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1515 lines (1250 loc) · 43.1 KB
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/*
* NIST STEP Core Class Library
* clstepcore/STEPaggregate.cc
* April 1997
* K. C. Morris
* David Sauder
* Development of this software was funded by the United States Government,
* and is not subject to copyright.
*/
#include <stdio.h>
#include <read_func.h>
#include <STEPaggregate.h>
#include <STEPattribute.h>
#include <instmgr.h>
#include <ExpDict.h>
#include "sc_memmgr.h"
const int Real_Num_Precision = REAL_NUM_PRECISION; // from STEPattribute.h
/******************************************************************************
** \file STEPaggregate.cc Functions for manipulating aggregate attributes
** FIXME KNOWN BUGs:
** -- treatment of aggregates of reals or ints is inconsistent with
** other aggregates (there's no classes for these)
** -- no two- dimensional aggregates are implemented
**/
STEPaggregate NilSTEPaggregate;
STEPaggregate::STEPaggregate() {
_null = 1;
}
STEPaggregate::~STEPaggregate() {
STEPnode * node;
node = ( STEPnode * ) head;
while( node ) {
head = node->NextNode();
delete node;
node = ( STEPnode * ) head;
}
}
STEPaggregate & STEPaggregate::ShallowCopy( const STEPaggregate & a ) {
(void) a; // unused
cerr << "Internal error: " << __FILE__ << ": " << __LINE__
<< "\n" << _POC_ "\n";
cerr << "function: STEPaggregate::ShallowCopy \n" << "\n";
return *this;
}
/// do not require exchange file format
Severity STEPaggregate::AggrValidLevel( const char * value, ErrorDescriptor * err,
const TypeDescriptor * elem_type, InstMgr * insts,
int optional, char * tokenList, int addFileId,
int clearError ) {
std::string buf;
if( clearError ) {
err->ClearErrorMsg();
}
istringstream in( ( char * )value ); // sz defaults to length of s
ReadValue( in, err, elem_type, insts, addFileId, 0, 0 );
CheckRemainingInput( in, err, elem_type->AttrTypeName( buf ), tokenList );
if( optional && ( err->severity() == SEVERITY_INCOMPLETE ) ) {
err->severity( SEVERITY_NULL );
}
return err->severity();
}
/// require exchange file format
Severity STEPaggregate::AggrValidLevel( istream & in, ErrorDescriptor * err,
const TypeDescriptor * elem_type, InstMgr * insts,
int optional, char * tokenList, int addFileId,
int clearError ) {
std::string buf;
if( clearError ) {
err->ClearErrorMsg();
}
ReadValue( in, err, elem_type, insts, addFileId, 0, 1 );
CheckRemainingInput( in, err, elem_type->AttrTypeName( buf ), tokenList );
if( optional && ( err->severity() == SEVERITY_INCOMPLETE ) ) {
err->severity( SEVERITY_NULL );
}
return err->severity();
}
/// if exchangeFileFormat == 1 then paren delims are required.
Severity STEPaggregate::ReadValue( istream & in, ErrorDescriptor * err,
const TypeDescriptor * elem_type, InstMgr * insts,
int addFileId, int assignVal, int exchangeFileFormat,
const char * ) {
(void) insts; //not used in ReadValue() for this class
(void) addFileId; //not used in ReadValue() for this class
ErrorDescriptor errdesc;
char errmsg[BUFSIZ];
int value_cnt = 0;
std::string buf;
if( assignVal ) {
Empty(); // read new values and discard existing ones
}
char c;
in >> ws; // skip white space
c = in.peek(); // does not advance input
if( in.eof() || c == '$' ) {
_null = 1;
err->GreaterSeverity( SEVERITY_INCOMPLETE );
return SEVERITY_INCOMPLETE;
}
if( c == '(' ) {
in.get( c );
} else if( exchangeFileFormat ) {
// error did not find opening delim
// cannot recover so give up and let STEPattribute recover
err->GreaterSeverity( SEVERITY_INPUT_ERROR );
return SEVERITY_INPUT_ERROR;
} else if( !in.good() ) {
// this should actually have been caught by skipping white space above
err->GreaterSeverity( SEVERITY_INCOMPLETE );
return SEVERITY_INCOMPLETE;
}
STEPnode * item = 0;
in >> ws;
// take a peek to see if there are any elements before committing to an
// element
c = in.peek(); // does not advance input
if( c == ')' ) {
in.get( c );
}
// if not assigning values only need one node. So only one node is created.
