Asynchronous Terminals and Printer Processes Configuration and Management Manual
Table Of Contents
- What’s New in This Manual
- About This Manual
- 1 Configuration Quick Start
- 2 Overview of the ATP6100 Subsystem
- 3 Configuring the ATP6100 Subsystem
- 4 Printer Profiles and Default Modifiers
- 5 Terminal Profiles and Default Modifiers
- 6 ManagingATP6100Usingthe SubsystemControlFacility(SCF)
- 7 PTrace Facility for ATP6100
- A ATP6100 Subsystem Error Messages
- B SCF Command Summary for ATP6100
- ABORT LINE Command
- ABORT SU Command
- ACTIVATE SU Command
- ALTER LINE Command
- ALTER SU Command
- INFO LINE Command
- INFO SU Command
- LOAD LINE Command
- START LINE Command
- START SU Command
- STATS LINE Command
- STATS SU Command
- STATUS LINE Command
- STATUS SU Command
- STOP LINE Command
- STOP SU Command
- SUSPEND SU Command
- SWITCH PROC Command
- TRACE LINE Command
- VERSION PROC Command
- C Moving to G-Series or H-Series RVUs
- Glossary
- Index
PTrace Facility for ATP6100
Asynchronous Terminals and Printer Processes Configuration and Management Manual—424280-003
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Recording and Displaying Trace Data
Recording and Displaying Trace Data
Trace files contain a record of the communications between processes. Each
subsystem determines what information is recorded in its trace files. The type of events
recorded, the amount of detail, and the subsystem-specific parameters may vary.
You generate a trace file using the SCF TRACE command. The trace files that SCF
creates are unstructured and cannot be printed or displayed directly. You use PTrace to
display and examine the trace files. PTrace formats the data stored in the unstructured
trace files for output to terminals, printers, or disk files. Figure 7-1 shows the four
general steps involved in recording and displaying trace data.
Figure 7-1. Recording and Displaying Trace Data
VST0701.vsd
Start the trace
with the SCF
TRACE command
Collect trace data
Stop the trace
with the SCF
TRACE command
Display the
trace file with
PTRACE