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System Software Diagnostics Guide — September 2006 147
Runtime Trace Facility (RTF) Reference
preserve_maxbackups
Indicates the maximum number of backup log files the RTF creates when the RTF is run with
preservation mode turned ON. If this attribute is set to 0, all trace information is written to one log
file. If this attribute is set to 1 or greater, all trace information is initially written to one log file.
When the size of this initial log file reaches the threshold defined in the Logfile tag’s preserve_size
attribute, the RTF trace data “rolls over” into a second log file. When the size threshold is reached
in the second log file, the RTF trace data “rolls over” into a third log file. This sequence occurs
until the number of backup log files created equals the preserve_maxbackups attribute setting.
When the “roll over” occurs, the previous log file is saved under the following timestamped name:
rtflog-<year><month><day>-<hour>h<minute>m.<second>s_p.txt
Note: The _p suffix appears in the log file name because preservation mode is turned ON.
The default preserve_maxbackups value is 10.
Note: This attribute is only applicable when RTF preservation mode is turned ON. When RTF
preservation mode is OFF, the maxbackups attribute determines the number of backup log files.
Refer to Section 28.5.3, “Running RTF in Preservation Mode”, on page 156 for information about
preservation mode.
duplicate_to_debug_console
This attribute determines whether or not trace information is duplicated in the debug console
(Windows) or the standard error output (Linux). Possible settings are as follows:
1
The trace output information will be duplicated on the debug console for Windows systems or
the standard error output for Linux systems.
0
The trace output information will not be duplicated on the debug console for Windows systems
or the standard error output for Linux systems. This is the default setting.
log_format
This attribute determines the format of the output log file. By default, this is set to “text” (the trace
output log is written in readable, text file format). However, you can change the attribute to
“binary” to get binary output.
28.3.3 Global Tag
The Global tag is the second child tag of the RTFConfig tag. The Global tag is used to specify the
global configuration. Global configuration settings are valid for all modules included in the RTF
configuration file. However, the Global tag has the lowest priority in the RTF configuration file.
Therefore, the global configuration settings can be overridden by individual settings at the Module
tag level (see Section 28.3.7, “Module Tag”, on page 150).The Global tag cannot occur more than
one time in the RTF configuration file. The Global tag can either be empty:
- Dialogic 1
- System Software 1
- Contents 10
- Revision History 11
- About This Publication 13
- Related Information 15
- Diagnostics Overview 17
- System Requirements 21
- Using the Diagnostics 23
- Management Console (DMC) 23
- 3.4 Viewing a Log File 24
- Checking DM3 Architecture 27
- 4.4 Unsupported Boards 28
- 4.5 Tracing Firmware 28
- Processor Fault on a Board 29
- Diagnosing First Call Issues 31
- 6.1 Preparation 35
- Debugging Software 41
- Failure or Crash 44
- • Windows systems: 45
- Tracing CAS Signaling Using 47
- Global Call 47
- Sample application code 48
- Tracing Multiple ISDN Trunks 55
- Using Global Call 55
- 9.2 Requirements 56
- CallInfo Reference 63
- 10.3 Options 64
- CAS Trace Reference 65
- DebugAngel Reference 69
- Console (DMC) Reference 71
- Diagnostics Management 71
- 13.2 Guidelines 72
- 13.3 DMC Main Window 72
- 13.3.1 Menu Bar 73
- 13.3.3 Log File Panel 73
- 13.4 DMC Configuration Dialog 74
- DigitDetector Reference 77
- Dlgsnapshot Reference 79
- 15.3 Options 80
- 15.3.3 Command Line Options 81
- DM3Insight Reference 83
- DM3post Reference 85
- 17.3 Options 86
- • 02H is CAS data 90
- • 04H is R2MF tone data 90
- • 08H is SigDet ON data 90
- • 10H is SigDet OFF data 90
- 18.4 Payload Formats 91
- 18.5 Sample Parser 94
- GCEV_TRACEDATA Reference 100
- 18.6 Sample Parser Output 102
- Getver Reference 103
- 19.3 Output 104
- ISDN Trace Reference 105
- Summary Tool Reference 107
- Intel Telecom Subsystem 107
- %INTEL_DIALOGIC_DIR%\bin 108
- – Board Memory Dumps 109
- – File Versions 109
- KernelVer Reference 113
- MercMon Reference 115
- 23.3 Options 119
- PDK Trace Reference 121
- 24.3 Options 122
- 24.4 Sample Scenarios 122
- Phone Reference 125
- 26.1 Description 127
- 26.2 Guidelines 128
- 26.4.2 The Main Window 129
- 26.4.3 The View Bar 130
- Channel State Commands 131
- Inbound Call Control Commands 132
- Call Hold Commands 132
- Call Transfer Commands 133
- SendISDN Command 134
- Misc. Commands 134
- 26.4.5 Keyboard Navigation 135
- 26.6 PSTN Diagnostics Menus 136
- 26.6.3 View menu 137
- 26.6.4 Help menu 137
- -openlog c:/temp/test.pdlog 138
- QScript Reference 139
- Single Session Variable 140
- Runtime Trace Facility (RTF) 141
- Reference 141
- 28.2 Installing RTF 142
- 28.3 RTF Configuration File 142
- 28.3.1 RTFConfig Tag 143
- 28.3.2 Logfile Tag 145
- 28.3.3 Global Tag 147
- 28.3.4 GLabel Tag 148
- 28.3.5 GClient Tag 149
- 28.3.6 GClientLabel Tag 149
- 28.3.7 Module Tag 150
- 28.3.8 MLabel Tag 151
- 28.3.9 MClient Tag 152
- 28.3.10 MClientLabel Tag 152
- 28.5 rtftool Command 156
- RTFConfigLinux.xml 157
- RTFConfigWin.xml 158
- Explanation 159
- 28.7.1 Introduction 160
- 28.7.4 Cautions 161
- RTFManager Reference 163
- 29.2 Guidelines 164
- 29.3 Starting RTFManager 164
- 29.4 Main Window 164
- 29.4.1 File 165
- 29.4.2 Edit 165
- 29.5 General Tab 166
- 29.6 Filtering Tab 168
- 29.7 Log File Filtering 170
- 29.8 Advanced Tab 171
- Status Monitor Reference 173
- Glossary 175
- , 55, 89 177
- , 56, 125 178
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