// It is used to read the values
else if( !assignVal ) {
item = ( STEPnode * )NewNode();
}
// ')' is the end of the aggregate
while( in.good() && ( c != ')' ) ) {
value_cnt++;
if( assignVal ) { // create a new node each time through the loop
item = ( STEPnode * )NewNode();
}
errdesc.ClearErrorMsg();
if( exchangeFileFormat ) {
item->STEPread( in, &errdesc );
} else {
item->StrToVal( in, &errdesc );
}
// read up to the next delimiter and set errors if garbage is
// found before specified delims (i.e. comma and quote)
CheckRemainingInput( in, &errdesc, elem_type->AttrTypeName( buf ), ",)" );
if( errdesc.severity() < SEVERITY_INCOMPLETE ) {
sprintf( errmsg, " index: %d\n", value_cnt );
errdesc.PrependToDetailMsg( errmsg );
err->AppendFromErrorArg( &errdesc );
}
if( assignVal ) { // pass the node to STEPaggregate
AddNode( item );
}
in >> ws; // skip white space (although should already be skipped)
in.get( c ); // read delim
// CheckRemainingInput should have left the input right at the delim
// so that it would be read in in.get() above. Since it did not find
// the delim this does not know how to find it either!
if( ( c != ',' ) && ( c != ')' ) ) {
// cannot recover so give up and let STEPattribute recover
err->GreaterSeverity( SEVERITY_INPUT_ERROR );
return SEVERITY_INPUT_ERROR;
}
}
if( c == ')' ) {
_null = 0;
} else { // expectation for end paren delim has not been met
err->GreaterSeverity( SEVERITY_INPUT_ERROR );
err->AppendToUserMsg( "Missing close paren for aggregate value" );
return SEVERITY_INPUT_ERROR;
}
return err->severity();
}
Severity STEPaggregate::StrToVal( const char * s, ErrorDescriptor * err,
const TypeDescriptor * elem_type, InstMgr * insts,
int addFileId ) {
istringstream in( ( char * )s );
return ReadValue( in, err, elem_type, insts, addFileId, 1, 0 );
}
///////////////////////////////////////////////////////////////////////////////
Severity STEPaggregate::STEPread( istream & in, ErrorDescriptor * err,
const TypeDescriptor * elem_type, InstMgr * insts,
int addFileId, const char * currSch ) {
return ReadValue( in, err, elem_type, insts, addFileId, 1, 1, currSch );
}
const char * STEPaggregate::asStr( std::string & s ) const {
s.clear();
if( !_null ) {
s = "(";
STEPnode * n = ( STEPnode * ) head;
std::string tmp;
while( n ) {
s.append( n->STEPwrite( tmp ) );
n = ( STEPnode * ) n -> NextNode();
if( n ) {
s.append( "," );
}
}
s.append( ")" );
}
return const_cast<char *>( s.c_str() );
}
void STEPaggregate::STEPwrite( ostream & out, const char * currSch ) const {
if( !_null ) {
out << '(';
STEPnode * n = ( STEPnode * )head;
std::string s;
while( n ) {
out << n->STEPwrite( s, currSch );
n = ( STEPnode * ) n -> NextNode();
if( n ) {
out << ',';
}
}
out << ')';
} else {
out << '$';
}
}
SingleLinkNode * STEPaggregate::NewNode() {
cerr << "Internal error: " << __FILE__ << ": " << __LINE__ << "\n" ;
cerr << "function: STEPaggregate::NewNode \n" << _POC_ << "\n";
return 0;
}
void STEPaggregate::AddNode( SingleLinkNode * n ) {
SingleLinkList::AppendNode( n );
_null = 0;
}
void STEPaggregate::Empty() {
SingleLinkList::Empty();
_null = 1;
}
///////////////////////////////////////////////////////////////////////////////
