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| version 1.2, 2001/04/06 10:32:16 | version 1.280, 2026/04/25 13:38:46 |
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| Line 1 | Line 1 |
| /** @file | /** @file |
| Parser: @b ROOT parser class. | Parser: parser @b operators. |
| Copyright (c) 2001 ArtLebedev Group (http://www.artlebedev.com) | Copyright (c) 2001-2026 Art. Lebedev Studio (https://www.artlebedev.com) |
| Authors: Konstantin Morshnev <moko@design.ru>, Alexandr Petrosian <paf@design.ru> | |
| Author: Alexander Petrosyan <paf@design.ru> (http://design.ru/paf) | |
| $Id$ | |
| */ | */ |
| #include "pa_config_includes.h" | #include "classes.h" |
| #include <math.h> | #include "pa_vmethod_frame.h" |
| #include "pa_common.h" | #include "pa_common.h" |
| #include "pa_os.h" | |
| #include "pa_request.h" | #include "pa_request.h" |
| #include "_op.h" | |
| #include "pa_vint.h" | #include "pa_vint.h" |
| #include "pa_sql_connection.h" | #include "pa_sql_connection.h" |
| #include "pa_vdate.h" | |
| #include "pa_vmethod_frame.h" | |
| #include "pa_vclass.h" | |
| #include "pa_charset.h" | |
| #include "pa_varray.h" | |
| #ifdef HAVE_SYSLOG | |
| #include "syslog.h" | |
| #endif | |
| volatile const char * IDENT_OP_C="$Id$"; | |
| // defines | |
| #define CASE_DEFAULT_VALUE "DEFAULT" | |
| // class | |
| class VClassMAIN: public VClass { | |
| public: | |
| VClassMAIN(); | |
| }; | |
| // defines for statics | |
| #define SWITCH_DATA_NAME "SWITCH-DATA" | |
| #define CACHE_DATA_NAME "CACHE-DATA" | |
| #define EXCEPTION_VAR_NAME "exception" | |
| static void _if(Request& r, const String& method_name, Array *params) { | // statics |
| Value& condition_code=*static_cast<Value *>(params->get(0)); | |
| // forcing ^if(this param type) | //^switch ^case |
| r.fail_if_junction_(false, condition_code, | static const String switch_data_name(SWITCH_DATA_NAME); |
| method_name, "condition must be expression"); | //^cache |
| static const String cache_data_name(CACHE_DATA_NAME); | |
| bool condition=r.process(condition_code, | |
| 0/*no name*/, | static const String exception_var_name(EXCEPTION_VAR_NAME); |
| false/*don't intercept string*/).as_bool(); | |
| if(condition) { | |
| Value& then_code=*static_cast<Value *>(params->get(1)); | // local defines |
| // forcing ^if{this param type} | |
| r.fail_if_junction_(false, then_code, | #define CACHE_EXCEPTION_HANDLED_CACHE_NAME "cache" |
| method_name, "then-parameter must be code"); | |
| r.write_pass_lang(r.process(then_code)); | // helpers |
| } else if(params->size()==3) { | |
| Value& else_code=*static_cast<Value *>(params->get(2)); | class Untaint_lang_name2enum: public HashString<String::Language> { |
| // forcing ^if{this param type} | public: |
| r.fail_if_junction_(false, else_code, | Untaint_lang_name2enum() { |
| method_name, "else-parameter must be code"); | #define ULN(name, LANG) put(name, (value_type)(String::L_##LANG)); |
| r.write_pass_lang(r.process(else_code)); | ULN("clean", CLEAN); |
| ULN("as-is", AS_IS); | |
| ULN("optimized-as-is", AS_IS|String::L_OPTIMIZE_BIT); | |
| ULN("file-spec", FILE_SPEC); | |
| ULN("http-header", HTTP_HEADER); | |
| ULN("mail-header", MAIL_HEADER); | |
| ULN("uri", URI); | |
| ULN("sql", SQL); | |
| ULN("js", JS); | |
| ULN("xml", XML); | |
| ULN("optimized-xml", XML|String::L_OPTIMIZE_BIT); | |
| ULN("html", HTML); | |
| ULN("optimized-html", HTML|String::L_OPTIMIZE_BIT); | |
| ULN("regex", REGEX); | |
| ULN("parser-code", PARSER_CODE); | |
| ULN("json", JSON); | |
| #undef ULN | |
| } | |
| static Untaint_lang_name2enum &instance(){ | |
| static Untaint_lang_name2enum *singleton=NULL; | |
| if(!singleton) | |
| singleton=new Untaint_lang_name2enum; | |
| return *singleton; | |
| } | } |
| }; | |
| // methods | |
| static void _if(Request& r, MethodParams& params) { | |
| size_t max_param=params.count()-1; | |
| size_t i=0; | |
| do { | |
| bool condition=params.as_bool(i, "condition must be expression", r); | |
| if(condition) { | |
| r.process_write(params[i+1]); | |
| return; | |
| } | |
| i+=2; | |
| } while (i < max_param); | |
| if(i == max_param) | |
| r.process_write(params[i]); | |
| } | } |
| static void _untaint(Request& r, const String& method_name, Array *params) { | String::Language get_untaint_lang(const String& lang_name){ |
| Pool& pool=r.pool(); | String::Language lang=Untaint_lang_name2enum::instance().get(lang_name); |
| const String& lang_name=r.process(*static_cast<Value *>(params->get(0))).as_string(); | |
| String::Untaint_lang lang=static_cast<String::Untaint_lang>( | |
| untaint_lang_name2enum->get_int(lang_name)); | |
| if(!lang) | if(!lang) |
| PTHROW(0, 0, | throw Exception(PARSER_RUNTIME, &lang_name, "invalid taint language"); |
| &lang_name, | return lang; |
| "invalid untaint language"); | } |
| static void _untaint(Request& r, MethodParams& params) { | |
| String::Language lang; | |
| if(params.count()==1) | |
| lang=String::L_AS_IS; // mark as simply 'as-is'. useful in html from sql | |
| else | |
| lang=get_untaint_lang(params.as_string(0, "lang must be string")); | |
| Value& vbody=params.as_junction(params.count()-1, "body must be code"); | |
| Value& result=r.process(vbody); | |
| if(const String* string=result.get_string()){ | |
| String &untainted=*new String(); | |
| string->append_to(untainted, lang); // mark all tainted to specified language | |
| r.write(untainted); | |
| } else | |
| r.write(result); // this is not normal, just backward compatibility | |
| } | |
| static void _taint(Request& r, MethodParams& params) { | |
| String::Language lang; | |
| if(params.count()==1) | |
| lang=String::L_TAINTED; // mark as simply 'tainted'. useful in table:create | |
| else | |
