![]() ![]() This simulation creates an event that reschedules itself every 2.0 time units, up to time 10.0. The act of closing the file usually includes flushing deferred writes. Finally, a flush operation is usually not required before we close a file. This discipline helps ensure that we do not inadvertently write the wrong data to the wrong file. To grade your notebook, you will need to visit your GitHub repository in your browser. Copy the following code to a file called lesson1.java. We should open a file in the desired mode, perform the reads and writes required, then close the file. To commit your notebook, run the standard git commands in your terminal: git add -u Once you have finished your notebook, you can use the built-in GitHub Action to preform automated grading of your MicroProject notebook! You will need to commit your work and then manually run the GitHub Action. Open 06-microproject-ten-heads-in-a-row.ipynb and complete the MicroProject!.Find the new 06-microproject-ten-heads-in-a-row folder.If the commands above were successful, you have merged in the initial files to start on the MicroProject. Git merge microprojects/06-microproject-ten-heads-in-a-row -allow-unrelated-histories -m "Merging initial files" Complete the Notebook the best way to do that is to note the time of the file named ' session output' (this is the beginning of simulation) and then the time of the last updated result (.dat file) file. ![]() In your terminal, navigate to your GitHub repository and merge the initial files by running the following commands: git fetch microprojects If you use the same variable names for your Verilog files in lab3step1 and. Follow our Guide: "First Time Setup for MicroProjects" to get set up! Once the simulation has started, type do basic-alarm.do to run the DO file.If you set factor0.1, a unit of simulation time will only take a tenth of a second if you set factor60, it will take a minute. Each MicroProject starts with a notebook that we provide to you to get started! You will need to configure a git repository to connect to our `microprojects` remote where we release the starter notebook. The factor defines how much real time passes with each step of simulation time. A checkpoint file can be dumped based on elapsed simulation time, elapsed wall clock time or the number of timesteps advanced. ![]()
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