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https://github.com/miurahr/aqtinstall.git
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1462df953f
This removes some duplicated code, and calls `fetch_tool_modules` and `fetch_tool_long_listing` through the `MetadataFactory.getList()` interface rather than the direct function call. This will give better test coverage for the MetadataFactory constructor.
305 lines
11 KiB
Python
305 lines
11 KiB
Python
import json
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import re
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import sys
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from pathlib import Path
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import pytest
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from aqt.installer import Cli
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from aqt.metadata import ArchiveId, MetadataFactory, SimpleSpec, Version
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MINOR_REGEX = re.compile(r"^\d+\.(\d+)")
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@pytest.mark.parametrize(
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"os_name,target,in_file,expect_out_file",
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[
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("windows", "android", "windows-android.html", "windows-android-expect.json"),
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("windows", "desktop", "windows-desktop.html", "windows-desktop-expect.json"),
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("windows", "winrt", "windows-winrt.html", "windows-winrt-expect.json"),
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("linux", "android", "linux-android.html", "linux-android-expect.json"),
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("linux", "desktop", "linux-desktop.html", "linux-desktop-expect.json"),
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("mac", "android", "mac-android.html", "mac-android-expect.json"),
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("mac", "desktop", "mac-desktop.html", "mac-desktop-expect.json"),
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("mac", "ios", "mac-ios.html", "mac-ios-expect.json"),
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],
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)
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def test_list_versions_tools(monkeypatch, os_name, target, in_file, expect_out_file):
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_html = (Path(__file__).parent / "data" / in_file).read_text("utf-8")
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monkeypatch.setattr(MetadataFactory, "fetch_http", lambda self, _: _html)
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expected = json.loads(
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(Path(__file__).parent / "data" / expect_out_file).read_text("utf-8")
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)
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# Test 'aqt list tools'
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tools = MetadataFactory(ArchiveId("tools", os_name, target)).getList()
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assert tools == expected["tools"]
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for qt in ("qt5", "qt6"):
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for ext, expected_output in expected[qt].items():
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# Test 'aqt list qt'
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archive_id = ArchiveId(qt, os_name, target, ext if ext != "qt" else "")
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all_versions = MetadataFactory(archive_id).getList()
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if len(expected_output) == 0:
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assert not all_versions
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else:
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assert f"{all_versions}" == "\n".join(expected_output)
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# Filter for the latest version only
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latest_ver = MetadataFactory(archive_id, is_latest_version=True).getList()
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if len(expected_output) == 0:
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assert not latest_ver
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else:
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assert f"{latest_ver}" == expected_output[-1].split(" ")[-1]
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for row in expected_output:
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minor = int(MINOR_REGEX.search(row).group(1))
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# Find the latest version for a particular minor version
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latest_ver_for_minor = MetadataFactory(
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archive_id,
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filter_minor=minor,
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is_latest_version=True,
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).getList()
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assert f"{latest_ver_for_minor}" == row.split(" ")[-1]
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# Find all versions for a particular minor version
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all_ver_for_minor = MetadataFactory(
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archive_id,
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filter_minor=minor,
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).getList()
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assert f"{all_ver_for_minor}" == row
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@pytest.mark.parametrize(
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"version,extension,in_file,expect_out_file",
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[
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("5.14.0", "", "windows-5140-update.xml", "windows-5140-expect.json"),
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("5.15.0", "", "windows-5150-update.xml", "windows-5150-expect.json"),
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(
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"5.15.2",
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"src_doc_examples",
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"windows-5152-src-doc-example-update.xml",
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"windows-5152-src-doc-example-expect.json",
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),
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],
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)
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def test_list_architectures_and_modules(
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monkeypatch, version: str, extension: str, in_file: str, expect_out_file: str
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):
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archive_id = ArchiveId("qt" + version[0], "windows", "desktop", extension)
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_xml = (Path(__file__).parent / "data" / in_file).read_text("utf-8")
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expect = json.loads(
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(Path(__file__).parent / "data" / expect_out_file).read_text("utf-8")
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)
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monkeypatch.setattr(MetadataFactory, "fetch_http", lambda self, _: _xml)
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modules = MetadataFactory(archive_id).fetch_modules(Version(version))
