/usr/share/collectl/colplotlib.defs is in collectl-utils 4.7.1-1.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190 191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223 224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243 244 245 246 247 248 249 250 251 252 253 254 255 256 257 258 259 260 261 262 263 264 265 266 267 268 269 270 271 272 273 274 275 276 277 278 279 280 281 282 283 284 285 286 287 288 289 290 291 292 293 294 295 296 297 298 299 300 301 302 303 304 305 306 307 308 309 310 311 312 313 314 315 316 317 318 319 320 321 322 323 324 325 326 327 328 329 330 331 332 333 334 335 336 337 338 339 340 341 342 343 344 345 346 347 348 349 350 351 352 353 354 355 356 357 358 359 360 361 362 363 364 365 366 367 368 369 370 371 372 373 374 375 376 377 378 | # Mask values - these are actually application dependent:
# 1 - do not let plotting package (like gnuplot) autoscale
# but use these values for ymin/ymax
# 2 - if column header missing, that's ok
# 4 - some limits (currently mem & net) are known. this bit value
# says to use that for YMax for tools (such as colgui) that may wish
# 8 - very special case, typically combined with 2. though a detail file, do NOT print one
# plot for each instance but rather only print a single plot, expecting each line to be
# build out of headers of the form XXX:yyy[:zzz] such that only those field with the same
# value for yyy are being combined
# 16 - there are some rare cases in which a plot file wasn't created by collectl and
# the fields for a plot doesn't exist even though the field preface does. The best
# example is the [MEM] plots. As an optimization, this mask says to check for plot
# specific fields to be sure valid plot. Alternatively we could always do that check
# but at least for now let's optimize it.
# 32 - for y-axis to be formated with %d
# Features
# - if ynames don't point to column header, just use that as header name
# - everything defaults to something except ymax! if not specified somewhere
# it will be set to -1
# New stanza, <extmaps> if specified look like the following:
# ext header1|header2...
# such that if a header exists in a plot name, look for it in file with extension 'ext'
<allplots>
cpu { title=Cpu-Util mask=3 yname=[CPU]User%+[CPU]Nice%,[CPU]Sys%+[CPU]Irq%+[CPU]Soft%+[CPU]Steal%,[CPU]Irq%+[CPU]Soft%+[CPU]Steal%,[CPU]Wait% clabels=User,Sys,More,Wait }
cpuold { title=Cpu mask=1 yname=[CPU]User%,[CPU]Sys%,[CPU]Nice%,[CPU]Wait% }
cpumore { title=Cpu mask=1 yname=[CPU]Irq%,[CPU]Soft%,[CPU]Steal% }
cpudet { title=Cpu-Util mask=1 yname=[CPU:]User%+[CPU:]Nice%,[CPU:]Sys%+[CPU:]Irq%+[CPU:]Soft%+[CPU:]Steal%,[CPU:]Irq%+[CPU:]Soft%+[CPU:]Steal%,[CPU:]Wait% clabels=User,Sys,More,Wait }
cpudold { title=Cpu mask=1 yname=[CPU:]User%,[CPU:]Sys%,[CPU:]Nice%,[CPU:]Wait% }
cpumored { title=Cpu mask=1 yname=[CPU:]Irq%,[CPU:]Soft%,[CPU:]Steal% }
cpu20 { title=Cpu-Util mask=1 yname=[CPU]User%,[CPU]Sys%,[CPU]Nice%,[CPU]Wait% ymax=20 }