| lang=get_untaint_lang(params.as_string(0, "lang must be string")); | |
| { | { |
| Value *vbody=static_cast<Value *>(params->get(1)); | Value& vbody=params.as_no_junction(params.count()-1, "body must not be code"); |
| // forcing ^untaint[]{this param type} | |
| r.fail_if_junction_(false, *vbody, | |
| method_name, "body must be code"); | |
| Temp_lang temp_lang(r, lang); // set temporarily specified ^untaint[language; | String result(vbody.as_string(), lang); // force result language to specified |
| r.write_pass_lang(r.process(*vbody)); // process marking tainted with that lang | r.write(result); |
| } | } |
| } | } |
| static void _taint(Request& r, const String& method_name, Array *params) { | static void _apply_taint(Request& r, MethodParams& params) { |
| Pool& pool=r.pool(); | String::Language lang=params.count()==1 ? String::L_AS_IS : get_untaint_lang(params.as_string(0, "lang must be string")); |
| const String &sbody=params.as_string(params.count()-1, "body must be string"); | |
| String::Body result_body=sbody.cstr_to_string_body_untaint(lang, r.connection(false), &r.charsets); | |
| r.write(*new String(result_body, String::L_AS_IS)); | |
| } | |
| static void _process(Request& r, MethodParams& params) { | |
| Method* main_method; | |
| String::Untaint_lang lang; | size_t index=0; |
| if(params->size()==1) | Value* target_self; |
| lang=String::UL_TAINTED; // mark as simply 'tainted'. useful in table:set | Value& maybe_target_self=params[index]; |
| if(maybe_target_self.get_string() || maybe_target_self.get_junction()) | |
| target_self=&r.get_method_frame()->caller()->self(); | |
| else { | else { |
| const String& lang_name=r.process(*static_cast<Value *>(params->get(0))).as_string(); | target_self=&maybe_target_self; |
| lang=static_cast<String::Untaint_lang>( | if(params.count()==1) |
| untaint_lang_name2enum->get_int(lang_name)); | throw Exception(PARSER_RUNTIME, 0, "no body specified"); |
| if(!lang) | index++; |
| PTHROW(0, 0, | |
| &lang_name, | |
| "invalid taint language"); | |
| } | } |
| { | { |
| Value& vbody=*static_cast<Value *>(params->get(params->size()-1)); | VStateless_class *target_class=target_self->get_class(); |
| // forcing [this param type] | if(!target_class) |
| r.fail_if_junction_(true, vbody, method_name, "body must not be code"); | throw Exception(PARSER_RUNTIME, 0, "no target class"); |
| String result(r.pool()); | |
| result.append( | |
| vbody.as_string(), // process marking tainted with that lang | |
| lang, true); // force result language to specified | |
| r.write_pass_lang(result); | |
| } | |
| } | |
| static void _process(Request& r, const String& method_name, Array *params) { | |
| // calculate pseudo file name of processed chars | |
| // would be something like "/some/file(4) process" | |
| char place[MAX_STRING]; | |
| #ifndef NO_STRING_ORIGIN | |
| const Origin& origin=method_name.origin(); | |
| snprintf(place, MAX_STRING, "%s(%d) %s", | |
| origin.file, 1+origin.line, | |
| method_name.cstr()); | |
| #else | |
| strncpy(place, MAX_STRING, method_name.cstr()); | |
| #endif | |
| VStateless_class& self_class=*r.self->get_class(); | |
| { | |
| // temporary zero @main so to maybe-replace it in processed code | // temporary zero @main so to maybe-replace it in processed code |
| Temp_method temp_method_main(self_class, *main_method_name, 0); | Temp_method temp_method_main(*target_class, main_method_name, 0); |
| // temporary zero @auto so it wouldn't be auto-called in Request::use_buf | |
| Temp_method temp_method_auto(self_class, *auto_method_name, 0); | const String* main_alias=0; |
| const String* file_alias=0; | |
| int line_no_alias_offset=0; | |
| bool allow_class_replace=false; | |
| size_t options_index=index+1; | |
| if(options_index<params.count()) | |
| if(HashStringValue* options=params.as_hash(options_index)) { | |
| for(HashStringValue::Iterator i(*options); i; i.next() ){ | |
| String::Body key=i.key(); | |
| Value* value=i.value(); | |
| if(key == "main") { | |
| main_alias=&value->as_string(); | |
| } else if(key == "file") { | |
| file_alias=&value->as_string(); | |
| } else if(key == "lineno") { | |
| line_no_alias_offset=value->as_int(); | |
| } else if(key == "replace") { | |
| allow_class_replace=r.process(*value).as_bool(); | |
| } else | |
| throw Exception(PARSER_RUNTIME, 0, CALLED_WITH_INVALID_OPTION); | |
| } | |
| } | |
| uint processe_file_no=file_alias ? r.register_file(r.full_disk_path(*file_alias)) : pseudo_file_no__process; | |
| // process...{string} | |
| Value& vjunction=params.as_junction(index, "body must be code"); | |
| // evaluate source to process | // evaluate source to process |
| const String& source= | const String& source=r.process_to_string(vjunction); |
| r.process(*static_cast<Value *>(params->get(0))).as_string(); | |
| // process source code, append processed methods to 'self' class | Temp_class_replace class_replace(r, allow_class_replace); |
| // maybe-define new @main | |
| r.use_buf(source.cstr(), place, &self_class); | r.use_buf(*target_class, source.untaint_cstr(String::L_PARSER_CODE, r.connection(false)), main_alias, processe_file_no, line_no_alias_offset); |
| // maybe-execute @main[] | // main_method |
| if(const Method *method=self_class.get_method(*main_method_name)) { | main_method=target_class->get_method(main_method_name); |
| // execute! | } |
| r.execute(*method->parser_code); | // after restoring current-request-lang |
| } | // maybe-execute @main[] |
| if(main_method) { | |
| METHOD_FRAME_ACTION(*main_method, r.get_method_frame()->caller(), *target_self, { | |
| frame.empty_params(); | |
| r.call(frame); | |
| r.write(frame.result()); | |
| }); | |
| } | } |
| } | } |
