Re: [reSIProcate] v1.9 and fixed-size integer types (UInt32, uint32_t, etc)
This #ifdef wouldn't be based on user controlled definitions - I don't think it will have the same issues as the reflow/recon problems, where you build one library with a particular set of flags that differ from other parts of the application. We use platform based #ifdefs in many places (ie: Condition.hxx, DnsUtil.hxx, Mutex.hxx ).
I'm all for easing upgrades if it's possible and safe. For now I will commit the casting fix to make WinCompat.cxx compile and we can see how the feedback is as trunk get's used further.
Scott
- References:
- [reSIProcate] v1.9 and fixed-size integer types (UInt32, uint32_t, etc)
- Re: [reSIProcate] v1.9 and fixed-size integer types (UInt32, uint32_t, etc)
- Re: [reSIProcate] v1.9 and fixed-size integer types (UInt32, uint32_t, etc)
- Re: [reSIProcate] v1.9 and fixed-size integer types (UInt32, uint32_t, etc)
- Re: [reSIProcate] v1.9 and fixed-size integer types (UInt32, uint32_t, etc)
- Re: [reSIProcate] v1.9 and fixed-size integer types (UInt32, uint32_t, etc)
- Re: [reSIProcate] v1.9 and fixed-size integer types (UInt32, uint32_t, etc)