Mercurial > hg > xemacs-beta
annotate src/symeval.h @ 5280:59a6419f7504
Use GET_DEFUN_LISP_OBJECT() in PARSE_KEYWORDS(), fix former under NEW_GC.
2010-09-20 Aidan Kehoe <kehoea@parhasard.net>
* lisp.h (GET_DEFUN_LISP_OBJECT): Make the NEW_GC version of this
work, remove a needless and unhelpful semicolon.
(GET_DEFUN_LISP_OBJECT): Remove a needless semicolon from the
non-NEW_GC version of this.
(PARSE_KEYWORDS): Fix the indentation for the DEBUG_XEMACS
version of this macro.
(PARSE_KEYWORDS): Use GET_DEFUN_LISP_OBJECT() for both the NEW_GC
and non-NEW_GC versions of this macro, when working out the
function's min args.
| author | Aidan Kehoe <kehoea@parhasard.net> |
|---|---|
| date | Mon, 20 Sep 2010 23:22:50 +0100 |
| parents | f965e31a35f0 |
| children | 308d34e9f07d |
| rev | line source |
|---|---|
| 428 | 1 /* Definitions of symbol-value forwarding for XEmacs Lisp interpreter. |
| 2 Copyright (C) 1985, 1986, 1987, 1992, 1993 Free Software Foundation, Inc. | |
|
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3 Copyright (C) 2000, 2001, 2002, 2010 Ben Wing. |
| 428 | 4 |
| 5 This file is part of XEmacs. | |
| 6 | |
| 7 XEmacs is free software; you can redistribute it and/or modify it | |
| 8 under the terms of the GNU General Public License as published by the | |
| 9 Free Software Foundation; either version 2, or (at your option) any | |
| 10 later version. | |
| 11 | |
| 12 XEmacs is distributed in the hope that it will be useful, but WITHOUT | |
| 13 ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or | |
| 14 FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License | |
| 15 for more details. | |
| 16 | |
| 17 You should have received a copy of the GNU General Public License | |
| 18 along with XEmacs; see the file COPYING. If not, write to | |
| 19 the Free Software Foundation, Inc., 59 Temple Place - Suite 330, | |
| 20 Boston, MA 02111-1307, USA. */ | |
| 21 | |
| 22 /* Synched up with: Not in FSF. */ | |
| 23 | |
| 24 /* Fsymbol_value checks whether XSYMBOL (sym)->value is one of these, | |
| 25 * and does weird magic stuff if so */ | |
| 26 | |
| 440 | 27 #ifndef INCLUDED_symeval_h_ |
| 28 #define INCLUDED_symeval_h_ | |
| 428 | 29 |
| 1743 | 30 BEGIN_C_DECLS |
| 1650 | 31 |
| 428 | 32 enum symbol_value_type |
| 33 { | |
| 34 /* The following tags use the 'symbol_value_forward' structure | |
| 35 and are strictly for variables DEFVARed on the C level. */ | |
| 458 | 36 SYMVAL_FIXNUM_FORWARD, /* Forward C "Fixnum", really "EMACS_INT" */ |
| 428 | 37 SYMVAL_CONST_FIXNUM_FORWARD, /* Same, but can't be set */ |
| 38 SYMVAL_BOOLEAN_FORWARD, /* Forward C boolean ("int") */ | |
| 39 SYMVAL_CONST_BOOLEAN_FORWARD, /* Same, but can't be set */ | |
| 40 SYMVAL_OBJECT_FORWARD, /* Forward C Lisp_Object */ | |
| 41 SYMVAL_CONST_OBJECT_FORWARD, /* Same, but can't be set */ | |
| 42 SYMVAL_CONST_SPECIFIER_FORWARD, /* Same, can't be set, but gives a | |
| 43 different message when attempting to | |
| 44 set that says "use set-specifier" */ | |
| 45 SYMVAL_DEFAULT_BUFFER_FORWARD, /* Forward Lisp_Object into Vbuffer_defaults */ | |
| 46 SYMVAL_CURRENT_BUFFER_FORWARD, /* Forward Lisp_Object into current_buffer */ | |
| 47 SYMVAL_CONST_CURRENT_BUFFER_FORWARD, /* Forward Lisp_Object into | |
| 48 current_buffer, can't be set */ | |
| 49 SYMVAL_DEFAULT_CONSOLE_FORWARD, /* Forward Lisp_Object into | |
| 50 Vconsole_defaults */ | |
| 51 SYMVAL_SELECTED_CONSOLE_FORWARD, /* Forward Lisp_Object into | |
| 52 Vselected_console */ | |
| 53 SYMVAL_CONST_SELECTED_CONSOLE_FORWARD, /* Forward Lisp_Object into | |
| 54 Vselected_console, | |
| 55 can't be set */ | |
| 56 SYMVAL_UNBOUND_MARKER, /* Only Qunbound actually has this tag */ | |
| 57 | |
| 58 /* The following tags use the 'symbol_value_buffer_local' structure */ | |
| 59 SYMVAL_BUFFER_LOCAL, /* make-variable-buffer-local */ | |
| 60 SYMVAL_SOME_BUFFER_LOCAL, /* make-local-variable */ | |
| 61 | |
| 62 /* The following tag uses the 'symbol_value_lisp_magic' structure */ | |
| 63 SYMVAL_LISP_MAGIC, /* Forward to lisp callbacks */ | |
| 64 | |
| 65 /* The following tag uses the 'symbol_value_varalias' structure */ | |
