element * parse_markdown_with_metadata(char *string, int extensions, element *reference_list, element *note_list, element *label_list) {
char *oldcharbuf;
syntax_extensions = extensions;
references = reference_list;
notes = note_list;
labels = label_list;
oldcharbuf = charbuf;
charbuf = string;
start_time = clock();
yyparsefrom(yy_DocWithMetaData);
charbuf = oldcharbuf; /* restore charbuf to original value */
/* reset start_time for subsequent passes */
start_time = 0;
if (parse_aborted) {
parse_aborted = 0;
free_element_list(parse_result);
return NULL;
}
return parse_result;
}
element * parse_markdown_for_opml(char *string, int extensions) {
yycontext *context = create_parsing_context(string, extensions, NULL, NULL, NULL);
yyparsefrom(context, yy_DocForOPML);
element *parse_result = context->state->parse_result;
free_parsing_context(context);
return parse_result;
}
element * parse_metadata_only(char *string, int extensions) {
yycontext *context = create_parsing_context(string, extensions, NULL, NULL, NULL);
yyparsefrom(context, yy_MetaDataOnly);
element *parse_result = context->state->parse_result;
free_parsing_context(context);
return parse_result;
}
element * parse_labels(char *string, int extensions, element *reference_list, element *note_list) {
yycontext *context = create_parsing_context(string, extensions, reference_list, note_list, NULL);
yyparsefrom(context, yy_AutoLabels); /* third pass, to collect labels */
element *labels = context->state->labels;
free_parsing_context(context);
return labels;
}
element * parse_references(char *string, int extensions)
{
yycontext *context = create_parsing_context(string, extensions, NULL, NULL, NULL);
yyparsefrom(context, yy_References); /* first pass, just to collect references */
element *references = context->state->references;
free_parsing_context(context);
return references;
}
element * parse_markdown(char *string, int extensions, element *reference_list, element *note_list, element *label_list) {
yycontext *context = create_parsing_context(string, extensions, reference_list, note_list, label_list);
yyparsefrom(context, yy_Doc);
element *parse_result = context->state->parse_result;
free_parsing_context(context);
return parse_result;
}
mdp_element *parse_references(char *string, int extensions) {
syntax_extensions = extensions;
char *oldcharbuf = charbuf;
charbuf = string;
// First pass to collect references
yyparsefrom(yy_References);
charbuf = oldcharbuf;
return references;
}
element * parse_references(char *string, int extensions) {
char *oldcharbuf;
syntax_extensions = extensions;
oldcharbuf = charbuf;
charbuf = string;
yyparsefrom(yy_References); /* first pass, just to collect references */
charbuf = oldcharbuf;
return references;
}
mdp_element *parse_content(char *string, int extensions, mdp_element *reference_list, mdp_element *note_list) {
syntax_extensions = extensions;
references = reference_list;
notes = note_list;
char *oldcharbuf = charbuf;
charbuf = string;
yyparsefrom(yy_Doc);
charbuf = oldcharbuf; /* restore charbuf to original value */
return parse_result;
}
element * parse_markdown_for_opml(char *string, int extensions) {
char *oldcharbuf;
syntax_extensions = extensions;
oldcharbuf = charbuf;
charbuf = string;
yyparsefrom(yy_DocForOPML);
charbuf = oldcharbuf; /* restore charbuf to original value */
return parse_result;
}
element * parse_metadata_only(char *string, int extensions) {
char *oldcharbuf;
syntax_extensions = extensions;
oldcharbuf = charbuf;
charbuf = string;
yyparsefrom(yy_MetaDataOnly);
charbuf = oldcharbuf; /* restore charbuf to original value */
return parse_result;
}
element * parse_notes(char *string, int extensions, element *reference_list) {
yycontext *context = create_parsing_context(string, extensions, reference_list, NULL, NULL);
element *notes = NULL;
if (extension(context->state, EXT_NOTES)) {
yyparsefrom(context, yy_Notes); /* second pass for notes */
notes = context->state->notes;
}
free_parsing_context(context);
return notes;
}
element * parse_labels(char *string, int extensions, element *reference_list, element *note_list) {
char *oldcharbuf;
syntax_extensions = extensions;
references = reference_list;
notes = note_list;
labels = NULL;
oldcharbuf = charbuf;
charbuf = string;
yyparsefrom(yy_AutoLabels); /* third pass, to collect labels */
charbuf = oldcharbuf;
return labels;
}
mdp_element *parse_notes(char *string, int extensions, mdp_element *reference_list) {
notes = NULL;
syntax_extensions = extensions;
if (extension(MDP_EXT_NOTES)) {
char *oldcharbuf = charbuf;
references = reference_list;
charbuf = string;
// Second pass to collect notes
yyparsefrom(yy_Notes);
charbuf = oldcharbuf;
}
return notes;
}
element * parse_notes(char *string, int extensions, element *reference_list) {
char *oldcharbuf;
notes = NULL;
syntax_extensions = extensions;
if (extension(EXT_NOTES)) {
references = reference_list;
oldcharbuf = charbuf;
charbuf = string;
yyparsefrom(yy_Notes); /* second pass for notes */
charbuf = oldcharbuf;
}
return notes;
}
element * parse_markdown_with_metadata(char *string, int extensions, element *reference_list, element *note_list, element *label_list) {
yycontext *context = create_parsing_context(string, extensions, reference_list, note_list, label_list);
context->state->start_time = clock();
yyparsefrom(context, yy_DocWithMetaData);
element *parse_result = context->state->parse_result;
int is_aborted = context->state->parse_aborted;
free_parsing_context(context);
if (is_aborted) {
free_element_list(parse_result);
return NULL;
}
return parse_result;
}
element * parse_markdown(char *string, int extensions, element *reference_list, element *note_list, element *label_list) {
char *oldcharbuf;
syntax_extensions = extensions;
references = reference_list;
notes = note_list;
labels = label_list;
oldcharbuf = charbuf;
charbuf = string;
yyparsefrom(yy_Doc);
charbuf = oldcharbuf; /* restore charbuf to original value */
/* if (parse_aborted) {
free_element_list(parse_result);
return NULL;
}*/
return parse_result;
}
