/* ---- api functions ---- */
struct pgn_game_node* pgn_list_games(const char* filename){
int fhandler;
char line_buffer[128];
struct pgn_game_node size_node, *first_game = NULL;
struct pgn_game_node *curr_node = NULL, *temp_node;
unsigned short game_count = 1;
int line_count = 0;
bool header_start = true, game_start = false;
if ( (fhandler = rb->open(filename, O_RDONLY)) < 0 ) return NULL;
if (bufptr == NULL){
pl_malloc_init();
}
while (rb->read_line(fhandler, line_buffer, sizeof line_buffer) > 0){
line_count++;
/* looking for a game header */
if (header_start) {
/* a new game header is found */
if (line_buffer[0] == '['){
temp_node = (struct pgn_game_node *)pl_malloc(sizeof size_node);
temp_node->next_node = NULL;
if (curr_node == NULL) {
first_game = curr_node = temp_node;
} else {
curr_node->next_node = temp_node;
curr_node = temp_node;
}
process_tag(curr_node, line_buffer);
curr_node->game_number = game_count;
curr_node->pgn_line = 0;
game_count++;
header_start = false;
game_start = true;
}
} else {
if (line_buffer[0] == '['){
process_tag(curr_node, line_buffer);
} else if (line_buffer[0] == '\r'
|| line_buffer[0] == '\n'
|| line_buffer[0] == '\0'){
if (game_start) {
game_start = false;
} else {
header_start = true;
}
} else {
if (curr_node->pgn_line == 0) {
curr_node->pgn_line = line_count;
}
}
}
}
rb->close(fhandler);
return first_game;
}
/**
* Process a tag
*/
static int tag_hook(void *user_data, char *name, char **atts, int type)
{
int result = IKS_OK;
struct nlsml_parser *parser = (struct nlsml_parser *)user_data;
if (type == IKS_OPEN || type == IKS_SINGLE) {
struct nlsml_node *child_node = malloc(sizeof(*child_node));
child_node->name = name;
child_node->tag_def = switch_core_hash_find(globals.tag_defs, name);
if (!child_node->tag_def) {
child_node->tag_def = switch_core_hash_find(globals.tag_defs, "ANY");
}
child_node->parent = parser->cur;
parser->cur = child_node;
switch_log_printf(SWITCH_CHANNEL_UUID_LOG(parser->uuid), SWITCH_LOG_DEBUG1, "<%s>\n", name);
result = process_tag(parser, name, atts);
}
if (type == IKS_CLOSE || type == IKS_SINGLE) {
struct nlsml_node *node = parser->cur;
parser->cur = node->parent;
free(node);
switch_log_printf(SWITCH_CHANNEL_UUID_LOG(parser->uuid), SWITCH_LOG_DEBUG1, "</%s>\n", name);
}
return result;
}
static void
process_dense(OSMPBF__PrimitiveBlock *primitive_block, OSMPBF__DenseNodes *dense, struct maptool_osm *osm)
{
int i,j=0,has_tags;
long long id=0,lat=0,lon=0,changeset=0,timestamp=0;
int user_sid=0,uid=0;
if (!dense)
return;
for (i = 0 ; i < dense->n_id ; i++) {
id+=dense->id[i];
lat+=dense->lat[i];
lon+=dense->lon[i];
changeset+=dense->denseinfo->changeset[i];
user_sid+=dense->denseinfo->user_sid[i];
uid+=dense->denseinfo->uid[i];
timestamp+=dense->denseinfo->timestamp[i];
has_tags=dense->keys_vals && dense->keys_vals[j];
osm_add_node(id, lat/latlon_scale,lon/latlon_scale);
#if 0
printf("\t<node id=\"%Ld\" lat=\"%.7f\" lon=\"%.7f\" version=\"%d\" changeset=\"%Ld\"",id,lat/latlon_scale,lon/latlon_scale,dense->denseinfo->version[i],changeset);
process_user(primitive_block, user_sid, uid, 0);
process_timestamp(timestamp);
#endif
if (has_tags) {
#if 0
printf(">\n");
#endif
while (dense->keys_vals[j]) {
process_tag(primitive_block, dense->keys_vals[j], dense->keys_vals[j+1]);
j+=2;
}
#if 0
printf("\t</node>\n");
} else
printf("/>\n");
#else
}
#endif
osm_end_node(osm);
j++;
}
static void go(Job *job, FILE *pjf)
{
int c;
while ((c = fgetc(pjf)) != EOF)
{
if (c != TAG_BEGIN)
putchar(c);
else
{
c = fgetc(pjf);
if (c == TAG_CANCEL)
putchar(c);
else
{
ungetc(c, pjf);
process_tag(job, pjf);
}
}
}
}
static int process_object(struct walker *walker, struct object *obj)