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assert modules == expect["modules"]
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arches = MetadataFactory(archive_id).fetch_arches(Version(version))
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assert arches == expect["architectures"]
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@pytest.mark.parametrize(
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"host, target, tool_name",
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[
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("mac", "desktop", "tools_cmake"),
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("mac", "desktop", "tools_ifw"),
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("mac", "desktop", "tools_qtcreator"),
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],
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)
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def test_tool_modules(monkeypatch, host: str, target: str, tool_name: str):
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archive_id = ArchiveId("tools", host, target)
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in_file = "{}-{}-{}-update.xml".format(host, target, tool_name)
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expect_out_file = "{}-{}-{}-expect.json".format(host, target, tool_name)
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_xml = (Path(__file__).parent / "data" / in_file).read_text("utf-8")
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expect = json.loads(
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(Path(__file__).parent / "data" / expect_out_file).read_text("utf-8")
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)
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monkeypatch.setattr(MetadataFactory, "fetch_http", lambda self, _: _xml)
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modules = MetadataFactory(archive_id, tool_name=tool_name).getList()
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assert modules == expect["modules"]
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table = MetadataFactory(archive_id, tool_long_listing=tool_name).getList()
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assert table._rows() == expect["long_listing"]
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@pytest.mark.parametrize(
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"cat, host, target, minor_ver, ver, ext, xmlfile, xmlexpect, htmlfile, htmlexpect",
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[
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(
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"qt5",
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"windows",
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"desktop",
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"14",
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"5.14.0",
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"wasm",
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"windows-5140-update.xml",
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"windows-5140-expect.json",
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"windows-desktop.html",
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"windows-desktop-expect.json",
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),
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],
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)
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def test_list_cli(
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capsys,
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monkeypatch,
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cat,
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host,
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target,
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minor_ver,
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ver,
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ext,
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xmlfile,
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xmlexpect,
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htmlfile,
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htmlexpect,
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):
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def _mock(_, rest_of_url: str) -> str:
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in_file = xmlfile if rest_of_url.endswith("Updates.xml") else htmlfile
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text = (Path(__file__).parent / "data" / in_file).read_text("utf-8")
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if not rest_of_url.endswith("Updates.xml"):
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return text
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# If we are serving an Updates.xml, `aqt list` will look for a Qt version number.
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# We will replace the version numbers in the file with the requested version.
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match = re.search(r"qt\d_(\d+)", rest_of_url)
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assert match
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desired_version = match.group(1)
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ver_to_replace = ver.replace(".", "")
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return text.replace(ver_to_replace, desired_version)
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monkeypatch.setattr(MetadataFactory, "fetch_http", _mock)
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expected_modules_arches = json.loads(
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(Path(__file__).parent / "data" / xmlexpect).read_text("utf-8")
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)
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expect_modules = expected_modules_arches["modules"]
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expect_arches = expected_modules_arches["architectures"]
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def check_extensions():
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out, err = capsys.readouterr()
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# We should probably generate expected from htmlexpect, but this will work for now
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assert out.strip() == "wasm src_doc_examples"
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def check_modules():
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out, err = capsys.readouterr()
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assert set(out.strip().split()) == set(expect_modules)
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def check_arches():
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out, err = capsys.readouterr()
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assert set(out.strip().split()) == set(expect_arches)
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_minor = ["--filter-minor", minor_ver]
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_ext = ["--extension", ext]
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cli = Cli()
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# Query extensions by latest version, minor version, and specific version
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cli.run(["list", cat, host, target, "--extensions", "latest"])
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check_extensions()
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cli.run(["list", cat, host, target, *_minor, "--extensions", "latest"])
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check_extensions()
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cli.run(["list", cat, host, target, "--extensions", ver])
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check_extensions()
