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https://github.com/nasa/trick.git
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ce3ae67633
I found that in ICG I have access to the canonical type of a variable which in most cases is the type I should process. Doing this eliminates the need for some of the code that resolved typedefs because the canonical type has already done that. refs #200
434 lines
14 KiB
C++
434 lines
14 KiB
C++
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#include <iostream>
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#include <algorithm>
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#include <sstream>
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#include <set>
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#include <libgen.h>
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#include <regex.h>
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#include <string.h>
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#include "FieldDescription.hh"
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#include "Utilities.hh"
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// Provides units check capability.
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#include "trick/units_conv.h"
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FieldDescription::FieldDescription(
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std::string in_container_class ,
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bool in_access_spec_found ,
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bool in_inherited ,
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bool in_virtual_inherited ,
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unsigned int in_base_class_offset) :
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container_class(in_container_class) ,
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base_class_offset(in_base_class_offset) ,
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access_spec_found(in_access_spec_found) ,
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inherited(in_inherited) ,
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virtual_inherited(in_virtual_inherited) ,
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units("--") ,
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line_no(0) ,
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io(3) ,
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type_enum_string("TRICK_VOID") ,
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is_bitfield(0) ,
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bitfield_width(0) ,
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bitfield_start_bit(0) ,
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bitfield_word_offset(0) ,
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is_enum(0) ,
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is_record(0) ,
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is_static(0) ,
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num_dims(0) ,
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array_sizes() {} ;
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std::map<std::string , unsigned int > create_io_map() {
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std::map<std::string , unsigned int > io_map ;
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io_map[""] = 3 ;
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io_map["o"] = 1 ;
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io_map["*o"] = 1 ;
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io_map["*i"] = 2 ;
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io_map["i"] = 2 ;
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io_map["*oi"] = 3 ;
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io_map["oi"] = 3 ;
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io_map["*io"] = 3 ;
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io_map["io"] = 3 ;
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io_map["**"] = 0 ;
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// The "--" is a bad value, but we'll take it for now.
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// TODO: Make this an error instead of being nice!
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io_map["--"] = 4 ;
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return io_map ;
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}
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std::map<std::string , unsigned int > FieldDescription::io_map = create_io_map() ;
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std::string FieldDescription::get_regex_field(std::string input , const char * expr , unsigned int index) {
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int ret ;
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regex_t reg_expr ;
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regmatch_t pmatch[10] ;
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memset(pmatch , 0 , sizeof(pmatch)) ;
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ret = regcomp( ®_expr , expr , REG_EXTENDED ) ;
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//std::cout << "regcomp ret = " << ret << std::endl ;
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ret = regexec( ®_expr , input.c_str() , 10 , pmatch , 0 ) ;
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//std::cout << "regexec ret = " << ret << std::endl ;
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regfree(®_expr) ;
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if ( ret == 0 ) {
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//std::cout << "pmatch range = " << pmatch[index].rm_so << " " << pmatch[index].rm_eo << std::endl ;
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if ( pmatch[index].rm_so != -1 ) {
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return input.substr(pmatch[index].rm_so , pmatch[index].rm_eo - pmatch[index].rm_so ) ;
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}
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} else {
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//char error_msg[1024] ;
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//regerror( ret , ®_expr , (char *)error_msg , 1024 ) ;
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//std::cout << error_msg << std::endl ;
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}
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return std::string() ;
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}
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// global set of all units processed. hopefully saves time from reparsing same units strings over and over
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std::set< std::string > valid_units ;
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void FieldDescription::parseComment(std::string comment) {
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std::string ret_str ;
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bool units_found = false ;
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bool io_found = false ;
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bool chkpnt_io_found = false ;
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unsigned int chkpnt_io ;
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if ( comment.empty() ) {
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// If the comment is empty default all I/O enabled.
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io = 15 ;
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return ;
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}
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//std::cout << "comment before " << comment << std::endl ;
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// remove open comment chars
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comment = get_regex_field(comment , "^(//|/\\*)(.*)" , 2) ;
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//std::cout << "1. " << comment << std::endl ;
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// remove optional doxygen comment chars
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// Note: I had to use [ \t\n\r] for \s because the Mac don't understand!
