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Delphi(Pascal) code:
if Node.ChildNodes <> nil then
begin
for i := 0 to Node.ChildNodes.Count - 1 do
begin
cNode := Node.ChildNodes.Get(i);
shapetype := cNode.NodeName;
if (shapeType = 'line') then
begin
shape := TLine.Create;
shape.ShapeType := shapetype;
shape.Name := cNode.AttributeNodes.Nodes['name'].NodeValue;
TLine(shape).X1 := cNode.AttributeNodes.Nodes['x1'].NodeValue;
TLine(shape).Y1 := cNode.AttributeNodes.Nodes['y1'].NodeValue;
TLine(shape).X2 := cNode.AttributeNodes.Nodes['x2'].NodeValue;
TLine(shape).Y2 := cNode.AttributeNodes.Nodes['y2'].NodeValue;
try
TLine(shape).Color := StringToColor(cNode.AttributeNodes.Nodes['color'].NodeValue);
except
TLine(shape).Color := ClBlue;
end;
end
else if (shapeType = 'rectangle') then
begin
shape := TRectangle.Create;
shape.ShapeType := shapetype;
shape.Name := cNode.AttributeNodes.Nodes['name'].NodeValue;
TRectangle(shape).X1 := cNode.AttributeNodes.Nodes['x1'].NodeValue;
TRectangle(shape).Y1 := cNode.AttributeNodes.Nodes['y1'].NodeValue;
TRectangle(shape).X2 := cNode.AttributeNodes.Nodes['x2'].NodeValue;
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s = u'\u6d4b\u8bd5'
print s
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using namespace std;
int main()
{
const int def_buffer = 1024 * 4;
DWORD t;
BYTE b[def_buffer];
memset(b, 0, sizeof(b));
PBYTE p;
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