amass/qt6windows7
1
0
Fork 0
mirror of https://github.com/crystalidea/qt6windows7.git synced 2024-11-23 03:59:59 +08:00
Code Issues Actions Packages Projects Releases Wiki Activity
b136018dc3
qt6windows7/util/cmake/configurejson2cmake.py
kleuter 85d238dfda qt 6.5.1 original
2023-10-29 23:33:08 +01:00

1560 lines
52 KiB
Python
Raw Blame History

#!/usr/bin/env python3
# Copyright (C) 2018 The Qt Company Ltd.
# SPDX-License-Identifier: LicenseRef-Qt-Commercial OR GPL-3.0-only WITH Qt-GPL-exception-1.0
import json_parser
import posixpath
import re
import sys
from typing import Optional, Set
from textwrap import dedent
import os
from special_case_helper import SpecialCaseHandler
from helper import (
map_qt_library,
featureName,
map_platform,
find_3rd_party_library_mapping,
generate_find_package_info,
get_compile_test_dependent_library_mapping,
)
knownTests = set() # type: Set[str]
class LibraryMapping:
def __init__(self, package: str, resultVariable: str, appendFoundSuffix: bool = True) -> None:
self.package = package
self.resultVariable = resultVariable
self.appendFoundSuffix = appendFoundSuffix
def map_tests(test: str) -> Optional[str]:
testmap = {
"c99": "c_std_99 IN_LIST CMAKE_C_COMPILE_FEATURES",
"c11": "c_std_11 IN_LIST CMAKE_C_COMPILE_FEATURES",
"x86SimdAlways": "ON", # FIXME: Make this actually do a compile test.
"aesni": "TEST_subarch_aesni",
"avx": "TEST_subarch_avx",
"avx2": "TEST_subarch_avx2",
"avx512f": "TEST_subarch_avx512f",
"avx512cd": "TEST_subarch_avx512cd",
"avx512dq": "TEST_subarch_avx512dq",
"avx512bw": "TEST_subarch_avx512bw",
"avx512er": "TEST_subarch_avx512er",
"avx512pf": "TEST_subarch_avx512pf",
"avx512vl": "TEST_subarch_avx512vl",
"avx512ifma": "TEST_subarch_avx512ifma",
"avx512vbmi": "TEST_subarch_avx512vbmi",
"avx512vbmi2": "TEST_subarch_avx512vbmi2",
"avx512vpopcntdq": "TEST_subarch_avx512vpopcntdq",
"avx5124fmaps": "TEST_subarch_avx5124fmaps",
"avx5124vnniw": "TEST_subarch_avx5124vnniw",
"bmi": "TEST_subarch_bmi",
"bmi2": "TEST_subarch_bmi2",
"cx16": "TEST_subarch_cx16",
"f16c": "TEST_subarch_f16c",
"fma": "TEST_subarch_fma",
"fma4": "TEST_subarch_fma4",
"fsgsbase": "TEST_subarch_fsgsbase",
"gfni": "TEST_subarch_gfni",
"ibt": "TEST_subarch_ibt",
"libclang": "TEST_libclang",
"lwp": "TEST_subarch_lwp",
"lzcnt": "TEST_subarch_lzcnt",
"mmx": "TEST_subarch_mmx",
"movbe": "TEST_subarch_movbe",
"mpx": "TEST_subarch_mpx",
"no-sahf": "TEST_subarch_no_shaf",
"pclmul": "TEST_subarch_pclmul",
"popcnt": "TEST_subarch_popcnt",
"prefetchwt1": "TEST_subarch_prefetchwt1",
"prfchw": "TEST_subarch_prfchw",
"pdpid": "TEST_subarch_rdpid",
"rdpid": "TEST_subarch_rdpid",
"rdseed": "TEST_subarch_rdseed",
"rdrnd": "TEST_subarch_rdrnd",
"rtm": "TEST_subarch_rtm",