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comment = get_regex_field(comment , "^((\\*|!)<)?[ \t\n\r]*(.*)" , 3) ;
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//std::cout << "2. " << comment << std::endl ;
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// remove optional doxygen keyword
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comment = get_regex_field(comment , "(\\\\\\w+[ \t\n\r]*)?(.*)" , 2) ;
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//std::cout << "3. " << comment << std::endl ;
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ret_str = get_regex_field(comment , "@?trick_chkpnt_io[\\({]([^\\)}]+)[\\)}]" , 1) ;
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if ( ! ret_str.empty()) {
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chkpnt_io = io_map[ret_str] ;
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//std::cout << "go for trick_chkpnt_io " << io << std::endl ;
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chkpnt_io_found = true ;
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comment = get_regex_field(comment , "(.*)@?trick_chkpnt_io[\\({]([^\\)}]+)[\\)}]" , 1) +
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get_regex_field(comment , "@?trick_chkpnt_io[\\({]([^\\)}]+)[\\)}](.*)" , 2) ;
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}
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ret_str = get_regex_field(comment , "@?trick_io[\\({]([^\\)}]+)[\\)}]" , 1) ;
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if ( ! ret_str.empty()) {
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io = io_map[ret_str] ;
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//std::cout << "go for trick_io " << io << std::endl ;
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io_found = true ;
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comment = get_regex_field(comment , "(.*)@?trick_io[\\({]([^\\)}]+)[\\)}]" , 1) +
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get_regex_field(comment , "@?trick_io[\\({]([^\\)}]+)[\\)}](.*)" , 2) ;
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}
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//std::cout << "4. " << comment << std::endl ;
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ret_str = get_regex_field(comment , "@?trick_units[\\({]([^\\)}]+)[\\)}]" , 1) ;
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if ( ! ret_str.empty()) {
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units = ret_str ;
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//std::cout << "go for trick_units " << units << std::endl ;
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units_found = true ;
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comment = get_regex_field(comment , "(.*)@?trick_units[\\({]([^\\)}]+)[\\)}]" , 1) +
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get_regex_field(comment , "@?trick_units[\\({]([^\\)}]+)[\\)}](.*)" , 2) ;
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}
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if ( ! io_found ) {
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// Note: I had to use [ \t\n\r] for \s because the Mac don't understand!
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ret_str = get_regex_field(comment , "^[ \t\n\r]*(\\*io|\\*oi|\\*i|\\*o|\\*\\*)" , 1) ;
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//std::cout << "3. " << ret_str << std::endl ;
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if ( ! ret_str.empty()) {
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io = io_map[ret_str] ;
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//std::cout << "stand-alone io " << io << std::endl ;
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io_found = true ;
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comment = get_regex_field(comment , "^[ \t\n\r]*(\\*io|\\*oi|\\*i|\\*o|\\*\\*)[ \t\n\r]*(.*)" , 2) ;
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}
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}
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//std::cout << "3. " << comment << std::endl ;
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if ( ! units_found ) {
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ret_str = get_regex_field(comment , "^[ \t\n\r]*\\(([^\\)]*)\\)" , 1) ;
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if ( ! ret_str.empty()) {
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units = ret_str ;
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//std::cout << "stand-alone units " << units << std::endl ;
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units_found = true ;
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comment = get_regex_field(comment , "^[ \t\n\r]*\\(([^\\)]*)\\)(.*)" , 2) ;
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} else {
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ret_str = get_regex_field(comment , "^[ \t\n\r]*([^ \t\n\r)]*)" , 1) ;
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if ( ! ret_str.empty()) {
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units = ret_str ;
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//std::cout << "stand-alone units " << units << " " << comment << std::endl ;
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units_found = true ;
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comment = get_regex_field(comment , "^[ \t\n\r]*([^ \t\n\r)]*)(.*)" , 2) ;
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}
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}
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}
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// Test if we have valid units. We need to have found a units string and an io spec not zero
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// Possible todo is to create a map of valid units so we don't have to retest each string.