cpumid { title=Cpu-Util mask=1 yname=[CPU]User%,[CPU]Sys%,[CPU]Nice%,[CPU]Wait% ymin=40 ymax=60 }
cpu80 { title=Cpu-Util mask=1 yname=[CPU]User%,[CPU]Sys%,[CPU]Nice%,[CPU]Wait% ymin=80 ymax=100 }
ctxint { title=Ctx-Intr mask=2 yname=[CPU]Ctx/sec,[CPU]Intrpt/sec }
proc { title=Proc mask=2 yname=[CPU]Proc/sec,[CPU]ProcQue,[CPU]ProcRun }
mem { title=MemGB mask=6 yname=[MEM]Buf,[MEM]Cached,[MEM]Slab,[MEM]Map,[MEM]Anon,[MEM]Inactive ydivisor=1048576 }
membuf { title=BufMB mask=32 yname=[MEM]Buf ydivisor=1024 }
memcache { title=CacheGB mask=32 yname=[MEM]Cached ydivisor=1048576 }
memdirty { title=DirtyMB mask=32 yname=[MEM]Dirty ydivisor=1024 }
memmap { title=MappedMB mask=32 yname=[MEM]Map ydivisor=1024 }
memanon { title=AnonGB mask=32 yname=[MEM]Anon ydivisor=1048576 }
memslab { title=SlabGB mask=32 yname=[MEM]Slab ydivisor=1048576 }
mem24 { title=Mem24GB mask=4 yname=[MEM]Used,[MEM]Free,[MEM]Buf,[MEM]Cached ydivisor=1048576 }
swap { title=SwapGB mask=18 yname=[MEM]SwapUsed,[MEM]SwapFree,[MEM]SwapIn,[MEM]SwapOut ydivisor=1048576}
faults { title=Faults mask=18 yname=[MEM]PageFaults,[MEM]PageMajFaults }
paging { title=PagingMB mask=18 yname=[MEM]PageIn,[MEM]PageOut }
sock { title=Sockets ymax=1000 yname=[SOCK]Tcp,[SOCK]Udp,[SOCK]Raw }
tcp { title=TCP mask=16 yname=[TCP]IpErr,[TCP]TcpErr,[TCP]UdpErr,[TCP]IcmpErr }
tcpold { title=TCPOLD yname=[TCP]PureAcks,[TCP]HPAcks,[TCP]Loss,[TCP]FTrans }
net { title=NetMBs yname=[NET]RxKBTot,[NET]TxKBTot }
netpkt { title=NetPkts yname=[NET]RxPktTot,[NET]TxPktTot }
netsize { title=NetSize yname=[NET]RxKBTot,[NET]TxKBTot,[NET]RxKBTot*1M/[NET]RxPktTot,[NET]TxKBTot*1M/[NET]TxPktTot cymax=5000 clabels=RxSize,TxSize}
netdet { title=Network mask=4 yname=[NET:]RxPkt,[NET:]TxPkt,[NET:]RxKB,[NET:]TxKB }
netdsize { title=NetSize yname=[NET:]RxKB,[NET:]TxKB,[NET:]RxKB*1M/[NET:]RxPkt,[NET:]TxKB*1M/[NET:]TxPkt cymax=5000 clabels=RxSize,TxSize}
disk { title=DiskMB yname=[DSK]ReadKBTot,[DSK]WriteKBTot }
diskio { title=DiskIO yname=[DSK]ReadTot,[DSK]WriteTot }
disksize ( title=DiskSize yname=[DSK]ReadKBTot,[DSK]WriteKBTot,[DSK]ReadKBTot/[DSK]ReadTot*1K,[DSK]WriteKBTot/[DSK]WriteTot*1K cymax=500 clabels=RSizeKB,WSizeKB }
diskdet { title=Disk yname=[DSK:]RKBytes,[DSK:]WKBytes,[DSK:]Reads,[DSK:]Writes }
diskdsize ( title=DiskSize yname=[DSK:]RKBytes,[DSK:]WKBytes,[DSK:]RKBytes/[DSK:]Reads*1K,[DSK:]WKBytes/[DSK:]Writes*1K cymax=500 clabels=RSizeKB,WSizeKB }
inode { title=I-Nodes yname=[INODE]openFiles,[INODE]used }
loadavg { title=LoadAvg yname=[CPU]L-Avg1,[CPU]L-Avg5,[CPU]L-Avg15 }
nfsrpc { title=NFS-RPC yname=[NFS]Packets,[NFS]Calls ymax=5000 }
nfssum { title=NFS-Summary mask=2 yname=[NFS]ReadsS,[NFS]WritesS,[NFS]ReadsC,[NFS]WritesC ymax=5000 }
nfsmeta { title=NFS-Meta/Commits mask=18 yname=[NFS]MetaS,[NFS]CommitS,[NFS]MetaC,[NFS]CommitC ymax=5000 }
nfsdet { title=NFS Detail yname=[NFS:]Getattr,[NFS:]Setattr ymax=5000 }
lusclt { title=LusClt yname=[CLT]ReadKB,[CLT]WriteKB }
cltio { title=LusClt yname=[CLT]Reads,[CLT]Writes }
