315 lines
8.9 KiB
Rust
315 lines
8.9 KiB
Rust
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const HART_TESTS: &str = "tests/ProcessorTests/680x0/68000/v1/";
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use std::io::prelude::*;
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use std::fmt::Debug;
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use std::path::PathBuf;
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use std::time::SystemTime;
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use std::fs::{self, File};
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use clap::Parser;
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use flate2::read::GzDecoder;
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use serde_derive::Deserialize;
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use moa::error::Error;
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use moa::system::System;
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use moa::memory::{MemoryBlock, BusPort};
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use moa::devices::{Addressable, Steppable, wrap_transmutable};
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use moa::cpus::m68k::{M68k, M68kType};
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use moa::cpus::m68k::state::Status;
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#[derive(Parser)]
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struct Args {
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/// Filter the tests by gzip file name
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filter: Option<String>,
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/// Dump the CPU state when a test fails
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#[clap(short, long)]
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debug: bool,
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/// Only print a summary for each test file
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#[clap(short, long)]
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quiet: bool,
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/// Also test instruction timing
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#[clap(short, long)]
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timing: bool,
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}
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#[derive(Copy, Clone, PartialEq, Eq, PartialOrd, Ord)]
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enum InfoLevel {
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Quiet,
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Normal,
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Debug,
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}
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fn main() {
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let args = Args::parse();
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let level = if args.debug {
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InfoLevel::Debug
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} else if args.quiet {
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InfoLevel::Quiet
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} else {
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InfoLevel::Normal
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};
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run_all_tests(args, level);
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}
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#[derive(Debug, Deserialize)]
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struct TestState {
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d0: u32,
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d1: u32,
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d2: u32,
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d3: u32,
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d4: u32,
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d5: u32,
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d6: u32,
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d7: u32,
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a0: u32,
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a1: u32,
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a2: u32,
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a3: u32,
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a4: u32,
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a5: u32,
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a6: u32,
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usp: u32,
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ssp: u32,
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sr: u16,
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pc: u32,
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prefetch: Vec<u16>,
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ram: Vec<(u32, u8)>,
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}
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#[derive(Debug, Deserialize)]
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struct TestCase {
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name: String,
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#[serde(rename(deserialize = "initial"))]
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initial_state: TestState,
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#[serde(rename(deserialize = "final"))]
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final_state: TestState,
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length: usize
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}
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fn init_execute_test(cputype: M68kType, state: &TestState) -> Result<(M68k, System), Error> {
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let mut system = System::new();
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// Insert basic initialization
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let data = vec![0; 0x01000000];
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let mem = MemoryBlock::new(data);
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system.add_addressable_device(0x00000000, wrap_transmutable(mem)).unwrap();
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let port = if cputype <= M68kType::MC68010 {
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BusPort::new(0, 24, 16, system.bus.clone())
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} else {
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BusPort::new(0, 32, 32, system.bus.clone())
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};
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let mut cpu = M68k::new(cputype, 10_000_000, port);
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cpu.state.status = Status::Running;
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load_state(&mut cpu, &mut system, state)?;
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Ok((cpu, system))
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}
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fn assert_value<T: PartialEq + Debug>(actual: T, expected: T, message: &str) -> Result<(), Error> {
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if actual == expected {
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Ok(())
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} else {
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Err(Error::assertion(&format!("{:?} != {:?}, {}", actual, expected, message)))
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}
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}
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fn load_state(cpu: &mut M68k, system: &mut System, initial: &TestState) -> Result<(), Error> {
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cpu.state.d_reg[0] = initial.d0;
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cpu.state.d_reg[1] = initial.d1;
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cpu.state.d_reg[2] = initial.d2;
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cpu.state.d_reg[3] = initial.d3;
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cpu.state.d_reg[4] = initial.d4;
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cpu.state.d_reg[5] = initial.d5;
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cpu.state.d_reg[6] = initial.d6;
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cpu.state.d_reg[7] = initial.d7;
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cpu.state.a_reg[0] = initial.a0;
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cpu.state.a_reg[1] = initial.a1;
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cpu.state.a_reg[2] = initial.a2;
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cpu.state.a_reg[3] = initial.a3;
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cpu.state.a_reg[4] = initial.a4;
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cpu.state.a_reg[5] = initial.a5;
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cpu.state.a_reg[6] = initial.a6;
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cpu.state.usp = initial.usp;
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cpu.state.ssp = initial.ssp;
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cpu.state.sr = initial.sr;
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cpu.state.pc = initial.pc;
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// Load instructions into memory
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for (i, ins) in initial.prefetch.iter().enumerate() {
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system.get_bus().write_beu16((initial.pc + (i as u32 * 2)) as u64, *ins)?;
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}
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// Load data bytes into memory
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for (addr, byte) in initial.ram.iter() {
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system.get_bus().write_u8(*addr as u64, *byte)?;
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}
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Ok(())
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}
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fn assert_state(cpu: &M68k, system: &System, expected: &TestState) -> Result<(), Error> {
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assert_value(cpu.state.d_reg[0], expected.d0, "d0")?;
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assert_value(cpu.state.d_reg[1], expected.d1, "d1")?;
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assert_value(cpu.state.d_reg[2], expected.d2, "d2")?;