| 66 SYMVAL_VARALIAS /* defvaralias */ | |
| 67 | |
| 68 #if 0 | |
| 69 /* NYI */ | |
| 70 SYMVAL_CONSTANT_SYMBOL, /* Self-evaluating symbol */ | |
| 71 /* NYI */ | |
| 72 #endif | |
| 73 }; | |
| 74 | |
| 458 | 75 /* Underlying C type used to implement DEFVAR_INT */ |
| 76 typedef EMACS_INT Fixnum; | |
| 77 | |
| 428 | 78 struct symbol_value_magic |
| 79 { | |
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80 NORMAL_LISP_OBJECT_HEADER header; |
| 442 | 81 void *value; |
| 428 | 82 enum symbol_value_type type; |
| 83 }; | |
| 442 | 84 #define SYMBOL_VALUE_MAGIC_P(x) \ |
| 85 (LRECORDP (x) && \ | |
| 86 XRECORD_LHEADER (x)->type <= lrecord_type_max_symbol_value_magic) | |
| 428 | 87 #define XSYMBOL_VALUE_MAGIC_TYPE(v) \ |
| 88 (((struct symbol_value_magic *) XPNTR (v))->type) | |
| 793 | 89 #define wrap_symbol_value_magic(p) wrap_pointer_1 (p) |
| 428 | 90 void print_symbol_value_magic (Lisp_Object, Lisp_Object, int); |
| 91 | |
| 92 /********** The various different symbol-value-magic types ***********/ | |
| 93 | |
| 94 /* 1. symbol-value-forward */ | |
| 95 | |
| 96 /* This type of symbol-value-magic is used for variables declared | |
| 97 DEFVAR_LISP, DEFVAR_INT, DEFVAR_BOOL, DEFVAR_BUFFER_LOCAL, | |
| 98 DEFVAR_BUFFER_DEFAULTS, DEFVAR_SPECIFIER, and for Qunbound. | |
| 99 | |
| 100 Note that some of these types of variables can be made buffer-local. | |
| 101 Then, the symbol's value field contains a symbol-value-buffer-local, | |
| 102 whose CURRENT-VALUE field then contains a symbol-value-forward. | |
| 103 */ | |
| 104 | |
| 105 struct symbol_value_forward | |
| 106 { | |
| 107 struct symbol_value_magic magic; | |
| 108 | |
| 109 /* `magicfun' is a function controlling the magic behavior of this | |
| 110 forward variable. | |
| 111 | |
| 112 SYM is the symbol being operated on (read, set, etc.); | |
| 113 | |
| 114 VAL is either the value to set or the value to be returned. | |
| 115 | |
| 116 IN_OBJECT is the buffer or console that the value is read in | |
| 117 or set in. A value of Qnil means that the current buffer | |
| 118 and possibly other buffers are being set. (This value will | |
| 119 never be passed for built-in buffer-local or console-local | |
| 120 variables such as `truncate-lines'.) (Currently, a value of | |
| 121 Qnil is always passed for DEFVAR_INT, DEFVAR_LISP, and | |
| 122 DEFVAR_BOOL variables; the code isn't smart enough to figure | |
| 123 out what buffers besides the current buffer are being | |
| 124 affected. Because the magic function is called | |
| 125 before the value is changed, it's not that easy | |
| 126 to determine which buffers are getting changed. | |
| 127 #### If this information is important, let me know | |
| 128 and I will look into providing it.) (Remember also | |
| 129 that the only console-local variables currently existing | |
| 130 are built-in ones, because others can't be created.) | |
| 131 | |
| 132 FLAGS gives more information about the operation being performed. | |
| 133 | |
| 134 The return value indicates what the magic function actually did. | |
| 135 | |
| 136 Currently FLAGS and the return value are not used. This | |
| 137 function is only called when the value of a forward variable | |
| 138 is about to be changed. Note that this can occur explicitly | |
| 139 through a call to `set', `setq', `set-default', or `setq-default', | |
| 140 or implicitly by the current buffer being changed. */ | |
| 141 int (*magicfun) (Lisp_Object sym, Lisp_Object *val, Lisp_Object in_object, | |
| 142 int flags); | |
| 143 }; | |
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144 DECLARE_LISP_OBJECT (symbol_value_forward, struct symbol_value_forward); |
| 428 | 145 #define XSYMBOL_VALUE_FORWARD(x) \ |
| 146 XRECORD (x, symbol_value_forward, struct symbol_value_forward) | |
| 442 | 147 #define symbol_value_forward_forward(m) ((void *)((m)->magic.value)) |
| 428 | 148 #define symbol_value_forward_magicfun(m) ((m)->magicfun) |
| 149 | |
| 150 /* 2. symbol-value-buffer-local */ | |
| 151 | |
| 152 struct symbol_value_buffer_local | |
| 153 { | |
