/barrelfish-2018-10-04/lib/acpica/tests/aslts/src/runtime/collections/functional/module/ |
H A D | Makefile | 3 AMLMOD= module
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/barrelfish-2018-10-04/tools/harness/tests/ |
H A D | __init__.py | 47 for module in os.listdir(os.path.dirname(__file__)): 48 if module == '__init__.py' or module[-3:] != '.py': 50 __import__(module[:-3], locals(), globals()) 51 del module
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/barrelfish-2018-10-04/tools/harness/ |
H A D | barrelfish.py | 13 def __init__(self, module, args): 14 self.module = module 77 def add_module(self, module, args=[]): 78 if module.startswith('/'): 80 module = module[1:] 83 module = os.path.join(self.prefix, module) 84 mod = Module(module, arg [all...] |
/barrelfish-2018-10-04/usr/eclipseclp/ecrc_solvers/propia/dicts/ |
H A D | export_all.pl | 1 % export_all.pl: Export all predicates from a module
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/barrelfish-2018-10-04/usr/skb/programs/ |
H A D | plat_omap44xx.pl | 25 module, % Name of driver module 56 module: "fdif", label 66 module: "sdma", label 76 module: "mmchs", label 85 module: "cm2", label 94 module: "twl6030", label 130 module: Module, label
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/barrelfish-2018-10-04/usr/eclipseclp/documents/userman/ |
H A D | umsmodules.tex | 35 The purpose of the module system is to provide a way to package 49 defined in terms of what the module makes visible to the world. 55 performance characteristics). The module system supports that by 65 The {\eclipse} module system governs the visibility of the following 70 Predicates can always be used in the module where they are defined 73 Structure declarations can be valid only locally within a module, or 85 They are always local to the module where they are declared. 92 Note that every definition (predicate, structure etc.) is in some module, 95 specify a module, you inherit the module fro [all...] |
/barrelfish-2018-10-04/usr/eclipseclp/Kernel/src/ |
H A D | operator.c | 52 #include "module.h" 68 INFIX_PROP or POSTFIX_PROP) for did did in module mod with visibility vis */ 80 _insert_op(int scope, word preced, word assoc, dident oper, dident module, type mod_tag), 81 _erase_op(dident oper, word assoc, int scope, dident module, type mod_tag), 83 p_is_prefix_op(value vp, type tp, value assoc, type ta, value name, type tn, value vv, type tv, value module, type tm), 84 p_is_postfix_op(value vp, type tp, value assoc, type ta, value name, type tn, value vv, type tv, value module, type tm), 85 p_is_infix_op(value vp, type tp, value assoc, type ta, value name, type tn, value vv, type tv, value module, type tm), 89 static opi *_visible_anyfix_op(int fixity, dident atom, dident module, type mod_tag, int *res); 152 _visible_anyfix_op(int fixity, dident atom, dident module, type mod_tag, int *res) argument 165 operator_prop = OperatorItem(atom, module, mod_ta 192 visible_operator(dident atom, dident module, type mod_tag) argument 212 visible_prefix_op(dident atom, dident module, type mod_tag, int *res) argument 230 visible_infix_op(dident atom, dident module, type mod_tag, int *res) argument 248 visible_postfix_op(dident atom, dident module, type mod_tag, int *res) argument 270 visible_op(dident functor, dident module, type mod_tag, int *res) argument 314 is_visible_op(dident atom, dident module, type mod_tag) argument 459 _insert_op(int scope, word preced, word assoc, dident oper, dident module, type mod_tag) argument 556 _erase_op(dident oper, word assoc, int scope, dident module, type mod_tag) argument 659 p_is_prefix_op(value vp, type tp, value assoc, type ta, value name, type tn, value vv, type tv, value module, type tm) argument 691 p_is_postfix_op(value vp, type tp, value assoc, type ta, value name, type tn, value vv, type tv, value module, type tm) argument 722 p_is_infix_op(value vp, type tp, value assoc, type ta, value name, type tn, value vv, type tv, value module, type tm) argument [all...] |
H A D | property.c | 44 * - There is no difference between module independent properties 45 * and module dependent global properties. 50 * - When a module is erased, its local properties are erased as well. 61 #include "module.h" 92 * create a new module-independent property descriptor 99 /* the module is not used */ 109 * the module is not important, but must de different from D_UNKNOWN. 116 * exists, its module field contains D_UNKNOWN, otherwise it holds the 117 * definition module (which is not further used for globals). 126 * that the module acces 133 set_modular_property(dident functor, int property_name, dident module, type mod_tag, int flag, int *err_ref) argument 241 get_modular_property(dident functor, int property_name, dident module, type mod_tag, int which, int *res) argument 330 erase_modular_property(dident functor, int property_name, dident module, type mod_tag, int which) argument [all...] |