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assert_value(cpu.state.d_reg[3], expected.d3, "d3")?;
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assert_value(cpu.state.d_reg[4], expected.d4, "d4")?;
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assert_value(cpu.state.d_reg[5], expected.d5, "d5")?;
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assert_value(cpu.state.d_reg[6], expected.d6, "d6")?;
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assert_value(cpu.state.d_reg[7], expected.d7, "d7")?;
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assert_value(cpu.state.a_reg[0], expected.a0, "a0")?;
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assert_value(cpu.state.a_reg[1], expected.a1, "a1")?;
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assert_value(cpu.state.a_reg[2], expected.a2, "a2")?;
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assert_value(cpu.state.a_reg[3], expected.a3, "a3")?;
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assert_value(cpu.state.a_reg[4], expected.a4, "a4")?;
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assert_value(cpu.state.a_reg[5], expected.a5, "a5")?;
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assert_value(cpu.state.a_reg[6], expected.a6, "a6")?;
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assert_value(cpu.state.usp, expected.usp, "usp")?;
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assert_value(cpu.state.ssp, expected.ssp, "ssp")?;
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assert_value(cpu.state.sr, expected.sr, "sr")?;
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assert_value(cpu.state.pc, expected.pc, "pc")?;
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// Load instructions into memory
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for (i, ins) in expected.prefetch.iter().enumerate() {
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let addr = expected.pc + (i as u32 * 2);
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let actual = system.get_bus().read_beu16(addr as u64)?;
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assert_value(actual, *ins, &format!("prefetch at {}", addr))?;
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}
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// Load data bytes into memory
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for (addr, byte) in expected.ram.iter() {
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let actual = system.get_bus().read_u8(*addr as u64)?;
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assert_value(actual, *byte, &format!("ram at {}", addr))?;
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}
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Ok(())
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}
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fn step_cpu_and_assert(cpu: &mut M68k, system: &System, case: &TestCase, test_timing: bool) -> Result<(), Error> {
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let clock_elapsed = cpu.step(&system)?;
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let cycles = clock_elapsed / (1_000_000_000 / cpu.frequency as u64);
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assert_state(&cpu, &system, &case.final_state)?;
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if test_timing {
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assert_value(cycles, case.length as u64, "clock cycles")?;
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}
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Ok(())
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}
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fn run_test(case: &TestCase, level: InfoLevel, test_timing: bool) -> Result<(), Error> {
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let (mut cpu, system) = init_execute_test(M68kType::MC68010, &case.initial_state).unwrap();
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let result = step_cpu_and_assert(&mut cpu, &system, case, test_timing);
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match result {
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Ok(()) => Ok(()),
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Err(err) => {
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if level > InfoLevel::Quiet {
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if level == InfoLevel::Debug {
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cpu.dump_state(&system);
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}
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println!("FAILED: {}", err.msg);
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}
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Err(err)
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},
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}
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}
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fn test_json_file(path: PathBuf, level: InfoLevel, test_timing: bool) -> (usize, usize, String) {
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let file = File::open(&path).unwrap();
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let mut decoder = GzDecoder::new(file);
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let mut data = String::new();
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decoder.read_to_string(&mut data).unwrap();
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let cases: Vec<TestCase> = serde_json::from_str(&data).unwrap();
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let mut passed = 0;
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let mut failed = 0;
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for case in cases {
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if level > InfoLevel::Quiet {
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println!("Running test {}", case.name);
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}
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let result = run_test(&case, level, test_timing);
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if let Err(err) = result {
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failed += 1;
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if level > InfoLevel::Quiet {
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println!("FAILED: {:?}", err);
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}
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} else {
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passed += 1
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}
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}
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let name = path.file_name().unwrap().to_str().unwrap();
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let message = if failed == 0 {
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format!("{} completed, all passed!", name)
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} else {
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format!("{} completed: {} passed, {} FAILED", name, passed, failed)
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};
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(passed, failed, message)
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}
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fn run_all_tests(args: Args, level: InfoLevel) {
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let mut passed = 0;
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let mut failed = 0;
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let mut messages = vec![];
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let mut tests: Vec<PathBuf> = fs::read_dir(HART_TESTS)
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.unwrap()
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.map(|dirent| dirent.unwrap().path())
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.collect();
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tests.sort();
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let start = SystemTime::now();
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for path in tests {
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// Only test gzip files (the repo has .md files as well)
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if path.extension().unwrap() != "gz" {
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continue;
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}
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// If specified, only test files that start with a given string
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if let Some(filter) = &args.filter {
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if !path.file_name().unwrap().to_str().unwrap().starts_with(filter) {
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continue;
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}
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}
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// Run every test in the file
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let (test_passed, test_failed, message) = test_json_file(path, level, args.timing);
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// In quiet mode, print each summary as it's received to give a progress update
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if level == InfoLevel::Quiet {
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println!("{}", message);
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}
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passed += test_passed;
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failed += test_failed;
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messages.push(message);
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}
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let elapsed_secs = start.elapsed().unwrap().as_secs();
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// Print the stored summary if not in quite mode
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if level > InfoLevel::Quiet {
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for message in messages {
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println!("{}", message);
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}
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}
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println!("");
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println!("passed: {}, failed: {}, total {}%", passed, failed, (passed / (passed + failed)) * 100);
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println!("completed in {}m {}s", elapsed_secs / 60, elapsed_secs % 60);
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}
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