| static void _rem(Request& r, const String& method_name, Array *params) { | static void _rem(Request&, MethodParams& params) { |
| // forcing ^rem{this param type} | params.as_junction(0, "body must be code"); |
| r.fail_if_junction_(false, *static_cast<Value *>(params->get(0)), | |
| method_name, "body must be code"); | |
| } | } |
| static void _while(Request& r, const String& method_name, Array *params) { | static void _while(Request& r, MethodParams& params) { |
| Pool& pool=r.pool(); | InCycle temp(r); |
| Value& vcondition=*static_cast<Value *>(params->get(0)); | Value& vcondition=params.as_expression(0, "condition must be number, bool or expression"); |
| // forcing ^while(this param type){} | |
| r.fail_if_junction_(false, vcondition, | Value& body_code=params.as_junction(1, "body must be code"); |
| method_name, "condition must be expression"); | Value* delim_maybe_code=params.count()>2?¶ms[2]:0; |
| Value& body=*static_cast<Value *>(params->get(1)); | |
| // forcing ^while(){this param type} | |
| r.fail_if_junction_(false, body, | |
| method_name, "body must be code"); | |
| // while... | // while... |
| int endless_loop_count=0; | int endless_loop_count=0; |
| while(true) { | if(delim_maybe_code){ // delimiter set |
| if(++endless_loop_count>=1973) // endless loop? | bool need_delim=false; |
| PTHROW(0, 0, | while(true) { |
| &method_name, | if(++endless_loop_count>=pa_loop_limit) // endless loop? |
| "endless loop detected"); | throw Exception(PARSER_RUNTIME, 0, "endless loop detected"); |
| bool condition= | if(!r.process(vcondition).as_bool()) |
| r.process( | break; |
| vcondition, | |
| 0/*no name*/, | Value& sv_processed=r.process(body_code); |
| false/*don't intercept string*/).as_bool(); | TempSkip4Delimiter skip(r); |
| if(!condition) // ...condition is true | |
| break; | const String* s_processed=sv_processed.get_string(); |
| if(s_processed && !s_processed->is_empty()) { // we have body | |
| if(need_delim) // need delim & iteration produced string? | |
| r.write(r.process(*delim_maybe_code)); | |
| else | |
| need_delim=true; | |
| } | |
| r.write(sv_processed); | |
| if(skip.check_break()) | |
| break; | |
| } | |
| } else { | |
| while(true) { | |
| if(++endless_loop_count>=pa_loop_limit) // endless loop? | |
| throw Exception(PARSER_RUNTIME, 0, "endless loop detected"); | |
| // write processed body | if(!r.process(vcondition).as_bool()) |
| r.write_pass_lang(r.process(body)); | break; |
| r.process_write(body_code); | |
| if(r.check_skip_break()) | |
| break; | |
| } | |
| } | } |
| } | } |
| static void _use(Request& r, const String& method_name, Array *params) { | static void _use(Request& r, MethodParams& params) { |
| Value& vfile=*static_cast<Value *>(params->get(0)); | const String& file_name=params.as_file_name(0); |
| // forcing ^rem{this param type} | |
| r.fail_if_junction_(true, vfile, | const String* use_origin=0; |
| method_name, "file name must not be code"); | bool allow_class_replace=false; |
| bool load_auto_p=false; | |
| if(params.count()==2) | |
| if(HashStringValue* options=params.as_hash(1)) { | |
| for(HashStringValue::Iterator i(*options); i; i.next() ){ | |
| String::Body key=i.key(); | |
| Value* value=i.value(); | |
| if(key == "origin") { | |
| use_origin=&value->as_string(); | |
| } else if(key == "replace") { | |
| allow_class_replace=r.process(*value).as_bool(); | |
| } else if(key == "main") { | |
| load_auto_p=r.process(*value).as_bool(); | |
| } else | |
| throw Exception(PARSER_RUNTIME, 0, CALLED_WITH_INVALID_OPTION); | |
| } | |
| } | |
| if(!use_origin) | |
| if(VMethodFrame* caller=r.get_method_frame()->caller()) | |
| use_origin=r.get_method_filespec(&caller->method); | |
| Temp_class_replace class_replace(r, allow_class_replace); | |
| r.use_file(file_name, use_origin, load_auto_p); | |
| } | |
| static void set_skip(Request& r, Request::Skip askip) { | |
| if(!r.get_in_cycle()) | |
| throw Exception(askip==Request::SKIP_BREAK ? "parser.break" : "parser.continue", 0, "without cycle"); | |
| r.set_skip(askip); | |
| } | |
| r.use_file(r.absolute(vfile.as_string())); | static void _break(Request& r, MethodParams& params) { |
| if(!params.count() || params.as_bool(0, "condition must be expression", r)) set_skip(r, Request::SKIP_BREAK); | |
| } | } |
| static void _for(Request& r, const String& method_name, Array *params) { | static void _continue(Request& r, MethodParams& params) { |
| // ^for[i;from-number;to-number-inclusive]{code}[delim] | if(!params.count() || params.as_bool(0, "condition must be expression", r)) set_skip(r, Request::SKIP_CONTINUE); |
| } | |
| Pool& pool=r.pool(); | static void _return(Request& r, MethodParams& params) { |
| const String& var_name=r.process(*static_cast<Value *>(params->get(0))).as_string(); | VMethodFrame& caller=*r.get_method_frame()->caller(); |
| int from=(int)r.process(*static_cast<Value *>(params->get(1))).as_double(); | if(params.count()) |
| int to=(int)r.process(*static_cast<Value *>(params->get(2))).as_double(); | r.put_element(caller, Symbols::RESULT_SYMBOL, &r.process(params[0])); |
| Value& body_code=*static_cast<Value *>(params->get(3)); | r.set_skip_return(caller); |
| // forcing ^menu{this param type} | } |
| r.fail_if_junction_(false, body_code, | |
| method_name, "body must be code"); | |
| Value *delim_code=params->size()==3+1+1?static_cast<Value *>(params->get(3+1)):0; | |
| bool need_delim=false; | static void _for(Request& r, MethodParams& params) { |
| VInt *vint=new(pool) VInt(pool, 0); | InCycle temp(r); |
| int endless_loop_count=0; | |
| for(int i=from; i<=to; i++) { | const String& var_name=params.as_string(0, "var name must be string"); |
| if(++endless_loop_count>=2001) // endless loop? | int from=params.as_int(1, "from must be int", r); |
