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As illustrated in Figure 123, the MAC is comprised of the MAC control sublayer and the MAC datapath sublayer The MAC datapath sublayer is comprised of the ringlet selection entity and the datapaths for the two ringlets These components and their interconnections are illustrated in Figure 123 within the context of a single station view of the MAC architecture Figure 123 also shows the activities implemented by each block within the MAC The main activities are further described in the following paragraphs Bandwidth management is done to maintain fairness for fairness eligible frames (those without or beyond allocated bandwidth), with mechanisms to assure that all stations receive their fair share of ring capacity across the links being used by the stations, where the fair share is not necessarily the same for all stations The fairness algorithm ensures weighted dynamic distribution of available link bandwidths to source stations using those links The fairness procedure has the following characteristics:

getcwd( )

dataPoints.Add(new NameValuePair("First", 10));

void _makepath(char *pname, const char *drive, const char *directory, const char *fname, cont char *extension)

The prototype for _makepath( ) is in <stdlibh> This function is not defined by the ANSI/ISO C/C++ standard The _makepath( ) function constructs a full path name from the elements specified in its parameters and places the result in the array pointed to by pname The drive is specified in the string pointed to by drive The directory (along with any subdirectories) is specified in the string pointed to by directory The filename is pointed to by fname, and the extension is pointed to by extension Any of these strings may be empty

Support independent fairness operation per ringlet Carry control information on the ringlet opposing that of the associated data flow Regulate only classC and classB-EIR (ie, fairness eligible) traffic Compute fair rates associated with a source station Scale fair rates in proportion to an administrative weight assigned to each fairness instance Allow ringlet capacity not explicitly allocated to be treated as available capacity Allow ringlet capacity explicitly allocated to subclassA1 or classB-CIR, but not in use, to be treated as available capacity (ie, bandwidth reclamation) Support either single transit queue or dual transit queue deployment

We want to add an item to the ListBox when the user hits the Add button after typing in a name and a value. To handle the operation, we add a handler for the Click event on the button and implement it like this:

This program constructs a full path name from its elements Next, it displays the path and then dissects it into its components using _splitpath( ), which is the complement to _makepath( )

#include <stdioh> #include <stdlibh> int main(void) { char fpath[_MAX_PATH]; char fname[_MAX_FNAME]; char dir[_MAX_DIR]; char drive[_MAX_DRIVE]; char ext[_MAX_EXT];

private void addValueBtn_Click(object sender, RoutedEventArgs e) { string name = addValueNameTextBox.Text.Trim(); string valueAsString = addValueValueTextBox.Text.Trim(); double valueAsDouble = Convert.ToDouble(valueAsString); NameValuePair nvp = new NameValuePair(name, valueAsDouble); dataPoints.Add(nvp); addValueNameTextBox.Text = ""; addValueValueTextBox.Text = ""; }

_makepath(fpath, "B:", "MYDIR", "MYFILE", "DAT"); printf("%s\n", fpath); _splitpath(fpath, drive, dir, fname, ext); printf("%s %s %s %s\n", drive, dir, fname, ext); return 0; }

Resilient Packet Ring (RPR)

_splitpath( ), fnmerge( ), fnsplit( )

To save space, we ve omitted the validation code that should be here. In the version on the web, we also have code to edit and remove items, but none of that is related to drawing, so we won t bother showing it here. Congratulations! If you ve followed along, you ve now successfully built a control that, uh, lets you add values to a ListBox. Your mother would be very proud. Of course, the point of this whole exercise was to demonstrate using shapes to graph our data points. We ll implement that now.

int mkdir(const char *path)

MAC client MA controlrequest MA controlindication MAC service interface MA_datarequest MA_dataindication

The prototype for mkdir( ) is in <dirh> This function is not defined by the ANSI/ISO C/C++ standard The mkdir( ) function creates a directory using the path name pointed to by path The mkdir( ) function returns 0 if successful If unsuccessful, it returns 1 and sets errno to either EACCES (access denied) or ENOENT (invalid path name)

14.2.2 Graphing using shapes In listing 14.1, we had a reference to a control called ColumnGraphCtrl that we hadn t yet defined. Let s go ahead and create it now by adding a new user control. We re going to concentrate on the column chart for the moment. We could take a couple of different approaches here. For example, we could use a StackPanel, and then put on