// STEPnode
///////////////////////////////////////////////////////////////////////////////
Severity STEPnode::StrToVal( const char * s, ErrorDescriptor * err ) {
// defined in subtypes
(void) s; //unused
cerr << "Internal error: " << __FILE__ << ": " << __LINE__ << "\n" ;
err->AppendToDetailMsg(
" function: STEPnode::StrToVal() called instead of virtual function.\n"
);
err->AppendToDetailMsg( "Aggr. attr value: '\n" );
err->AppendToDetailMsg( "not assigned.\n" );
err->AppendToDetailMsg( _POC_ );
err->GreaterSeverity( SEVERITY_BUG );
return SEVERITY_BUG;
}
Severity STEPnode::StrToVal( istream & in, ErrorDescriptor * err ) {
// defined in subtypes
(void) in; //unused
cerr << "Internal error: " << __FILE__ << ": " << __LINE__ << "\n" ;
err->AppendToDetailMsg(
" function: STEPnode::StrToVal() called instead of virtual function.\n"
);
err->AppendToDetailMsg( "Aggr. attr value: '\n" );
err->AppendToDetailMsg( "not assigned.\n" );
err->AppendToDetailMsg( _POC_ );
err->GreaterSeverity( SEVERITY_BUG );
return SEVERITY_BUG;
}
Severity STEPnode::STEPread( const char * s, ErrorDescriptor * err ) {
// defined in subclasses
(void) s; //unused
cerr << "Internal error: " << __FILE__ << ": " << __LINE__ << "\n" ;
cerr << "function: STEPnode::STEPread called instead of virtual function.\n"
<< _POC_ << "\n";
err->AppendToDetailMsg(
" function: STEPnode::STEPread() called instead of virtual function.\n"
);
err->AppendToDetailMsg( _POC_ );
err->GreaterSeverity( SEVERITY_BUG );
return SEVERITY_BUG;
}
Severity STEPnode::STEPread( istream & in, ErrorDescriptor * err ) {
(void) in; //unused
cerr << "Internal error: " << __FILE__ << ": " << __LINE__ << "\n" ;
cerr << "function: STEPnode::STEPread called instead of virtual function.\n"
<< _POC_ << "\n";
err->AppendToDetailMsg(
" function: STEPnode::STEPread() called instead of virtual function.\n"
);
err->AppendToDetailMsg( _POC_ );
err->GreaterSeverity( SEVERITY_BUG );
return SEVERITY_BUG;
}
const char * STEPnode::asStr( std::string & s ) {
// defined in subclasses
(void) s; //unused
cerr << "Internal error: " << __FILE__ << ": " << __LINE__ << "\n" ;
cerr << "function: STEPnode::asStr called instead of virtual function.\n"
<< _POC_ << "\n";
return "";
}
/**
* NOTE - second argument will contain name of current schema. We may need
* this if STEPnode belongs to an aggregate of selects. If so, each node
* will be written out by calling STEPwrite on its select, and to write a
* select out, the name of its underlying type will be written. Finally,
* the underlying type's name depends on the current schema. This is be-
* cause e.g. type X may be defined in schema A, and may be USEd in schema
* B and renamed to Y (i.e., "USE from A (X as Y)"). Thus, if currSch = B,
* Y will have to be written out rather than X. Actually, this concern
* only applies for SelectNode. To accomodate those cases, all the signa-
* tures of STEPwrite(std::string) contain currSch. (As an additional note,
* 2D aggregates should make use of currSch in case they are 2D aggrs of
* selects. But since currently (3/27/97) the SCL handles 2D+ aggrs using
* SCLundefined's, this is not implemented.)