cltmeta { title=CltMeta ymax=5000 yname=[CLTM]Open,[CLTM]Close,[CLTM]GAttr,[CLTM]SAttr,[CLTM]Seek,[CLTM]FSync }
cltreada { title=CltReadA ymax=1000 yname=[CLTR]Hits,[CLTR]Misses }
cltdet { title=LusClt yname=[CLT:]ReadKB,[CLT:]WriteKB }
cltdmeta { title=CltMeta ymax=5000 yname=[CLTM:]Open,[CLTM:]Close,[CLTM:]GAttr,[CLTM:]SAttr,[CLTM:]Seek,[CLTM:]Fsync }
cltdreada { title=CltRA ymax=1000 yname=[CLTR:]Hits,[CLTR:]Misses }
lusoss { title=LusOSS yname=[OST]ReadKB,[OST]WriteKB }
ossio { title=LusOSS yname=[OST]Read,[OST]Write }
ossdet { title=LusOSS yname=[OST:]ReadKB,[OST:]WriteKB }
lusmds { title=LusMDS yname=[MDS]Close,[MDS]Getattr,[MDS]Reint,[MDS]Sync }
ib { title=IB yname=[IB]InKB,[IB]OutKB ymax=1000 ydivisor=1024 }
ibio { title=IB yname=[IB]InPkt,[IB]OutPkt ymax=2500 ydivisor=1000 }
ibsize { title=IBSize yname=[IB]InKB,[IB]OutKB,[IB]InKB*1M/[IB]InPkt,[IB]OutKB*1M/[IB]OutPkt clabels=RxSizeKB,TxSizeKB cymax=2000 }
elan { title=ELAN yname=[ELAN]InKB,[ELAN]OutKB ymax=1000 ydivisor=1024 }
elanio { title=ELAN yname=[ELAN]InPkt,[ELAN]OutPkt ymax=2500 ydivisor=1000 }
ibdet { title=IB yname=[IB:]InKB,[IB:]OutKB }
ibdsize { title=IBSize yname=[IB:]InKB,[IB:]OutKB,[IB:]InKB*1M/[IB:]InPkt,[IB:]OutKB*1M/[IB:]OutPkt clabels=RxSizeKB,TxSizeKB cymax=2000 }
ibdio { title=IB yname=[IB:]InPkt,[IB:]OutPkt }
elandmb { title=Elan yname=[ELAN:]GetKB,[ELAN:]PutKB,[ELAN:]CompKB }
elandio { title=Elan yname=[ELAN:]Get,[ELAN:]Put,[ELAN:]Comp }
fans { title=FanSpeed mask=2 yname=[ENV:]Speed }
temps { title=Temp mask=2 yname=[ENV:]Temp }
power { title=Power mask=2 yname=[ENV:]Watts }
nvidia { title=nvidia yname=[NVIDIA]Temp,[NVIDIA]Fan,[NVIDIA]Gpu,[NVIDIA]Mem }
misc1 { title=MiscCtrs yname=[MISC]Mounts,[MISC]Logins,[MISC]Uptime ymax=10,10,500 }
misc2 { title=CPU-Frequency mask=16 yname=[MISC]CPUFreq }
disktimes { title=DiskTimes yname=[DSK:]Wait,[DSK:]SvcTim }
diskque { title=DiskQueue yname=[DSK:]QueLen }
diskutil { title=DiskUtil yname=[DSK:]Util }
# These are only here to support data collected with versions of collectl prior to 3.2
nfsV2c { title=NFS-V2c yname=[NFS2C]Reads,[NFS2C]Writes ymax=5000 }
nfsV2s { title=NFS-V2s yname=[NFS2S]Reads,[NFS2S]Writes ymax=5000 }
nfsV3c { title=NFS-V3c yname=[NFS3C]Reads,[NFS3C]Writes ymax=5000 }
nfsV3s { title=NFS-V3s yname=[NFS3S]Reads,[NFS3S]Writes ymax=5000 }
nfsV4c { title=NFS-V4c yname=[NFS4C]Reads,[NFS4C]Writes ymax=5000 }
nfsV4s { title=NFS-V4s yname=[NFS4S]Reads,[NFS4S]Writes ymax=5000 }
nfsV2cd { title=NFS-V2cd yname=[NFS2CD]Getattr,[NFS2CD]Setattr ymax=5000 }
nfsV2sd { title=NFS-V2sd yname=[NFS2SD]Getattr,[NFS2SD]Setattr ymax=5000 }
nfsV3cd { title=NFS-V3cd yname=[NFS3CD]Getattr,[NFS3CD]Setattr,[NFS3CD]Commit ymax=5000 }
nfsV3sd { title=NFS-V3sd yname=[NFS3SD]Getattr,[NFS3SD]Setattr,[NFS3SD]Commit ymax=5000 }
nfsV4cd { title=NFS-V4cd yname=[NFS4CD]Getattr,[NFS4CD]Setattr,[NFS4CD]Commit ymax=5000 }
nfsV4sd { title=NFS-V4sd yname=[NFS4SD]Getattr,[NFS4SD]Setattr,[NFS4SD]Commit ymax=5000 }