| PTHROW(0, 0, | int to=params.as_int(2, "to must be int", r); |
| &method_name, | Value& body_code=params.as_junction(3, "body must be code"); |
| "endless loop detected"); | Value* delim_maybe_code=params.count()>4?¶ms[4]:0; |
| vint->set_int(i); | |
| r.wcontext->put_element(var_name, vint); | if(to-from>=pa_loop_limit) // too long loop? |
| throw Exception(PARSER_RUNTIME, 0, "endless loop detected"); | |
| Value& processed_body=r.process(body_code); | |
| if(delim_code) { // delimiter set? | VInt* vint=new VInt(0); |
| const String *string=processed_body.get_string(); | |
| if(need_delim && string && string->size()) // need delim & iteration produced string? | VMethodFrame& caller=*r.get_method_frame()->caller(); |
| r.write_pass_lang(r.process(*delim_code)); | r.put_element(caller, var_name, vint); |
| need_delim=true; | if(delim_maybe_code){ // delimiter set |
| } | bool need_delim=false; |
| r.write_pass_lang(processed_body); | |
| for(int i=from; i<=to; i++) { | |
| vint->set_int(i); | |
| Value& sv_processed=r.process(body_code); | |
| TempSkip4Delimiter skip(r); | |
| const String* s_processed=sv_processed.get_string(); | |
| if(s_processed && !s_processed->is_empty()) { // we have body | |
| if(need_delim) // need delim & iteration produced string? | |
| r.write(r.process(*delim_maybe_code)); | |
| else | |
| need_delim=true; | |
| } | |
| r.write(sv_processed); | |
| if(skip.check_break()) | |
| break; | |
| } | |
| } else { | |
| for(int i=from; i<=to; i++) { | |
| vint->set_int(i); | |
| r.process_write(body_code); | |
| if(r.check_skip_break()) | |
| break; | |
| } | |
| } | } |
| } | } |
| static void _eval(Request& r, const String& method_name, Array *params) { | static void _eval(Request& r, MethodParams& params) { |
| Value& expr=*static_cast<Value *>(params->get(0)); | Value& expr=params.as_junction(0, "need expression"); |
| r.fail_if_junction_(false, expr, | |
| method_name, "need expression"); | |
| // evaluate expresion | // evaluate expresion |
| Value *result=r.process(expr, | Value& value_result=r.process(expr).as_expr_result(); |
| 0/*no name*/, | if(params.count()>1) { |
| true/*don't intercept string*/).as_expr_result(); | const String& fmt=params.as_string(1, "fmt must be string").trim(); |
| if(params->size()==2) { | if(fmt.is_empty()){ |
| Value& fmt=*static_cast<Value *>(params->get(1)); | r.write(value_result); |
| // forcing ^format[this param type] | } else { |
| r.fail_if_junction_(true, fmt, | r.write(String(format_double(value_result.as_double(), fmt.cstrm()))); |
| method_name, "fmt must not be code"); | } |
| } else | |
| r.write(value_result); | |
| } | |
| static void _connect(Request& r, MethodParams& params) { | |
| Value& url=params.as_no_junction(0, "url must not be code"); | |
| Value& body_code=params.as_junction(1, "body must be code"); | |
| Table* protocol2driver_and_client=0; | |
| if(Value* sql=r.main_class.get_element(String(MAIN_SQL_NAME))) { | |
| if(Value* element=sql->get_element(String(MAIN_SQL_DRIVERS_NAME))) { | |
| protocol2driver_and_client=element->get_table(); | |
| } | |
| } | |
| // connect | |
| SQL_Connection* connection=SQL_driver_manager->get_connection(url.as_string(), | |
| protocol2driver_and_client, | |
| r.charsets.source().NAME().cstr(), | |
| r.request_info.document_root); | |
| Temp_connection temp_connection(r, connection); | |
| Pool& pool=r.pool(); | // execute body |
| String& string=*new(pool) String(pool); | try { |
| string.APPEND_CONST(format(pool, result->as_double(), fmt.as_string().cstr())); | r.process_write(body_code); |
| result=new(pool) VString(string); | connection->commit(); |
| connection->close(); | |
| } catch(...) { // process problem | |
| connection->rollback(); | |
| connection->close(); | |
| rethrow; | |
| } | } |
| r.write_no_lang(*result); | |
| } | } |
| #ifndef DOXYGEN | |
| class Switch_data: public PA_Object { | |
| public: | |
| Request& r; | |
| const String* searching_string; | |
| double searching_double; | |
| bool searching_bool; | |
| Value* found; | |
| Value* _default; | |
| public: | |
| Switch_data(Request& ar, Value& asearching): | |
| r(ar) | |
| { | |
| if(asearching.is_string() || asearching.is_void()){ | |
| searching_string=&asearching.as_string(); | |
| searching_double=0; | |
| searching_bool=false; | |
| } else { | |
| searching_string=0; | |
| searching_double=asearching.as_double(); | |
| searching_bool=asearching.is_bool(); | |
| } | |
| } | |
| }; | |
| #endif | |
| static void _switch(Request& r, MethodParams& params) { | |
| Switch_data* data=new Switch_data(r, r.process(params[0])); | |
| Temp_hash_value<HashString<void*>, void*> switch_data_setter(&r.classes_conf, switch_data_name, data); | |
| Value& cases_code=params.as_junction(1, "switch cases must be code"); | |
| // execution of found ^case[...]{code} must be in context of ^switch[...]{code} | |
| // because of stacked WWrapper used there as wcontext | |
| r.process(cases_code); | |
| if(Value* selected_code=data->found? data->found: data->_default) | |
| r.process_write(*selected_code); | |
| } | |
| typedef double (*math_one_double_op_func_ptr)(double); | static void _case(Request& r, MethodParams& params) { |
| static double round(double op) { return floor(op+0.5); } | Switch_data* data=static_cast<Switch_data*>(r.classes_conf.get(switch_data_name)); |
| static double sign(double op) { return op > 0 ? 1 : ( op < 0 ? -1 : 0 ); } | if(!data) |
| throw Exception(PARSER_RUNTIME, | |
| 0, | |
| "without switch"); | |
| if(data->found) // matches already was found | |
| return; | |
| int count=params.count(); | |
| Value* code=¶ms.as_expression(--count, "case result must be code"); | |