| 154 struct symbol_value_magic magic; | |
| 155 /* Used in a symbol value cell when the symbol's value is per-buffer. | |
| 156 | |
| 157 The type of the symbol-value-magic will be either | |
| 158 SYMVAL_BUFFER_LOCAL (i.e. `make-variable-buffer-local' was called) | |
| 159 or SYMVAL_SOME_BUFFER_LOCAL (i.e. `make-local-variable' was called). | |
| 160 The only difference between the two is that when setting the | |
| 161 former kind of variable, an implicit `make-local-variable' is | |
| 162 called. | |
| 163 | |
| 164 A buffer-local variable logically has | |
| 165 | |
| 166 -- a default value | |
| 167 -- local values in some buffers | |
| 168 | |
| 169 The primary place where the local values are stored is in each | |
| 170 buffer's local_var_alist slot. | |
| 171 | |
| 172 In the simplest implementation, all that this structure needs to | |
| 173 keep track of is the default value; to retrieve the value in | |
| 174 a buffer, look in that buffer's local_var_alist, and use the | |
| 175 default value if there is no local value. To implement | |
| 176 `make-local-variable' in a buffer, look in the buffer's | |
| 177 local_var_alist, and if no element exists for this symbol, | |
| 178 add one, copying the value from the default value. When setting | |
| 179 the value in a buffer, look in the buffer's local_var_alist, and set | |
| 180 the value in that list if an element exists for this symbol; | |
| 181 otherwise, set the default. (Remember that SYMVAL_BUFFER_LOCAL | |
| 182 variables implicitly call `make-local-variable' first, so when | |
| 183 setting a value, there will always be an entry in the buffer's | |
| 184 local_var_alist to set.) | |
| 185 | |
| 186 However, this operation is potentially slow. To speed it up, | |
| 187 we cache the value in one buffer in this structure. | |
| 188 | |
| 189 NOTE: This is *not* a write-through cache. I.e. when setting | |
| 190 the value in the buffer that is cached, we *only* change the | |
| 191 cache and don't write the value through to either the buffer's | |
| 192 local_var_alist or the default value. Therefore, when retrieving | |
| 193 a value in a buffer, you must *always* look in the cache to see if | |
| 194 it refers to that buffer. | |
| 195 | |
| 196 The cache consists of | |
| 197 | |
| 198 -- a buffer, or nil if the cache has not been set up | |
| 199 -- the value in that buffer | |
| 200 -- the element (a cons) from the buffer's local_var_alist, or | |
| 201 nil if there is no local value in the buffer | |
| 202 | |
| 203 These slots are called CURRENT-BUFFER, CURRENT-VALUE, and | |
| 204 CURRENT-ALIST-ELEMENT, respectively. | |
| 205 | |
| 206 If we want to examine or set the value in BUFFER and CURRENT-BUFFER | |
| 207 equals BUFFER, we just examine or set CURRENT-VALUE. Otherwise, | |
| 208 we store CURRENT-VALUE value into CURRENT-ALIST-ELEMENT (or maybe | |
| 209 into DEFAULT-VALUE), then find the appropriate alist element for | |
| 210 BUFFER and set up CURRENT-ALIST-ELEMENT. Then we set CURRENT-VALUE | |
| 211 out of that element (or maybe out of DEFAULT-VALUE), and store | |
| 212 BUFFER into CURRENT-BUFFER. | |
| 213 | |
| 214 If we are setting the variable and the current buffer does not have | |
| 215 an alist entry for this variable, an alist entry is created. | |
| 216 | |
| 217 Note that CURRENT-BUFFER's local_var_alist value for this variable | |
| 218 might be out-of-date (the correct value is stored in CURRENT-VALUE). | |
| 219 Similarly, if CURRENT-BUFFER sees the default value, then | |
| 220 DEFAULT-VALUE might be out-of-date. | |
| 221 | |
| 222 Note that CURRENT-VALUE (but not DEFAULT-VALUE) can be a | |
| 223 forwarding pointer. Each time it is examined or set, | |
| 224 forwarding must be done. | |
| 225 */ | |
| 226 Lisp_Object default_value; | |
| 227 Lisp_Object current_value; | |
| 228 Lisp_Object current_buffer; | |
| 229 Lisp_Object current_alist_element; | |
| 230 }; | |
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231 DECLARE_LISP_OBJECT (symbol_value_buffer_local, struct symbol_value_buffer_local); |
| 428 | 232 #define XSYMBOL_VALUE_BUFFER_LOCAL(x) \ |
