forked from Mirror/pmbootstrap
67b080b158
postmarketOS/pmaports!700 adds a new "deviceinfo_bootimg_dtb_second" option that places the DTB in the "second" area of the Android boot image. Attempt to detect this automatically by checking the extracted second binary for the FDT magic (0xd00dfeed).
289 lines
9.5 KiB
Python
289 lines
9.5 KiB
Python
"""
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Copyright 2019 Oliver Smith
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This file is part of pmbootstrap.
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pmbootstrap is free software: you can redistribute it and/or modify
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it under the terms of the GNU General Public License as published by
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the Free Software Foundation, either version 3 of the License, or
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(at your option) any later version.
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pmbootstrap is distributed in the hope that it will be useful,
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but WITHOUT ANY WARRANTY; without even the implied warranty of
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MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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GNU General Public License for more details.
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You should have received a copy of the GNU General Public License
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along with pmbootstrap. If not, see <http://www.gnu.org/licenses/>.
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"""
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import logging
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import os
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import pytest
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import sys
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# Import from parent directory
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pmb_src = os.path.realpath(os.path.join(os.path.dirname(__file__) + "/.."))
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sys.path.insert(0, pmb_src)
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import pmb.aportgen.device
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import pmb.config
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import pmb.config.init
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import pmb.helpers.logging
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@pytest.fixture
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def args(tmpdir, request):
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import pmb.parse
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sys.argv = ["pmbootstrap.py", "init"]
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args = pmb.parse.arguments()
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args.log = args.work + "/log_testsuite.txt"
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pmb.helpers.logging.init(args)
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request.addfinalizer(args.logfd.close)
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return args
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def fake_answers(monkeypatch, answers):
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"""
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Patch pmb.helpers.cli.ask() function to return defined answers instead of
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asking the user for an answer.
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:param answers: list of answer strings, e.g. ["y", "n", "invalid-device"].
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In this example, the first question is answered with "y",
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the second question with "n" and so on.
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"""
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def fake_ask(args, question="Continue?", choices=["y", "n"], default="n",
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lowercase_answer=True, validation_regex=None):
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answer = answers.pop(0)
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logging.info("pmb.helpers.cli.ask() fake answer: " + answer)
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return answer
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monkeypatch.setattr(pmb.helpers.cli, "ask", fake_ask)
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def test_fake_answers_selftest(monkeypatch):
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fake_answers(monkeypatch, ["first", "second"])
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assert pmb.helpers.cli.ask(args) == "first"
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assert pmb.helpers.cli.ask(args) == "second"
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def test_questions_booleans(args, monkeypatch):
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functions = [pmb.aportgen.device.ask_for_keyboard,
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pmb.aportgen.device.ask_for_external_storage]
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for func in functions:
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fake_answers(monkeypatch, ["y", "n"])
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assert func(args) is True
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assert func(args) is False
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def test_questions_strings(args, monkeypatch):
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functions = [pmb.aportgen.device.ask_for_manufacturer]
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for func in functions:
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fake_answers(monkeypatch, ["Simple string answer"])
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assert func(args) == "Simple string answer"
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def test_questions_name(args, monkeypatch):
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func = pmb.aportgen.device.ask_for_name
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# Manufacturer should get added automatically, but not twice
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fake_answers(monkeypatch, ["Amazon Thor"])
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assert func(args, "Amazon") == "Amazon Thor"
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fake_answers(monkeypatch, ["Thor"])
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assert func(args, "Amazon") == "Amazon Thor"
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# Don't add the manufacturer when it starts with "Google"
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fake_answers(monkeypatch, ["Google Nexus 12345"])
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assert func(args, "Amazon") == "Google Nexus 12345"
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def test_questions_arch(args, monkeypatch):
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fake_answers(monkeypatch, ["invalid_arch", "aarch64"])
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assert pmb.aportgen.device.ask_for_architecture(args) == "aarch64"
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def test_questions_bootimg(args, monkeypatch):
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func = pmb.aportgen.device.ask_for_bootimg
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fake_answers(monkeypatch, ["invalid_path", ""])
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assert func(args) is None
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bootimg_path = pmb_src + "/test/testdata/bootimg/normal-boot.img"
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fake_answers(monkeypatch, [bootimg_path])
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output = {"base": "0x80000000",
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"kernel_offset": "0x00008000",
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"ramdisk_offset": "0x04000000",
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"second_offset": "0x00f00000",
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"tags_offset": "0x0e000000",
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"pagesize": "2048",
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"cmdline": "bootopt=64S3,32S1,32S1",
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"qcdt": "false",
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"dtb_second": "false"}
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assert func(args) == output
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def test_questions_device(args, monkeypatch):
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# Prepare args
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args.aports = pmb_src + "/test/testdata/init_questions_device/aports"
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args.device = "lg-mako"
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args.nonfree_firmware = True
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args.nonfree_userland = False
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args.kernel = "downstream"
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# Do not generate aports
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def fake_generate(args, pkgname):
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return
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monkeypatch.setattr(pmb.aportgen, "generate", fake_generate)
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# Existing device (without non-free components so we have defaults there)
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func = pmb.config.init.ask_for_device
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nonfree = {"firmware": True, "userland": False}
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fake_answers(monkeypatch, ["lg-mako"])
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kernel = args.kernel
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assert func(args) == ("lg-mako", True, kernel, nonfree)