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# Query modules by latest version, minor version, and specific version
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cli.run(["list", cat, host, target, "--modules", "latest"])
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check_modules()
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cli.run(["list", cat, host, target, *_minor, "--modules", "latest"])
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check_modules()
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cli.run(["list", cat, host, target, "--modules", ver])
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check_modules()
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cli.run(["list", cat, host, target, *_ext, "--modules", "latest"])
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check_modules()
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cli.run(["list", cat, host, target, *_ext, *_minor, "--modules", "latest"])
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check_modules()
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cli.run(["list", cat, host, target, *_ext, "--modules", ver])
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check_modules()
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# Query architectures by latest version, minor version, and specific version
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cli.run(["list", cat, host, target, "--arch", "latest"])
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check_arches()
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cli.run(["list", cat, host, target, *_minor, "--arch", "latest"])
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check_arches()
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cli.run(["list", cat, host, target, "--arch", ver])
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check_arches()
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cli.run(["list", cat, host, target, *_ext, "--arch", "latest"])
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check_arches()
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cli.run(["list", cat, host, target, *_ext, *_minor, "--arch", "latest"])
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check_arches()
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cli.run(["list", cat, host, target, *_ext, "--arch", ver])
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check_arches()
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@pytest.mark.parametrize(
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"simple_spec, expected_name",
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(
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(SimpleSpec("*"), "mytool.999"),
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(SimpleSpec(">3.5"), "mytool.999"),
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(SimpleSpec("3.5.5"), "mytool.355"),
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(SimpleSpec("<3.5"), "mytool.300"),
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(SimpleSpec("<=3.5"), "mytool.355"),
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(SimpleSpec("<=3.5.0"), "mytool.350"),
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(SimpleSpec(">10"), None),
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),
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)
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def test_list_choose_tool_by_version(simple_spec, expected_name):
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tools_data = {
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"mytool.999": {"Version": "9.9.9", "Name": "mytool.999"},
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"mytool.355": {"Version": "3.5.5", "Name": "mytool.355"},
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"mytool.350": {"Version": "3.5.0", "Name": "mytool.350"},
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"mytool.300": {"Version": "3.0.0", "Name": "mytool.300"},
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}
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item = MetadataFactory.choose_highest_version_in_spec(tools_data, simple_spec)
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if item is not None:
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assert item["Name"] == expected_name
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else:
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assert expected_name is None
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qt6_android_requires_ext_msg = (
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"Qt 6 for Android requires one of the following extensions: "
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f"{ArchiveId.EXTENSIONS_REQUIRED_ANDROID_QT6}. "
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"Please add your extension using the `--extension` flag."
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)
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no_arm64_v8_msg = "The extension 'arm64_v8a' is only valid for Qt 6 for Android"
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no_wasm_msg = "The extension 'wasm' is only available in Qt 5.13 to 5.15 on desktop."
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@pytest.mark.parametrize(
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"target, ext, version, expected_msg",
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(
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("android", "", "6.2.0", qt6_android_requires_ext_msg),
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("android", "arm64_v8a", "5.13.0", no_arm64_v8_msg),
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("desktop", "arm64_v8a", "5.13.0", no_arm64_v8_msg),
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("desktop", "arm64_v8a", "6.2.0", no_arm64_v8_msg),
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("desktop", "wasm", "5.12.11", no_wasm_msg), # out of range
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("desktop", "wasm", "6.2.0", no_wasm_msg), # out of range
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("android", "wasm", "5.12.11", no_wasm_msg), # in range, wrong target
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("android", "wasm", "5.14.0", no_wasm_msg), # in range, wrong target
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("android", "wasm", "6.2.0", qt6_android_requires_ext_msg),
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),
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)
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def test_list_invalid_extensions(
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capsys, monkeypatch, target, ext, version, expected_msg
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):
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def _mock(_, rest_of_url: str) -> str:
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return ""
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monkeypatch.setattr(MetadataFactory, "fetch_http", _mock)
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cat = "qt" + version[0]
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host = "windows"
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extension_params = ["--extension", ext] if ext else []
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cli = Cli()
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cli.run(["list", cat, host, target, *extension_params, "--arch", version])
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out, err = capsys.readouterr()
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sys.stdout.write(out)
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sys.stderr.write(err)
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assert expected_msg in err
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