| 233 XRECORD (x, symbol_value_buffer_local, struct symbol_value_buffer_local) | |
| 234 #define SYMBOL_VALUE_BUFFER_LOCAL_P(x) RECORDP (x, symbol_value_buffer_local) | |
| 235 | |
| 236 /* 3. symbol-value-lisp-magic */ | |
| 237 | |
| 238 enum lisp_magic_handler | |
| 239 { | |
| 240 MAGIC_HANDLER_GET_VALUE, | |
| 241 MAGIC_HANDLER_SET_VALUE, | |
| 242 MAGIC_HANDLER_BOUND_PREDICATE, | |
| 243 MAGIC_HANDLER_MAKE_UNBOUND, | |
| 244 MAGIC_HANDLER_LOCAL_PREDICATE, | |
| 245 MAGIC_HANDLER_MAKE_LOCAL, | |
| 246 MAGIC_HANDLER_MAX | |
| 247 }; | |
| 248 | |
| 249 struct symbol_value_lisp_magic | |
| 250 { | |
| 251 struct symbol_value_magic magic; | |
| 252 Lisp_Object handler[MAGIC_HANDLER_MAX]; | |
| 253 Lisp_Object harg[MAGIC_HANDLER_MAX]; | |
| 254 Lisp_Object shadowed; | |
| 255 }; | |
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256 DECLARE_LISP_OBJECT (symbol_value_lisp_magic, struct symbol_value_lisp_magic); |
| 428 | 257 #define XSYMBOL_VALUE_LISP_MAGIC(x) \ |
| 258 XRECORD (x, symbol_value_lisp_magic, struct symbol_value_lisp_magic) | |
| 259 #define SYMBOL_VALUE_LISP_MAGIC_P(x) RECORDP (x, symbol_value_lisp_magic) | |
| 260 | |
| 261 /* 4. symbol-value-varalias */ | |
| 262 | |
| 263 struct symbol_value_varalias | |
| 264 { | |
| 265 struct symbol_value_magic magic; | |
| 266 Lisp_Object aliasee; | |
| 267 Lisp_Object shadowed; | |
| 268 }; | |
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269 DECLARE_LISP_OBJECT (symbol_value_varalias, struct symbol_value_varalias); |
| 428 | 270 #define XSYMBOL_VALUE_VARALIAS(x) \ |
| 271 XRECORD (x, symbol_value_varalias, struct symbol_value_varalias) | |
| 272 #define SYMBOL_VALUE_VARALIAS_P(x) RECORDP (x, symbol_value_varalias) | |
| 273 #define symbol_value_varalias_aliasee(m) ((m)->aliasee) | |
| 274 #define symbol_value_varalias_shadowed(m) ((m)->shadowed) | |
| 275 | |
| 276 /* To define a Lisp primitive function using a C function `Fname', do this: | |
| 277 DEFUN ("name, Fname, ...); // at top level in foo.c | |
| 278 DEFSUBR (Fname); // in syms_of_foo(); | |
| 279 */ | |
| 3263 | 280 #ifdef NEW_GC |
| 2720 | 281 MODULE_API void defsubr (Lisp_Subr *); |
| 282 #define DEFSUBR_MC_ALLOC(Fname) \ | |
| 2814 | 283 S##Fname= (struct Lisp_Subr *) mc_alloc (sizeof (struct Lisp_Subr)); \ |
| 2720 | 284 set_lheader_implementation (&S##Fname->lheader, &lrecord_subr); \ |
| 285 \ | |
| 286 S##Fname->min_args = MC_ALLOC_S##Fname.min_args; \ | |
| 287 S##Fname->max_args = MC_ALLOC_S##Fname.max_args; \ | |
| 288 S##Fname->prompt = MC_ALLOC_S##Fname.prompt; \ | |
| 289 S##Fname->doc = MC_ALLOC_S##Fname.doc; \ | |
| 290 S##Fname->name = MC_ALLOC_S##Fname.name; \ | |
| 291 S##Fname->subr_fn = MC_ALLOC_S##Fname.subr_fn; \ | |
| 292 MARK_LRECORD_AS_LISP_READONLY (S##Fname); | |
| 293 | |
| 294 | |
| 295 #define DEFSUBR(Fname) \ | |
| 296 do { \ | |
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297 /* #### As far as I can see, this has no upside compared to the non-NEW_GC \ |
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298 code. The MC_ALLOC_S##Fname structure is also in the dumped \ |
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299 XEmacs. Aidan Kehoe, Mon Sep 20 23:14:01 IST 2010 */ \ |
| 2720 | 300 DEFSUBR_MC_ALLOC (Fname); \ |
| 301 defsubr (S##Fname); \ | |
| 302 } while (0) | |
| 303 | |
| 304 /* To define a Lisp primitive macro using a C function `Fname', do this: | |
| 305 DEFUN ("name, Fname, ...); // at top level in foo.c | |
| 306 DEFSUBR_MACRO (Fname); // in syms_of_foo(); | |
| 307 */ | |
| 308 MODULE_API void defsubr_macro (Lisp_Subr *); | |
| 309 #define DEFSUBR_MACRO(Fname) \ | |
| 310 do { \ | |
| 311 DEFSUBR_MC_ALLOC (Fname); \ | |
| 312 defsubr_macro (S##Fname); \ | |
| 313 } while (0) | |
| 314 | |
| 3263 | 315 #else /* not NEW_GC */ |
| 2720 | 316 /* To define a Lisp primitive function using a C function `Fname', do this: |
| 317 DEFUN ("name, Fname, ...); // at top level in foo.c | |
| 318 DEFSUBR (Fname); // in syms_of_foo(); | |
| 319 */ | |
| 1632 | 320 MODULE_API void defsubr (Lisp_Subr *); |
| 428 | 321 #define DEFSUBR(Fname) defsubr (&S##Fname) |
