* Use the new proclamations/sysfun.lsp files from the new compiler.
* We split src/cmp/cmpdefs.lsp into cmpdefs, cmppackage, cmptypes and cmpglobals
* Split cmpform.lsp out of cmpmac.lsp
* Merged in {cmp,new-cmp}/cmpc-wt.lsp some of the cmpmac wt routines
* Use functions instead of macros for the WT-* operations
* Split out from *cmp/cmpenv.lsp a file cmppolicy.lsp
* A single file, cmpenv-api.lsp for the manipulation of environments.
* The type comparison functions go into cmptype-arith.lsp and are cached.
* The code that propagates types in function calls goes into cmptype-prop.lsp.
* The remainings of cmpenv go into cmpenv-{declare,proclaim,declaim}.
Associated fixes:
* Fixed typo and wrong proclamation for SI:GET-SYSPROP.
* Fixed typo in SIMPLIFY-ARITHMETIC.
* Explicitely set the debug level when building ECL
* All declarations are stored in the compiler environment.
* Each function and form stores the compilation environment.
* Declaration POLICY-DEBUG-IHS-FRAME is acts only on the function environment.
* Make the definition if ihs_env only happen when it is used.
* Eliminated *notinline*, *inline-functions* and *function-declarations*
* Slightly more efficient creation of accessors in kernel.lsp
* Remove the proxy C2DECL-BODY
* Fix the order of declarations in SI:PROCESS-DECLARATIONS
* Reimplemented C1BODY using SI:PROCESS-DECLARATIONS
* DECLAIM's proclamation do not propagate beyond the compiled file.
+ Fixes in the compiler code for CATCH and VALUES
+ Slight improvement in the readability of compiled CATCH
+ Implemented lisp hooks for cleaning on exit.
+ Improvements in the help messages from "configure"
be saved, because it may be overwritten by a BLOCK or TAGBODY inside
the normal exit form.
2) Implement Invocation History Stack as a chain of stack-allocated records.
3) In compiled TAGBODY forms, replace tags with numbers to save space.
LAMBDA-PARAMETERS-LIMIT are both 64. Up to C-ARGUMENTS-LIMIT may be
passed to a function using C calling conventions. If the function is
to retrieve more arguments, (for instance through a &rest variable),
this can be done, but then the arguments have to be pushed on the lisp
stack. This method allows us to raise the CALL-ARGUMENTS-LIMIT up to
MOST-POSITIVE-FIXNUM. From a users point of view, there is no visible
change, excep the fact that a function may receive more arguments.
The function apply() has been replaced with cl_apply_from_stack().
The former took a pointer to the list of arguments. The latter assumes
that the last "narg" elements on the lisp stack are the arguments of
the function.
