Difference between revisions of "Notes on analysis"
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* resets compile directives (e.g. `default_nettype, `timescale) | * resets compile directives (e.g. `default_nettype, `timescale) | ||
− | If you use 'veri_file::Analyze()' to analyze each file one by one, after all the calls to 'veri_file::Analyze()' | + | If you use 'veri_file::Analyze()' to analyze each file one by one, after all the calls to 'veri_file::Analyze()', you’ll need to call 'veri_file::AnalyzeFull()' to complete the analysis before starting any other operation. Depending on the application, you may also want to run veri_file::RemoveAllIncludeDirs() and veri_file::EndCompilationUnit(). |
The TCL command 'analyze' uses the API 'veri_file::AnalyzeMultipleFiles()'. In other words, it assumes a complete compilation unit for each execution. | The TCL command 'analyze' uses the API 'veri_file::AnalyzeMultipleFiles()'. In other words, it assumes a complete compilation unit for each execution. |
Revision as of 12:13, 20 October 2023
First, please read this article: Defined macros become undefined - MFCU vs SFCU.
Q: Can I use 'veri_file::Analyze()' to read SystemVerilog input files one by one, all of them belonging to one compilation unit?
Yes. But if you have multiple files, it’s better to use 'veri_file::AnalyzeMultipleFiles()'.
'veri_file::AnalyzeMultipleFiles()', besides analyzing each file, also:
- opens and ends the compilation unit
- processes –v and –y options
- removes include directories
- processes root module
- undefines user-defined macros, including command-line macros
- resets compile directives (e.g. `default_nettype, `timescale)
If you use 'veri_file::Analyze()' to analyze each file one by one, after all the calls to 'veri_file::Analyze()', you’ll need to call 'veri_file::AnalyzeFull()' to complete the analysis before starting any other operation. Depending on the application, you may also want to run veri_file::RemoveAllIncludeDirs() and veri_file::EndCompilationUnit().
The TCL command 'analyze' uses the API 'veri_file::AnalyzeMultipleFiles()'. In other words, it assumes a complete compilation unit for each execution.