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In Figure 3-4, EL is the value of _editLevel in the collection, ELA is the _editLevelAdded value in each child object, and DEL is the IsDeleted value in each child object.

// Draw the vertical lines in the plotBox let px = plotBox.Width / (verticalLines + 1) for i = 1 to verticalLines do g.DrawLine(gridPen, i*px, 0, i*px, plotBox.Height) // Draw the 'begin' marker that shows where data begins if (initView - startTime <= 0L) then let off = float32(Math.Abs(x.StartTime - initView)) let sx = int((off/timePerUnit) * pixelsPerUnit) g.DrawLine(beginPen, sx, 0, sx, plotBox.Height) // Draw the 'zero' horizontal line if it's visible if (hi <> lo && lo < 0.0f) then let sy = int((float32(plotBox.Height)/(hi - lo))*(0.0f - lo)) g.DrawLine(axisPen, 0, sy, plotBox.Width, sy) // Draw the visible data samples let rec drawSamples i pos = if (i < (float32(plotBox.Width) / pixelsPerUnit) && pos <= (initView + int64 visibleSamples - int64 timePerUnit)) then if (pos >= 0L) then let dh = float32(plotBox.Height) / (hi - lo) let sx = int(pixelsPerUnit * i) let dx = int(pixelsPerUnit * (i + 1.0f)) let sy = int(dh * (data.GetValue(pos) - lo)) let dy = int(dh * (data.GetValue(pos + int64 timePerUnit) - lo)) g.DrawLine(linePen, sx, sy, dx, dy); drawSamples (i + 1.0f) (pos + int64 timePerUnit) drawSamples 0.0f initView

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After both objects have been removed from the collection, they re marked for deletion and moved to the DeletedList collection. This way they appear to be gone from the collection, but the collection still has access to them if needed. After the CancelEdit() call, the collection s edit level goes back to 0. Since child A came from the database, it was added at edit level 0, so it sticks around. Child B, on the other hand, was added at edit level 1, so it goes away. Also, child A has its state reset as part of the CancelEdit() call (remember that CancelEdit() causes a cascade effect, so each child object restores its snapshot values). The result is that because of the undo operation, child A is no longer marked for deletion. Another common scenario follows the same process, but with a call to ApplyEdit() at the end, as shown in Figure 3-5.

The first two steps are identical, of course, but after the call to ApplyEdit(), things are quite different. Since changes to the collection were accepted rather than rejected, the changes became permanent. Child A remains marked for deletion, and if the collection is saved back to the database, the data for child A will be removed. Child B is totally gone at this point. It was a new object added and deleted at edit level 1, and all changes made at edit level 1 were accepted. Since the collection knows that B was never in the database (because it was added at edit level 1), it can simply discard the object entirely from memory. Let s look at one last scenario. Just to illustrate how rough this gets, this will be more complex. It involves nested BeginEdit(), CancelEdit(), and ApplyEdit() calls on the collection. This can easily happen if the collection contains child or grandchild objects, and they are displayed in a Windows Forms UI that uses modal dialog windows to edit each level (parent, child, grandchild, etc.). Again, child A is loaded from the database, and child B is added at edit level 1. Finally, C is added at edit level 2. Then all three child objects are removed, as shown in Figure 3-6. Suppose ApplyEdit() is now called on the collection. This will apply all edits made at edit level 2, putting the collection back to edit level 1. Since child C was added at edit level 2, it simply goes away, but child B sticks around because it was added at edit level 1, which is illustrated in Figure 3-7.

Finally, the following is the code that uses the control you aim to develop and that defines the application shown in Figure 11-6. let let let let let form = new Form(Text="Chart test",Size=Size(800, 600),Visible=true,TopMost=true) graph = new GraphControl(VisibleSamples=60, Dock=DockStyle.Fill) properties = new PropertyGrid(Dock=DockStyle.Fill) timer = new Timer(Interval=200) container = new SplitContainer(Dock=DockStyle.Fill, SplitterDistance=350)

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