*/
const char * STEPnode::STEPwrite( std::string & s, const char * currSch ) {
(void) s; //unused
(void) currSch; //unused
cerr << "Internal error: " << __FILE__ << ": " << __LINE__ << "\n" ;
cerr << "function: STEPnode::STEPwrite called instead of virtual function.\n"
<< _POC_ << "\n";
return "";
}
void STEPnode::STEPwrite( ostream & out ) {
(void) out; //unused
cerr << "Internal error: " << __FILE__ << ": " << __LINE__ << "\n" ;
cerr << "function: STEPnode::STEPwrite called instead of virtual function.\n"
<< _POC_ << "\n";
}
///////////////////////////////////////////////////////////////////////////////
// GenericAggregate
///////////////////////////////////////////////////////////////////////////////
GenericAggregate::GenericAggregate() {
}
GenericAggregate::~GenericAggregate() {
}
SingleLinkNode * GenericAggregate::NewNode() {
return new GenericAggrNode();
}
STEPaggregate & GenericAggregate::ShallowCopy( const STEPaggregate & a ) {
Empty();
SingleLinkNode * next = a.GetHead();
SingleLinkNode * copy;
while( next ) {
copy = new GenericAggrNode( *( GenericAggrNode * )next );
AddNode( copy );
next = next->NextNode();
}
if( head ) {
_null = 0;
} else {
_null = 1;
}
return *this;
}
///////////////////////////////////////////////////////////////////////////////
// GenericAggrNode
///////////////////////////////////////////////////////////////////////////////
GenericAggrNode::GenericAggrNode( const char * str ) {
value = str;
}
GenericAggrNode::GenericAggrNode( GenericAggrNode & gan ) {
value = gan.value;
}
GenericAggrNode::GenericAggrNode() {
}
GenericAggrNode::~GenericAggrNode() {
}
SingleLinkNode * GenericAggrNode::NewNode() {
return new GenericAggrNode();
}
Severity GenericAggrNode::StrToVal( const char * s, ErrorDescriptor * err ) {
return value.STEPread( s, err );
}
//TODO
Severity GenericAggrNode::StrToVal( istream & in, ErrorDescriptor * err ) {
return value.STEPread( in, err );
}
Severity GenericAggrNode::STEPread( const char * s, ErrorDescriptor * err ) {
istringstream in( ( char * ) s );
return value.STEPread( in, err );
}
Severity GenericAggrNode::STEPread( istream & in, ErrorDescriptor * err ) {
return value.STEPread( in, err );
}
const char * GenericAggrNode::asStr( std::string & s ) {
s.clear();
value.asStr( s );
return const_cast<char *>( s.c_str() );
}
const char * GenericAggrNode::STEPwrite( std::string & s, const char * currSch ) {
(void) currSch; //unused
return value.STEPwrite( s );
}
void GenericAggrNode::STEPwrite( ostream & out ) {
value.STEPwrite( out );
}
///////////////////////////////////////////////////////////////////////////////
// EntityAggregate
///////////////////////////////////////////////////////////////////////////////
EntityAggregate::EntityAggregate() {
}
EntityAggregate::~EntityAggregate() {
}
/// if exchangeFileFormat == 1 then delims are required.
Severity EntityAggregate::ReadValue( istream & in, ErrorDescriptor * err,
const TypeDescriptor * elem_type, InstMgr * insts,
int addFileId, int assignVal,
int exchangeFileFormat, const char * ) {
ErrorDescriptor errdesc;
char errmsg[BUFSIZ];
int value_cnt = 0;
std::string buf;
if( assignVal ) {
Empty(); // read new values and discard existing ones
}
char c;
in >> ws; // skip white space
c = in.peek(); // does not advance input
if( in.eof() || ( c == '$' ) ) {
_null = 1;
err->GreaterSeverity( SEVERITY_INCOMPLETE );
return SEVERITY_INCOMPLETE;
}
if( c == '(' ) {
in.get( c );
} else if( exchangeFileFormat ) {
// error did not find opening delim
// give up because you do not know where to stop reading.
err->GreaterSeverity( SEVERITY_INPUT_ERROR );
return SEVERITY_INPUT_ERROR;
} else if( !in.good() ) {
// this should actually have been caught by skipping white space above
err->GreaterSeverity( SEVERITY_INCOMPLETE );
return SEVERITY_INCOMPLETE;
}
EntityNode * item = 0;
in >> ws;
// take a peek to see if there are any elements before committing to an
// element
c = in.peek(); // does not advance input
if( c == ')' ) {
in.get( c );
}
// if not assigning values only need one node. So only one node is created.
// It is used to read the values
else if( !assignVal ) {
item = new EntityNode();
}
while( in.good() && ( c != ')' ) ) {
value_cnt++;
if( assignVal ) { // create a new node each time through the loop
item = new EntityNode();
}
errdesc.ClearErrorMsg();
if( exchangeFileFormat ) {
item->STEPread( in, &errdesc, elem_type, insts, addFileId );
} else {
item->StrToVal( in, &errdesc, elem_type, insts, addFileId );
}
// read up to the next delimiter and set errors if garbage is
// found before specified delims (i.e. comma and quote)
CheckRemainingInput( in, &errdesc, elem_type->AttrTypeName( buf ), ",)" );
if( errdesc.severity() < SEVERITY_INCOMPLETE ) {
sprintf( errmsg, " index: %d\n", value_cnt );
errdesc.PrependToDetailMsg( errmsg );
err->AppendFromErrorArg( &errdesc );
}
if( assignVal ) {
AddNode( item );
}
in >> ws; // skip white space (although should already be skipped)
in.get( c ); // read delim
// CheckRemainingInput should have left the input right at the delim
// so that it would be read in in.get() above. Since it did not find
// the delim this does not know how to find it either!