"shani": "TEST_subarch_shani",
"shstk": "TEST_subarch_shstk",
"sse2": "TEST_subarch_sse2",
"sse3": "TEST_subarch_sse3",
"ssse3": "TEST_subarch_ssse3",
"sse4a": "TEST_subarch_sse4a",
"sse4_1": "TEST_subarch_sse4_1",
"sse4_2": "TEST_subarch_sse4_2",
"tbm": "TEST_subarch_tbm",
"xop": "TEST_subarch_xop",
"neon": "TEST_subarch_neon",
"iwmmxt": "TEST_subarch_iwmmxt",
"crc32": "TEST_subarch_crc32",
"vis": "TEST_subarch_vis",
"vis2": "TEST_subarch_vis2",
"vis3": "TEST_subarch_vis3",
"dsp": "TEST_subarch_dsp",
"dspr2": "TEST_subarch_dspr2",
"altivec": "TEST_subarch_altivec",
"spe": "TEST_subarch_spe",
"vsx": "TEST_subarch_vsx",
"openssl11": '(OPENSSL_VERSION VERSION_GREATER_EQUAL "1.1.0")',
"libinput_axis_api": "ON",
"xlib": "X11_FOUND",
"wayland-scanner": "WaylandScanner_FOUND",
"3rdparty-hunspell": "VKB_HAVE_3RDPARTY_HUNSPELL",
"t9write-alphabetic": "VKB_HAVE_T9WRITE_ALPHA",
"t9write-cjk": "VKB_HAVE_T9WRITE_CJK",
}
if test in testmap:
return testmap.get(test, None)
if test in knownTests:
return f"TEST_{featureName(test)}"
return None
def cm(ctx, *output):
txt = ctx["output"]
if txt != "" and not txt.endswith("\n"):
txt += "\n"
txt += "\n".join(output)
ctx["output"] = txt
return ctx
def readJsonFromDir(path: str) -> str:
path = posixpath.join(path, "configure.json")
print(f"Reading {path}...")
assert posixpath.exists(path)
parser = json_parser.QMakeSpecificJSONParser()
return parser.parse(path)
def processFiles(ctx, data):
print(" files:")
if "files" in data:
for (k, v) in data["files"].items():
ctx[k] = v
return ctx
def parseLib(ctx, lib, data, cm_fh, cmake_find_packages_set):
newlib = find_3rd_party_library_mapping(lib)
if not newlib:
print(f' XXXX Unknown library "{lib}".')
return
if newlib.packageName is None:
print(f' **** Skipping library "{lib}" -- was masked.')
return
print(f" mapped library {lib} to {newlib.targetName}.")
# Avoid duplicate find_package calls.
if newlib.targetName in cmake_find_packages_set:
return
# If certain libraries are used within a feature, but the feature
# is only emitted conditionally with a simple condition (like
# 'on Windows' or 'on Linux'), we should enclose the find_package
# call for the library into the same condition.
emit_if = newlib.emit_if
# Only look through features if a custom emit_if wasn't provided.
if not emit_if:
for feature in data["features"]:
feature_data = data["features"][feature]
if (
"condition" in feature_data
and f"libs.{lib}" in feature_data["condition"]
and "emitIf" in feature_data
and "config." in feature_data["emitIf"]
):
emit_if = feature_data["emitIf"]
break
if emit_if:
emit_if = map_condition(emit_if)
cmake_find_packages_set.add(newlib.targetName)
find_package_kwargs = {"emit_if": emit_if}
if newlib.is_bundled_with_qt:
# If a library is bundled with Qt, it has 2 FindFoo.cmake
# modules: WrapFoo and WrapSystemFoo.
# FindWrapSystemFoo.cmake will try to find the 'Foo' library in
# the usual CMake locations, and will create a
# WrapSystemFoo::WrapSystemFoo target pointing to the library.
#
# FindWrapFoo.cmake will create a WrapFoo::WrapFoo target which
# will link either against the WrapSystemFoo or QtBundledFoo
# target depending on certain feature values.
#
# Because the following qt_find_package call is for
# configure.cmake consumption, we make the assumption that
# configure.cmake is interested in finding the system library
# for the purpose of enabling or disabling a system_foo feature.
find_package_kwargs["use_system_package_name"] = True
find_package_kwargs["module"] = ctx["module"]
cm_fh.write(generate_find_package_info(newlib, **find_package_kwargs))
if "use" in data["libraries"][lib]:
use_entry = data["libraries"][lib]["use"]
if isinstance(use_entry, str):
print(f"1use: {use_entry}")
cm_fh.write(f"qt_add_qmake_lib_dependency({newlib.soName} {use_entry})\n")
else:
for use in use_entry:
print(f"2use: {use}")
indentation = ""
has_condition = False
if "condition" in use:
has_condition = True
indentation = " "
condition = map_condition(use["condition"])
cm_fh.write(f"if({condition})\n")
cm_fh.write(
f"{indentation}qt_add_qmake_lib_dependency({newlib.soName} {use['lib']})\n"
)
if has_condition:
cm_fh.write("endif()\n")
run_library_test = False
mapped_library = find_3rd_party_library_mapping(lib)
if mapped_library:
run_library_test = mapped_library.run_library_test
if run_library_test and "test" in data["libraries"][lib]:
test = data["libraries"][lib]["test"]
write_compile_test(
ctx, lib, test, data, cm_fh, manual_library_list=[lib], is_library_test=True
)
def lineify(label, value, quote=True):
if value:
if quote:
escaped_value = value.replace('"', '\\"')
return f' {label} "{escaped_value}"\n'
return f" {label} {value}\n"
return ""
def map_condition(condition):
# Handle NOT:
if isinstance(condition, list):
condition = "(" + ") AND (".join(condition) + ")"
if isinstance(condition, bool):
if condition:
return "ON"
else:
return "OFF"
assert isinstance(condition, str)
mapped_features = {"gbm": "gbm_FOUND"}
# Turn foo != "bar" into (NOT foo STREQUAL 'bar')
condition = re.sub(r"([^ ]+)\s*!=\s*('.*?')", "(! \\1 == \\2)", condition)
# Turn foo != 156 into (NOT foo EQUAL 156)
condition = re.sub(r"([^ ]+)\s*!=\s*([0-9]?)", "(! \\1 EQUAL \\2)", condition)
condition = condition.replace("!", "NOT ")
condition = condition.replace("&&", " AND ")
condition = condition.replace("||", " OR ")
condition = condition.replace("==", " STREQUAL ")
# explicitly handle input.sdk == '':
condition = re.sub(r"input\.sdk\s*==\s*''", "NOT INPUT_SDK", condition)
last_pos = 0
mapped_condition = ""
has_failed = False
for match in re.finditer(r"([a-zA-Z0-9_]+)\.([a-zA-Z0-9_+-]+)", condition):
substitution = None
# appendFoundSuffix = True
if match.group(1) == "libs":
libmapping = find_3rd_party_library_mapping(match.group(2))
if libmapping and libmapping.packageName:
substitution = libmapping.packageName
if libmapping.resultVariable:
substitution = libmapping.resultVariable
if libmapping.appendFoundSuffix:
substitution += "_FOUND"
# Assume that feature conditions are interested whether
# a system library is found, rather than the bundled one
# which we always know we can build.
if libmapping.is_bundled_with_qt:
substitution = substitution.replace("Wrap", "WrapSystem")
elif match.group(1) == "features":
feature = match.group(2)
if feature in mapped_features:
substitution = mapped_features.get(feature)
else:
substitution = f"QT_FEATURE_{featureName(match.group(2))}"
elif match.group(1) == "subarch":
substitution = f"TEST_arch_{'${TEST_architecture_arch}'}_subarch_{match.group(2)}"
elif match.group(1) == "call":
if match.group(2) == "crossCompile":
substitution = "CMAKE_CROSSCOMPILING"
elif match.group(1) == "tests":
substitution = map_tests(match.group(2))
elif match.group(1) == "input":
substitution = f"INPUT_{featureName(match.group(2))}"
elif match.group(1) == "config":
substitution = map_platform(match.group(2))
elif match.group(1) == "module":
substitution = f"TARGET {map_qt_library(match.group(2))}"
elif match.group(1) == "arch":
if match.group(2) == "i386":
