IAT

Compare V110403
 Software Instrumentation and Analysis
Using The Analysis Reports
Running Your Own Software Analysis
Testing and LabReduction		 Regression Analysis
Process and Traceability
Internal Operations
Regular Expressions

PROPRIETARY

IAT Master File Chunk This is the Master file snipet selected from the starting, ending, and filters parameters.
IAT Compare File Chunk This is the Master file snipet selected from the starting, ending, and filters parameters.
IAT Master Result This is the top portion of the top bottom IAT compare. You can use this to cut and paste to your MsWord Test report. Its results should match the GNU DIFF Result. Use the GNU DIFF to try to understand what is going on with the test sequences.
IAT Compare Result This is the bottom portion of the top bottom IAT compare. You can use this to cut and paste to your MsWord Test report. Its results should match the GNU DIFF Result. Use the GNU DIFF to try to understand what is going on with the test sequences.
GNU DIFF Master File Chunk This is similar to the Master file snipet except all HTML tags are removed that were entered in the original test file.
GNU DIFF Compare File Chunk This is similar to the Compare file snipet except all HTML tags are removed that were entered in the original test file.
GNU DIFF Result This is the ultimate presentation and should be used to understand differences between test data runs. It not only shows differences, but also shows the sequence and context of all non filtered the log events. It is a side by side GNU diff with the 'y' option selected. There is some PERL display filtering to make things look better.

GNU DIFF Options: [-abBcdefhHilnNpPqrstTuvwy] [-C lines] [-D name] [-F regexp] [-I regexp] [-L from-label [-L to-label]] [-S starting-file] [-U lines] [-W columns] [-x pattern] [-X pattern-file] [--exclude=pattern] [--exclude-from=pattern-file] [--ignore-blank-lines] [--context[=lines]] [--ifdef=name] [--show-function-line=regexp] [--speed-large-files] [--label=from-label [--label=to-label]] [--new-file] [--ignore-matching-lines=regexp] [--unidirectional-new-file] [--starting-file=starting-file] [--initial-tab] [--width=columns] [--text] [--ignore-space-change] [--minimal] [--ed] [--forward-ed] [--ignore-case] [--paginate] [--rcs] [--show-c-function] [--brief] [--recursive] [--report-identical-files] [--expand-tabs] [--version] [--ignore-all-space] [--side-by-side] [--unified[=lines]] [--left-column] [--suppress-common-lines] [--sdiff-merge-assist] [--old-line-format=format] [--new-line-format=format] [--unchanged-line-format=format] [--old-group-format=format] [--new-group-format=format] [--unchanged-group-format=format] [--changed-group-format=format] [--horizon-lines=lines]

Settings

Comments
rows
Classification
Report Marking
Highest
Lowest
Classified Keywords

GNU DIFF Settings -y -W --left-column --suppress-common-lines


Keywords case insensitive
Red
Blue
Navy
Purple
Green
Maroon
Keywords case sensitive
Orange

Case Sensitive
Time Stamp
Mask Values
Ignore Records
Case Insensitive
Access Records

Paths
Project
M Source
C Source

File Compare M - Master file chunk
M File modify url if needed
M Start offset
M Stop offset

File Compare C - Compare file chunk
C File modify url if needed
C Start offset
C Stop offset

Reports:
Convert Files to TXT
Convert & Process Case Insensitive
Mask Functions

IAT Show Files
IAT Compare Files

Show Files For GNU DIFF
GNU DIFF Files

GNU DIFF Of Filtered Master Compare Files

You can open these temp files in another DIFF tool like WinDiff. Just make sure no one else is using this tool. They are located at s_CV_source.

Master: master.txt
Compare: compare.txt

master.txt compare.txt 

1  Tester: ws                                                  	 Tester: ws                                                  	
2  1. Power On                                                 	 1. Power On                                                 	
3 001 I badcoding.c  function_a LE SV TOC-001 this is a real ro	 001 I badcoding.c function_a LE SV TOC-001 this is a real ro	
4 002 I badcoding.c  function_a LE SV TOC-001 this is a real ro	 002 I badcoding.c function_a LE SV TOC-001 this is a real ro	
5 003 I badcoding.c  function_b LE SV TOC-002 this is paraphras	 003 I badcoding.c function_b LE SV TOC-002 this is paraphras	
6 004 I badcoding.c  function_b LE SV TOC-003 this is paraphras	 004 I badcoding.c function_b LE SV TOC-003 this is paraphras	
7 005 I badcoding.c  function_b LE SV r e q 7 a b o u t i t e m	 005 I badcoding.c function_b LE SV r e q 7 a b o u t i t e m	
8 006 I badcoding.c  function_b LE SV TOC-008 we really should 	 006 I badcoding.c function_b LE SV TOC-008 we really should 	
9 001 I badcoding.c  function_a LE SV TOC-001 this is a real ro	 001 I badcoding.c function_a LE SV TOC-001 this is a real ro	
10 003 I badcoding.c  function_b LE SV TOC-002 this is paraphras	 003 I badcoding.c function_b LE SV TOC-002 this is paraphras	
11 002 I badcoding.c  function_a LE SV TOC-001 this is a real ro	 002 I badcoding.c function_a LE SV TOC-001 this is a real ro	
12 005 I badcoding.c  function_b LE SV r e q 7 a b o u t i t e m	 005 I badcoding.c function_b LE SV r e q 7 a b o u t i t e m	
13 003 I badcoding.c  function_b LE SV TOC-002 this is paraphras	 003 I badcoding.c function_b LE SV TOC-002 this is paraphras	
14 001 I badcoding.c  function_a LE SV TOC-001 this is a real ro	 001 I badcoding.c function_a LE SV TOC-001 this is a real ro	
15 002 I badcoding.c  function_a LE SV TOC-001 this is a real ro	 002 I badcoding.c function_a LE SV TOC-001 this is a real ro	
16 006 I badcoding.c  function_b LE SV TOC-008 we really should 	   |	 005 I badcoding.c function_b LE SV r e q 7 a b o u t i t e m	
17 004 I badcoding.c  function_b LE SV TOC-003 this is paraphras	   |	 005 I badcoding.c function_b LE SV r e q 7 a b o u t i t e m	
18 005 I badcoding.c  function_b LE SV r e q 7 a b o u t i t e m	 005 I badcoding.c function_b LE SV r e q 7 a b o u t i t e m	
19 004 I badcoding.c  function_b LE SV TOC-003 this is paraphras	 004 I badcoding.c function_b LE SV TOC-003 this is paraphras	
20 005 I badcoding.c  function_b LE SV r e q 7 a b o u t i t e m	 005 I badcoding.c function_b LE SV r e q 7 a b o u t i t e m	
21 006 I badcoding.c  function_b LE SV TOC-008 we really should 	   <
22 002 I badcoding.c  function_a LE SV TOC-001 this is a real ro	 002 I badcoding.c function_a LE SV TOC-001 this is a real ro	
23 001 I badcoding.c  function_a LE SV TOC-001 this is a real ro	 001 I badcoding.c function_a LE SV TOC-001 this is a real ro	
24  1. Done                                                     	 1. Done                                                     	
25  2. Power Off                                                	 2. Power Off                                                	
26  2. Done                                                     	 2. Done                                                     	
27  99XX series reserved for IAT self tests                     	 99XX series reserved for IAT self tests
11/25/2003 09:10:31 start
11/25/2003 09:10:31 done

PROPRIETARY