def display1(schema_entries, times, stats, **opts):
opt_delta = opts.get("delta", True)
opt_out = opts.get("out")
use_human = opts.get("human", True)
if use_human:
time_width = len(human.fhms(0))
val_width = 10
else:
time_width = len(str(2 * 86400))
val_width = 15
def pr(time_str, val_strs):
print >> opt_out, time_str.rjust(time_width), string.join(
str.rjust(val_width) for str in val_strs)
def fmt(ent, val):
str = human.fsize(val)
if ent.unit:
str += ent.unit
if opt_delta and ent.event:
str += "/s"
return str
row = 0
for time, vals in zip(times, stats):
if use_human and row % 20 == 0:
pr('TIME', [entry.key for entry in schema_entries])
row += 1
if use_human:
pr(human.fhms(time), map(fmt, schema_entries,
vals)) # HMS or time.
else:
pr(str(time), [str(val) for val in vals])
def display1(schema_entries, times, stats, **opts):
opt_delta = opts.get("delta", True)
opt_out = opts.get("out")
use_human = opts.get("human", True)
if use_human:
time_width = len(human.fhms(0))
val_width = 10
else:
time_width = len(str(2 * 86400))
val_width = 15
def pr(time_str, val_strs):
print>>opt_out, time_str.rjust(time_width), string.join(str.rjust(val_width) for str in val_strs)
def fmt(ent, val):
str = human.fsize(val)
if ent.unit:
str += ent.unit
if opt_delta and ent.event:
str += "/s"
return str
row = 0
for time, vals in zip(times, stats):
if use_human and row % 20 == 0:
pr('TIME', [entry.key for entry in schema_entries])
row += 1
if use_human:
pr(human.fhms(time), map(fmt, schema_entries, vals)) # HMS or time.
else:
pr(str(time), [str(val) for val in vals])
def comment(self, type_name, dev, key, val):
str = self.comments.get((type_name, dev, key))
if str:
return " # " + str
if val == None:
return ""
str = ""
if type_name == "amd64_core":
str = human.fsize(long(val), align=True, space=" ")
if key == "DCSF":
str += "B"
elif type_name == "amd64_sock":
str = human.fsize(long(val), align=True, space=" ") + "B"
elif type_name == "cpu":
if self.cpu_total == 0:
pct = 0.0
else:
pct = 100.0 * float(val) / float(self.cpu_total)
str = "%5.2f %%" % pct
elif type_name == "mem":
str = human.fsize(long(val), align=True, space=" ") + "B"
if key == "MemUsed":
pct = 100.0 * float(val) / float(self.dict[("mem", None, "MemTotal")])
str += " (%5.2f %%)" % pct
elif key and key.endswith("_bytes"):
str = human.fsize(long(val), align=True, space=" ") + "B"
elif key and key.endswith("_time"):
str = human.fhms(long(val))
if str != "":
str = " # " + str
return str
def comment(self, type_name, dev, key, val):
str = self.comments.get((type_name, dev, key))
if str:
return " # " + str
if val == None:
return ""
str = ""
if type_name == "amd64_core":
str = human.fsize(long(val), align=True, space=" ")
if key == "DCSF":
str += "B"
elif type_name == "amd64_sock":
str = human.fsize(long(val), align=True, space=" ") + "B"
elif type_name == "cpu":
if self.cpu_total == 0:
pct = 0.0
else:
pct = 100.0 * float(val) / float(self.cpu_total)
str = "%5.2f %%" % pct
elif type_name == "mem":
str = human.fsize(long(val), align=True, space=" ") + "B"
if key == "MemUsed":
pct = 100.0 * float(val) / float(
self.dict[("mem", None, "MemTotal")])
str += " (%5.2f %%)" % pct
elif key and key.endswith("_bytes"):
str = human.fsize(long(val), align=True, space=" ") + "B"
elif key and key.endswith("_time"):
str = human.fhms(long(val))
if str != "":
str = " # " + str
return str