| 322 | |
| 323 /* To define a Lisp primitive macro using a C function `Fname', do this: | |
| 324 DEFUN ("name, Fname, ...); // at top level in foo.c | |
| 325 DEFSUBR_MACRO (Fname); // in syms_of_foo(); | |
| 326 */ | |
| 1632 | 327 MODULE_API void defsubr_macro (Lisp_Subr *); |
| 428 | 328 #define DEFSUBR_MACRO(Fname) defsubr_macro (&S##Fname) |
| 3263 | 329 #endif /* not NEW_GC */ |
| 428 | 330 |
| 1632 | 331 MODULE_API void defsymbol_massage_name (Lisp_Object *location, |
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332 const Ascbyte *name); |
| 1632 | 333 MODULE_API void defsymbol_massage_name_nodump (Lisp_Object *location, |
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334 const Ascbyte *name); |
| 1632 | 335 MODULE_API void defsymbol_massage_multiword_predicate (Lisp_Object *location, |
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336 const Ascbyte *name); |
| 1632 | 337 MODULE_API void |
| 338 defsymbol_massage_multiword_predicate_nodump (Lisp_Object *location, | |
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339 const Ascbyte *name); |
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340 MODULE_API void defsymbol (Lisp_Object *location, const Ascbyte *name); |
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341 MODULE_API void defsymbol_nodump (Lisp_Object *location, const Ascbyte *name); |
| 442 | 342 |
| 563 | 343 /* Defining symbols: |
| 344 | |
| 345 (1) A standard symbol is defined with DEFSYMBOL. That means that | |
| 346 the symbol's print name can be derived from the symbol's variable | |
| 347 name by removing the initial Q and replacing underscores with hyphens. | |
| 348 (2) A keyword symbol is defined with DEFKEYWORD. That means that | |
| 349 the symbol's print name can be derived from the symbol's variable | |
| 350 name by removing the initial Q and replacing underscores with hyphens, | |
| 351 except that the initial underscore, which comes directly after the Q, | |
| 352 is replaced by a colon. | |
| 353 (3) DEFSYMBOL_MULTIWORD_PREDICATE is used for the predicates that are | |
| 354 associated with a particular type of Lisp Object. Because of the | |
| 355 limitations of C macros, they're always given a predicate symbol | |
| 356 whose C name simply appends `p' to the type name, modulo hyphen/ | |
| 357 underscore conversion. Properly, however, the Lisp name should have | |
| 358 `-p' if there is more than one word in the type name. | |
| 359 DEFSYMBOL_MULTIWORD_PREDICATE is for these weird symbols -- the | |
| 360 C name as supplied to the macro should end with a `p' with no | |
| 361 underscore before it, and the macro will insert a hyphen there in | |
| 362 the Lisp name. | |
| 363 (4) In case you have some weird symbol where the equivalence between | |
| 364 the C and Lisp names is more complicated (e.g. the Lisp symbol has | |
| 365 non-alphabetic, non-numeric characters in it), you can just call | |
| 366 defsymbol() (the lowercase version) directly. | |
| 367 */ | |
| 368 | |
| 442 | 369 #define DEFSYMBOL(name) defsymbol_massage_name (&name, #name) |
| 370 #define DEFSYMBOL_NO_DUMP(name) defsymbol_massage_name_nodump (&name, #name) | |
| 371 #define DEFSYMBOL_MULTIWORD_PREDICATE(name) \ | |
| 372 defsymbol_massage_multiword_predicate (&name, #name) | |
| 373 #define DEFSYMBOL_MULTIWORD_PREDICATE_NO_DUMP(name) \ | |
| 374 defsymbol_massage_multiword_predicate_nodump (&name, #name) | |
| 428 | 375 |
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376 MODULE_API void defkeyword (Lisp_Object *location, const Ascbyte *name); |
| 1632 | 377 MODULE_API void defkeyword_massage_name (Lisp_Object *location, |
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378 const Ascbyte *name); |
| 442 | 379 #define DEFKEYWORD(name) defkeyword_massage_name (&name, #name) |
| 428 | 380 |
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381 MODULE_API void deferror (Lisp_Object *symbol, const Ascbyte *name, |
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382 const Ascbyte *message, Lisp_Object inherits_from); |
|
