This project is a very tiny Quartus 19.1 project that shows the bare minimum configuration you need to be able to design FPGA logic programs and run them on the board

Consider this an updated version of this other project I put together for a cheap Cyclone II dev board: https://github.com/JamesHagerman/Altera-Cyclone-II-EP2C5T144-blink

The VHDL is copied from that other project. I created a new project in Quartus using the TEI0003 Basic Example (https://shop.trenz-electronic.de/en/Download/?path=Trenz_Electronic/Modules_and_Module_Carriers/2.5x6.15/TEI0003/Reference_Design/19.1/test_board) as a reference for the project details.

Note: The main oscillator on the CYC1000 runs at 12MHz (https://wiki.trenz-electronic.de/display/PD/TEI0003+TRM for reference) while the EP2C5T144 Cyclone II board's oscillator runs at 50MHz...

Note: The rest of this has NOT been updated for the CYC1000!

ctrl-l (that's an L)

Assignments -> Pin Planner then change the Location field. Recompile after you change pin assignments

Tools -> Programmer then select you hardware, then press Device Detect OR (if device detect stalls for 30 seconds) just manually add the EP2C5T144 device

This is the pain in the butt. You need to convert the .pom output from your compile step to a .jic file first. Actually, all of this is described in: https://www.altera.com/en_US/pdfs/literature/an/an370.pdf

1. Open File -> Convert Programming File
2. Select JTAG Indirect Configuration File (.jic) from the Programming file type: select box
3. Select EPCS4 in the Configuration device: select box
4. Provide a File name: for the output .jic file
5. In the Input files to convert list, highlight the SOF Data and select Add File...
6. Navigate to and select the .sof file generated when you compiled the design (eg. blink01.sof). Click Open
7. Again, in the Input files to convert list, highlight the Flash Loader and select Add Device...
8. Navigate through the list of devices to find your FPGA (eg. Cyclone II and EP2C5). Click OK to select that device and go back to the Convert Programming File window
9. Click Generate to convert the .sof input to a .jic file

Now that you have a compiled .jic file, open the Programmer window, and select View -> Show Device Tree to show the details about what you're going to flash.

1. Click Add File... on th left hand side
2. Select your new .jic file
3. On the line listing your .jic file, check the Program/Configure box
4. Make sure only your new device configuration is listed.
5. Click Start to flash the .jic file to the EPCS4 flash
6. Disconnect the USB-Blaster and power cycle the board. It should load your compiled design from the flash chip and start executing it.