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# Non-existing device, go back, existing device
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fake_answers(monkeypatch, ["whoops-typo", "n", "lg-mako"])
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assert func(args) == ("lg-mako", True, kernel, nonfree)
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# New device
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fake_answers(monkeypatch, ["new-device", "y"])
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assert func(args) == ("new-device", False, kernel, nonfree)
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def test_questions_device_kernel(args, monkeypatch):
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# Prepare args
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args.aports = pmb_src + "/test/testdata/init_questions_device/aports"
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args.kernel = "downstream"
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# Kernel hardcoded in depends
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func = pmb.config.init.ask_for_device_kernel
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device = "lg-mako"
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assert func(args, device) == args.kernel
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# Choose "mainline"
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device = "sony-amami"
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fake_answers(monkeypatch, ["mainline"])
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assert func(args, device) == "mainline"
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# Choose "downstream"
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fake_answers(monkeypatch, ["downstream"])
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assert func(args, device) == "downstream"
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def test_questions_device_nonfree(args, monkeypatch):
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# Prepare args
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args.aports = pmb_src + "/test/testdata/init_questions_device/aports"
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args.nonfree_firmware = False
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args.nonfree_userland = False
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# APKBUILD with firmware and userland (all yes)
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func = pmb.config.init.ask_for_device_nonfree
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device = "nonfree-firmware-and-userland"
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fake_answers(monkeypatch, ["y", "y"])
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nonfree = {"firmware": True, "userland": True}
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assert func(args, device) == nonfree
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# APKBUILD with firmware and userland (all no)
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fake_answers(monkeypatch, ["n", "n"])
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nonfree = {"firmware": False, "userland": False}
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assert func(args, device) == nonfree
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# APKBUILD with firmware only
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func = pmb.config.init.ask_for_device_nonfree
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device = "nonfree-firmware"
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fake_answers(monkeypatch, ["y"])
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nonfree = {"firmware": True, "userland": False}
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assert func(args, device) == nonfree
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# APKBUILD with userland only
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func = pmb.config.init.ask_for_device_nonfree
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device = "nonfree-userland"
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fake_answers(monkeypatch, ["y"])
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nonfree = {"firmware": False, "userland": True}
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assert func(args, device) == nonfree
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def test_questions_flash_methods(args, monkeypatch):
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func = pmb.aportgen.device.ask_for_flash_method
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fake_answers(monkeypatch, ["invalid_flash_method", "fastboot"])
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assert func(args) == "fastboot"
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fake_answers(monkeypatch, ["0xffff"])
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assert func(args) == "0xffff"
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fake_answers(monkeypatch, ["heimdall", "invalid_type", "isorec"])
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assert func(args) == "heimdall-isorec"
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fake_answers(monkeypatch, ["heimdall", "bootimg"])
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assert func(args) == "heimdall-bootimg"
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def test_questions_keymaps(args, monkeypatch):
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func = pmb.config.init.ask_for_keymaps
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fake_answers(monkeypatch, ["invalid_keymap", "us/rx51_us"])
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assert func(args, "nokia-n900") == "us/rx51_us"
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assert func(args, "lg-mako") == ""
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def test_questions_qemu_native_mesa(args, monkeypatch):
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func = pmb.config.init.ask_for_qemu_native_mesa_driver
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fake_answers(monkeypatch, ["invalid_driver", "dri-swrast"])
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assert func(args, "qemu-amd64", "x86_64") == "dri-swrast"
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assert func(args, "qemu-aarch64", "x86_64") is None
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def test_questions_ui(args, monkeypatch):
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fake_answers(monkeypatch, ["invalid_UI", "weston"])
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assert pmb.config.init.ask_for_ui(args) == "weston"
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def test_questions_work_path(args, monkeypatch, tmpdir):
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# Existing paths (triggering various errors)
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func = pmb.config.init.ask_for_work_path
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tmpdir = str(tmpdir)
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fake_answers(monkeypatch, ["/dev/null", os.path.dirname(__file__),
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pmb.config.pmb_src, tmpdir])
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assert func(args) == (tmpdir, True)
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# Non-existing path
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work = tmpdir + "/non_existing_subfolder"
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fake_answers(monkeypatch, [work])
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assert func(args) == (work, False)
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def test_questions_build_options(args, monkeypatch):
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func = pmb.config.init.ask_for_build_options
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cfg = {"pmbootstrap": {}}
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# Skip changing anything
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fake_answers(monkeypatch, ["n"])
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func(args, cfg)
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assert cfg == {"pmbootstrap": {}}
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# Answer everything
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fake_answers(monkeypatch, ["y", "5", "2G", "n"])
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func(args, cfg)
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assert cfg == {"pmbootstrap": {"jobs": "5",
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"ccache_size": "2G"}}
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def test_questions_hostname(args, monkeypatch):
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func = pmb.config.init.ask_for_hostname
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device = "test-device"
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# Valid hostname
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fake_answers(monkeypatch, ["valid"])
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assert func(args, device) == "valid"
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# Hostname too long ("aaaaa...")
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fake_answers(monkeypatch, ["a" * 64, "a" * 63])
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assert func(args, device) == "a" * 63
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# Fail the regex
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fake_answers(monkeypatch, ["$invalid", "valid"])
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assert func(args, device) == "valid"
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# Begins or ends with minus
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fake_answers(monkeypatch, ["-invalid", "invalid-", "valid"])
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assert func(args, device) == "valid"
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# Device name: empty string
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fake_answers(monkeypatch, [device])
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assert func(args, device) == ""
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