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383 MODULE_API void deferror_massage_name (Lisp_Object *symbol, const Ascbyte *name, |
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384 const Ascbyte *message, |
| 1632 | 385 Lisp_Object inherits_from); |
| 386 MODULE_API void deferror_massage_name_and_message (Lisp_Object *symbol, | |
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387 const Ascbyte *name, |
| 1632 | 388 Lisp_Object inherits_from); |
| 442 | 389 #define DEFERROR(name, message, inherits_from) \ |
| 390 deferror_massage_name (&name, #name, message, inherits_from) | |
| 391 /* In this case, the error message is the same as the name, modulo some | |
| 392 prettifying */ | |
| 393 #define DEFERROR_STANDARD(name, inherits_from) \ | |
| 394 deferror_massage_name_and_message (&name, #name, inherits_from) | |
| 428 | 395 |
| 396 /* Macros we use to define forwarded Lisp variables. | |
| 397 These are used in the syms_of_FILENAME functions. */ | |
| 398 | |
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399 MODULE_API void defvar_magic (const Ascbyte *symbol_name, |
| 1632 | 400 const struct symbol_value_forward *magic); |
| 428 | 401 |
| 3263 | 402 #ifdef NEW_GC |
| 2720 | 403 #define DEFVAR_SYMVAL_FWD(lname, c_location, forward_type, magic_fun) \ |
| 404 do \ | |
| 405 { \ | |
| 406 struct symbol_value_forward *I_hate_C = \ | |
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407 XSYMBOL_VALUE_FORWARD (ALLOC_NORMAL_LISP_OBJECT (symbol_value_forward)); \ |
| 2720 | 408 /* mcpro ((Lisp_Object) I_hate_C);*/ \ |
| 409 \ | |
| 410 MARK_LRECORD_AS_LISP_READONLY (I_hate_C); \ | |
| 411 \ | |
| 412 I_hate_C->magic.value = c_location; \ | |
| 413 I_hate_C->magic.type = forward_type; \ | |
| 414 I_hate_C->magicfun = magic_fun; \ | |
| 415 \ | |
| 416 defvar_magic ((lname), I_hate_C); \ | |
| 417 } while (0) | |
| 3263 | 418 #else /* not NEW_GC */ |
| 771 | 419 #define DEFVAR_SYMVAL_FWD(lname, c_location, forward_type, magicfun) \ |
| 420 do \ | |
| 421 { \ | |
| 422 static const struct symbol_value_forward I_hate_C = \ | |
| 423 { /* struct symbol_value_forward */ \ | |
| 424 { /* struct symbol_value_magic */ \ | |
| 3024 | 425 { /* struct old_lcrecord_header */ \ |
| 771 | 426 { /* struct lrecord_header */ \ |
| 427 lrecord_type_symbol_value_forward, /* lrecord_type_index */ \ | |
| 428 1, /* mark bit */ \ | |
| 429 1, /* c_readonly bit */ \ | |
| 1111 | 430 1, /* lisp_readonly bit */ \ |
| 771 | 431 }, \ |
| 432 0, /* next */ \ | |
| 433 }, \ | |
| 434 c_location, \ | |
| 435 forward_type \ | |
| 436 }, \ | |
| 437 magicfun \ | |
| 438 }; \ | |
| 439 defvar_magic ((lname), &I_hate_C); \ | |
| 428 | 440 } while (0) |
| 3263 | 441 #endif /* not NEW_GC */ |
| 771 | 442 #define DEFVAR_SYMVAL_FWD_INT(lname, c_location, forward_type, magicfun) \ |
| 443 do \ | |
| 444 { \ | |
| 445 DEFVAR_SYMVAL_FWD (lname, c_location, forward_type, magicfun); \ | |
| 446 dump_add_opaque_int (c_location); \ | |
| 458 | 447 } while (0) |
| 448 | |
| 771 | 449 #define DEFVAR_SYMVAL_FWD_FIXNUM(lname, c_location, forward_type, magicfun) \ |
| 450 do \ | |
| 451 { \ | |
| 452 DEFVAR_SYMVAL_FWD (lname, c_location, forward_type, magicfun); \ | |
| 453 dump_add_opaque_fixnum (c_location); \ | |
| 442 | 454 } while (0) |
| 455 | |
| 771 | 456 #define DEFVAR_SYMVAL_FWD_OBJECT(lname, c_location, forward_type, magicfun) \ |
| 457 do \ | |
| 458 { \ | |
| 459 DEFVAR_SYMVAL_FWD (lname, c_location, forward_type, magicfun); \ | |
| 460 { \ | |
| 461 Lisp_Object *DSF_location = c_location; /* Type check */ \ | |
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462 staticpro_1 (DSF_location, lname); \ |
| 771 | 463 if (EQ (*DSF_location, Qnull_pointer)) *DSF_location = Qnil; \ |
| 464 } \ | |
| 428 | 465 } while (0) |
| 466 | |
| 467 #define DEFVAR_LISP(lname, c_location) \ | |
| 468 DEFVAR_SYMVAL_FWD_OBJECT (lname, c_location, SYMVAL_OBJECT_FORWARD, 0) | |
| 469 #define DEFVAR_CONST_LISP(lname, c_location) \ | |
| 470 DEFVAR_SYMVAL_FWD_OBJECT (lname, c_location, SYMVAL_CONST_OBJECT_FORWARD, 0) | |
| 471 #define DEFVAR_SPECIFIER(lname, c_location) \ | |