# FIXME: Does this make sense?
substitution = "(TEST_architecture_arch STREQUAL i386)"
elif match.group(2) == "x86_64":
substitution = "(TEST_architecture_arch STREQUAL x86_64)"
elif match.group(2) == "arm":
# FIXME: Does this make sense?
substitution = "(TEST_architecture_arch STREQUAL arm)"
elif match.group(2) == "arm64":
# FIXME: Does this make sense?
substitution = "(TEST_architecture_arch STREQUAL arm64)"
elif match.group(2) == "mips":
# FIXME: Does this make sense?
substitution = "(TEST_architecture_arch STREQUAL mips)"
if substitution is None:
print(f' XXXX Unknown condition "{match.group(0)}"')
has_failed = True
else:
mapped_condition += condition[last_pos : match.start(1)] + substitution
last_pos = match.end(2)
mapped_condition += condition[last_pos:]
# Space out '(' and ')':
mapped_condition = mapped_condition.replace("(", " ( ")
mapped_condition = mapped_condition.replace(")", " ) ")
# Prettify:
condition = re.sub("\\s+", " ", mapped_condition)
condition = condition.strip()
# Special case for WrapLibClang in qttools
condition = condition.replace("TEST_libclang.has_clangcpp", "TEST_libclang")
if has_failed:
condition += " OR FIXME"
return condition
def parseInput(ctx, sinput, data, cm_fh):
skip_inputs = {
"prefix",
"hostprefix",
"extprefix",
"archdatadir",
"bindir",
"datadir",
"docdir",
"examplesdir",
"external-hostbindir",
"headerdir",
"hostbindir",
"hostdatadir",
"hostlibdir",
"importdir",
"libdir",
"libexecdir",
"plugindir",
"qmldir",
"settingsdir",
"sysconfdir",
"testsdir",
"translationdir",
"android-arch",
"android-ndk",
"android-ndk-host",
"android-ndk-platform",
"android-sdk",
"android-toolchain-version",
"android-style-assets",
"appstore-compliant",
"avx",
"avx2",
"avx512",
"c++std",
"ccache",
"commercial",
"confirm-license",
"dbus",
"dbus-runtime",
"debug",
"debug-and-release",
"developer-build",
"device",
"device-option",
"f16c",
"force-asserts",
"force-debug-info",
"force-pkg-config",
"framework",
"gc-binaries",
"gdb-index",
"gcc-sysroot",
"gcov",
"gnumake",
"gui",
"headersclean",
"incredibuild-xge",
"libudev",
"ltcg",
"make",
"make-tool",
"mips_dsp",
"mips_dspr2",
"mp",
"nomake",
"opensource",
"optimize-debug",
"optimize-size",
"optimized-qmake",
"optimized-tools",
"pch",
"pkg-config",
"platform",
"plugin-manifests",
"profile",
"qreal",
"reduce-exports",
"reduce-relocations",
"release",
"rpath",
"sanitize",
"sdk",
"separate-debug-info",
"shared",
"silent",
"qdbus",
"sse2",
"sse3",
"sse4.1",
"sse4.2",
"ssse3",
"static",
"static-runtime",
"strip",
"syncqt",
"sysroot",
"testcocoon",
"use-gold-linker",
"warnings-are-errors",
"Werror",
"widgets",
"xplatform",
"zlib",
"eventfd",
"glib",
"icu",
"inotify",
"journald",
"pcre",
"posix-ipc",
"pps",
"slog2",
"syslog",
}
if sinput in skip_inputs:
print(f" **** Skipping input {sinput}: masked.")
return
dtype = data
if isinstance(data, dict):
dtype = data["type"]
if dtype == "boolean":
print(f" **** Skipping boolean input {sinput}: masked.")