# These are really intended more for use in macros, but they can certainly be used separately
# Also notice we're not bothering to define any headers below so the column names will be used in plots.
# Lustre Clients
cltbrwR1 { title=CltBrw ymax=100 yname=[CLTB]r1P,[CLTB]r2P,[CLTB]r4P,[CLTB]r8P,[CLTB]r16P,[CLTB]r32P }
cltbrwR2 { title=CltBrw ymax=100 yname=[CLTB]r64P,[CLTB]r128P,[CLTB]r256P }
cltbrwW1 { title=CltBrw ymax=100 yname=[CLTB]w1P,[CLTB]w2P,[CLTB]w4P,[CLTB]w8P,[CLTB]w16P,[CLTB]w32P }
cltbrwW2 { title=CltBrw ymax=100 yname=[CLTB]w64P,[CLTB]w128P,[CLTB]w256P }
cltbrwDR1 { title=CltBrw ymax=100 yname=[CLTB:]r1P,[CLTB:]r2P,[CLTB:]r4P,[CLTB:]r8P,[CLTB:]r16P,[CLTB:]r32P }
cltbrwDR2 { title=CltBrw ymax=100 yname=[CLTB:]r64P,[CLTB:]r128P,[CLTB:]r256P }
cltbrwDW1 { title=CltBrw ymax=100 yname=[CLTB:]w1P,[CLTB:]w2P,[CLTB:]w4P,[CLTB:]w8P,[CLTB:]w16P,[CLTB:]w32P }
cltbrwDW2 { title=CltBrw ymax=100 yname=[CLTB:]w64P,[CLTB:]w128P,[CLTB:]w256P }
# Lustre OSSs
ossbrwR1 { title=OssBrw ymax=100 yname=[OSTB]r1P,[OSTB]r2P,[OSTB]r4P,[OSTB]r8P,[OSTB]r16P }
ossbrwR2 { title=OssBrw ymax=100 yname=[OSTB]r32P,[OSTB]r64P,[OSTB]r128P,[OSTB]r256P }
ossbrwW1 { title=OssBrw ymax=100 yname=[OSTB]w1P,[OSTB]w2P,[OSTB]w4P,[OSTB]w8P,[OSTB]w16P }
ossbrwW2 { title=OssBrw ymax=100 yname=[OSTB]w32P,[OSTB]w64P,[OSTB]w128P,[OSTB]w256P }
ossbrwDR1 { title=OstBrw ymax=100 yname=[OSTB:]r1,[OSTB:]r2,[OSTB:]r4,[OSTB:]r8,[OSTB:]r16 }
ossbrwDR2 { title=OstBrw ymax=100 yname=[OSTB:]r32,[OSTB:]r64,[OSTB:]r128,[OSTB:]r256 }
ossbrwDW1 { title=OstBrw ymax=100 yname=[OSTB:]w1,[OSTB:]w2,[OSTB:]w4,[OSTB:]w8,[OSTB:]w16 }
ossbrwDW2 { title=OstBrw ymax=100 yname=[OSTB:]w32,[OSTB:]w64,[OSTB:]w128,[OSTB:]w256 }
# Lustre disk stats - these apply to ALL lustre servers
lusblksum { title=LusDsk ymax=100 yname=[OSTD]Rds,[OSTD]Rdk,[OSTD]Wrts,[OSTD]Wrtk }
lusblkR1 { title=LusDsk ymax=100 yname=[OSTD]r0.5K,[OSTD]r1K,[OSTD]r2K,[OSTD]r4K,[OSTD]r8K,[OSTD]r16K,[OSTD]r32K }
lusblkR2 { title=LusDsk ymax=100 yname=[OSTD]r63K,[OSTD]r64K,[OSTD]r65K,[OSTD]r80K,[OSTD]r96K,[OSTD]r112K }
lusblkR3 { title=LusDsk ymax=100 yname=[OSTD]r124K,[OSTD]r128K,[OSTD]r129K,[OSTD]r144K,[OSTD]r252K,[OSTD]r255K,[OSTD]r256K,[OSTD]r257K }
lusblkR4 { title=LusDsk ymax=100 yname=[OSTD]r512K,[OSTD]r1024K,[OSTD]r2048K }
lusblkW1 { title=LusDsk ymax=100 yname=[OSTD]w0.5K,[OSTD]w1K,[OSTD]w2K,[OSTD]w4K,[OSTD]w8K,[OSTD]w16K,[OSTD]w32K }
lusblkW2 { title=LusDsk ymax=100 yname=[OSTD]w63K,[OSTD]w64K,[OSTD]w65K,[OSTD]w80K,[OSTD]w96K,[OSTD]w112K }
lusblkW3 { title=LusDsk ymax=100 yname=[OSTD]w124K,[OSTD]w128K,[OSTD]w129K,[OSTD]w144K,[OSTD]w252K,[OSTD]w255K,[OSTD]w256K,[OSTD]w257K }
lusblkW4 { title=LusDsk ymax=100 yname=[OSTD]w512K,[OSTD]w1024K,[OSTD]w2048K }
lusblkDsum { title=LusDsk ymax=100 yname=[OSTD:]rds,[OSTD:]rdkb,[OSTD:]wrs,[OSTD:]wrkb }
lusblkDR1 { title=LusDsk ymax=100 yname=[OSTD:]r1K,[OSTD:]r2K,[OSTD:]r4K,[OSTD:]r8K,[OSTD:]r16K,[OSTD:]r32K }