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if ( units_found and io != 0 and (valid_units.find(units) == valid_units.end())) {
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Units_t * test_units = new_units(units.c_str()) ;
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if ( test_units == NULL ) {
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// If the units are invalid write an error message and change the units to "--"
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std::cout << "\033[31mBad units specification (" << units << "): " << file_name << ":" << line_no
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<< "\033[0m" << std::endl ;
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units = "--" ;
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} else {
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// If the units are valid, free the memory allocated by new_units.
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CONV_FREE(test_units) ;
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valid_units.insert(units) ;
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}
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}
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if ( io == 4 ) {
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std::cout << "\033[33mWarning: " << file_name << ": line " << line_no << ": " <<
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"\"--\" is not a valid trick_io value. Setting to *io (3)\033[0m" << std::endl ;
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io = 3 ;
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}
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if ( chkpnt_io_found == true ) {
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// If a checkpoint I/O spec is found add it to the io field.
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io |= (chkpnt_io << 2 ) ;
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} else {
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// else duplicated the io field to the chkpnt io field.
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io |= (io << 2 ) ;
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}
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// The rest of the comment is the description of the variable.
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// remove the c comment end marker.
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comment = get_regex_field(comment , "(.*)\\*/" , 1) ;
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// posix c regular expressions are terrible. the regexes above will leave "@" signs because
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// the regular expressions are so greedy.
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comment = get_regex_field(comment , "^[ \t\n\r@]+(.*)" , 1) ;
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// remove leading and trailing whitespace
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comment = trim(comment) ;
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// escape special characters, convert tabs and newlines to spaces, remove multiple spaces.
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std::ostringstream ss ;
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bool is_space = false ;
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for (std::string::iterator it = comment.begin(); it != comment.end(); it++) {
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switch (*it) {
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case '\\': ss << "\\\\"; is_space = false ; break;
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case '"': ss << "\\\""; is_space = false ; break;
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case '\b': ss << "\\b"; is_space = false ; break;
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case '\f': ss << "\\f"; is_space = false ; break;
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case '\n':
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case '\r':
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case '\t':
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case ' ': if ( ! is_space ) ss << " "; is_space = true ; break;
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default: ss << *it; is_space = false ; break;
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}
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}
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description = ss.str() ;
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}
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std::string FieldDescription::getContainerClass() {
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return container_class ;
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}
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void FieldDescription::setContainerClass(std::string in_name ) {
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container_class = in_name ;
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}
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unsigned int FieldDescription::getBaseClassOffset() {
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return base_class_offset ;
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}
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void FieldDescription::setTypeName( std::string in_val ) {
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type_name = in_val ;
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}
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std::string FieldDescription::getTypeName() {
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return type_name ;
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}
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void FieldDescription::setLineNo( unsigned int in_val ) {
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line_no = in_val ;
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}
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unsigned int FieldDescription::getLineNo() {
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return line_no ;
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}
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void FieldDescription::setMangledTypeName( std::string in_val ) {
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mangled_type_name = in_val ;
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}
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std::string FieldDescription::getMangledTypeName() {
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if ( mangled_type_name.empty() ) {
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return type_name ;
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}
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return mangled_type_name ;
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}
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std::string FieldDescription::getUnits() {
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return units ;
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}
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void FieldDescription::setIO(unsigned int in_io) {
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io = in_io ;
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}
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unsigned int FieldDescription::getIO() {
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return io ;
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}
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std::string FieldDescription::getDescription() {
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return description ;
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}
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bool FieldDescription::getAccessSpecFound() {
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return access_spec_found ;
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}
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bool FieldDescription::isInherited() {
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return inherited ;
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}
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bool FieldDescription::isVirtualInherited() {
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return virtual_inherited ;
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}
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void FieldDescription::setAccess( clang::AccessSpecifier in_val ) {
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access = in_val ;
