Since we use gnu_printf format on mingw, the windows "I" modifier
is no longer recognized by the format checker. Use "ll" instead.
Meanwhile, MSVC understands that as well.
This removes the language specification and BNF descriptions from the
PR release notes (they're too long for that) to a separate document
in the libcom/src/as area. That should be combined into the chapter
on Access Security from the AppDevGuide someday.
This imports the function-specifics that were documented in the
Application Developer's Guide, section "IOC Shell".
Other changes include:
- Removing unneeded "@typedef" and "@enum"
- Adding "()" and "@ref" for interlinking
- Removing duplicated documentation between
iocsh & iocshLoad, and iocshCmd & iocshRun
Supports the PR:
https://github.com/epics-docs/epics-docs/pull/141
Document that epicsSnprintf() adds a nil on success,
capacity permitting.
Note OS specific ambiguity on error. Linux and MSVC
inject nil for most failures (bad format).
Not clear if vxworks/fioFormatV() does.
Not clear if long description of non-compliant
return value is still accurate.
Corrects two issues. 012139638d
added a dec-ref in the status==EPERM path, but neglected to
add a matching inc-ref. So if a joinable pthread_create()
actually errored with EPERM, then no reference is left for the
joiner.
Secondly, and far more suble, is a data race if pthread_create()
succeeds in starting a new thread, which ends and free()'s
pthreadInfo before pthread_create() writes pthreadInfo->tid .
Most errors found with:
codespell -L cach,thst,odly,aslo,parm,parms,inpu,ges,prset,pevent,ptd,pring,valu,noo,noe,ned,inout,ro,siz,froms,nd,fo,singl,sart,multy,tthe,allong,ment,inate,nodel,tring,alse,ture,thi,wille,numer
Some more manually found (its -> it's)
c++20: Do not use apostrophe (e.g. can't) in unquoted #error message
- Allow ACF files to contain sections that are unsupported
- introduce a pragma disable-strict-parsing to disable strict parsing and allow files to be accepted
Add tests for future proof parser functionaluty
Expanded tests for Access Security configurations to validate parsing behaviors for unsupported elements. Added detailed cases covering invalid formats, unsupported modifications, and acceptable configurations while maintaining future-proofing and backward compatibility assurances.
Refactor parser to handle generic items and floating-point tokens
Replaced "unsupported elements" with a more flexible "generic items" mechanism to enhance parser extensibility. Added support for floating-point numbers in parsing rules. Updated tests and rules to reflect these changes, ensuring better handling of nested and unknown configurations.
Add warnings for unsupported ACF elements and update tests
Introduced `yywarn` to log warnings for unsupported ACF elements, rule permissions, and conditions in `asLib.y`. Updated test configuration to replace generic placeholders with more descriptive names. Adjusted test cases and reduced the test plan count to reflect the changes.
Remove unused strictParsing logic and improve error handling.
Removed strictParsing variable and related code as it was no longer in use. Enhanced error messaging and parsing logic for handling unsupported elements. Updated test cases for better clarity and expanded coverage of edge cases.
Enhance ASLib parsing with Int64/Float64 support.
Updated ASLib to utilize 64-bit integers and floats for improved parsing precision. Replaced legacy parsing methods with epics-friendly functions, improved error handling, and adjusted tests and grammar accordingly.
Refactor AS parser to separate non-rule keywords
Introduced a new `non_rule_keyword` type and moved `tokenASG` and `tokenRULE` under it for better logical grouping. This improves parser clarity and maintains a clean separation of keyword types.
Add rule-specific parsing for generic block elements
Introduce new rules for parsing rule-specific generic block elements and their names. This enhances the grammar to handle additional cases while maintaining memory management and error handling. Adjust references to use the new rule where applicable.
Refactor grammar rules in asLib.y to remove remaining shift/reduce conflict
Reorganize and refine grammar rules for handling generic elements, blocks, and lists. Simplifies the structure while introducing clearer distinctions between different constructs. This enhances maintainability and removes ambiguities in parsing.
* fix(aao, aai): change VAL field type from DOUBLE[] to FTVL[]
* fix(aSub): change 'Input Value Fields' type from FT[A–U] to FT[A–U][NOA–NOU]
* fix(aSub): change 'Output Value Fields' type from FTV[A–U] to FTV[A–U][NOVA–NOVU]
* fix(waveform): change VAL field type from FTVL to FTVL[NELM]
* fix(aai): remove 'analog' from the record name
* fix(aao): remove 'analog' from the record name
* fix(aai,aao): remove 'Analog' from the record names
* Update normativeTypes to fix NTNDArray::getValueSize
* Update normativeTypes for Release Notes
---------
Co-authored-by: Andrew Johnson <anj@anl.gov>
