Modelsim 10 License Cracking

Get Mentor Graphics ModelSim SE.10.4 for free including full version crack, keygen, patch, license, serial key, username and password.We only share Official Mentor Graphics ModelSim SE.10.4 for Free!

Note: Piracy is crime. Please don’t use or encourage pirated software. If you would like to evaluate Modelsim, try the. If you still haven’t changed your mind, read on:P. 1) Install the required dependencies 2) Download for linux. 3) Mount the downloaded modelsim iso and install modelsim.

Mkdir /tmp/modelsim/ mount -o loop path-to-iso /tmp/modelsim cd /tmp/modelsim./install.linux Note:Install modelsim under ~/modelsim/ directory. If you choose another location, please make sure you exchange the default location with your preferred location in the steps below. 4) Execute this script to crack modelsim Comment the first two lines in the generated license.dat #SERVER xxxx xxxxxxxxxxxx 27001 #VENDOR mgcld D:FEATURE mgc_s mgcld 2020.00 1-jan-2021 999 0 TS_OK 5) Fix libfreetype problem (Only required if you face this problem) Try to start vsim cd ~/modelsim/modeltech/linux_x86_64/./vsim If vsim reports the following error, your distro’s freetype library doesn’t play well with modelsim. Fatal: Read failure in vlm process (0,0) Segmentation fault (core dumped) Use the following script to compile custom freetype 6) Modelsim is ready to use!

One last step, add these commands to ~/.bashrc to avoid executing every time you start a new terminal Linux and Modelsim!!!! Ain’t it fun? You can create vcd waveform using Modelsim and view it later using gtkwave. This command specifies the name of the vcd file to dump the waveform into: vcd file Now that we have specified the vcd filename, we have to specify the signals which should be dumped into the vcd file.

Lets find what signals are available in the project: show -all To add signal to vcd output: vcd add / You can now run the simulation and check in your working directory for the vcd file. You can open the vcd file using gtkwave. To demonstrate, I will reuse the example. These commands will create vcd file for fileio example: vcd file fileio.vcd vcd add * To open the generated vcd file using gtkwave gtkwave fileio.vcd.

Modelsim has a pretty clumsy and ugly user interface(atleast in linux). Moreover, command line gives more control and makes automation easier. Lets see how we can simulate VHDL project using modelsim command line tools. Software source code.

Before starting, make sure you have modelsim’s bin directory in your PATH. To demonstrate, I will reuse the example. Lets assume you have the above vhdl files in a project directory.

In the command line, change to the project directory. First we have to create a work library: vlib work Now, compile the VHDL files: vcom fileio.vhd gen.vhd Note: The files should be listed in hierarchical order. To simulate using GUI: vsim fileio Note: vsim takes the name of the top level module to be simulated, not the name of the top level module’s VHDL file. Adding the -c option starts the simulator in command line interactive mode. Vsim -c fileio You should be in VSIM’s prompt. From here you can type commands to add signal to the wave, run simulation, write to vcd file, etc. Show available signals The VSIM command to list all available signals show -all You can also list all available signals in an instance show fileio show gen_inst To unambiguously show signals of an instances down the hierarchy show /fileio/gen_inst Adding signals to wave add wave i_a You can also add signals of an instance down the hierarchy add wave /fileio/gen_inst/a_i Run the simulation To run the complete simulation run -all To run for a specified time run run 100ps Follow to generate VCD waveform from command line.