lusblkDR2 { title=LusDsk ymax=100 yname=[OSTD:]r63K,[OSTD:]r64K,[OSTD:]r65K,[OSTD:]r80K,[OSTD:]r96K,[OSTD:]r112K }
lusblkDR3 { title=LusDsk ymax=100 yname=[OSTD:]r124K,[OSTD:]r128K,[OSTD:]r129K,[OSTD:]r144K,[OSTD:]r252K,[OSTD:]r255K,[OSTD:]r256K,[OSTD:]r257K }
lusblkDR4 { title=LusDsk ymax=100 yname=[OSTD:]r512K,[OSTD:]r1024K,[OSTD:]r2048K }
lusblkDW1 { title=LusDsk ymax=100 yname=[OSTD:]w1K,[OSTD:]w2K,[OSTD:]w4K,[OSTD:]w8K,[OSTD:]w16K,[OSTD:]w32K }
lusblkDW2 { title=LusDsk ymax=100 yname=[OSTD:]w63K,[OSTD:]w64K,[OSTD:]w65K,[OSTD:]w80K,[OSTD:]w96K,[OSTD:]w112K }
lusblkDW3 { title=LusDsk ymax=100 yname=[OSTD:]w124K,[OSTD:]w128K,[OSTD:]w129K,[OSTD:]w144K,[OSTD:]w252K,[OSTD:]w255K,[OSTD:]w256K,[OSTD:]w257K }
lusblkDW4 { title=LusDsk ymax=100 yname=[OSTD:]w512K,[OSTD:]w1024K,[OSTD:]w2048K }
<allheaders>
[CPU]User% { ylabel=User ymax=100 }
[CPU]Sys% { ylabel=Sys ymax=100 }
[CPU]Nice% { ylabel=Nice ymax=100 }
[CPU]Wait% { ylabel=Wait ymax=100 }
[CPU]Irq% { ylabel=Irq ymax=100 }
[CPU]Soft% { ylabel=Soft ymax=100 }
[CPU]Steal% { ylabel=Steal ymax=100 }
[CPU]Ctx/sec { ylabel=Ctx ymax=50 ydivisor=1000 }
[CPU]Intrpt/sec { ylabel=Intr ymax=50 ydivisor=1000 }
[CPU]Proc/sec { ylabel=PerSec ymax=100 }
[CPU]ProcQue { ylabel=Queued ymax=100 }
[CPU]ProcRun { ylabel=Run ymax=100 }
[MEM]Buf { ylabel=Buff ymax=4000 }
[MEM]Cached { ylabel=Cached ymax=4000 }
[MEM]Slab { ylabel=Slab ymax=4000 }
[MEM]Map { ylabel=Map ymax=4000 }
[MEM]Anon { ylabel=Anon ymax=4000 }
[MEM]Inactive { ylabel=Inact ymax=4000 }
[MEM]Used { ylabel=Used ymax=4000 }
[MEM]Free { ylabel=Free ymax=4000 }
[MEM]SwapUsed { ylabel=SUsed ymax=4000 }
[MEM]SwapFree { ylabel=SFree ymax=4000 }
[MEM]SwapIn { ylabel=SwapIn ymax=100 }
[MEM]SwapOut { ylabel=SwapOt ymax=100 }
[MEM]PageFaults { ylabel=Faults(K) ymax=500000 ydivisor=1000 }
[MEM]PageMajFaults { ylabel=MajFlt ymax=1000 }
[MEM]PageIn { ylabel=PageIn(K) ydivisor=1024 }
[MEM]PageOut { ylabel=PageOut ydivisor=1024 }
[TCP]PureAcks { ylabel=PureAcks ymax=1000 }
[TCP]HPAcks { ylabel=HPAcks ymax=1000 }
[TCP]Loss { ylabel=Loss ymax=100 }
[TCP]FTrans { ylabel=FTrans ymax=100 }
[INODE]openFiles { ylabel=Open ymax=100 }
[INODE]used { ylabel=Used ymax=100 }
[NET]RxKBTot { ylabel=InMB ymax=120 ydivisor=1024 }
[NET]TxKBTot { ylabel=OutMB ymax=120 ydivisor=1024 }
[NET]RxPktTot { ylabel=InPkts ymax=1000 ydivisor=1000 }
[NET]TxPktTot { ylabel=OutPkts ymax=1000 ydivisor=1000 }
[DSK]ReadKBTot { ylabel=ReadMB ymax=75 ydivisor=1024 }
[DSK]WriteKBTot { ylabel=WriteMB ymax=75 ydivisor=1024 }
[DSK]ReadTot { ylabel=Reads ymax=1000 }
[DSK]WriteTot { ylabel=Writes ymax=1000 }
[CLT]ReadKB { ylabel=ReadMB ymax=400 ydivisor=1024 }
[CLT]WriteKB { ylabel=WriteMB ymax=400 ydivisor=1024}
[CLT]Reads { ylabel=Reads ymax=400 }
[CLT]Writes { ylabel=Writes ymax=400 }
[OST]ReadKB { ylabel=ReadMB ymax=100 ydivisor=1024 }
[OST]WriteKB { ylabel=WriteMB ymax=100 ydivisor=1024 }
[OST]Read { ylabel=Reads ymax=100 }
[OST]Write { ylabel=Writes ymax=100 }
[ELAN]InKB { ylabel=InMB ymax=1000 ydivisor=1024 }
