omerfirmak/burv

BURV

This is the development repository for a Master's Thesis in Computer Engineering.

Folder Structure

-- /
  |-- source/ (Verilog Sources)  
  |-- tests/ (RISCV Compliance Tests)  
  |-- software/ (Platform Specific Software Libraries)  
  |-- coremark/ (Coremark Port Source Files)  
  |-- dhrystone/ (Dhrystone Port Source Files)  
  |-- tinycrypt/ (NIST P-256 Source Files)  
  |-- CycloneCrypto/ (Curve25519 Source Files)  
  |-- FourQ_RV32/ (FourQ Source Files)  
  |-- analysis/ (Benchmark Results)  

Build System

• GNU Make is required.
• RISCV toolchain with rv32ec support is required for compilation. (https://github.com/riscv/riscv-gnu-toolchain)
• Verilator (https://www.veripool.org/wiki/verilator) or Icarus Verilog (http://iverilog.icarus.com/) is required for simulation.
• GTKWave (http://gtkwave.sourceforge.net/) is required for viewing simuation outputs.

Make Targets

• make test_all

Runs all RISCV compliance tests

• make coremark

Runs Coremark benchmark

• make dhrystone

Runs Dhrystone benchmark

• make fourq

Runs specified FourQ benchmark

• make p256

Runs specified NIST P256 benchmark

• make c25519

Runs Curves25519 benchmark

• make synth
• make sta

Synthesize and do STA with Qflow on OSU018 technology

• Argument DUMP_TRACE

Enables logging simulation to vcd file

• Argument HARD_GF

0 - Disables use of custom instruction
1 - Enables custom intruction with atomic execution
2 - Enables custom intruction with partial execution

• Argument FOURQ_TEST

Specifies which FourQ test to run

• Argument P256_TEST

Specifies which NIST P256 test to run

Example: make fourq FOURQ_TEST=fp_test DUMP_TRACE=0