if( ( c != ',' ) && ( c != ')' ) ) {
// cannot recover so give up and let STEPattribute recover
err->GreaterSeverity( SEVERITY_INPUT_ERROR );
return SEVERITY_INPUT_ERROR;
}
}
if( c == ')' ) {
_null = 0;
} else { // expectation for end paren delim has not been met
err->GreaterSeverity( SEVERITY_INPUT_ERROR );
err->AppendToUserMsg( "Missing close paren for aggregate value" );
return SEVERITY_INPUT_ERROR;
}
return err->severity();
}
STEPaggregate & EntityAggregate::ShallowCopy( const STEPaggregate & a ) {
const EntityNode * tmp = ( const EntityNode * ) a.GetHead();
while( tmp ) {
AddNode( new EntityNode( tmp -> node ) );
tmp = ( const EntityNode * ) tmp -> NextNode();
}
if( head ) {
_null = 0;
} else {
_null = 1;
}
return *this;
}
SingleLinkNode * EntityAggregate::NewNode() {
return new EntityNode();
}
///////////////////////////////////////////////////////////////////////////////
// EntityNode
///////////////////////////////////////////////////////////////////////////////
EntityNode::EntityNode() {
}
EntityNode::~EntityNode() {
}
EntityNode::EntityNode( SDAI_Application_instance * e ) : node( e ) {
}
SingleLinkNode * EntityNode::NewNode() {
return new EntityNode();
}
///////////////////////////////////////////////////////////////////////////////
Severity EntityNode::StrToVal( const char * s, ErrorDescriptor * err,
const TypeDescriptor * elem_type,
InstMgr * insts, int addFileId ) {
SDAI_Application_instance * se = ReadEntityRef( s, err, ",)", insts,
addFileId );
if( se != S_ENTITY_NULL ) {
ErrorDescriptor error;
if( EntityValidLevel( se, elem_type, &error ) == SEVERITY_NULL ) {
node = se;
} else {
node = S_ENTITY_NULL;
err->AppendToDetailMsg( error.DetailMsg() );
err->AppendToUserMsg( error.UserMsg() );
err->GreaterSeverity( error.severity() );
}
} else {
node = S_ENTITY_NULL;
}
return err->severity();
}
Severity EntityNode::StrToVal( istream & in, ErrorDescriptor * err,
const TypeDescriptor * elem_type,
InstMgr * insts, int addFileId ) {
return STEPread( in, err, elem_type, insts, addFileId );
}
Severity EntityNode::STEPread( const char * s, ErrorDescriptor * err,
const TypeDescriptor * elem_type,
InstMgr * insts, int addFileId ) {
istringstream in( ( char * )s );
return STEPread( in, err, elem_type, insts, addFileId );
}
Severity EntityNode::STEPread( istream & in, ErrorDescriptor * err,
const TypeDescriptor * elem_type,
InstMgr * insts, int addFileId ) {
SDAI_Application_instance * se = ReadEntityRef( in, err, ",)", insts,
addFileId );
if( se != S_ENTITY_NULL ) {
ErrorDescriptor error;
if( EntityValidLevel( se, elem_type, &error ) == SEVERITY_NULL ) {
node = se;
} else {
node = S_ENTITY_NULL;
err->AppendToDetailMsg( error.DetailMsg() );
err->AppendToUserMsg( error.UserMsg() );
err->GreaterSeverity( error.severity() );
}
} else {
node = S_ENTITY_NULL;
}
return err->severity();
}
const char * EntityNode::asStr( std::string & s ) {
s.clear();
if( !node || ( node == S_ENTITY_NULL ) ) { // nothing
return "";
} else { // otherwise return entity id
char tmp [64];
sprintf( tmp, "#%d", node->STEPfile_id );
s = tmp;
}
return const_cast<char *>( s.c_str() );
}
const char * EntityNode::STEPwrite( std::string & s, const char * ) {
if( !node || ( node == S_ENTITY_NULL ) ) { // nothing
s = "$";
return const_cast<char *>( s.c_str() );
}
asStr( s );
return const_cast<char *>( s.c_str() );
}
void EntityNode::STEPwrite( ostream & out ) {
if( !node || ( node == S_ENTITY_NULL ) ) { // nothing
out << "$";
}
std::string s;
out << asStr( s );
}
///////////////////////////////////////////////////////////////////////////////
// SelectAggregate
///////////////////////////////////////////////////////////////////////////////
SelectAggregate::SelectAggregate() {
}
SelectAggregate::~SelectAggregate() {
}
/// if exchangeFileFormat == 1 then delims are required.