return
if dtype == "enum":
values_line = " ".join(data["values"])
cm_fh.write(f"# input {sinput}\n")
cm_fh.write(f'set(INPUT_{featureName(sinput)} "undefined" CACHE STRING "")\n')
cm_fh.write(
f"set_property(CACHE INPUT_{featureName(sinput)} PROPERTY STRINGS undefined {values_line})\n\n"
)
return
print(f" XXXX UNHANDLED INPUT TYPE {dtype} in input description")
return
def get_library_usage_for_compile_test(library):
result = {}
mapped_library = find_3rd_party_library_mapping(library)
if not mapped_library:
result["fixme"] = f"# FIXME: use: unmapped library: {library}\n"
return result
if mapped_library.test_library_overwrite:
target_name = mapped_library.test_library_overwrite
else:
target_name = mapped_library.targetName
result["target_name"] = target_name
result["package_name"] = mapped_library.packageName
result["extra"] = mapped_library.extra
return result
# Handles config.test/foo/foo.pro projects.
def write_standalone_compile_test(cm_fh, ctx, data, config_test_name, is_library_test):
rel_test_project_path = f"{ctx['test_dir']}/{config_test_name}"
if posixpath.exists(f"{ctx['project_dir']}/{rel_test_project_path}/CMakeLists.txt"):
label = ""
libraries = []
packages = []
if "label" in data:
label = data["label"]
if is_library_test and config_test_name in data["libraries"]:
if "label" in data["libraries"][config_test_name]:
label = data["libraries"][config_test_name]["label"]
# If a library entry in configure.json has a test, and
# the test uses a config.tests standalone project, we
# need to get the package and target info for the
# library, and pass it to the test so compiling and
# linking succeeds.
library_usage = get_library_usage_for_compile_test(config_test_name)
if "target_name" in library_usage:
libraries.append(library_usage["target_name"])
if "package_name" in library_usage:
find_package_arguments = []
find_package_arguments.append(library_usage["package_name"])
if "extra" in library_usage:
find_package_arguments.extend(library_usage["extra"])
package_line = "PACKAGE " + " ".join(find_package_arguments)
packages.append(package_line)
cm_fh.write(
f"""
qt_config_compile_test("{config_test_name}"
LABEL "{label}"
PROJECT_PATH "${{CMAKE_CURRENT_SOURCE_DIR}}/{rel_test_project_path}"
"""
)
if libraries:
libraries_string = " ".join(libraries)
cm_fh.write(f" LIBRARIES {libraries_string}\n")
if packages:
packages_string = " ".join(packages)
cm_fh.write(f" PACKAGES {packages_string}")
cm_fh.write(")\n")
def write_compile_test(
ctx, name, details, data, cm_fh, manual_library_list=None, is_library_test=False
):
if manual_library_list is None:
manual_library_list = []
inherited_test_name = details["inherit"] if "inherit" in details else None
inherit_details = None
if inherited_test_name and is_library_test:
inherit_details = data["libraries"][inherited_test_name]["test"]
if not inherit_details:
print(f" XXXX Failed to locate inherited library test {inherited_test_name}")
if isinstance(details, str):
write_standalone_compile_test(cm_fh, ctx, data, details, is_library_test)
return
def resolve_head(detail):
head = detail.get("head")
if isinstance(head, list):
head = "\n".join(head)
return head + "\n" if head else ""
head = ""
if inherit_details:
head += resolve_head(inherit_details)
head += resolve_head(details)
sourceCode = head
def resolve_include(detail, keyword):
include = detail.get(keyword, "")
if isinstance(include, list):
include = "#include <" + ">\n#include <".join(include) + ">\n"
elif include:
include = f"#include <{include}>\n"
return include
include = ""
if is_library_test:
if inherit_details:
inherited_lib_data = data["libraries"][inherited_test_name]
include += resolve_include(inherited_lib_data, "headers")
this_lib_data = data["libraries"][name]
include += resolve_include(this_lib_data, "headers")
else:
if inherit_details:
include += resolve_include(inherit_details, "include")
include += resolve_include(details, "include")
sourceCode += include
def resolve_tail(detail):
tail = detail.get("tail")
if isinstance(tail, list):
tail = "\n".join(tail)
return tail + "\n" if tail else ""
tail = ""
if inherit_details:
tail += resolve_tail(inherit_details)
tail += resolve_tail(details)
sourceCode += tail
if sourceCode: # blank line before main
