def flush(self):
VALCOL_LEN = 16
write = self.logf.write
cpunames = sorted(self.cpunames)
if not self.printed_header:
if self.timestamp:
write("%9s" % "")
self.print_line_header("", "")
for j in cpunames:
write("%*s " % (VALCOL_LEN, j))
write("\n")
self.printed_header = True
for key in sorted(sorted(self.nodes.keys(), key=lambda x: x[1]),
key=lambda x: x[0] == ""):
node = self.nodes[key]
desc = None
sample = None
unit = None
if self.timestamp:
self.print_timestamp(self.timestamp)
self.print_line_header(key[0], key[1])
vlist = []
for cpuname in cpunames:
if cpuname in node:
cpu = node[cpuname]
uval, unit, desc, sample, bn, below, idle = cpu
v = uval.format_value()
vlist.append(uval)
write(
"%*s%s " %
(VALCOL_LEN, v, "?" if below else "*" if bn else " "))
else:
write("%*s " % (VALCOL_LEN, ""))
if unit:
# XXX should move this to be per entry?
cval = combine_uval(vlist)
vs = (" +- " + cval.format_uncertainty() + " " +
cval.format_mux()) if cval.stddev else ""
write(" %-*s%s" %
(self.unitlen,
(" " if unit[0] != "%" else "") + unit, vs))
write("\n")
self.print_desc(desc, sample)
self.nodes = dict()
def flush(self):
VALCOL_LEN = 14
write = self.logf.write
cpunames = sorted(self.cpunames)
if not self.printed_header:
if self.timestamp:
write("%9s" % "")
self.print_header("", "")
for j in cpunames:
write("%*s " % (VALCOL_LEN, j))
write("\n")
self.printed_header = True
for key in sorted(sorted(self.nodes.keys(), key=lambda x: x[1]),
key=lambda x: x[0] == ""):
node = self.nodes[key]
desc = None
sample = None
remark = None
if self.timestamp:
self.print_timestamp(self.timestamp)
self.print_header(key[0], key[1])
vlist = []
for cpuname in cpunames:
if cpuname in node:
cpu = node[cpuname]
uval, remark, desc, sample, bn = cpu
v = uval.format_value()
if bn:
v += "*"
if remark in ("above", "below", "Metric", "CoreMetric",
"CoreClocks"): # XXX
remark = ""
vlist.append(uval)
write("%*s " % (VALCOL_LEN, v))
else:
write("%*s " % (VALCOL_LEN, ""))
if remark:
cval = combine_uval(vlist)
vs = (" +- " + cval.format_uncertainty() + " " +
cval.format_mux()) if cval.stddev else ""
write(" %-*s%s" % (self.unitlen, remark, vs))
write("\n")
self.print_desc(desc, sample)
self.nodes = dict()
def flush(self):
cpunames = sorted(self.cpunames)
if not self.printed_header and not self.no_header:
ts = ["Timestamp"] if self.timestamp else []
header = ts + ["Area", "Node"] + cpunames + [
"Description", "Sample", "Stddev", "Multiplex"
]
self.writer[self.curname].writerow([x.encode() for x in header])
self.printed_header = True
for key in sorted(sorted(self.nodes.keys(), key=lambda x: x[1]),
key=lambda x: x[0] == ""):
node = self.nodes[key]
ts = [convert_ts(self.timestamp)] if self.timestamp else []
l = ts + [key[0], key[1]]
vlist = []
ol = dict()
desc, sample = "", ""
for cpuname in cpunames:
if cpuname in node:
cpu = node[cpuname]
if cpu[2]:
desc = cpu[2]
desc = re.sub(r"\s+", " ", desc)
if cpu[3]:
sample = cpu[3]
# ignore unit for now
vlist.append(cpu[0])
ol[cpuname] = float(cpu[0].value) if cpu[0].value else ""
else:
vlist.append(UVal("", 0))
l += [ol[x] if x in ol else "" for x in cpunames]
l.append(desc)
l.append(sample)
vs = combine_uval(vlist)
if vs:
l += (vs.format_uncertainty().strip(), vs.format_mux().strip())
else:
l += ["", ""]
self.writer[self.curname].writerow(l)
self.nodes = dict()