| #ifdef USE_DESTRUCTORS | |
| Junction *j=code->get_junction(); | |
| if (j){ | |
| code=new VJunction(j->self,j->method,j->method_frame,j->rcontext,j->wcontext,j->code); | |
| if (j->wcontext) j->wcontext->attach_junction((VJunction *)code); | |
| } | |
| #endif | |
| for(int i=0; i<count; i++){ | |
| Value& value=r.process(params[i]); | |
| static void double_one_op( | if(value.is_string() && value.as_string() == CASE_DEFAULT_VALUE){ |
| Request& r, | data->_default=code; |
| const String& method_name, Array *params, | continue; |
| math_one_double_op_func_ptr func) { | } |
| Pool& pool=r.pool(); | |
| Value& param=*static_cast<Value *>(params->get(0)); | |
| // forcing ^round(this param type) | bool matches; |
| r.fail_if_junction_(false, param, | if(data->searching_string) |
| method_name, "parameter must be expression"); | matches=(*data->searching_string) == value.as_string(); |
| else if(data->searching_bool || value.is_bool()) | |
| matches=(data->searching_double != 0) == value.as_bool(); | |
| else | |
| matches=data->searching_double == value.as_double(); | |
| Value& result=*new(pool) VDouble(pool, (*func)(r.process(param).as_double())); | if(matches){ |
| r.write_no_lang(result); | data->found=code; |
| break; | |
| } | |
| } | |
| } | } |
| #ifndef DOXYGEN | |
| struct Try_catch_result { | |
| ValueRef processed_code; | |
| const String* exception_should_be_handled; | |
| Try_catch_result(): exception_should_be_handled(0) {} | |
| }; | |
| /// Auto-object used for temporary changing Request::skip. | |
| class Temp_skip { | |
| Request& frequest; | |
| Request::Skip saved_skip; | |
| public: | |
| Temp_skip(Request& arequest) : frequest(arequest), saved_skip(arequest.get_skip()) { | |
| arequest.set_skip(Request::SKIP_NOTHING); | |
| } | |
| ~Temp_skip() { | |
| if(frequest.get_skip() == Request::SKIP_NOTHING) | |
| frequest.set_skip(saved_skip); | |
| } | |
| }; | |
| #endif | |
| static void _round(Request& r, const String& method_name, Array *params) { | /// used by ^try and ^cache, @returns $exception.handled[string] if any |
| double_one_op(r, method_name, params, &round); | template<class I> |
| } | static Try_catch_result try_catch(Request& r, Value& body_code(Request&, I), I info, Value* catch_code, bool could_be_handled_by_caller=false) { |
| Try_catch_result result; | |
| // minor bug: context not restored if only finally code is present, see #1062 | |
| if(!catch_code) { | |
| result.processed_code=body_code(r, info); | |
| return result; | |
| } | |
| // taking snapshot of try-context | |
| Request_context_saver try_context(r); | |
| try { | |
| result.processed_code=body_code(r, info); | |
| } catch(const Exception& e) { | |
| Request_context_saver throw_context(r); // remembering exception stack trace | |
| Request::Exception_details details=r.get_details(e); | |
| try_context.restore(); // restoring try-context for code after try and catch-code | |
| { | |
| Temp_value_element temp(r, *catch_code->get_junction()->method_frame, exception_var_name, &details.vhash); | |
| Temp_skip temp_skip(r); | |
| result.processed_code=r.process(*catch_code); | |
| } | |
| // retriving $exception.handled | |
| Value* vhandled=details.vhash.hash().get(exception_handled_part_name); | |
| bool bhandled=false; | |
| if(vhandled) { | |
| if(vhandled->is_string()) { // not simple $exception.handled(1/0)? | |
| if(bhandled=could_be_handled_by_caller) { // and we can possibly handle it | |
| result.exception_should_be_handled=vhandled->get_string(); // considering 'recovered' and let the caller recover | |
| } | |
| } else | |
| bhandled=vhandled->as_bool(); | |
| } | |
| if(!bhandled){ | |
| throw_context.restore(); // restoring exception stack trace creared by try_context.restore() | |
| rethrow; | |
| } | |
| } | |
| static void _floor(Request& r, const String& method_name, Array *params) { | return result; |
| double_one_op(r, method_name, params, &floor); | |
| } | } |
| static void _ceiling(Request& r, const String& method_name, Array *params) { | static Value& process_try_body_code(Request& r, Value* body_code) { |
| double_one_op(r, method_name, params, &ceil); | return r.process(*body_code); |
| } | } |
| static void _abs(Request& r, const String& method_name, Array *params) { | // cache-- |
| double_one_op(r, method_name, params, &fabs); | |
| // consts | |
| const int DATA_STRING_SERIALIZED_VERSION=0x0006; | |
| // helper types | |
| #ifndef DOXYGEN | |
| struct Data_string_serialized_prolog { | |
| int version; | |
| time_t expires; | |
| }; | |
| #endif | |
| void cache_delete(const String& file_spec) { | |
| file_delete(file_spec, false/*fail_on_problem*/); | |
| } | } |
| static void _sign(Request& r, const String& method_name, Array *params) { | #ifndef DOXYGEN |
| double_one_op(r, method_name, params, &sign); | struct Cache_scope { |
| public: | |
| time_t expires; | |
| const String* body_from_disk; | |
| }; | |
| struct Locked_process_and_cache_put_action_info { | |
| Request *r; | |
| Cache_scope *scope; | |
| Value* body_code; | |
| Value* catch_code; | |
| const String* processed_code; | |
| }; | |
| #endif | |
| static Value& process_cache_body_code(Request& r, Value* body_code) { | |
| return r.process(*body_code); | |
| } | } |
| /// ^connect[protocol://user:pass@host[:port]/database]{code with ^sql-s} | /* @todo maybe network order worth spending some effort? |
| /** | don't bothering myself with network byte order, |
| @test make params not Array but something with useful method for extracting, | am not planning to be able to move resulting file across platforms |
| with typecast and junction/not test | |
| */ | */ |
