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the interface between FX3 and FPGA is DQ, flaga, et al. In doc AN 65974, EZ-USB FX3 used as slave FIFO connected to external FPGA. The GPIF II control signals (CTL) can be configured as outputs to control the external peripheral device, or as inputs to read the status from an external peripheral device. In doc EZ-USB FX3 Technical Reference Manual, spec No:001-76074 Rev.
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So I know DQ0 should be constrained to AJ13 in my. and then, LA16_N can be found mapped to AJ13 IN FPGA band10. In FPGA board Schematics, I can find the mapped signal of H4 in FMC JX is LA16_N.
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I need the mapping relationship between ctl(in CYUSB3ACC-005) and below signals:Ī, which are descripted in doc AN65974。įor example, in CYUSB3ACC-005, DQ0 pin is mapped with H4. To display the signals in the Waveform Viewer you need to start Active-HDL and open the newly created waveform file " wave.asdb".But I still do not get the desired answer. In this case you will be able to record signals only from that design region: Vsim -c +access +r +p+/UUT/I11 -lib v_bjack V_BJACK_tb -do To minimize the impact of +access switch on the performance you can enable the read access to only a certain design region: In order to be able to use the trace command you have to pass +access +r switch to the vsim command when you start the simulation: Trace the GEN_CLK and GEN_RES signals from the current design region Vsim +access +r -c -lib v_bjack V_BJACK_tb -do Trace all ports recursively declared in the UUT design region Note: It is important to close the " wave.asdb" in Active-HDL before running any vsimsa commands or macros. Vlog -work v_bjack c:/my_designs/samples_83/v_bjack/src/*.v # working library is specified with –work switch AWS has network options that support extreme scalability and short turn-around time as necessary. Many of the AWS instance types, such as the compute family instance types, are designed to include support for this type of workload. Type " help" at the " $" prompt from within the vsimsa shell to obtain more information on the available commands that can be used.Īsdbcompare (compares two ASDB files and generates a text report)Īsdb conversion utilities ( asdb2ctf, asdb2ctv, asdb2lst, asdb2macro, asdb2vcd, vcd2asdb)īelow you can see a complete example of the shell script that calls external Active-HDL commands to compile and simulate the design. CFD workloads are typically MPI-based, tightly coupled workloads relying on a large number of cores across many nodes. Vsim (elaborates the design and runs simulation) Vdel (removes compiled units from a library)Īddsc (imports SystemC modules from a shared object library or a dynamic-link library) Vlist (lists libraries visible from the current directory) "help vlib", "help vlog", "help asdb2vcd", etc. For complete syntax of the above Active-HDL commands please refer to the product help within Active-HDL, or simply type "help " in the command console, i.e. Library management, compilation, simulation, etc.īelow you can find the list of most frequently used Active-HDL commands. All external commands are located in the bin/ subdirectory of the Active-HDL installation directory. The most important Active-HDL commands are available as standalone executables and can be invoked directly from the operating system shell. Running Active-HDL Commands in the OS shell If you want vsimsa to continue macro execution after it reports an error, add the following entry to your macro file: If the macro execution errors out, vsimsa will drop to the tool shell enabling you to read all the messages and examine the source of the problem. If you want the vsimsa shell to be closed upon the script completion end your macro script with the quit command. The vsimsa command prompt will return when the execution of the vsimsa with macro is completed without errors. bat file containing the following lines of code: You can also pass the macro file as an argument when you start vsimsa from the DOS shell and create a log file with a. "help vsimsa", "help acom", "help asim", etc. Note: For Verilog compilation you have to use alog commandįor complete syntax of the above Active-HDL commands, please refer to the on-line help within Active-HDL, or simply type "help " in the command console, i.e.