Re: Contextualizing keywords
Robert Fraser wrote: > Thoughts? Maybe doing more things analog to scope(exit/etc) might be an idea, where we have one "major" keyword and a couple of "minor" ones that differentiate the meaning further. -Mike
Re: Contextualizing keywords
Ary Borenszweig wrote: > Yes. Maybe every keyword could be just "keyword(...)". For example: > keyword(static), keyword(final), etc. For example this code now: > > pure SomeType foo() { > } > > would be, with this change: > > keyword(pure) SomeType foo() { > } > > Hmm... > > Or maybe: > > @pure void foo() { > } > > :-) For future extensibility it should be SomeType foo() { /* ... */ } ;)
Re: Contextualizing keywords
Jarrett Billingsley wrote: > You referring to that blogger who said he was "ready for languages > with keywords enclosed in XML tags" after seeing a D presentation? ;) No, I didn't see that one.
Is it possible that the Karmic upgrade interferes with dmd?
I've got a very strange problem and I wanted to ask if you guys have any ideas. Yesterday I compiled my project with dmd 1.041 and Tango and it worked. Today I compiled the same code again to get started (I sometimes like to just do a full rebuild to get started) and I get this message: /usr/local/bin/../import/tango/math/IEEE.d(641): number is not representable The only thing that really has changed since the last build is that I upgraded to Karmic today. But I can't think of any connection, besides maybe the linking that could be affected by that. So I thought I'll ask here, maybe someone of you can think of anything. Thanks, Mike
Re: Is it possible that the Karmic upgrade interferes with dmd?
Walter Bright wrote: > It could be that the C library routine strtold(), which the lexer relies > on, changed. That has nothing to do with linking. Hmm. This is where dmd struggles: 641:[0x1.a5f1c2eb3fe4efp+73, 0x1.A5F1C2EB3FE4EFp-1, 74],// normal I have no idea how the lexer works, but that sounds pretty plausible when I look at that constant in there. Anyway, after further investigation I figured out that it's a unittest, so I just commented it out and it compiles now without problems. Maybe it's just a fluke, I guess we'll see if someone else will have the same problem. I, for one, am satisfied; my code compiles, and that is all that counts. Some additional info: I tried it with dmd 1.050 too, same thing. My Tango import is a rather current checkout, I diff'd against a checkout I made about 15 minutes ago and the problematic file is the same as in Tango's trunk. And nothing compiles as soon as I import tango.math (which in turn imports IEEE.d). -Mike
Re: Is it possible that the Karmic upgrade interferes with dmd?
Don wrote: > That's odd. Please try adding an 'L' to end of each of each constant. > [0x1.a5f1c2eb3fe4efp+73L, 0x1.A5F1C2EB3FE4EFp-1L, 74], Oh, I'm really sorry, I copied the wrong line (this was 640). Here's the guilty line (641, this time for real): [0x1.fa01712e8f0471ap-1064, 0x1.fa01712e8f0471ap-1, -1063], Adding 'L' to the first constant works: [0x1.fa01712e8f0471ap-1064L, 0x1.fa01712e8f0471ap-1, -1063], Thanks! -Mike