[ELAN]OutKB { ylabel=OutMB ymax=1000 ydivisor=1024 }
[IB]InKB { ylabel=InMB ymax=1000 ydivisor=1024 }
[IB]OutKB { ylabel=OutMB ymax=1000 ydivisor=1024 }
[INT]InKB { ylabel=InMB ymax=1000 ydivisor=1024 }
[INT]OutKB { ylabel=OutMB ymax=1000 ydivisor=1024 }
[INT]InPkt { ylabel=InPkts ymax=1000 ydivisor=1000 }
[INT]OutPkt { ylabel=OutPkts ymax=1000 ydivisor=1000 }
[CPU:]User% { ylabel=User ymax=100 }
[CPU:]Sys% { ylabel=Sys ymax=100 }
[CPU:]Nice% { ylabel=Nice ymax=100 }
[CPU:]Wait% { ylabel=Wait ymax=100 }
[CPU:]Irq% { ylabel=Irq ymax=100 }
[CPU:]Soft% { ylabel=Soft ymax=100 }
[CPU:]Steal% { ylabel=Steal ymax=100 }
[CPU:]Intrpt { ylabel=Intrpt ymax=25000 }
[DSK:]Reads { ylabel=Reads ymax=1000 }
[DSK:]Writes { ylabel=Writes ymax=1000 }
[DSK:]RMerge { ylabel=RMerge ymax=1000 }
[DSK:]WMerge { ylabel=WMerge ymax=1000 }
[DSK:]RKBytes { ylabel=ReadMB ymax=75 ydivisor=1024 }
[DSK:]WKBytes { ylabel=WriteMB ymax=75 ydivisor=1024 }
[DSK:]Request { ylabel=Rqst ymax=250 }
[DSK:]QueLen { ylabel=QLen ymax=250 }
[DSK:]Wait { ylabel=Wait ymax=500 }
[DSK:]SvcTim { ylabel=SvcTim ymax=1024 }
[DSK:]Util { ylabel=Util ymax=250 }
[NET:]RxPkt { ylabel=InPkt ymax=1000 ydivisor=1000 }
[NET:]TxPkt { ylabel=OutPkt ymax=1000 ydivisor=1000 }
[NET:]RxKB { ylabel=InMB ymax=120 ydivisor=1024 }
[NET:]TxKB { ylabel=OutMB ymax=120 ydivisor=1024 }
[IB:]InPkt { ylabel=InPkt ymax=2500 ydivisor=1000 }
[IB:]OutPkt { ylabel=OutPkt ymax=2500 ydivisor=1000 }
[IB:]InKB { ylabel=InMB ymax=1000 ydivisor=1024 }
[IB:]OutKB { ylabel=OutMB ymax=1000 ydivisor=1024 }
[ELAN:]InPkt { ylabel=InPkt ymax=2500 ydivisor=1000 }
[ELAN:]OutPkt { ylabel=OutPkt ymax=2500 ydivisor=1000 }
[ELAN:]GetKB { ylabel=GetMB ymax=1000 ydivisor=1024 }
[ELAN:]PutKB { ylabel=PutMB ymax=1000 ydivisor=1024 }
[ELAN:]CompKB { ylabel=CompMB ymax=1000 ydivisor=1024 }
[CLT:]ReadKB { ylabel=ReadMB ymax=1000 ydivisor=1024 }
[CLT:]WriteKB { ylabel=WriteMB ymax=1000 ydivisor=1024 }
[CLTR:]Hits { ylabel=Hits ymax=1000 ydivisor=1024 }
[OST:]ReadKB { ylabel=ReadMB ymax=1000 ydivisor=1024 }
[OST:]WriteKB { ylabel=WriteMB ymax=1000 ydivisor=1024 }
[ENV:]Temp { ylabel=Temp }
[ENV:]Speed { ylabel=Speed }
[ENV:]Watts { ylabel=Watts }
<macros>
# NOTE - macros must be defined before they are referenced by another one
# summary
sumlus lusclt,lusmds,lusoss
sumnfs nfssum nfsmeta nfsV2c nfsV2s nfsV3c nfsV3s nfsV4c nfsV4s
inter ib,elan
sumall cpu,disk,mem,net,sock,proc,ctxint,tcp,inode,sumnfs,inter,sumlus,faults,paging,swap,loadavg
summin cpu,disk,mem,net
misc misc1,misc2
# details
detlus lusclt,lusmds,lusoss
detnfs nfsdet nfsV2cd nfsV2sd nfsV3cd nfsV3sd nfsV4cd nfsV4sd
interdet ibdet,elandmb,elandio
detall cpudet,diskdet,netdet,detnfs,interdet,detlus,fans,temps,power
cltbrw cltbrwR1 cltbrwR2 cltbrwW1 cltbrwW2
cltbrwD cltbrwDR1 cltbrwDR2 cltbrwDW1 cltbrwDW2
ossbrw ossbrwR1 ossbrwR2 ossbrwW1 ossbrwW2
ossbrwD ossbrwDR1 ossbrwDR2 ossbrwDW1 ossbrwDW2
lusblkR lusblkR1 lusblkR2 lusblkR3 lusblkR4
lusblkW lusblkW1 lusblkW2 lusblkW3 lusblkW4