| static void _connect(Request& r, const String& method_name, Array *params) { | static void locked_process_and_cache_put_action(int f, void *context) { |
| Pool& pool=r.pool(); | Locked_process_and_cache_put_action_info& info= |
| *static_cast<Locked_process_and_cache_put_action_info *>(context); | |
| const String* body_from_disk=info.scope->body_from_disk; | |
| // body->process | |
| Try_catch_result result=try_catch(*info.r, | |
| process_cache_body_code, info.body_code, | |
| info.catch_code, body_from_disk!=0 /*we have something old=we can handle=recover later*/); | |
| if(result.exception_should_be_handled) { | |
| if(*result.exception_should_be_handled==CACHE_EXCEPTION_HANDLED_CACHE_NAME) { | |
| assert(body_from_disk); | |
| info.processed_code=body_from_disk; | |
| } else | |
| throw Exception(PARSER_RUNTIME, | |
| result.exception_should_be_handled, | |
| "$" EXCEPTION_VAR_NAME "." EXCEPTION_HANDLED_PART_NAME " value must be " | |
| "either boolean or string '" CACHE_EXCEPTION_HANDLED_CACHE_NAME "'"); | |
| } else | |
| info.processed_code=&((Value &)result.processed_code).as_string(); | |
| // expiration time not spoiled by ^cache(0) or something? | |
| if(info.scope->expires > time(0)) { | |
| // string -serialize> buffer | |
| String::Cm serialized=info.processed_code->serialize( | |
| sizeof(Data_string_serialized_prolog)); | |
| Data_string_serialized_prolog& prolog= | |
| *reinterpret_cast<Data_string_serialized_prolog *>(serialized.str); | |
| prolog.version=DATA_STRING_SERIALIZED_VERSION; | |
| prolog.expires=info.scope->expires; | |
| // buffer -write> file | |
| if(write(f, serialized.str, serialized.length)<0) | |
| throw Exception("file.write", 0, "write failed: %s (%d)", strerror(errno), errno); | |
| } else // expired! | |
| info.scope->expires=0; // flag it so that could be easily checked by caller | |
| } | |
| const String* locked_process_and_cache_put(Request& r, | |
| Value& body_code, | |
| Value* catch_code, | |
| Cache_scope& scope, | |
| const String& file_spec) | |
| { | |
| Locked_process_and_cache_put_action_info info={&r, &scope, &body_code, catch_code, 0}; | |
| const String* result=file_write_action_under_lock( | |
| file_spec, | |
| "cache_put", | |
| locked_process_and_cache_put_action, | |
| &info, | |
| false/*as_text*/, | |
| false/*do_append*/, | |
| false/*block == don't wait till other thread release lock*/, | |
| false/*dun throw exception if lock failed*/) ? info.processed_code: 0; | |
| time_t now=time(0); | |
| if(scope.expires<=now) | |
| cache_delete(file_spec); | |
| return result; | |
| } | |
| Value& url=*static_cast<Value *>(params->get(0)); | #ifndef DOXYGEN |
| r.fail_if_junction_(true, url, | struct Cache_get_result { |
| method_name, "url must not be code"); | const String* body; |
| bool expired; | |
| Value& body_code=*static_cast<Value *>(params->get(1)); | }; |
| r.fail_if_junction_(false, body_code, | #endif |
| method_name, "body must be code"); | |
| // connect | static Cache_get_result cache_get(const String& file_spec, time_t now) { |
| SQL_Connection& connection=SQL_driver_manager->get_connection( | Cache_get_result result={0, false}; |
| url.as_string(), r.protocol2library); | |
| Exception rethrow_me; | File_read_result file=file_read_binary(file_spec, false /*fail_on_read_problem*/); |
| // remember/set current connection | if(file.success && file.length /*ignore reads which are empty due to non-unary open+lockEX conflict with lockSH*/) { |
| SQL_Connection *saved_connection=r.connection; | |
| r.connection=&connection; | Data_string_serialized_prolog& prolog = *reinterpret_cast<Data_string_serialized_prolog *>(file.str); |
| // execute body | |
| bool body_failed=false; | String* body=new String; |
| PTRY | if(file.length>=sizeof(Data_string_serialized_prolog) && prolog.version==DATA_STRING_SERIALIZED_VERSION) { |
| r.write_assign_lang(r.process(body_code)); | if(body->deserialize(sizeof(Data_string_serialized_prolog), file.str, file.length)) { |
| PCATCH(e) { // connect/process problem | result.body=body; |
| rethrow_me=e; body_failed=true; | result.expired=prolog.expires <= now; |
| } | } |
| PEND_CATCH | } |
| bool finalizer_failed=false; | |
| PTRY | |
| // FINALLY | |
| if(body_failed) | |
| connection.rollback(); | |
| else | |
| connection.commit(); | |
| PCATCH(e) { // commit/rollback problem | |
| rethrow_me=e; finalizer_failed=true; | |
| } | } |
| PEND_CATCH | |
| // close connection [cache it] | return result; |
| connection.close(); | } |
| // recall current connection from remembered | |
| r.connection=saved_connection; | static time_t as_expires(Request& r, MethodParams& params, int index, time_t now) { |
| time_t result; | |
| if(VDate* vdate=dynamic_cast<VDate*>(¶ms[index])) | |
| result=(time_t)vdate->get_time(); | |
| else | |
| result=now+(time_t)params.as_double(index, "lifespan must be date or number", r); | |
| return result; | |
| } | |
| if(body_failed || finalizer_failed) // were there an exception for us to rethrow? | static const String& as_file_spec(Request& r, MethodParams& params, int index) { |
| PTHROW(rethrow_me.type(), rethrow_me.code(), | return r.full_disk_path(params.as_string(index, "filespec must be string")); |
| rethrow_me.problem_source(), | |
| rethrow_me.comment()); | |
| } | } |
| // initialize | static void _cache(Request& r, MethodParams& params) { |
| if(params.count()==0) { | |
| // ^cache[] -- return current expiration time | |
| Cache_scope* scope=static_cast<Cache_scope*>(r.classes_conf.get(cache_data_name)); | |
| if(!scope) | |
| throw Exception(PARSER_RUNTIME, 0, "expire-time get without cache"); | |
| r.write(*new VDate((pa_time_t)scope->expires)); | |
| return; | |
| } | |
| time_t now=time(0); | |
| if(params.count()==1) { | |