H A D | procedure.c | 53 #include "module.h" 172 d_module2 = in_dict("module", 2); 173 d_module3 = in_dict("module", 3); 211 * Only module directives are treated specially here 213 * The calling module is passed in *module, and the current module 214 * at the end of the eco file is returned in *module. 218 ec_load_eco_from_stream(stream_id nst, int options, pword *module) argument 223 pword top_module = *module; [all...] |
H A D | dlfcn_simple.c | 80 void *module = 0; local 95 module = NSLinkModule(ofi, path, 103 module = (void *)NSAddImage(path, NSADDIMAGE_OPTION_RETURN_ON_ERROR); 110 if (!module) 112 return module; 175 error(0, "unable to unlink module %s", NSNameOfModule(handle));
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H A D | proc_desc.c | 57 * - a descriptor in the module where it is defined (LOCAL,EXPORT), 59 * - a descriptor in every module where it is visible (IMPORT,IMPEXP). 60 * - a qualified access descriptor (QUALI) in every module where 62 * - a DEFAULT descriptor in every module where it is referenced but the 68 * Every descriptor has two module fields: 69 * module_def: the module to which the descriptor belongs (always set) 70 * module_ref: the module where the corresponding procedure definition 73 * is the referenced module, for DEFAULT it is D_UNKNOWN. 75 * Accesses always go via a descriptor in the module where the access 77 * direct inter-module accesse 148 _new_pri(dident functor, dident module) argument 183 _new_visible_pri(dident functor, dident module, module_item *module_property, int visibility) argument 227 _current_visible(dident functor, dident module) argument 377 _report_error(int err, dident arg1, dident module, type mod_tag) argument 945 local_procedure(dident functor, dident module, type module_tag, int options) argument 1036 export_procedure(dident functor, dident module, type module_tag) argument 1096 global_procedure(dident functor, dident module, type module_tag) argument 1149 import_procedure(dident functor, dident module, type module_tag, dident exporting_module) argument 1239 reexport_procedure(dident functor, dident module, type module_tag, dident from_module) argument 1352 visible_procedure(dident functor, dident module, type module_tag, int options) argument 1563 _resolve_import(dident functor, dident module, pri **pi) argument 1629 _hiding_import(dident functor, dident module, dident *exporting_module) argument 1936 ec_external(dident did1, int (*func) ( ), dident module) argument 1945 b_built_in(dident did1, int (*func) ( ), dident module) argument [all...] |
H A D | external.h | 48 * Get_Visible_Array_Address(adid, module,mod_tag,address) 50 * Get_Visible_Array_Header(adid, module, mod_tag,address) 114 #define Get_Visible_Array_Address(adid, module, mod_tag, address) \ 115 Get_Visible_Array_Header(adid, module, mod_tag, address) \ 129 #define Get_Visible_Array_Header(adid, module, mod_tag, address) \ 132 address = get_visible_array_header(adid, module, mod_tag, &res);\
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H A D | write.c | 61 #include "module.h" 103 &idwrite, val, tag, module, mod_tag); \ 142 _print_var(int idwrite, value v, type t, stream_id str, int depth, dident module, type mod_tag, syntax_desc *sd), 143 _pwrite1(int idwrite, stream_id out, value val, type tag, int maxprec, int depth, dident module, type mod_tag, syntax_desc *sd, register int flags), 145 _write_args_from_list(int idwrite, stream_id out, pword *list, int depth, dident module, type mod_tag, syntax_desc *sd, int flags), 147 _write_infix(int idwrite, stream_id out, dident d, register int flags, dident module, type mod_tag, syntax_desc *sd, pword *right, int depth), 148 _write_atom(int idwrite, stream_id out, dident d, int what, int flag, dident module, type mod_tag, syntax_desc *sd, int depth), 150 _portray_term(int idwrite, stream_id out, value val, type tag, dident module, type mod_tag); 154 static pword *_write_trafo(dident d, int flags, int *idwrite, value val, type tag, dident module, type mod_tag); 238 visible_d_procedure(dident functor, dident module, typ argument 557 ec_pwrite(int mode_clr, int mode_set, stream_id out, value val, type tag, int maxprec, int depth, dident module, type mod_tag) argument 696 _pwrite1(int idwrite, stream_id out, value val, type tag, int maxprec, int depth, dident module, type mod_tag, syntax_desc *sd, register int flags) argument 1250 _write_args_from_list(int idwrite, stream_id out, pword *list, int depth, dident module, type mod_tag, syntax_desc *sd, int flags) argument 1280 _write_trafo(dident d, int flags, int *idwrite, value val, type tag, dident module, type mod_tag) argument 1330 _portray_term(int idwrite, stream_id out, value val, type tag, dident module, type mod_tag) argument 1377 _write_infix(int idwrite, stream_id out, dident d, register int flags, dident module, type mod_tag, syntax_desc *sd, pword *right, int depth) argument 1443 _write_atom(int idwrite, stream_id out, dident d, int what, int flag, dident module, type mod_tag, syntax_desc *sd, int depth) argument 1644 _print_var(int idwrite, value v, type t, stream_id str, int depth, dident module, type mod_tag, syntax_desc *sd) argument [all...] |