| 472 DEFVAR_SYMVAL_FWD_OBJECT (lname, c_location, SYMVAL_CONST_SPECIFIER_FORWARD, 0) | |
| 473 #define DEFVAR_INT(lname, c_location) \ | |
| 458 | 474 DEFVAR_SYMVAL_FWD_FIXNUM (lname, c_location, SYMVAL_FIXNUM_FORWARD, 0) |
| 428 | 475 #define DEFVAR_CONST_INT(lname, c_location) \ |
| 458 | 476 DEFVAR_SYMVAL_FWD_FIXNUM (lname, c_location, SYMVAL_CONST_FIXNUM_FORWARD, 0) |
| 428 | 477 #define DEFVAR_BOOL(lname, c_location) \ |
| 442 | 478 DEFVAR_SYMVAL_FWD_INT (lname, c_location, SYMVAL_BOOLEAN_FORWARD, 0) |
| 428 | 479 #define DEFVAR_CONST_BOOL(lname, c_location) \ |
| 442 | 480 DEFVAR_SYMVAL_FWD_INT (lname, c_location, SYMVAL_CONST_BOOLEAN_FORWARD, 0) |
| 428 | 481 #define DEFVAR_LISP_MAGIC(lname, c_location, magicfun) \ |
| 440 | 482 DEFVAR_SYMVAL_FWD_OBJECT (lname, c_location, SYMVAL_OBJECT_FORWARD, magicfun) |
| 428 | 483 #define DEFVAR_INT_MAGIC(lname, c_location, magicfun) \ |
| 458 | 484 DEFVAR_SYMVAL_FWD_FIXNUM (lname, c_location, SYMVAL_FIXNUM_FORWARD, magicfun) |
| 428 | 485 #define DEFVAR_BOOL_MAGIC(lname, c_location, magicfun) \ |
| 442 | 486 DEFVAR_SYMVAL_FWD_INT (lname, c_location, SYMVAL_BOOLEAN_FORWARD, magicfun) |
| 428 | 487 |
| 446 | 488 void flush_all_buffer_local_cache (void); |
| 489 | |
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490 struct multiple_value { |
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491 NORMAL_LISP_OBJECT_HEADER header; |
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492 Elemcount count; |
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493 Elemcount allocated_count; |
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494 Elemcount first_desired; |
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495 Lisp_Object contents[1]; |
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496 }; |
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497 typedef struct multiple_value multiple_value; |
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498 |
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499 DECLARE_LISP_OBJECT (multiple_value, multiple_value); |
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500 #define MULTIPLE_VALUEP(x) RECORDP (x, multiple_value) |
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501 |
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502 #define XMULTIPLE_VALUE(x) XRECORD (x, multiple_value, multiple_value) |
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503 #define wrap_multiple_value(p) wrap_record (p, multiple_value) |
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504 |
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505 #define CHECK_MULTIPLE_VALUE(x) CHECK_RECORD (x, multiple_value) |
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506 #define CONCHECK_MULTIPLE_VALUE(x) CONCHECK_RECORD (x, multiple_value) |
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507 |
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508 #define multiple_value_count(x) ((x)->count) |
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509 #define multiple_value_allocated_count(x) ((x)->allocated_count) |
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510 #define multiple_value_first_desired(x) ((x)->first_desired) |
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511 #define multiple_value_contents(x) ((x)->contents) |
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512 |
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513 #define XMULTIPLE_VALUE_COUNT(x) multiple_value_count (XMULTIPLE_VALUE (x)) |
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514 #define XMULTIPLE_VALUE_ALLOCATED_COUNT(x) \ |
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515 multiple_value_allocated_count (XMULTIPLE_VALUE (x)) |
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516 #define XMULTIPLE_VALUE_FIRST_DESIRED(x) \ |
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517 multiple_value_first_desired (XMULTIPLE_VALUE(x)) |
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518 #define XMULTIPLE_VALUE_CONTENTS(x) multiple_value_contents (XMULTIPLE_VALUE(x)) |
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519 |
