public MemoryLogItem(String unparsedText, int id)
{
mPair = null;
String[]arr = unparsedText.Split(',');
int size;
int request;
uint location;
int time;
String name;
mId = id;
if (arr[0] == ItemTypeName[(int)ItemType.Label] )
{
name = arr[2];
location = 0;
size = 0;
request = 0;
time = Convert.ToInt32(arr[1]);
}
else if (arr[0] == ItemTypeName[(int)ItemType.Alloc] ) {
name = arr[1];
location = Convert.ToUInt32(arr[2], 16);
size = Convert.ToInt32(arr[3]);
request = 1;// Convert.ToInt32(arr[4]);
time = Convert.ToInt32(arr[6]);
}
else if ( arr[0] == ItemTypeName[(int)ItemType.Free] )
{
name = arr[1];
location = Convert.ToUInt32(arr[2], 16);
size = Convert.ToInt32(arr[3]);
request = 2;// Convert.ToInt32(arr[4]);
time = Convert.ToInt32(arr[6]);
}
else if ( arr[0] == ItemTypeName[(int)ItemType.Size])
{
name = arr[1];
location = Convert.ToUInt32(arr[2], 16);
size = Convert.ToInt32(arr[3]);
request = 0;
time = Convert.ToInt32(arr[5]);
}
else
{
// bad data
return ;
}
if ( name == null )
{
Console.WriteLine( "null: " + location );
}
Initialize(name, arr[0], size, request, location, time);
}
private Rectangle CreateRectangle(MemoryLogItem memLogItem)
{
// Map this item onto the visible space.
int startX = MemoryToVisible( memLogItem.Location );
int endX = MemoryToVisible( memLogItem.EndPoint );
if ( endX - startX < 1 ) endX = startX + 1;
if ( startX >= mDestRegion.Size.Width || endX <= 0 || endX - startX < 1 )
{
// Item completely invisible. Don't draw
return new Rectangle( 0, 0, 0, 0 );
}
return new Rectangle(startX, 0, endX - startX, mDestRegion.Size.Height);
}
public void Add(MemoryLogItem newItem)
{
mMemoryLogItems.Add(newItem);
newItem.Category = mCategories.AssignCategory( newItem );
// Attempt to match a Free with it's Alloc
if ( newItem.Type == MemoryLogItem.ItemType.Free )
{
NameFreeBlock();
}
if (mEndTick < newItem.Time)
{
mEndTick = newItem.Time;
}
mNumOperations++;
if (newItem.Type != MemoryLogItem.ItemType.Label &&
newItem.Type != MemoryLogItem.ItemType.Size )
{
if (mMemoryAddressStart > newItem.Location)
{
mMemoryAddressStart = newItem.Location;
}
if (mMemoryAddressEnd < (newItem.Location + newItem.Size))
{
mMemoryAddressEnd = Convert.ToUInt32(newItem.Location + newItem.Size);
}
mMemorySize = mMemoryAddressEnd - mMemoryAddressStart;
}
}