lusblkDR lusblkDR1 lusblkDR2 lusblkDR3 lusblkDR4
lusblkDW lusblkDW1 lusblkDW2 lusblkDW3 lusblkDW4
<descplots>
cpu { cat=cpu type=s desc=Cpu Utilization. Other=IRQ+SOFT+STEAL }
cpuold { cat=cpu type=s desc=Old format ony reports individual fields }
cpumore { cat=cpu type=s desc=Additional types of use }
cpudet { cat=cpu type=d desc=Cpu Details, Other=IRQ+SOFT+STEAL }
cpudold { cat=cpu type=s desc=Old format ony reports individual fields }
cpudmore { cat=cpu type=d desc=Additional types of use }
cpu20 { cat=cpu type=s desc=Cpu Utilization, 0-20% }
cpumid { cat=cpu type=s desc=Cpu Utilization, 40-60% }
cpu80 { cat=cpu type=s desc=Cpu Utilization, 80-100% }
cpuint { cat=cpu type=d desc=Interrupts by Cpu }
loadavg { cat=cpu type=s desc=Load Averages for 1,5,15 min }
ctxint { cat=proc type=s desc=Context and Interruputs }
proc { cat=proc type=s desc=Processes }
mem { cat=mem type=s desc=Memory }
membuf { cat=mem type=s desc=Buffered Memory }
memcache { cat=mem type=s desc=Cached Memory }
memdirty { cat=mem type=s desc=Dirty Memory }
memmap { cat=mem type=s desc=Mapped Memory }
memanon { cat=mem type=s desc=Anon Memory }
memslab { cat=mem type=s desc=Slab Memory }
swap { cat=mem type=s desc=Swap Utilization }
faults { cat=mem type=s desc=Page Faults }
paging { cat=mem type=s desc=Paging }
sock { cat=sock type=s desc=Socket Usage }
tcp { cat=tcp type=s desc=TCP errors count summary }
tcpold { cat=tcp type=s desc=old TCP acks & packet failures }
net { cat=net type=s desc=Network Summary }
netpkt { cat=net type=s desc=Network packets }
netsize { cat=net type=s desc=Bandwidth and transfer sizes }
nvidia { cat=import type=s desc=nvidia GPU stats }
netdet { cat=net type=d desc=Network Details }
netdsize { cat=net type=d desc=Network Packet Size Details }
disk { cat=disk type=s desc=Disk Summary }
diskio { cat=disk type=s desc=Disk I/O }
disksize { cat=disk type=s desc=Bandwidth and transfer sizes }
diskdet { cat=disk type=d desc=Disk Details }
diskdsize { cat=disk type=d desc=Disk I/O Size Details }
disktimes { cat=disk type=d desc=Disk wait/service times }
diskque { cat=disk type=d desc=Disk request queue depth }
diskutil { cat=disk type=d desc=Disk utilization }
fans { cat=env type=d desc=Fan Speeds }
temps { cat=env type=d desc=Temperature Sensors }
power { cat=env type=d desc=Power Sensor }
inode { cat=inode type=s desc=Inode Summary }
nfsrpc { cat=nfs type=s desc=NFS RPC Summary }
nfssum { cat=nfs type=s desc NFS Aggregate Summary Data }
nfsmeta { cat=nfs type=s desc NFS Metadata and Commits }
nfsV2c { cat=nfs type=s desc=older NFS V2 Client Summary }
nfsV2s { cat=nfs type=s desc=older NFS V2 Server Summary }
nfsV3c { cat=nfs type=s desc=older NFS V3 Client Summary }
nfsV3s { cat=nfs type=s desc=older NFS V3 Server Summary }
nfsV4c { cat=nfs type=s desc=older NFS V4 Client Summary }
nfsV4s { cat=nfs type=s desc=older NFS V4 Server Summary }
nfsV2cd { cat=nfs type=d desc=NFS Version 2 Client Detail }
