qemu-riscv-leds64-rust.exp

#!/usr/bin/expect
## Expect Script for Testing NuttX with QEMU Emulator

## Wait at most 10 seconds
set timeout 10

## For every 1 character sent, wait 0.01 milliseconds
set send_slow {1 0.01}

## Start the QEMU Emulator for 64-bit RISC-V
spawn qemu-system-riscv64 \
  -semihosting \
  -M virt,aclint=on \
  -cpu rv64 \
  -bios none \
  -kernel nuttx \
  -nographic

## Wait for the prompt and enter `uname -a`
expect "nsh> "
send -s "uname -a\r"

## Wait for the prompt and enter `free`
expect "nsh> "
send -s "free\r"

## Wait for the prompt and enter `hello`
expect "nsh> "
send -s "hello\r"

## Wait for the prompt and enter `getprime`
expect "nsh> "
send -s "getprime\r"

## Wait for the prompt and enter `hello`
expect "nsh> "
send -s "hello\r"

## Wait for the prompt and enter `getprime`
expect "nsh> "
send -s "getprime\r"

## Wait for the prompt and enter `ls -l /dev`
expect "nsh> "
send -s "ls -l /dev\r"

## Wait for the prompt and enter `ps`
expect "nsh> "
send -s "ps\r"

## Wait for the prompt and enter `leds_rust`
expect "nsh> "
send -s "leds_rust\r"

## Check the response...
expect {
  ## If we see this message, continue normally
  "board_userled: LED 1 set to 0" {}

  ## If timeout, exit with an error
  timeout { 
    ## Terminate the session: Ctrl-A x
    send "\x01x"
    puts "\n===== Error: Test Failed\n"
    exit 1 
  }
}

## Check the response...
expect {
  ## If we see this message, continue normally
  "board_userled: LED 2 set to 0" {}

  ## If timeout, exit with an error
  timeout { 
    ## Terminate the session: Ctrl-A x
    send "\x01x"
    puts "\n===== Error: Test Failed\n"
    exit 1 
  }
}

## Check the response...
expect {
  ## If we see this message, continue normally
  "board_userled: LED 3 set to 0" {}

  ## If timeout, exit with an error
  timeout { 
    ## Terminate the session: Ctrl-A x
    send "\x01x"
    puts "\n===== Error: Test Failed\n"
    exit 1 
  }
}

## Terminate the session: Ctrl-A x
send "\x01x"
puts "\n===== Test OK\n"
exit 0