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520 Lisp_Object multiple_value_call (int nargs, Lisp_Object *args); |
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521 Lisp_Object multiple_value_list_internal (int nargs, Lisp_Object *args); |
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522 |
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523 /* It's slightly ugly to expose this here, but it does cut down the amount |
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524 of work the bytecode interpreter has to do substantially. */ |
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525 extern int multiple_value_current_limit; |
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526 |
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527 /* Bind the multiple value limits that #'values and #'values-list pay |
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528 attention to. Used by bytecode and interpreted code. */ |
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529 int bind_multiple_value_limits (int first, int upper); |
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530 |
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531 Lisp_Object multiple_value_aref (Lisp_Object, Elemcount); |
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532 void multiple_value_aset (Lisp_Object, Elemcount, Lisp_Object); |
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533 |
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534 Lisp_Object values2 (Lisp_Object first, Lisp_Object second); |
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535 |
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536 DECLARE_INLINE_HEADER ( |
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537 Lisp_Object |
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538 ignore_multiple_values (Lisp_Object obj) |
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539 ) |
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540 { |
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541 return MULTIPLE_VALUEP (obj) ? multiple_value_aref (obj, 0) : obj; |
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542 } |
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543 |
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544 #ifdef ERROR_CHECK_MULTIPLE_VALUES |
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545 |
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546 DECLARE_INLINE_HEADER ( |
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547 Lisp_Object |
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548 ignore_multiple_values_1 (Lisp_Object obj) |
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549 ) |
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550 { |
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551 if (1 == multiple_value_current_limit) |
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552 { |
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553 assert (!MULTIPLE_VALUEP (obj)); |
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554 return obj; |
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555 } |
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556 |
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557 return ignore_multiple_values (obj); |
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558 } |
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559 |
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560 #define IGNORE_MULTIPLE_VALUES(X) ignore_multiple_values_1 (X) |
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561 |
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562 #else |
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563 #define IGNORE_MULTIPLE_VALUES(X) (multiple_value_current_limit == 1 ? (X) \ |
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564 : ignore_multiple_values (X)) |
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565 #endif |
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566 |
| 1743 | 567 END_C_DECLS |
| 1650 | 568 |
| 440 | 569 #endif /* INCLUDED_symeval_h_ */ |