nfsV2sd { cat=nfs type=d desc=NFS Version 2 Server Detail }
nfsV3cd { cat=nfs type=d desc=NFS Version 3 Client Detail }
nfsV3sd { cat=nfs type=d desc=NFS Version 3 Server Detail }
nfsV4cd { cat=nfs type=d desc=NFS Version 4 Client Detail }
nfsV4sd { cat=nfs type=d desc=NFS Version 4 Server Detail }
luscltio { cat=lustre type=s mod=clt desc=Lustre Client Summary, I/O only }
cltmeta { cat=lustre type=s mod=cltM desc=Lustre Client Meta Summary }
cltreada { cat=lustre type=s mod=cltRA desc=Lustre Client Read-Ahead Summary }
cltdet { cat=lustre type=d mod=clt desc=Lustre Client FS I/O Detail }
cltdetL { cat=lustre type=d mod=cltL desc=Lustre Client OST I/O Detail }
lusmds { cat=lustre type=s mod=mds desc=lustre Lustre MDS Summary }
lusoss { cat=lustre type=s mod=oss desc=Lustre OSS Data Rates }
ossio { cat=lustre type=s mod=oss desc=Lustre OSS I/Os }
ossdet { cat=lustre type=d mod=oss desc=Lustre OSS Detail }
ib { cat=ib type=s desc=Infiniband Bandwidth }
ibio { cat=ib type=s desc=Infiniband Packet Rates }
ibsize { cat=ib type=s desc=Bandwidth and transfer sizes }
elan { cat=elan type=s desc=Quadrics ELAN Bandwidth }
elanio { cat=elan type=s desc=Quadrics ELAN Packet Rates }
ibdet { cat=inter type=d mod=IB desc=IB interconnect detail data }
ibdsize { cat=inter type=d mod=IB desc=IB packet size detail }
elandmb { cat=inter type=d mod=elan desc=Elan interconnect MBs (get/put/comp) }
elandio { cat=inter type=d mod=elan desc=Elan interconnect IOs (get/put/comp) }
misc1 { cat=misc type=s desc=Miscellaneous ctrs from '--import misc' }
misc2 { cat=misc type=s desc=CPU Frequency from '--import misc' }
sumall { cat=macro type=m desc=All summary plots, except nfs client/server stats }
sumlus { cat=macro type=m desc=Lustre summary plots for clients, mds and oss }
summin { cat=macro type=m desc=Minimal set of summary plots (cpu, disk, mem and disk }
sumnfs { cat=macro type=m desc=NFS summary plots, colplot only }
detall { cat=macro type=m desc=All detail plots except nfs and lustre }
detlus { cat=macro type=m desc=Lustre detail plots (there can be a LOT of these!) }
detnfs { cat=macro type=m desc=NFS detail plots, colplot only }
inter { cat=macro type=m desc=Interconnect summary plots }
interdet { cat=macro type=m desc=Interconnect detail plots }
cltbrw { cat=macro type=m desc=Lustre Client BRW stats }
cltbrwD { cat=macro type=m desc=Lustre Client BRW detail stats }
ossbrw { cat=macro type=m desc=Lustre OSS BRW stats }
ossbrwD { cat=macro type=m desc=Lustre OSS BRW detail stats }
lusblkR { cat=macro type=m desc=Lustre Block I/O read summary stats }
lusblkW { cat=macro type=m desc=Lustre Block I/O write summary stats }
lusblkDR { cat=macro type=m desc=Lustre Block I/O read detail stats (there can be LOTS of these!) }
lusblkDW { cat=macro type=m desc=Lustre Block I/O write detail stats (there can be LOTS of these!) }
misc { cat=macro type=m desc=All misc counters from '--import misc' }
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