/barrelfish-2018-10-04/lib/spawndomain/ |
H A D | spawn.h | 18 lvaddr_t map_module(struct mem_region *module, size_t *retsize);
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H A D | multiboot.c | 31 const char *getopt_module(struct mem_region *module) argument 33 assert(module != NULL); 34 assert(module->mr_type == RegionType_Module); 36 const char *optstring = multiboot_strings + module->mrmod_data; 54 /// Map in the frame caps for a module into our vspace, return their location 55 errval_t spawn_map_module(struct mem_region *module, size_t *retsize, argument 58 assert(module != NULL); 59 assert(module->mr_type == RegionType_Module); 63 size_t size = module->mrmod_size; 76 .slot = module [all...] |
/barrelfish-2018-10-04/usr/monitor/include/ |
H A D | spawn.h | 17 errval_t spawn_module_with_args(const char *name, struct mem_region *module,
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/barrelfish-2018-10-04/usr/eclipseclp/Mercury/ |
H A D | mercury.pl | 7 % This module implements a few generic Mercury predicates, useful for 10 :- module(mercury). 31 This module provides (a few) Mercury compatibility predicates,
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/barrelfish-2018-10-04/lib/libc/iconv/ |
H A D | citrus_mapper.c | 120 * mapper module arg 122 * module : mapper module name. 123 * arg : argument for the module (generally, description file name) 128 size_t linebufsize, const char **module, const char **variable) 160 /* get module name */ 161 *module = p; 204 const char * __restrict module, 223 /* load module */ 224 ret = _citrus_load_module(&cm->cm_module, module); 127 lookup_mapper_entry(const char *dir, const char *mapname, void *linebuf, size_t linebufsize, const char **module, const char **variable) argument 202 mapper_open(struct _citrus_mapper_area *__restrict ma, struct _citrus_mapper * __restrict * __restrict rcm, const char * __restrict module, const char * __restrict variable) argument 279 _citrus_mapper_open_direct(struct _citrus_mapper_area *__restrict ma, struct _citrus_mapper * __restrict * __restrict rcm, const char * __restrict module, const char * __restrict variable) argument 318 const char *module, *variable; local [all...] |
/barrelfish-2018-10-04/tools/fastmodels/ |
H A D | config.c | 184 else if(!strncmp("module", buf+tstart, 6)) { 185 struct component_config *module= local 187 if(!module) { 194 &module->path_start, 195 &module->path_len, 196 &module->args_start, 197 &module->args_len)) 202 cfg->last_module->next= module; 203 cfg->last_module= module; 207 cfg->first_module= module; [all...] |
H A D | build_multiboot.c | 32 /* Kernel module tag, including command line. */ 116 /* Add the kernel module. */ 137 struct multiboot_tag_module_64 *module= local 140 module->type= MULTIBOOT_TAG_TYPE_MODULE_64; 141 module->size= sizeof(struct multiboot_tag_module_64) 143 ntstring(module->cmdline, cfg->buf + cmp->args_start, cmp->args_len); 145 cmp->tag= module;
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/barrelfish-2018-10-04/lib/openssl-1.0.0d/crypto/objects/ |
H A D | objects.pl | 33 if (/^!module\s+(.*)$/) 35 $module = $1."-"; 36 $module =~ s/\./_/g; 37 $module =~ s/-/_/g; 40 { $module = ""; } 45 $Cname = $module.$1; 75 if ($Cname ne "" && defined($ln{$module.$Cname})) 76 { die "objects.txt:$o:There's already an object with long name ",$ln{$module.$Cname}," on line ",$order{$module.$Cname},"\n"; } 82 if ($Cname ne "" && defined($sn{$module [all...] |
/barrelfish-2018-10-04/usr/eclipseclp/Opium/ |
H A D | opium_module.pl | 29 * predicates which have to be compiled into each new opium module 32 opium_module. % to announce that the current module is an opium module 57 * explicitely by every opium module
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/barrelfish-2018-10-04/usr/monitor/ |
H A D | spawn.c | 114 /* Get the module from the multiboot */ 115 struct mem_region *module = multiboot_find_module(bi, name); local 116 if (module == NULL) { 122 err = spawn_get_cmdline_args(module, &args); 129 err = spawn_module_with_args(name, module, argv, environ); 139 struct mem_region *module = multiboot_find_module(bi, name); local 140 if (module == NULL) { 144 return spawn_module_with_args(name, module, argv, envp); 148 * \brief Spawn the domain identified by #module with the provided args 150 errval_t spawn_module_with_args(const char *name, struct mem_region *module, argument [all...] |
/barrelfish-2018-10-04/usr/eclipseclp/Opium/demo/ |
H A D | wave.pl | 3 :- module(wave). 6 writeln('\nCheck that you are in "module(wave).", then'),
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/barrelfish-2018-10-04/include/spawndomain/ |
H A D | spawndomain.h | 80 errval_t spawn_get_cmdline_args(struct mem_region *module, 85 errval_t spawn_load_with_args(struct spawninfo *si, struct mem_region *module, 117 errval_t spawn_map_module(struct mem_region *module, size_t *retsize, 121 const char *getopt_module(struct mem_region *module);
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