{
if (obj->type == OBJ_COMMIT) {
if (process_commit(walker, (struct commit *)obj))
return -1;
return 0;
}
if (obj->type == OBJ_TREE) {
if (process_tree(walker, (struct tree *)obj))
return -1;
return 0;
}
if (obj->type == OBJ_BLOB) {
return 0;
}
if (obj->type == OBJ_TAG) {
if (process_tag(walker, (struct tag *)obj))
return -1;
return 0;
}
return error("Unable to determine requirements "
"of type %s for %s",
typename(obj->type), sha1_to_hex(obj->sha1));
}
/**
* Process a tag
*/
static int tag_hook(void *user_data, char *name, char **atts, int type)
{
int result = IKS_OK;
struct ssml_parser *parsed_data = (struct ssml_parser *)user_data;
struct ssml_node *new_node = malloc(sizeof *new_node);
struct ssml_node *parent_node = parsed_data->cur_node;
if (type == IKS_OPEN || type == IKS_SINGLE) {
if (parent_node) {
/* inherit parent attribs */
*new_node = *parent_node;
new_node->parent_node = parent_node;
} else {
new_node->name[0] = '\0';
new_node->language[0] = '\0';
new_node->gender[0] = '\0';
new_node->parent_node = NULL;
}
new_node->tts_voice = NULL;
new_node->say_macro = NULL;
strncpy(new_node->tag_name, name, TAG_LEN);
new_node->tag_name[TAG_LEN - 1] = '\0';
parsed_data->cur_node = new_node;
result = process_tag(parsed_data, name, atts);
}
if (type == IKS_CLOSE || type == IKS_SINGLE) {
if (parsed_data->cur_node) {
struct ssml_node *parent_node = parsed_data->cur_node->parent_node;
free(parsed_data->cur_node);
parsed_data->cur_node = parent_node;
}
}
return result;
}
void
RichTextBox::DrawRichText(Rect& text_rect)
{
// clip the rect:
Rect clip_rect = ClipRect(text_rect);
clip_rect.h -= 8;
if (clip_rect.w < 1 || clip_rect.h < 1)
return;
const char* t = text.data();
int count = text.length();
int nlines = 0;
int xpos = 0;
int block_start = 0;
int block_count = 0;
int curr_word_end = -1;
int next_word_end = 0;
int eol_index = 0;
int new_line = 0;
int x_offset = 0;
int y_offset = 0;
int length = 0;
Font* rich_font = font;
rich_font->SetColor(fore_color);
if (smooth_scroll) {
double fraction = smooth_offset - (int) smooth_offset;
y_offset = (int) ((1-fraction) * (rich_font->Height() + leading));
}
// while there is still text:
while (block_start < count) {
bool found_tag = false;
do {
found_tag = false;
if (t[block_start] == '<') {
block_start = process_tag(t, block_start, rich_font);
found_tag = true;
}
else if (t[block_start] == '\t') {
block_start++;
x_offset = GetNextTab(x_offset);
if (x_offset > text_rect.w) {
nlines++;
if (nlines > top_index)
y_offset += rich_font->Height() + leading;
x_offset = 0;
new_line = false;
}
found_tag = true;
}
else if (t[block_start] == '\r') {
block_start++;
if (t[block_start] == '\n')
block_start++;
nlines++;
if (nlines > top_index)
y_offset += rich_font->Height() + leading;
x_offset = 0;
new_line = false;
found_tag = true;
}
else if (t[block_start] == '\n') {
block_start++;
if (t[block_start] == '\r')
block_start++;
nlines++;
if (nlines > top_index)
y_offset += rich_font->Height() + leading;
x_offset = 0;
new_line = false;
found_tag = true;
}
}
while (found_tag);
next_word_end = find_next_word_end(t, block_start);
if (!next_word_end || next_word_end == curr_word_end) {
new_line = true;
}
else if (t[next_word_end] == '\n') {
eol_index = curr_word_end = next_word_end;
new_line = true;
}
else {
int word_len = next_word_end - block_start + 1;
length = rich_font->StringWidth(t+block_start, word_len);
// if this word was too long, wrap to next line:
if (x_offset + length > text_rect.w) {
nlines++;
if (nlines > top_index)
y_offset += rich_font->Height() + leading;
x_offset = 0;
new_line = false;
}
// is there a trailing newline?
