void Game_DecoratedText::Draw(int _x, int _y, int _n, int _w, BYTE _align) const{
int color = 0x00ffffff;
int tmpX = _x; // 現在の描画位置
// _align値に応じて描画位置を判断する
int width = GetDrawWidth();
switch(_align){
case ALIGN_CENTER:
tmpX += (_w-width)/2;
break;
case ALIGN_RIGHT:
tmpX += (_w-width);
break;
}
int count = 0;
if(_n==-1){
count = GetStrLen();
}else{
count = _n;
}
for(int n=0; n<min(DECORATEDTEXT_MAX_LENGTH, count); n++){
// 使われていない文字に出会ったらすぐに終了する
if(!drawBuf[n].used) return;
// フラグから文字色を判断する。
if(drawBuf[n].flags & DECORATEDTEXT_FLAG_ACTIVE){
color = GetPresetColor(presetColor, COLORSET_COLOR_ACTIVE);
}else if(drawBuf[n].flags & DECORATEDTEXT_FLAG_POSITIVE){
color = GetPresetColor(presetColor, COLORSET_COLOR_POSITIVE);
}else if(drawBuf[n].flags & DECORATEDTEXT_FLAG_POSITIVE){
color = GetPresetColor(presetColor, COLORSET_COLOR_NEGATIVE);
}else{
color = GetPresetColor(presetColor, COLORSET_COLOR_NORMAL);
}
// 文字を描画する
DrawStringToHandle(tmpX, _y, drawBuf[n].character,
color, hFont);
// 描画位置を送る
if(drawBuf[n].flags & DECORATEDTEXT_FLAG_HALF){
tmpX += halfCharWidth;
}else{
tmpX += charWidth;
}
}
}
static void InitTypeHandle( imp_image_handle *ii,
imp_type_handle *it,
location_context *lc ) {
/***********************************************************************/
//Set type handle to the base state
//If array poise at first index
imp_type_handle sub;
dr_array_info info;
dr_handle btype;
dr_array_stat stat;
uint_32 base_stride;
uint_32 n_el;
if( it->state == DF_NOT ) {
DRSetDebug( ii->dwarf->handle ); /* must do at each call into dwarf */
DRGetTypeInfo( it->type, &it->typeinfo );
it->state = DF_SET;
it->sub_array = FALSE;
if( it->typeinfo.kind == DR_TYPEK_ARRAY ) {
if( it->typeinfo.size == 0 ) {
btype = DRSkipTypeChain( it->type ); /* skip modifiers and typedefs */
stat = DRGetArrayInfo( btype, &info );
if( stat & DR_ARRAY_STRIDE_SIZE ) {
base_stride = info.stride_size/8;
} else {
btype = DRGetTypeAT( btype ); /* get base type */
sub.type = btype;
sub.im = it->im;
sub.state = DF_NOT;
InitTypeHandle( ii, &sub, lc );
base_stride = sub.typeinfo.size;
}
it->array.base_stride = base_stride;
it->array.column_major = 0; /* 1 for fortran */
if( stat & DR_ARRAY_ORDERING ) {
if( info.ordering == DW_ORD_col_major ) {
it->array.column_major = 1;
}
} else if( IMH2MODI( ii, it->im )->lang == DR_LANG_FORTRAN ) {
it->array.column_major = 1;
}
if( info.child == DR_HANDLE_NUL ) { // set info now
it->array.dims = 1;
it->array.low = 0;
it->array.index = DR_HANDLE_NUL;
if( stat & DR_ARRAY_COUNT ) {
if( info.count == 0 ) { // ie char (*x)[]
info.count = 1;
}
it->typeinfo.size = info.count * it->array.base_stride;
it->array.num_elts= info.count;
} else {
it->typeinfo.size = it->array.base_stride;
}
if( !it->array.column_major ) {
base_stride = it->typeinfo.size;
n_el = it->array.num_elts;
base_stride = n_el ? base_stride / n_el : 0;
it->array.base_stride = base_stride;
}
it->array.is_set = TRUE;
it->array.is_based = FALSE;
it->sub_array = FALSE;
} else {
it->sub_array = TRUE;
it->array.is_set = FALSE;
it->array.index = GetArrayDim( info.child, 0 );
}
}
} else if( it->typeinfo.kind == DR_TYPEK_STRING ) {
if( DRStringLengthAT( it->type ) ) {
if( !GetStrLen( ii, it->type, lc, &it->typeinfo ) ) {
it->typeinfo.size = 1;
}
}
}
}
if( it->typeinfo.kind == DR_TYPEK_ARRAY ) {
if( !it->array.is_set ) {
GetArraySize( ii, it, lc );
} else if( it->array.is_based ) {
GetArraySubSize( ii, it, lc );
}
}
}