| // ^cache[filename] ^cache(seconds) ^cache[expires date] | |
| if(params[0].is_string()) { // filename? | |
| cache_delete(as_file_spec(r, params, 0)); | |
| return; | |
| } | |
| // secods|expires date | |
| Cache_scope* scope=static_cast<Cache_scope*>(r.classes_conf.get(cache_data_name)); | |
| if(!scope) | |
| throw Exception(PARSER_RUNTIME, | |
| 0, | |
| "expire-time reducing instruction without cache"); | |
| time_t expires=as_expires(r, params, 0, now); | |
| if(expires < scope->expires) | |
| scope->expires=expires; | |
| return; | |
| } else if(params.count()<3) | |
| throw Exception(PARSER_RUNTIME, | |
| 0, | |
| "invalid number of parameters"); | |
| // file_spec, expires, body code | |
| const String& file_spec=as_file_spec(r, params, 0); | |
| Cache_scope scope={as_expires(r, params, 1, now), 0}; | |
| Temp_hash_value<HashString<void*>, void*> cache_scope_setter(&r.classes_conf, cache_data_name, &scope); | |
| Value& body_code=params.as_junction(2, "body_code must be code"); | |
| Value* catch_code=0; | |
| if(params.count()>3) | |
| catch_code=¶ms.as_junction(3, "catch_code must be code"); | |
| if(scope.expires>now) { | |
| Cache_get_result cached=cache_get(file_spec, now); | |
| if(cached.body) { // have cached copy | |
| if(cached.expired) { | |
| scope.body_from_disk=cached.body; // storing for user to retrive it with ^cache[] | |
| } else { | |
| // and it's not expired yet write it out | |
| r.write(*cached.body); | |
| // happy with it | |
| return; | |
| } | |
| } | |
| // no cached info or it's already expired | |
| // trying to process it under lock and store result in file | |
| const String* processed_body=locked_process_and_cache_put(r, body_code, catch_code, scope, file_spec); | |
| if(processed_body){ | |
| // write it out | |
| r.write(*processed_body); | |
| // happy with it | |
| return; | |
| } else { | |
| // we fail while get exclusive lock. nvm, we just execute body_code a bit later | |
| } | |
| } else { | |
| // instructed not to cache; forget cached copy | |
| cache_delete(file_spec); | |
| } | |
| // process without caching | |
| if(catch_code){ | |
| Try_catch_result result=try_catch(r, process_try_body_code, &body_code, catch_code); | |
| r.write(result.processed_code); | |
| } else { | |
| r.write(r.process_to_string(body_code)); | |
| } | |
| } | |
| static void _try_operator(Request& r, MethodParams& params) { | |
| Value& body_code=params.as_junction(0, "body_code must be code"); | |
| Value& catch_code=params.as_junction(1, "catch_code must be code"); | |
| Value* finally_code=(params.count()==3) ? ¶ms.as_junction(2, "finally_code must be code") : 0; | |
| Try_catch_result result; | |
| try{ | |
| // process try and catch code | |
| result=try_catch(r, process_try_body_code, &body_code, &catch_code); | |
| } catch(...){ | |
| // process finally code but ignore the result | |
| if(finally_code){ | |
| Temp_skip temp(r); | |
| /* Value &finally_result= */ r.process(*finally_code); | |
| } | |
| rethrow; | |
| } | |
| // process finally code | |
| if(finally_code){ | |
| Temp_skip temp(r); | |
| Value& finally_result=r.process(*finally_code); | |
| // no exception in try/catch or finally, writing processed body_code or catch_code | |
| r.write(result.processed_code); | |
| // write out processed finally code | |
| r.write(finally_result); | |
| } else { | |
| // no exception in try/catch, writing processed body_code or catch_code | |
| r.write(result.processed_code); | |
| } | |
| } | |
| static void _throw_operator(Request&, MethodParams& params) { | |
| if(params.count()==1 && !params[0].is_string()) { | |
| if(HashStringValue *hash=params[0].get_hash()) { | |
| const char* type=0; | |
| if(Value* value=hash->get(exception_type_part_name)) | |
| type=value->as_string().cstr(); | |
| const String* source=0; | |
| if(Value* value=hash->get(exception_source_part_name)) | |
| source=&value->as_string(); | |
| const char* comment=0; | |
| if(Value* value=hash->get(exception_comment_part_name)) | |
| comment=value->as_string().cstr(); | |
| throw Exception(type, source, "%s", comment); // to avoid MAX_STRING limit | |
| } else | |
| throw Exception(PARSER_RUNTIME, 0, "one-param version has hash or string param"); | |
| } else { | |
| const char* type=params.as_string(0, "type must be string").cstr(); | |
| const String* source=params.count()>1 ? ¶ms.as_string(1, "source must be string") : 0; | |
| const char* comment=params.count()>2 ? params.as_string(2, "comment must be string").cstr() : 0; | |
| throw Exception(type, source, "%s", comment); // to avoid MAX_STRING limit | |
| } | |
| } | |
| static void _sleep_operator(Request& r, MethodParams& params) { | |
| double seconds=params.as_double(0, "seconds must be double", r); | |
| if(seconds>0) | |
| pa_sleep((int)trunc(seconds), (int)trunc((seconds-trunc(seconds))*1000000)); | |
| } | |
| static void _a_operator(Request& r, MethodParams& params) { | |
| VArray& result=*new VArray; | |
| ArrayValue& array=result.array(); | |
| int count=params.count(); | |
| for(int i=0; i<count; i++) | |
| array+=&r.process(params[i]); | |
| array.confirm_all_used(); | |
| r.write(result); | |
| } | |
| #ifdef HAVE_SYSLOG | |
| static int log_level(const String &name){ | |
| if(name.is_empty()) return LOG_INFO; | |
| const char *sname = str_upper(name.cstr()); | |
| if(!strcmp(sname,"INFO")) return LOG_INFO; | |
| if(!strcmp(sname,"WARNING")) return LOG_WARNING; | |
| if(!strcmp(sname,"ERROR")) return LOG_ERR; | |
| if(!strcmp(sname,"DEBUG")) return LOG_DEBUG; | |
| throw Exception("syslog", &name, "invalid log level value"); | |
| } | |
| #endif | |
| static void _syslog_operator(Request& r, MethodParams& params) { | |
