate.hbook.book(self.name,
"time.legacydataparse",
bins,
"ms",
timer=True)
def book(self):
"""
book method calls book on all algorithms in the menu
"""
self.__logger.info("Book")
for key in self._algo_instances:
algo = self._algo_instances[key]
self.__logger.info("Book %s", algo.name)
bins = [x for x in range_positive(0.0, 100.0, 2.0)]
try:
self.gate.hbook.book(self.name,
"time." + algo.name,
bins,
"ms",
timer=True)
except Exception:
self.__logger.error("Cannot book steering")
raise
try:
algo.book()
except Exception:
self.__logger.error("Cannot book %s" % algo.name)
self.__logger.info("HBook keys %s", self.gate.hbook.keys())