qr code reader c# windows phone 8.1 Figure 18-3 Bridges2Silicon Project Editor Window in C#.NET

Reading QR Code in C#.NET Figure 18-3 Bridges2Silicon Project Editor Window

Figure 18-3 Bridges2Silicon Project Editor Window
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Figure 18-4 Files added to Project File List
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Specify Top-Level Parameters
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Once all the files have been specified, the parameters for the top level need to be specified so that the design elements can be properly linked There are two parameters that need to be specified: the TOP-LEVEL UNIT and TOP-LEVEL LANGUAGE TOP-LEVEL UNIT specifies which design unit is the top level and will be linked This value will be specified as CPU TOPLEVEL LANGUAGE specifies the default language used to compile the design and to write out the instrumented design TOP-LEVEL LANGUAGE is specified as VHDL by clicking the VHDL radio button This is shown in Figure 18-5 Now that we have specified all the needed parameters, click the OK button, which saves the project and also compiles the project After compilation, Figure 18-6 shows the design loaded into the Instrumentor Window
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Once all the files have been added to the project, the device parameters need to be specified These parameters determine how the device
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will communicate with the JTAG port and the debugger on the host platform Use the dialog box shown in Figure 18-7 to set up the device and IICE configuration settings 1 Device family We use the Altera Apex technology 2 JTAG port The choices are b2s and builtin We will choose builtin so that we can use JTAG communication with the JTAG tap controller already present in the Altera device This choice is used predominately and b2s is only used when the board containing the device is not connected to the JTAG chain on the board 3 Type of RAM This parameter specifies the type of RAM to be used for the sample buffer that stores internal signal data The choices are blockram, logic, and behavioral This example will use blockram, the most common selection and the most efficient This selection will build the sample buffer from blockrams available on the FPGA device If the logic choice is selected, the sample buffer will be built from flip-flops in user logic This choice is used when there is limited blockram available and is not as efficient as blockram The third choice is behavioral and will generate a behavioral model for the sample buffer This choice will let the synthesis tool choose the sample buffer implementation based on available resources 4 Sample clock This parameter specifies a signal that will be used to clock the data into the sample buffer This signal can be any signal in the design but must be a clocklike signal For instance, this signal should be the output of a register so that it does not contain glitches In this example the signal /clk will be used 5 Sample depth This parameter specifies how many samples are gathered when a trigger occurs Depending on how much data are required to find a bug, this value can be any power of 2 that will fit into the Buffer Type specified for the device In this example, the value 256 will be used
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Now that the design has been compiled and the communication parameters specified, the signals to be instrumented can be selected For this example we are going to debug the control block All breakpoints and signals in the control block for the reset sequence will be instrumented for use later during debugging The debugger GUI shows only the signals and breakpoints that can be instrumented Clicking the Radio button next to a signal or breakpoint will instrument that signal or breakpoint Figure 18-8 shows the Radio buttons for the reset sequence selected for sampling and debugging
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Write Instrumented Design
Once all the signals and breakpoints have been instrumented, the instrumented design can be written out This design will include the original design tree plus the IICE core added for debugging The IICE core will be connected in such a way as to probe all the instrumented signals in the design Select the File Save and Instrument menu items to write out the instrumented design
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