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ee:hydrophones:start [2018/01/24 20:04] Ryan Summers |
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| All software and firmware is available in [[https://github.com/PalouseRobosub/hydro-zynq|the GitHub repository]]. There are two primary directories: hardware and software. The hardware folder contains all the Verilog and TCL files for interracting with Vivado. TCL scripts have been generated to rebuild the block design in vivado, and a README.txt file in proj/ describes how to use them. Additionally, the IO constraints file is provided for the current hardware. | All software and firmware is available in [[https://github.com/PalouseRobosub/hydro-zynq|the GitHub repository]]. There are two primary directories: hardware and software. The hardware folder contains all the Verilog and TCL files for interracting with Vivado. TCL scripts have been generated to rebuild the block design in vivado, and a README.txt file in proj/ describes how to use them. Additionally, the IO constraints file is provided for the current hardware. | ||
| - | The software folder contains all C source code used in programming the HydroZynq. An ELF file can be created by using the `mk` script supplied with the source file name. All files located in src/ will be compiled against the application specified to generate the binary. Finally, a BOOT.bin file (binary image that is used for booting off the SD cared) can be created through the utilization of the 'doit' script. This will automatically mount and copy over the BOOT.bin to the card for the HydroZynq. This script takes in the source file name of the main application as the first argument and the bit stream file as the second parameter. | + | The software folder contains all C source code used in programming the HydroZynq. An ELF file can be created by using the `mk` script supplied with the source file name. |
| + | |||
| + | Example: | ||
| + | ./mk app/main_bin.c | ||
| + | |||
| + | All files located in src/ will be compiled against the application specified to generate the binary. Finally, a BOOT.bin file (binary image that is used for booting off the SD cared) can be created through the utilization of the 'doit' script. | ||
| + | |||
| + | Example: | ||
| + | ./doit app/main_bin.c bit/adc_dma_revb.bit | ||
| + | |||
| + | This will automatically mount and copy over the BOOT.bin to the card for the HydroZynq. This script takes in the source file name of the main application as the first argument and the bit stream file as the second parameter. | ||
| The current firmware utilizes bit/adc_dma_revb.bit as the bitstream file. | The current firmware utilizes bit/adc_dma_revb.bit as the bitstream file. | ||
| === Programming === | === Programming === | ||
| === Communicating === | === Communicating === | ||