Severity SelectAggregate::ReadValue( istream & in, ErrorDescriptor * err,
const TypeDescriptor * elem_type, InstMgr * insts,
int addFileId, int assignVal,
int exchangeFileFormat, const char * currSch ) {
ErrorDescriptor errdesc;
char errmsg[BUFSIZ];
int value_cnt = 0;
std::string buf;
if( assignVal ) {
Empty(); // read new values and discard existing ones
}
char c;
in >> ws; // skip white space
c = in.peek(); // does not advance input
if( in.eof() || ( c == '$' ) ) {
_null = 1;
err->GreaterSeverity( SEVERITY_INCOMPLETE );
return SEVERITY_INCOMPLETE;
}
if( c == '(' ) {
in.get( c );
} else if( exchangeFileFormat ) {
// error did not find opening delim
// give up because you do not know where to stop reading.
err->GreaterSeverity( SEVERITY_INPUT_ERROR );
return SEVERITY_INPUT_ERROR;
} else if( !in.good() ) {
// this should actually have been caught by skipping white space above
err->GreaterSeverity( SEVERITY_INCOMPLETE );
return SEVERITY_INCOMPLETE;
}
SelectNode * item = 0;
in >> ws;
// take a peek to see if there are any elements before committing to an
// element
c = in.peek(); // does not advance input
if( c == ')' ) {
in.get( c );
}
// if not assigning values only need one node. So only one node is created.
// It is used to read the values
else if( !assignVal ) {
item = ( SelectNode * ) NewNode();
}
while( in.good() && ( c != ')' ) ) {
value_cnt++;
if( assignVal ) { // create a new node each time through the loop
item = ( SelectNode * ) NewNode();
}
errdesc.ClearErrorMsg();
if( exchangeFileFormat ) {
item->STEPread( in, &errdesc, elem_type, insts, addFileId, currSch );
} else {
item->StrToVal( in, &errdesc, elem_type, insts, addFileId, currSch );
}
// read up to the next delimiter and set errors if garbage is
// found before specified delims (i.e. comma and quote)
CheckRemainingInput( in, &errdesc, elem_type->AttrTypeName( buf ), ",)" );
if( errdesc.severity() < SEVERITY_INCOMPLETE ) {
sprintf( errmsg, " index: %d\n", value_cnt );
errdesc.PrependToDetailMsg( errmsg );
err->AppendFromErrorArg( &errdesc );
}
if( assignVal ) {
AddNode( item );
}
in >> ws; // skip white space (although should already be skipped)
in.get( c ); // read delim
// CheckRemainingInput should have left the input right at the delim
// so that it would be read in in.get() above. Since it did not find
// the delim this does not know how to find it either!