curr_word_end = next_word_end;
// check for a newline in the next block of white space:
eol_index = 0;
const char* eol = &t[curr_word_end+1];
while (*eol && isspace(*eol) && *eol != '\n')
eol++;
if (*eol == '\n') {
eol_index = eol - t;
new_line = true;
}
}
block_count = curr_word_end - block_start + 1;
if (block_count > 0) {
length = rich_font->StringWidth(t+block_start, block_count);
}
// there was a single word longer than the entire line:
else {
block_count = next_word_end - block_start + 1;
length = rich_font->StringWidth(t+block_start, block_count);
curr_word_end = next_word_end;
}
if (length > 0 && nlines >= top_index && nlines < top_index+page_size) {
int x1 = text_rect.x + x_offset + rect.x;
int y1 = text_rect.y + y_offset + rect.y;
rich_font->DrawString(t+block_start, block_count, x1, y1, clip_rect);
}
if (new_line) {
nlines++;
if (nlines > top_index)
y_offset += rich_font->Height() + leading;
x_offset = 0;
new_line = false;
}
else if (length < 1 || text[next_word_end] == '-') {
x_offset += length;
}
else {
x_offset += length + rich_font->SpaceWidth();
}
if (eol_index > 0)
curr_word_end = eol_index;
block_start = find_next_word_start(t, curr_word_end+1);
}
line_count = nlines;
}
static void scan_gml( void )
{
inputcb * cb;
char * p;
int toklen;
int k;
char csave;
bool processed;
gtentry * ge; // GML user tag entry
mac_entry * me; // script macro for processing GML tag
char linestr[MAX_L_AS_STR];
char tok_upper[TAG_NAME_LENGTH];
cb = input_cbs;
p = scan_start + 1;
tok_start = scan_start;
while( is_id_char( *p ) && p <= scan_stop ) { // search end of TAG
p++;
}
scan_start = p; // store argument start address
toklen = p - tok_start - 1;
csave = *p;
*p = '\0';
if( toklen >= TAG_NAME_LENGTH ) {
err_count++;
// SC--009 The tagname is too long
if( cb->fmflags & II_macro ) {
ultoa( cb->s.m->lineno, linestr, 10 );
g_err( err_tag_name, tok_start + 1, linestr, "macro",
cb->s.m->mac->name );
} else {
ultoa( cb->s.f->lineno, linestr, 10 );
g_err( err_tag_name, tok_start + 1, linestr, "file",
cb->s.f->filename );
}
if( inc_level > 0 ) {
show_include_stack();
}
*p = csave;
scan_start = tok_start; // process as text
return;
}
if( GlobalFlags.firstpass && cb->fmflags & II_research ) {
if( stricmp( tok_start + 1, "cmt" ) ) { // quiet for :cmt.
