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Not being able to explicitly specify what specialization of a class or function to reference is quite limiting (see #883)
Need a tactical solution that will allow effective use of Newtonsoft.Json, Moq, FluentValidation etc.
A reasonable simple and not too ugly option would be an explicit specialization operator, that can be unambiguously recognized in the primary expression context where static classes and function groups are parsed.
Enhancements:
- Tactical solution for explicit generic specialization (closes#884) (see #883, #679, #731)
Technical:
- Defeat NuGet cache when bootstrapping locally
- Be more defensive against log stack being corrupted
- Fix issue where diagnostic messages including an instance of the UNDEFINED type could cause an exception
- Update to latest ghul.targets and ghul.test
- When running integration tests locally, use published compiler because installing as local tool requires version bump or NuGet cache clean on every rebuild.
Enhancements:
- Tactical solution for explicit generic specialization (closes#884) (see #883, #679, #731)
Technical:
- Defeat NuGet cache when bootstrapping locally
- Be more defensive against log stack being corrupted
- Fix issue where diagnostic messages including an instance of the UNDEFINED type could cause an exception
- Update to latest ghul.targets and ghul.test
- When running integration tests locally, use published compiler because installing as local tool requires version bump or NuGet cache clean on every rebuild.
Not being able to explicitly specify what specialization of a class or function to reference is quite limiting (see #883)
Need a tactical solution that will allow effective use of Newtonsoft.Json, Moq, FluentValidation etc.
A reasonable simple and not too ugly option would be an explicit specialization operator, that can be unambiguously recognized in the primary expression context where static classes and function groups are parsed.
For example:
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