if( ( c != ',' ) && ( c != ')' ) ) {
// cannot recover so give up and let STEPattribute recover
err->GreaterSeverity( SEVERITY_INPUT_ERROR );
return SEVERITY_INPUT_ERROR;
}
}
if( c == ')' ) {
_null = 0;
} else { // expectation for end paren delim has not been met
err->GreaterSeverity( SEVERITY_INPUT_ERROR );
err->AppendToUserMsg( "Missing close paren for aggregate value" );
return SEVERITY_INPUT_ERROR;
}
return err->severity();
}
STEPaggregate & SelectAggregate::ShallowCopy( const STEPaggregate & a ) {
const SelectNode * tmp = ( const SelectNode * ) a.GetHead();
while( tmp ) {
AddNode( new SelectNode( tmp -> node ) );
tmp = ( const SelectNode * ) tmp -> NextNode();
}
if( head ) {
_null = 0;
} else {
_null = 1;
}
return *this;
}
SingleLinkNode * SelectAggregate::NewNode() {
return new SelectNode();
}
///////////////////////////////////////////////////////////////////////////////
// SelectNode
///////////////////////////////////////////////////////////////////////////////
SelectNode::SelectNode( SDAI_Select * s ) : node( s ) {
}
SelectNode::SelectNode() {
}
SelectNode::~SelectNode() {
delete node;
}
SingleLinkNode * SelectNode::NewNode() {
return new SelectNode();
}
///////////////////////////////////////////////////////////////////////////////
Severity SelectNode::StrToVal( const char * s, ErrorDescriptor * err,
const TypeDescriptor * elem_type,
InstMgr * insts, int addFileId ) {
(void) elem_type; //unused
(void) addFileId; //unused
istringstream in( ( char * )s );
if( err->severity( node->STEPread( in, err, insts ) ) != SEVERITY_NULL ) {
err->AppendToDetailMsg( node ->Error() );
}
return err->severity();
}
Severity SelectNode::StrToVal( istream & in, ErrorDescriptor * err,
const TypeDescriptor * elem_type,
InstMgr * insts, int addFileId, const char * currSch ) {
return STEPread( in, err, elem_type, insts, addFileId, currSch );
}
Severity SelectNode::STEPread( const char * s, ErrorDescriptor * err,
const TypeDescriptor * elem_type,
InstMgr * insts, int addFileId ) {
istringstream in( ( char * )s );
return STEPread( in, err, elem_type, insts, addFileId );
}
Severity SelectNode::STEPread( istream & in, ErrorDescriptor * err,
const TypeDescriptor * elem_type,
InstMgr * insts, int addFileId, const char * currSch ) {
(void) elem_type; //unused
if( !node ) {
cerr << "Internal error: " << __FILE__ << ": " << __LINE__ << "\n"
<< _POC_ "\n";
cerr << "function: SelectNode::STEPread \n" << "\n";
return SEVERITY_BUG;
}
err->severity( node->STEPread( in, err, insts, 0, addFileId, currSch ) );
CheckRemainingInput( in, err, "select", ",)" );
return err->severity();
}
const char * SelectNode::asStr( std::string & s ) {
s.clear();
if( !node || ( node->is_null() ) ) { // nothing
return "";
} else { // otherwise return entity id
node -> STEPwrite( s );
return const_cast<char *>( s.c_str() );
}
}
const char * SelectNode::STEPwrite( std::string & s, const char * currSch ) {
s.clear();
if( !node || ( node->is_null() ) ) { // nothing
s = "$";
return "$";
}
node -> STEPwrite( s, currSch );
return const_cast<char *>( s.c_str() );
}
void SelectNode::STEPwrite( ostream & out ) {
if( !node || ( node->is_null() ) ) { // nothing
out << "$";
}
std::string s;
out << asStr( s );
}
///////////////////////////////////////////////////////////////////////////////
// StringAggregate
///////////////////////////////////////////////////////////////////////////////
StringAggregate::StringAggregate() {
}
StringAggregate::~StringAggregate() {
}
STEPaggregate & StringAggregate::ShallowCopy( const STEPaggregate & a ) {
Empty();
SingleLinkNode * next = a.GetHead();
SingleLinkNode * copy;
while( next ) {
copy = new StringNode( *( StringNode * )next );
AddNode( copy );
next = next->NextNode();
}
if( head ) {
_null = 0;
} else {
_null = 1;
}
return *this;
}
SingleLinkNode * StringAggregate::NewNode() {
return new StringNode();
}
///////////////////////////////////////////////////////////////////////////////
// StringNode
///////////////////////////////////////////////////////////////////////////////
StringNode::StringNode() {
value = "";
}
StringNode::~StringNode() {
}
StringNode::StringNode( StringNode & sn ) {
value = sn.value.c_str();
}
StringNode::StringNode( const char * sStr ) {
// value is an SDAI_String (the memory is copied)
value = sStr;
}
SingleLinkNode * StringNode::NewNode() {
return new StringNode();
}
/**
* non-whitespace chars following s are considered garbage and is an error.
* a valid value will still be assigned if it exists before the garbage.
*/
Severity StringNode::StrToVal( const char * s, ErrorDescriptor * err ) {
return STEPread( s, err );
}
/**
* this function assumes you will check for garbage following input
*/
Severity StringNode::StrToVal( istream & in, ErrorDescriptor * err ) {
return value.STEPread( in, err );
}
/**