sourceCode += "\n"
sourceCode += "int main(void)\n"
sourceCode += "{\n"
sourceCode += " /* BEGIN TEST: */\n"
def resolve_main(detail):
main = detail.get("main")
if isinstance(main, list):
main = "\n".join(main)
return main + "\n" if main else ""
main = ""
if inherit_details:
main += resolve_main(inherit_details)
main += resolve_main(details)
sourceCode += main
sourceCode += " /* END TEST: */\n"
sourceCode += " return 0;\n"
sourceCode += "}\n"
sourceCode = sourceCode.replace('"', '\\"')
librariesCmakeName = ""
languageStandard = ""
compileOptions = ""
qmakeFixme = ""
cm_fh.write(f"# {name}\n")
if "qmake" in details: # We don't really have many so we can just enumerate them all
if details["qmake"] == "unix:LIBS += -lpthread":
librariesCmakeName = format(featureName(name)) + "_TEST_LIBRARIES"
cm_fh.write("if (UNIX)\n")
cm_fh.write(" set(" + librariesCmakeName + " pthread)\n")
cm_fh.write("endif()\n")
elif details["qmake"] == "linux: LIBS += -lpthread -lrt":
librariesCmakeName = format(featureName(name)) + "_TEST_LIBRARIES"
cm_fh.write("if (LINUX)\n")
cm_fh.write(" set(" + librariesCmakeName + " pthread rt)\n")
cm_fh.write("endif()\n")
elif details["qmake"] == "!winrt: LIBS += runtimeobject.lib":
librariesCmakeName = format(featureName(name)) + "_TEST_LIBRARIES"
cm_fh.write("if (NOT WINRT)\n")
cm_fh.write(" set(" + librariesCmakeName + " runtimeobject)\n")
cm_fh.write("endif()\n")
elif details["qmake"] == "CONFIG += c++11":
# do nothing we're always in c++11 mode
pass
elif details["qmake"] == "CONFIG += c++11 c++14":
languageStandard = "CXX_STANDARD 14"
elif details["qmake"] == "CONFIG += c++11 c++14 c++17":
languageStandard = "CXX_STANDARD 17"
elif details["qmake"] == "CONFIG += c++11 c++14 c++17 c++20":
languageStandard = "CXX_STANDARD 20"
elif details["qmake"] == "QMAKE_CXXFLAGS += -fstack-protector-strong":
compileOptions = details["qmake"][18:]
else:
qmakeFixme = f"# FIXME: qmake: {details['qmake']}\n"
library_list = []
test_libraries = manual_library_list
if "use" in data:
test_libraries += data["use"].split(" ")
for library in test_libraries:
if len(library) == 0:
continue
adjusted_library = get_compile_test_dependent_library_mapping(name, library)
library_usage = get_library_usage_for_compile_test(adjusted_library)
if "fixme" in library_usage:
qmakeFixme += library_usage["fixme"]
continue
else:
library_list.append(library_usage["target_name"])
cm_fh.write(f"qt_config_compile_test({featureName(name)}\n")
cm_fh.write(lineify("LABEL", data.get("label", "")))
if librariesCmakeName != "" or len(library_list) != 0:
cm_fh.write(" LIBRARIES\n")
if librariesCmakeName != "":
cm_fh.write(lineify("", "${" + librariesCmakeName + "}"))
if len(library_list) != 0:
cm_fh.write(" ")
cm_fh.write("\n ".join(library_list))
cm_fh.write("\n")
if compileOptions != "":
cm_fh.write(f" COMPILE_OPTIONS {compileOptions}\n")
cm_fh.write(" CODE\n")
cm_fh.write('"' + sourceCode + '"')
if qmakeFixme != "":
cm_fh.write(qmakeFixme)
if languageStandard != "":
cm_fh.write(f"\n {languageStandard}\n")
cm_fh.write(")\n\n")
# "tests": {
# "cxx11_future": {
# "label": "C++11 <future>",
# "type": "compile",
# "test": {
# "include": "future",
# "main": [
# "std::future<int> f = std::async([]() { return 42; });",
# "(void)f.get();"
# ],
# "qmake": "unix:LIBS += -lpthread"
# }
# },
def write_compiler_supports_flag_test(
ctx, name, details, data, cm_fh, manual_library_list=None, is_library_test=False
):
cm_fh.write(f"qt_config_compiler_supports_flag_test({featureName(name)}\n")
cm_fh.write(lineify("LABEL", data.get("label", "")))
cm_fh.write(lineify("FLAG", data.get("flag", "")))
cm_fh.write(")\n\n")
def write_linker_supports_flag_test(
ctx, name, details, data, cm_fh, manual_library_list=None, is_library_test=False
):
cm_fh.write(f"qt_config_linker_supports_flag_test({featureName(name)}\n")
cm_fh.write(lineify("LABEL", data.get("label", "")))
cm_fh.write(lineify("FLAG", data.get("flag", "")))
cm_fh.write(")\n\n")
def parseTest(ctx, test, data, cm_fh):
skip_tests = {
"c11",
"c99",
"gc_binaries",
"precomile_header",
"reduce_exports",
"gc_binaries",
"libinput_axis_api",
"wayland-scanner",
"xlib",
}
if test in skip_tests:
print(f" **** Skipping features {test}: masked.")
