handle operators and entities.
(scm_procedure_property): No need to call scm_procedure_p since
scm_i_procedure_arity now does all necessary type checking.
Added #include "objects.h".
(scm_make_hook): Optional argument defines number of arguments to
the hook.
(scm_make_named_hook): Take number of args as second arg.
(scm_run_hook): Renamed from scm_run_hooks (old name kept for a
while); First arg is the hook. The rest are arguments passed on
to the hook procedures.
s_add_hook_x --> s_remove_hook_x.
(scm_add_hook_x, scm_remove_hook_x): Hooks now takes arguments.
Added #include "procprop.h"
* feature.c, feature.h (scm_reset_hook_x): New procedure.
(scm_make_hook): Optional argument defines number of arguments to
the hook.
(scm_make_named_hook): Take number of args as second arg.
(scm_run_hook): Renamed from scm_run_hooks (old name kept for a
while); First arg is the hook. The rest are arguments passed on
to the hook procedures.
scm_logbit_p): Do the computation in ulongs. This is not as nice
as doing it in bignums, but at least it's good enough for
manipulating flags in 32-bit words. (Thanks to Jim Wilson.)
interface is set to the module itself. In this way we can use
beautify-user-module! to beautify a module prepared for object
code.
(process-define-module): Special case: Try to load object code as
well if a module does :use-module on itself.
* boot-9.scm: Bugfix: Since boot-9.scm is now loaded from
invoke_main_func, we can no longer be sure that all modules have
been registered when boot-9.scm is loaded.
(register-modules): New function: Register and tag modules
registered by scm_register_module_xxx since last call to this
function. Modules are tagged with the dynamic object passed as
argument. (Already linked modules should be tagged with #f.)
(init-dynamic-module, link-dynamic-module): Call register-modules
first to register linked modules.
* boot-9.scm (init-dynamic-module): Remove module from
registered-modules as soon as possible in case we are recursively
invoked; Set public interface before doing the dynamic-call.
* boot-9.scm (map-in-order): Removed (replaced by scm_serial_map).
(abort-hook, before-error-hook, after-error-hook,
before-backtrace-hook, after-backtrace-hook, before-read-hook,
after-read-hook, exit-hook): Make hooks with `make-hook'.
* boot-9.scm: Make hooks first class citizens and make them easier
to use from C:
(make-hook, add-hook!, remove-hook!, run-hooks): Moved to
libguile/feature.c.
* boot-9.scm: Added warnings about bindings used in
libguile/modules.c: the-module, set-current-module,
make-modules-in, beautify-user-module!, module-eval-closure.
is necessary in order to interface the object system to Guile
properly. The guts of these modules will be replaced by the new
module system in the future.)
Previously, structs implanted in code were interpreted as forms
the operator of which was a gloc. We solve this by checking for
the zero in the emulated vcell in the struct vtable. Since
implanted structs always will look like forms with a gloc
operator, execution will only be slowed down by maximally one
extra test-and-branch per application.
(coop_condition_variable_wait_mutex): Folded logic of
coop_mutex_unlock into coop_condition_variable_wait_mutex to
prevent condvar signal lossage. Previously, another thread could
start to run after unlocking the mutex but before putting the
current thread on the wait queue. If that thread then would
signal the first, the signal would be lost. (Thanks to Christian
Lynbech.)
make_class_object; exported; error checking moved to
scm_make_class_object and scm_make_subclass_object.
(scm_make_class_object, scm_make_subclass_object): Use
scm_i_make_class_object.
(scm_make_subclass_object): Let the subclass have same metaclass
as the superclass.