| const char* message=params.as_string(1, "message must be string").cstr(); | |
| #ifdef HAVE_SYSLOG | |
| const char* ident=params.as_string(0, "ident must be string").cstr(); | |
| int level=params.count()>2 ? log_level(params.as_string(2, "level must be string")) : LOG_INFO; | |
| openlog(*ident ? ident : "parser3", LOG_PID, LOG_USER); | |
| syslog(level, "%s", message); | |
| closelog(); | |
| (void)r; | |
| #else | |
| SAPI::log(r.sapi_info, "syslog: %s", message); | |
| #endif | |
| } | |
| #if defined(WIN32) && defined(_DEBUG) && !defined(_WIN64) | |
| # define PA_BPT | |
| static void _bpt(Request&, MethodParams&) { | |
| _asm int 3; | |
| } | |
| #endif | |
| // constructor | |
| VClassMAIN::VClassMAIN(): VClass(MAIN_CLASS_NAME) { | |
| #ifdef PA_BPT | |
| // ^bpt[] | |
| add_native_method("bpt", Method::CT_ANY, _bpt, 0, 0); | |
| #endif | |
| void initialize_op_class(Pool& pool, VStateless_class& vclass) { | |
| // ^if(condition){code-when-true} | // ^if(condition){code-when-true} |
| // ^if(condition){code-when-true}{code-when-false} | // ^if(condition){code-when-true}{code-when-false} |
| vclass.add_native_method("if", Method::CT_ANY, _if, 2, 3); | // ^if(condition){code-when-true} (another condition){code-when-true} ... {code-when-false} |
| add_native_method("if", Method::CT_ANY, _if, 2, 10000, Method::CO_WITHOUT_FRAME); | |
| // ^untaint[as-is|uri|sql|js|html|html-typo]{code} | // ^untaint[as-is|uri|sql|js|html|html-typo|regex|parser-code]{code} |
| vclass.add_native_method("untaint", Method::CT_ANY, _untaint, 2, 2); | add_native_method("untaint", Method::CT_ANY, _untaint, 1, 2, Method::CO_WITHOUT_FRAME); |
| // ^taint[as-is|uri|sql|js|html|html-typo]{code} | // ^taint[as-is|uri|sql|js|html|html-typo|regex|parser-code]{code} |
| vclass.add_native_method("taint", Method::CT_ANY, _taint, 1, 2); | add_native_method("taint", Method::CT_ANY, _taint, 1, 2, Method::CO_WITHOUT_FRAME); |
| // ^process[code] | // ^apply-taint[untaint lang][string] |
| vclass.add_native_method("process", Method::CT_ANY, _process, 1, 1); | add_native_method("apply-taint", Method::CT_ANY, _apply_taint, 1, 2, Method::CO_WITHOUT_FRAME); |
| // ^process{code} | |
| // ^process[context]{code}[options hash] | |
| add_native_method("process", Method::CT_ANY, _process, 1, 3); | |
| // ^rem{code} | // ^rem{code} |
| vclass.add_native_method("rem", Method::CT_ANY, _rem, 1, 1); | add_native_method("rem", Method::CT_ANY, _rem, 1, 10000, Method::CO_WITHOUT_FRAME); |
| // ^while(condition){code} | // ^while(condition){code} |
| vclass.add_native_method("while", Method::CT_ANY, _while, 2, 2); | add_native_method("while", Method::CT_ANY, _while, 2, 3, Method::CO_WITHOUT_FRAME); |
| // ^use[file[;options hash]] | |
| add_native_method("use", Method::CT_ANY, _use, 1, 2); | |
| // ^use[file] | // ^break[] |
| vclass.add_native_method("use", Method::CT_ANY, _use, 1, 1); | // ^break(condition) |
| add_native_method("break", Method::CT_ANY, _break, 0, 1, Method::CO_WITHOUT_FRAME); | |
| // ^for[i;from-number;to-number-inclusive]{code}[delim] | // ^continue[] |
| vclass.add_native_method("for", Method::CT_ANY, _for, 3+1, 3+1+1); | // ^continue(condition) |
| add_native_method("continue", Method::CT_ANY, _continue, 0, 1, Method::CO_WITHOUT_FRAME); | |
| // ^return[] | |
| // ^return[result] | |
| add_native_method("return", Method::CT_ANY, _return, 0, 1); | |
| // ^for[i](from-number;to-number-inclusive){code}[delim] | |
| add_native_method("for", Method::CT_ANY, _for, 3+1, 3+1+1); | |
| // ^eval(expr) | // ^eval(expr) |
| // ^eval(expr)[format] | // ^eval(expr)[format] |
| vclass.add_native_method("eval", Method::CT_ANY, _eval, 1, 2); | add_native_method("eval", Method::CT_ANY, _eval, 1, 2, Method::CO_WITHOUT_FRAME); |
| // ^connect[protocol://user:pass@host[:port]/database]{code with ^sql-s} | |
| add_native_method("connect", Method::CT_ANY, _connect, 2, 2); | |
| // math functions | |
| // ^round(expr) | // ^cache[file_spec](time){code}[{catch code}] time=0 no cache |
| vclass.add_native_method("round", Method::CT_ANY, _round, 1, 1); | // ^cache[file_spec] delete cache |
| // ^cache[] get current expiration time | |
| add_native_method("cache", Method::CT_ANY, _cache, 0, 4); | |
| // switch | |
| // ^floor(expr) | // ^switch[value]{cases} |
| vclass.add_native_method("floor", Method::CT_ANY, _floor, 1, 1); | add_native_method("switch", Method::CT_ANY, _switch, 2, 2, Method::CO_WITHOUT_FRAME); |
| // ^ceiling(expr) | // ^case[value]{code} |
| vclass.add_native_method("ceiling", Method::CT_ANY, _ceiling, 1, 1); | add_native_method("case", Method::CT_ANY, _case, 2, 10000, Method::CO_WITHOUT_FRAME); |
| // ^abs(expr) | // try-catch |
| vclass.add_native_method("abs", Method::CT_ANY, _abs, 1, 1); | |
| // ^sign(expr) | // ^try{code}{catch code} |
| vclass.add_native_method("sign", Method::CT_ANY, _sign, 1, 1); | add_native_method("try", Method::CT_ANY, _try_operator, 2, 3, Method::CO_WITHOUT_FRAME); |
| // ^throw[$exception hash] | |
| // ^throw[type;source;comment] | |
| add_native_method("throw", Method::CT_ANY, _throw_operator, 1, 3); | |
| add_native_method("sleep", Method::CT_ANY, _sleep_operator, 1, 1); | |
| // connect | |
| // ^connect[protocol://user:pass@host[:port]/database]{code with ^sql-s} | // equivalent to ^array::create[...] |
| vclass.add_native_method("connect", Method::CT_ANY, _connect, 2, 2); | add_native_method("A", Method::CT_ANY, _a_operator, 0, 10000, Method::CO_WITHOUT_FRAME); |
| // ^syslog[ident;message[;info|warning|error|debug]] | |
| add_native_method("syslog", Method::CT_ANY, _syslog_operator, 2, 3); | |
| } | |
| // constructor & configurator | |
| VStateless_class& VClassMAIN_create() { | |
| return *new VClassMAIN; | |
| } | } |