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}
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clang::AccessSpecifier FieldDescription::getAccess() {
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return access ;
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}
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void FieldDescription::setEnumString(std::string in_str) {
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type_enum_string = in_str ;
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}
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std::string FieldDescription::getEnumString() {
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return type_enum_string ;
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}
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void FieldDescription::setBitField(bool yes_no) {
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is_bitfield = yes_no ;
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}
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bool FieldDescription::isBitField() {
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return is_bitfield ;
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}
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void FieldDescription::setBitFieldWidth(unsigned int len) {
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bitfield_width = len ;
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}
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void FieldDescription::setBitFieldStart(unsigned int sb) {
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bitfield_start_bit = sb ;
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}
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void FieldDescription::setBitFieldByteOffset(unsigned int wo) {
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bitfield_word_offset = wo ;
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}
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unsigned int FieldDescription::getBitFieldWidth() {
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return bitfield_width ;
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}
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unsigned int FieldDescription::getBitFieldStart() {
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return bitfield_start_bit ;
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}
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unsigned int FieldDescription::getBitFieldByteOffset() {
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return bitfield_word_offset ;
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}
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void FieldDescription::setEnum(bool yes_no) {
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is_enum = yes_no ;
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}
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bool FieldDescription::isEnum() {
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return is_enum ;
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}
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void FieldDescription::setRecord(bool yes_no) {
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is_record = yes_no ;
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}
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bool FieldDescription::isRecord() {
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return is_record ;
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}
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void FieldDescription::setStatic(bool yes_no) {
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is_static = yes_no ;
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}
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bool FieldDescription::isStatic() {
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return is_static ;
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}
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unsigned int FieldDescription::getNumDims() {
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return num_dims ;
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}
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int FieldDescription::getArrayDim(unsigned int dim_num) {
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if ( dim_num < 8 ) {
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return array_sizes[dim_num] ;
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}
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return 0 ;
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}
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void FieldDescription::addArrayDim( int in_dim ) {
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array_sizes[num_dims++] = in_dim ;
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}
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std::ostream & operator << (std::ostream & os , FieldDescription & fdes ) {
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os << " name = " << fdes.name << std::endl ;
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os << " file_name = " << fdes.file_name << std::endl ;
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os << " namespaces =" ;
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ConstructValues::NamespaceIterator it ;
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for ( it = fdes.namespace_begin() ; it != fdes.namespace_end() ; it++ ) {
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os << " " << *it ;
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}
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os << std::endl ;
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os << " parent classes =" ;
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for ( it = fdes.container_class_begin() ; it != fdes.container_class_end() ; it++ ) {
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os << " " << *it ;
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}
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os << std::endl ;
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os << " line_no = " << fdes.line_no << std::endl ;
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os << " container_class = " << fdes.container_class << std::endl ;
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os << " type_name = " << fdes.type_name << std::endl ;
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os << " mangled_type_name = " << fdes.mangled_type_name << std::endl ;
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os << " type_enum_string = " << fdes.type_enum_string << std::endl ;
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os << " units = " << fdes.units << std::endl ;
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os << " io = " << fdes.io << std::endl ;
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os << " description = " << fdes.description << std::endl ;
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os << " access = " << fdes.access << std::endl ;
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os << " access_spec_found = " << fdes.access_spec_found << std::endl ;
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os << " is_bitfield = " << fdes.is_bitfield << std::endl ;
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os << " bitfield_width = " << fdes.bitfield_width << std::endl ;
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os << " bitfield_start_bit = " << fdes.bitfield_start_bit << std::endl ;
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os << " bitfield_word_offset = " << fdes.bitfield_word_offset << std::endl ;
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os << " num_dims = " << fdes.num_dims << std::endl ;
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os << " array_sizes =" ;
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for( unsigned int ii = 0 ; ii < 8 ; ii++ ) {
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os << " " << fdes.array_sizes[ii] ;
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}
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os << std::endl ;
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os << " is_enum = " << fdes.is_enum << std::endl ;
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os << " is_record = " << fdes.is_record << std::endl ;
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os << " is_static = " << fdes.is_static << std::endl ;
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return os ;
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}
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