| Commit message (Collapse) | Author | Age |
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Hack Makefiles so that 'make distclean' works even if the tree has not
been configured, or 'make distclean' has already been run.
This is to solve problems caused by 'make distclean' removing files
that it needs itself - previously we were arranging to remove certain
files right at the end of cleaning, but this is fragile. So now we
assume that e.g. the X11 library is always enabled when we're
cleaning.
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*Config.h files are in include/ (MERGE to STABLE)
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distcleaning of things generated by configure
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Further integration with the new package story. GHC now supports
pretty much everything in the package proposal.
- GHC now works in terms of PackageIds (<pkg>-<version>) rather than
just package names. You can still specify package names without
versions on the command line, as long as the name is unambiguous.
- GHC understands hidden/exposed modules in a package, and will refuse
to import a hidden module. Also, the hidden/eposed status of packages
is taken into account.
- I had to remove the old package syntax from ghc-pkg, backwards
compatibility isn't really practical.
- All the package.conf.in files have been rewritten in the new syntax,
and contain a complete list of modules in the package. I've set all
the versions to 1.0 for now - please check your package(s) and fix the
version number & other info appropriately.
- New options:
-hide-package P sets the expose flag on package P to False
-ignore-package P unregisters P for this compilation
For comparison, -package P sets the expose flag on package P
to True, and also causes P to be linked in eagerly.
-package-name is no longer officially supported. Unofficially, it's
a synonym for -ignore-package, which has more or less the same effect
as -package-name used to.
Note that a package may be hidden and yet still be linked into
the program, by virtue of being a dependency of some other package.
To completely remove a package from the compiler's internal database,
use -ignore-package.
The compiler will complain if any two packages in the
transitive closure of exposed packages contain the same
module.
You *must* use -ignore-package P when compiling modules for
package P, if package P (or an older version of P) is already
registered. The compiler will helpfully complain if you don't.
The fptools build system does this.
- Note: the Cabal library won't work yet. It still thinks GHC uses
the old package config syntax.
Internal changes/cleanups:
- The ModuleName type has gone away. Modules are now just (a
newtype of) FastStrings, and don't contain any package information.
All the package-related knowledge is in DynFlags, which is passed
down to where it is needed.
- DynFlags manipulation has been cleaned up somewhat: there are no
global variables holding DynFlags any more, instead the DynFlags
are passed around properly.
- There are a few less global variables in GHC. Lots more are
scheduled for removal.
- -i is now a dynamic flag, as are all the package-related flags (but
using them in {-# OPTIONS #-} is Officially Not Recommended).
- make -j now appears to work under fptools/libraries/. Probably
wouldn't take much to get it working for a whole build.
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Add System.Posix.Signals.Exts which re-exports S.P.Signals and adds the
two signals SIGINFO on (*BSD) and SIGWINCH (most Unices) which are not
in POSIX.
You should use cpp to test if those are defined before using them. This is
encouraged by not providing dummy-definitions on platforms which do not
offer that particular flavour.
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Change the documentation title from "Haskell Core Libraries" to "Haskell Hierarchical Libraries".
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Remove Network.Sendfile at request of Volker Stolz. We currently have
some build problems with it (it depends on both unix and network
packages). It might come back at some point in the future.
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Move Network.Sendfile into the unix package to fix the build.
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Need flags here as well.
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Solaris2 needs _POSIX_PTHREAD_SEMANTICS for the getpw*_r() prototypes.
Make libraries/unix/Makefile use a new variable unix_SRC_HSC2HS_OPTS
which we configure in mk/config.mk.
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- move System.DL to System.Posix.DynamicLinker
- take ownership
There's a compiler warning when passing the 'const char*' result from
dlerror() to peekCString (discarded qualifier). Does an FFI-expert know
how to get rid of this warning?
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Import System/DL*
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- Add sendfile-API for pumping out data via sendfile(2)
Currently supported are Linux (tested) & FreeBSD (not tested yet), others
will throw a runtime error until I get around to implement a fallback.
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More POSIX bits... we're getting there.
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No prologue.txt, no -p...
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Partial rewrite of the POSIX library.
The main purpose of this sweep is to remove the last dependencies of
the compiler on hslibs. When I've committed the associated compiler
changes, only the 'base' package will be required to bootstrap the
compiler. Additionally to build GHCi, the 'readline' and 'unix'
packages will be required.
The new POSIX library lives mostly in libraries/unix, with a few bits
required for compiler bootstrapping in libraries/base. The 'base'
package is mostly free of hsc2hs code to make bootstrapping from HC
files easier, but the 'unix' package will use hsc2hs liberally.
The old POSIX library continues to provide more-or-less the same
interface as before, although some of the types are more correct now
(previously lots of POSIX types were just mapped to Int). The new
interface is largely the same as the old, except that some new
functionality from the latest POSIX spec has been added (eg. symbolic
links).
So far, the new POSIX library has signal support, directory/file
operations and lots of stuff from unistd.h. The module names are:
System.Posix
The main dude, exports everything
System.Posix.Types
All the POSIX types, using the same naming scheme as
Foreign.C.Types, Eg. CUid, COff, etc. Many of these types
were previously exported by GHC.Posix.
Additionally exports the "nicer" names used by the old POSIX
library for compatibility (eg. ProcessID == CPid, FileMode ==
CMode, etc.)
All reasonable instances are derived for these types.
System.Posix.Signals
Signal support, contains most of which was in PosixProcPrim before.
The RTS interface to the signal handling support has been
rationalised slightly.
System.Posix.Directory
Directory support, most were in PosixFiles before.
System.Posix.Files
File operations, most were in PosixFiles before.
System.Posix.Unistd
(for want of a better name) Miscellaneous bits that mostly come
from the unistd.h header file. PosixProcEnv before.
The rest of the library should pan out like so:
System.Posix.IO
System.Posix.Error (maybe)
System.Posix.Process
System.Posix.Terminal
(I've no doubt broken Win32 support, but I'm checking the build at the moment).
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Ross Paterson
simonmar