env['title'] += ':/'
if fsname != '-':
env['title'] += fsname.replace('_','/')
# We look for only the usedBlocks_usedBlock datapoint
#
rrdfile = ''
for fname in fs.getRRDNames():
if fname == 'usedBlocks_usedBlocks':
rrdfile = fs.getRRDFileName(fname)
break
if rrdfile:
rrdfile = '/opt/zenoss/perf/' + rrdfile
cmd = [fname] + basicArgs(env) + args
cmd.extend(['-E', '-l 0', '-u 100', '-r',
'-W SunGard Availability Services'])
# This smooths the trend lines, but makes the graph a little blurry.
# Comment it out for crisper graph and stair-step trend lines.
cmd.extend(['-N'])
# Take blocks_used DEFS (datasets for differing time periods).
# and calculate filesytem usage as a percentage into the fsu_x cdefs.
#
cmd.extend([
'DEF:used_blocks_a=%s:ds0:AVERAGE:' % rrdfile,
'DEF:used_blocks_b=%s:ds0:AVERAGE:start=now-3d' % rrdfile,
'DEF:used_blocks_c=%s:ds0:AVERAGE:start=now-1w' % rrdfile,
inputFilesCount = len(lfiles)
lcolor = len(colors)
for i in range(lcount):
stacks.append("AREA:c%d#%s::STACK" % (i, colors[i % lcolor]))
x = 0
if lcount != count:
stacks.append("AREA:c%d#%s" % (lcount, colors[x % lcolor]))
x += 1
for i in range(lcount + 1, count):
stacks.append("AREA:c%d#%s::STACK" % (i, colors[x % lcolor]))
x += 1
cmd = [fname] + basicArgs(env) + args + defs + cdefs + [lcdef1, lcdef2] + stacks
cmd.extend(["COMMENT:Interface Counts\: incoming=%s outgoing=%s\\c" % (lcount, ucount)])
if netIfRe:
cmd.extend(['COMMENT:Filter="%s"\\c' % netIfRe])
cmd.extend(["COMMENT: \\l"])
cmd.extend(
[
"GPRINT:lcdef2:LAST:%(upperLabel)s - Current\\: %%6.2lf %%s" % env,
"GPRINT:lcdef2:AVERAGE:Average\\: %6.2lf %s",
"GPRINT:lcdef2:MAX:Maximum\\: %6.2lf %s\\n",
]
)
cmd.extend(
[
inputFilesCount = len(lfiles)
lcolor = len(colors)
for i in range(lcount):
stacks.append('AREA:c%d#%s::STACK' % (i, colors[i % lcolor]))
x = 0
if lcount != count:
stacks.append('AREA:c%d#%s' % (lcount, colors[x % lcolor]))
x += 1
for i in range(lcount + 1, count):
stacks.append('AREA:c%d#%s::STACK' % (i, colors[x % lcolor]))
x += 1
cmd = [fname] + basicArgs(env) + args + defs + cdefs + [lcdef1, lcdef2
] + stacks
cmd.extend([
'COMMENT:Interface Counts\: incoming=%s outgoing=%s\\c' % (lcount, ucount)
])
if netIfRe: cmd.extend(['COMMENT:Filter="%s"\\c' % netIfRe])
cmd.extend(['COMMENT: \\l'])
cmd.extend([
'GPRINT:lcdef2:LAST:%(upperLabel)s - Current\\: %%6.2lf %%s' % env,
'GPRINT:lcdef2:AVERAGE:Average\\: %6.2lf %s',
'GPRINT:lcdef2:MAX:Maximum\\: %6.2lf %s\\n'
])
cmd.extend([
'GPRINT:lcdef1:LAST:%(lowerLabel)s - Current\\: %%6.2lf %%s' % env,
env['title'] += ':/'
if fsname != '-':
env['title'] += fsname.replace('_', '/')
# We look for only the usedBlocks_usedBlock datapoint
#
rrdfile = ''
for fname in fs.getRRDNames():
if fname == 'usedBlocks_usedBlocks':
rrdfile = fs.getRRDFileName(fname)
break
if rrdfile:
rrdfile = '/opt/zenoss/perf/' + rrdfile
cmd = [fname] + basicArgs(env) + args
cmd.extend(['-E', '-l 0', '-u 100', '-r', '-W SunGard Availability Services'])
# This smooths the trend lines, but makes the graph a little blurry.
# Comment it out for crisper graph and stair-step trend lines.
cmd.extend(['-N'])
# Take blocks_used DEFS (datasets for differing time periods).
# and calculate filesytem usage as a percentage into the fsu_x cdefs.
#
cmd.extend([
'DEF:used_blocks_a=%s:ds0:AVERAGE:' % rrdfile,
'DEF:used_blocks_b=%s:ds0:AVERAGE:start=now-3d' % rrdfile,
'DEF:used_blocks_c=%s:ds0:AVERAGE:start=now-1w' % rrdfile,
'DEF:used_blocks_d=%s:ds0:AVERAGE:start=now-1m' % rrdfile,