if( cb->fmflags & II_macro ) {
printf_research( "L%d %c%s tag found in macro %s(%d)\n\n",
inc_level, GML_char, tok_start + 1,
cb->s.m->mac->name, cb->s.m->lineno );
} else {
printf_research( "L%d %c%s tag found in file %s(%d)\n\n",
inc_level, GML_char, tok_start + 1,
cb->s.f->filename, cb->s.f->lineno );
}
}
add_GML_tag_research( tok_start + 1 );
}
if( ProcFlags.layout ) {
ge = NULL; // no user tags within :LAYOUT
} else {
ge = find_tag( &tag_dict, tok_start + 1 );
}
processed = false;
me = NULL;
if( ge != NULL ) { // GML user defined Tag found
*p = csave;
if( ge->tagflags & tag_off ) { // inactive, treat as text
scan_start = tok_start;
return;
}
me = find_macro( macro_dict, ge->macname );
if( me == NULL ) {
err_count++;
// SC--037: The macro 'xxxxxx' for the gml tag 'yyyyy'
// is not defined
if( cb->fmflags & II_macro ) {
ultoa( cb->s.m->lineno, linestr, 10 );
g_err( err_tag_macro, ge->macname, ge->name,
linestr, "macro", cb->s.m->mac->name );
} else {
ultoa( cb->s.f->lineno, linestr, 10 );
g_err( err_tag_macro, ge->macname, ge->name,
linestr, "file", cb->s.f->filename );
}
if( inc_level > 0 ) {
show_include_stack();
}
*p = csave;
scan_start = tok_start; // process as text
return;
} else {
/*******************************************************************/
/* The following is to prevent an endless loop */
/* Example from ow documentation: */
/* .gt ZH1 add zh1 */
/* .gt H1 add zh1 */
/* .dm zh1 begin */
/* ... */
/* :H1 <---- overridden gml tag */
/* ... */
/* .dm zh1 end */
/* */
/* we call the predefined :H1 instead */
/*******************************************************************/
if( (cb->fmflags & II_tag) && (cb->s.m->mac == me) ) {
me = NULL;
}
}
}
if( me != NULL ) { // usertag and coresponding macro ok
processed = process_tag( ge, me );
} else {
*p ='\0';
for( k = 0; k <= toklen; k++ ) {
tok_upper[k] = toupper( *(tok_start + 1 + k) );
}
tok_upper[k] = '\0';
if( ProcFlags.layout ) { // different tags within :LAYOUT
for( k = 0; k < LAY_TAGMAX; ++k ) {
if( toklen == lay_tags[k].taglen ) {
if( !strcmp( lay_tags[k].tagname, tok_upper ) ) {
*p = csave;
lay_ind = -1; // process tag not attribute
lay_tags[k].gmlproc( &lay_tags[k] );
processed = true;
lay_ind = k; // now process attributes if any
if( *scan_start == '.' ) {
scan_start++;
}
break;
}
}
}
if( !processed ) { // check for gml only tag in :LAYOUT
for( k = 0; k < GML_TAGMAX; ++k ) {
if( toklen == gml_tags[k].taglen ) {
if( !strcmp( gml_tags[k].tagname, tok_upper ) ) {
g_err( err_gml_in_lay, gml_tags[k].tagname );
err_count++;
file_mac_info();
processed = true;
scan_start = scan_stop + 1;
break;
}
}
}
}
} else { // not within :LAYOUT
for( k = 0; k < GML_TAGMAX; ++k ) {
if( toklen == gml_tags[k].taglen ) {
if( !strcmp( gml_tags[k].tagname, tok_upper ) ) {
if( GlobalFlags.firstpass &&
!strcmp(tok_upper, "LAYOUT" ) &&
ProcFlags.fb_document_done ) {
g_err( err_lay_too_late );
err_count++;
file_mac_info();
processed = true;
scan_start = scan_stop + 1;
break;
}
*p = csave;
if( (rs_loc == 0) && !ProcFlags.need_li_lp ) {
// no restrictions: do them all
gml_tags[k].gmlproc( &gml_tags[k] );
} else if( ProcFlags.need_li_lp &&
((gml_tags[k].taglocs & li_lp_tag) != 0) ) {
// tag is LP or LI
gml_tags[k].gmlproc( &gml_tags[k] );
} else if( (gml_tags[k].taglocs & rs_loc) != 0 ) {
// tag allowed in this restricted location
gml_tags[k].gmlproc( &gml_tags[k] );
} else if( (gml_tags[k].tagflags & tag_is_general) != 0 ) {
// tag allowed everywhere
gml_tags[k].gmlproc( &gml_tags[k] );
} else {
start_doc_sect(); // if not already done
if( ProcFlags.need_li_lp ) {
xx_nest_err( err_no_li_lp );
} else { // rs_loc > 0
g_err_tag_rsloc( rs_loc, tok_start );
}
}
processed = true;
if( *scan_start == '.' ) {
scan_start++;
}
break;
}
}
}
if( !processed ) { // check for layout tag in normal text
for( k = 0; k < LAY_TAGMAX; ++k ) {
if( toklen == lay_tags[k].taglen ) {
if( !strcmp( lay_tags[k].tagname, tok_upper ) ) {
g_err( err_lay_in_gml, lay_tags[k].tagname );
err_count++;
file_mac_info();
processed = true;
scan_start = scan_stop + 1;
break;
}
}
}
}
}
}
if( *p == '\0' ) {
*p = csave;
}
if( !processed ) { // treat as text
scan_start = tok_start;
}
}
