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Solaris Performance And Tools

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Forewordp. xxi
Prefacep. xxiii
About the Authorsp. xxxi
Acknowledgmentsp. xxxiii
Observability Methodsp. 1
Introduction to Observability Toolsp. 3
Observability Toolsp. 4
Drill-Down Analysisp. 7
About Part Onep. 8
CPUsp. 11
Tools for CPU Analysisp. 11
vmstat Toolp. 13
CPU Utilizationp. 14
CPU Saturationp. 15
psrinfo Commandp. 15
uptime Commandp. 15
sar Commandp. 16
Clock Tick Woesp. 19
mpstat Commandp. 20
Who Is Using the CPU?p. 23
CPU Run Queue Latencyp. 24
CPU Statistics Internalsp. 26
Using DTrace to Explain Events from Performance Toolsp. 29
DTrace Versions of runq-sz, %runoccp. 31
DTrace Probes for CPU Statesp. 33
Processesp. 35
Tools for Process Analysisp. 35
Process Statistics Summary: prstatp. 37
Process Status: psp. 41
Tools for Listing and Controlling Processesp. 45
Process Introspection Commandsp. 47
Examining User-Level Locks in a Processp. 52
Tracing Processesp. 53
Java Processesp. 60
Disk Behavior and Analysisp. 67
Terms for Disk Analysisp. 67
Random vs. Sequential I/Op. 69
Storage Arraysp. 70
Sector Zoningp. 71
Max I/O Sizep. 72
iostat Utilityp. 73
Disk Utilizationp. 74
Disk Saturationp. 75
Disk Throughputp. 76
iostat Referencep. 76
Reading iostatp. 82
iostat Internalsp. 85
sar -dp. 87
Trace Normal Form (TNF) Tracing for I/Op. 88
DTrace for I/Op. 88
Disk I/O Timep. 97
DTraceToolkit Commandsp. 101
DTraceTazToolp. 108
File Systemsp. 109
Layers of File System and I/Op. 109
Observing Physical I/Op. 111
File System Latencyp. 112
Causes of Read/Write File System Latencyp. 114
Observing File System "Top End" Activityp. 118
File System Cachesp. 119
NFS Statisticsp. 133
Memoryp. 135
Tools for Memory Analysisp. 135
vmstat (1M) Commandp. 137
Types of Pagingp. 138
Physical Memory Allocationp. 142
Relieving Memory Pressurep. 144
Scan Rate as a Memory Health Indicatorp. 146
Process Virtual and Resident Set Sizep. 148
Using pmap to Inspect Process Memory Usagep. 149
Calculating Process Memory Usage with ps and pmapp. 150
Displaying Page-Size Information with pmapp. 153
Using DTrace for Memory Analysisp. 154
Obtaining Memory Kstatsp. 157
Using the Perl Kstat API to Look at Memory Statisticsp. 158
System Memory Allocation Kstatsp. 158
Kernel Memory with kstatp. 160
System Paging Kstatsp. 161
Observing MMU Performance Impact with trapstatp. 163
Swap Spacep. 164
Networksp. 173
Terms for Network Analysisp. 173
Packets Are Not Bytesp. 175
Network Utilizationp. 176
Network Saturationp. 177
Network Errorsp. 177
Misconfigurationsp. 177
Systemwide Statisticsp. 178
Per-Process Network Statisticsp. 189
TCP Statisticsp. 191
IP Statisticsp. 196
ICMP Statisticsp. 199
Performance Countersp. 203
Introducing CPU Cachesp. 203
cpustat Commandp. 206
cputrack Commandp. 215
busstat Commandp. 216
Kernel Monitoringp. 221
Tools for Kernel Monitoringp. 221
Profiling the Kernel and Driversp. 222
Analyzing Kernel Locksp. 223
DTrace lockstat Providerp. 227
DTrace Kernel Profilingp. 229
Interrupt Statistics: vmstat -ip. 230
Interrupt Analysis: intrstatp. 230
Observability Infrastructurep. 233
Dynamic Tracingp. 235
Introduction to DTracep. 235
The Basicsp. 236
Inspecting Java Applications with DTracep. 257
DTrace Architecturep. 265
Summaryp. 271
Probe Referencep. 271
MDB Referencep. 294
Kernel Statisticsp. 295
C-Level Kstat Interfacep. 295
Command-Line Interfacep. 307
Using Perl to Access kstatsp. 311
Snooping a Program's kstat Use with DTracep. 317
Adding Statistics to the Solaris Kernelp. 317
Additional Informationp. 323
Debuggingp. 325
The Modular Debuggerp. 327
Introduction to the Modular Debuggerp. 327
MDB Conceptsp. 330
An MDB Tutorialp. 335
Invoking MDBp. 335
MDB Command Syntaxp. 336
Working with Debugging Targetsp. 353
GDB-to-MDB Referencep. 357
dcmd and Walker Referencep. 359
Debugging Kernelsp. 367
Working with Kernel Coresp. 367
Examining User Process Stacks within a Kernel Imagep. 382
Switching MDB to Debug a Specific Processp. 385
kmdb, the Kernel Modular Debuggerp. 388
Kernel Built-In MDB dcmdsp. 395
Appendices
Tunables and Settingsp. 401
DTrace One-Linersp. 407
Java DTrace Scriptsp. 409
Sample Perl Kstat Utilitiesp. 413
Bibliographyp. 429
Indexp. 433
Table of Contents provided by Ingram. All Rights Reserved.

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The definitive companion volume to Solaris Internals: Solaris 10 and OpenSolaris Kernel Architecture.

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