int buffer_to_output(char *pBuffer, FILE *pOutput)
{
int iRetval = 0;
macro_list *pMacros = NULL;
/* Tokenize the macros and their corresponding values.
*/
pMacros = extract_macros(pBuffer);
if(pMacros != NULL) {
/* Perform forward to backslash conversion on those macros known to be
* path information only.
*/
slash_convert(pMacros, "JBOOTDIRS");
slash_convert(pMacros, "JDIRS");
slash_convert(pMacros, "DEPTH");
slash_convert(pMacros, "NS_DEPTH");
slash_convert(pMacros, "PACKAGE");
slash_convert(pMacros, "JMC_GEN_DIR");
slash_convert(pMacros, "DIST_PUBLIC");
/* Process some of the macros, and convert them
* into different macros with different data.
*/
morph_macro(&pMacros, "JMC_GEN", "JMC_HEADERS", "$(JMC_GEN_DIR)\\%s.h");
morph_macro(&pMacros, "JMC_GEN", "JMC_STUBS", "$(JMC_GEN_DIR)\\%s.c");
morph_macro(&pMacros, "JMC_GEN", "JMC_OBJS", ".\\$(OBJDIR)\\%s.obj");
morph_macro(&pMacros, "CSRCS", "C_OBJS", ".\\$(OBJDIR)\\%s.obj");
morph_macro(&pMacros, "CPPSRCS", "CPP_OBJS", ".\\$(OBJDIR)\\%s.obj");
morph_macro(&pMacros, "REQUIRES", "LINCS", "-I$(XPDIST)\\public\\%s");
create_classroot( &pMacros );
/* Output the Macros and the corresponding values.
*/
iRetval = write_macros(pMacros, pOutput);
/* Output rule file inclusion
*/
if(iRetval == 0) {
iRetval = output_rules(pOutput);
}
/* Output explicit build rules/dependencies for JMC_GEN.
*/
if(iRetval == 0) {
iRetval = explicit_rules(pMacros, "JMC_GEN", pOutput);
}
if(iRetval == 0) {
iRetval = output_end(pOutput);
}
/* Free off the macro list.
*/
free_macro_list(pMacros);
pMacros = NULL;
}
return(iRetval);
}
/*!
@brief Adapter for SIMD read-only range
Convert an existing range specified by two iterators into a SIMD aware
read-only iterator returning SIMD pack of optimal cardinal for current
architecture.
@usage_output{memory/output_range.cpp,memory/output_range.out}
@param r A Range addressing a contiguous memory block
@return An instance of output_range
**/
template<class Iterator> inline
boost::iterator_range< output_iterator<Iterator> >
output_range( Iterator begin, Iterator end )
{
BOOST_ASSERT_MSG
( is_aligned(std::distance(begin,end) , output_iterator<Iterator>::cardinal)
, "Range being adapted holds a non integral number of SIMD pack."
);
return boost::make_iterator_range( output_begin(begin), output_end(end) );
}
void html_output_file( void )
/***************************/
{
ctx_def *ctx;
output_hdr();
for( ctx = Ctx_list; ctx != NULL; ctx = ctx->next ) {
if( !Remove_empty || !ctx->empty || ctx->req_by_link ) {
if( !Exclude_special || !is_special_topic( ctx, FALSE ) ) {
output_ctx_hdr( ctx );
output_ctx_sections( ctx );
}
}
}
output_end();
}
void ib_output_file( void )
/*************************/
{
ctx_def *ctx;
if( IB_def_topic != NULL ) {
fprintf( Out_file, "DEFTOPIC::::\"%s\"\n", IB_def_topic );
free( IB_def_topic );
}
if( IB_help_desc != NULL ) {
fprintf( Out_file, "DESCRIPTION::::\"%s\"\n", IB_help_desc );
free( IB_help_desc );
}
for( ctx = Ctx_list; ctx != NULL; ctx = ctx->next ) {
if( !Remove_empty || !ctx->empty || ctx->req_by_link ) {
output_ctx_hdr( ctx );
output_ctx_sections( ctx );
}
}
output_end();
}
