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test_compile.py
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# This file is part of arduino-cli.
#
# Copyright 2019 ARDUINO SA (http://www.arduino.cc/)
#
# This software is released under the GNU General Public License version 3,
# which covers the main part of arduino-cli.
# The terms of this license can be found at:
# https://www.gnu.org/licenses/gpl-3.0.en.html
#
# You can be released from the requirements of the above licenses by purchasing
# a commercial license. Buying such a license is mandatory if you want to modify or
# otherwise use the software for commercial activities involving the Arduino
# software without disclosing the source code of your own applications. To purchase
# a commercial license, send an email to [email protected].
import json
import os
import pytest
from .common import running_on_ci
def test_compile_without_fqbn(run_command):
# Init the environment explicitly
result = run_command("core update-index")
assert result.ok
# Download latest AVR
result = run_command("core install arduino:avr")
assert result.ok
# Build sketch without FQBN
result = run_command("compile")
assert result.failed
def test_compile_with_simple_sketch(run_command, data_dir):
# Init the environment explicitly
result = run_command("core update-index")
assert result.ok
# # Download latest AVR
result = run_command("core install arduino:avr")
assert result.ok
sketch_name = "CompileIntegrationTest"
sketch_path = os.path.join(data_dir, sketch_name)
fqbn = "arduino:avr:uno"
# Create a test sketch
result = run_command("sketch new {}".format(sketch_path))
assert result.ok
assert "Sketch created in: {}".format(sketch_path) in result.stdout
# Build sketch for arduino:avr:uno
log_file_name = "compile.log"
log_file_path = os.path.join(data_dir, log_file_name)
result = run_command(
"compile -b {fqbn} {sketch_path} --log-format json --log-file {log_file} --log-level trace".format(
fqbn=fqbn, sketch_path=sketch_path, log_file=log_file_path))
assert result.ok
# let's test from the logs if the hex file produced by successful compile is moved to our sketch folder
log_json = open(log_file_path, 'r')
json_log_lines = log_json.readlines()
expected_trace_sequence = [
"Compile {sketch} for {fqbn} started".format(sketch=sketch_path, fqbn=fqbn),
"Compile {sketch} for {fqbn} successful".format(sketch=sketch_name, fqbn=fqbn)
]
assert is_message_sequence_in_json_log_traces(expected_trace_sequence, json_log_lines)
def test_compile_with_sketch_with_symlink_selfloop(run_command, data_dir):
# Init the environment explicitly
result = run_command("core update-index")
assert result.ok
# # Download latest AVR
result = run_command("core install arduino:avr")
assert result.ok
sketch_name = "CompileIntegrationTestSymlinkSelfLoop"
sketch_path = os.path.join(data_dir, sketch_name)
fqbn = "arduino:avr:uno"
# Create a test sketch
result = run_command("sketch new {}".format(sketch_path))
assert result.ok
assert "Sketch created in: {}".format(sketch_path) in result.stdout
# create a symlink that loops on himself
loop_file_path = os.path.join(sketch_path, "loop")
os.symlink(loop_file_path, loop_file_path)
# Build sketch for arduino:avr:uno
result = run_command(
"compile -b {fqbn} {sketch_path}".format(
fqbn=fqbn, sketch_path=sketch_path))
# The assertion is a bit relaxed in this case because win behaves differently from macOs and linux
# returning a different error detailed message
assert "Error during sketch processing" \
"".format(
loop_file_path=loop_file_path) in result.stderr
assert not result.ok
sketch_name = "CompileIntegrationTestSymlinkDirLoop"
sketch_path = os.path.join(data_dir, sketch_name)
fqbn = "arduino:avr:uno"
# Create a test sketch
result = run_command("sketch new {}".format(sketch_path))
assert result.ok
assert "Sketch created in: {}".format(sketch_path) in result.stdout
# create a symlink that loops on the upper level
loop_dir_path = os.path.join(sketch_path, "loop_dir")
os.mkdir(loop_dir_path)
loop_dir_symlink_path = os.path.join(loop_dir_path, "loop_dir_symlink")
os.symlink(loop_dir_path, loop_dir_symlink_path)
# Build sketch for arduino:avr:uno
result = run_command(
"compile -b {fqbn} {sketch_path}".format(
fqbn=fqbn, sketch_path=sketch_path))
# The assertion is a bit relaxed also in this case because macOS behaves differently from win and linux:
# the cli does not follow recursively the symlink til breaking
assert "Error during sketch processing" in result.stderr
assert not result.ok
@pytest.mark.skipif(running_on_ci(), reason="VMs have no serial ports")
def test_compile_and_compile_combo(run_command, data_dir):
# Init the environment explicitly
result = run_command("core update-index")
assert result.ok
# Install required core(s)
result = run_command("core install arduino:avr")
result = run_command("core install arduino:samd")
assert result.ok
# Create a test sketch
sketch_name = "CompileAndUploadIntegrationTest"
sketch_path = os.path.join(data_dir, sketch_name)
result = run_command("sketch new {}".format(sketch_path))
assert result.ok
assert "Sketch created in: {}".format(sketch_path) in result.stdout
#
# Build a list of detected boards to test, if any.
#
result = run_command("board list --format json")
assert result.ok
#
# The `board list --format json` returns a JSON that looks like to the following:
#
# [
# {
# "address": "/dev/cu.usbmodem14201",
# "protocol": "serial",
# "protocol_label": "Serial Port (USB)",
# "boards": [
# {
# "name": "Arduino NANO 33 IoT",
# "FQBN": "arduino:samd:nano_33_iot"
# }
# ]
# }
# ]
detected_boards = []
ports = json.loads(result.stdout)
assert isinstance(ports, list)
for port in ports:
boards = port.get('boards')
assert isinstance(boards, list)
for board in boards:
detected_boards.append(dict(address=port.get('address'), fqbn=board.get('FQBN')))
assert len(detected_boards) >= 1, "There are no boards available for testing"
# Build sketch for each detected board
for board in detected_boards:
log_file_name = "{fqbn}-compile.log".format(fqbn=board.get('fqbn').replace(":", "-"))
log_file_path = os.path.join(data_dir, log_file_name)
command_log_flags = "--log-format json --log-file {} --log-level trace".format(log_file_path)
result = run_command("compile -b {fqbn} --upload -p {address} {sketch_path} {log_flags}".format(
fqbn=board.get('fqbn'),
address=board.get('address'),
sketch_path=sketch_path,
log_flags=command_log_flags
))
assert result.ok
# check from the logs if the bin file were uploaded on the current board
log_json = open(log_file_path, 'r')
json_log_lines = log_json.readlines()
expected_trace_sequence = [
"Compile {sketch} for {fqbn} started".format(sketch=sketch_path, fqbn=board.get('fqbn')),
"Compile {sketch} for {fqbn} successful".format(sketch=sketch_name, fqbn=board.get('fqbn')),
"Upload {sketch} on {fqbn} started".format(sketch=sketch_path, fqbn=board.get('fqbn')),
"Upload {sketch} on {fqbn} successful".format(sketch=sketch_name, fqbn=board.get('fqbn'))
]
assert is_message_sequence_in_json_log_traces(expected_trace_sequence, json_log_lines)
def is_message_sequence_in_json_log_traces(message_sequence, log_json_lines):
trace_entries = []
for entry in log_json_lines:
entry = json.loads(entry)
if entry.get("level") == "trace":
if entry.get("msg") in message_sequence:
trace_entries.append(entry.get("msg"))
return message_sequence == trace_entries