return
if data["type"] == "compile":
knownTests.add(test)
if "test" in data:
details = data["test"]
else:
details = test
write_compile_test(ctx, test, details, data, cm_fh)
if data["type"] == "compilerSupportsFlag":
knownTests.add(test)
if "test" in data:
details = data["test"]
else:
details = test
write_compiler_supports_flag_test(ctx, test, details, data, cm_fh)
if data["type"] == "linkerSupportsFlag":
knownTests.add(test)
if "test" in data:
details = data["test"]
else:
details = test
write_linker_supports_flag_test(ctx, test, details, data, cm_fh)
elif data["type"] == "libclang":
knownTests.add(test)
cm_fh.write(f"# {test}\n")
lib_clang_lib = find_3rd_party_library_mapping("libclang")
cm_fh.write(generate_find_package_info(lib_clang_lib))
cm_fh.write(
dedent(
"""
if(TARGET WrapLibClang::WrapLibClang)
set(TEST_libclang "ON" CACHE BOOL "Required libclang version found." FORCE)
endif()
"""
)
)
cm_fh.write("\n")
elif data["type"] == "x86Simd":
knownTests.add(test)
label = data["label"]
cm_fh.write(f"# {test}\n")
cm_fh.write(f'qt_config_compile_test_x86simd({test} "{label}")\n')
cm_fh.write("\n")
elif data["type"] == "machineTuple":
knownTests.add(test)
label = data["label"]
cm_fh.write(f"# {test}\n")
cm_fh.write(f'qt_config_compile_test_machine_tuple("{label}")\n')
cm_fh.write("\n")
# "features": {
# "android-style-assets": {
# "label": "Android Style Assets",
# "condition": "config.android",
# "output": [ "privateFeature" ],
# "comment": "This belongs into gui, but the license check needs it here already."
# },
else:
print(f" XXXX UNHANDLED TEST TYPE {data['type']} in test description")
def get_feature_mapping():
# This is *before* the feature name gets normalized! So keep - and + chars, etc.
feature_mapping = {
"alloc_h": None, # handled by alloc target
"alloc_malloc_h": None,
"alloc_stdlib_h": None,
"build_all": None,
"ccache": {"autoDetect": "1", "condition": "QT_USE_CCACHE"},
"compiler-flags": None,
"cross_compile": {"condition": "CMAKE_CROSSCOMPILING"},
"debug_and_release": {
"autoDetect": "1", # Setting this to None has weird effects...
"condition": "QT_GENERATOR_IS_MULTI_CONFIG",
},
"debug": {
"autoDetect": "ON",
"condition": "CMAKE_BUILD_TYPE STREQUAL Debug OR Debug IN_LIST CMAKE_CONFIGURATION_TYPES",
},
"dlopen": {"condition": "UNIX"},
"force_debug_info": {
"autoDetect": "CMAKE_BUILD_TYPE STREQUAL RelWithDebInfo OR RelWithDebInfo IN_LIST CMAKE_CONFIGURATION_TYPES"
},
"framework": {
"condition": "APPLE AND BUILD_SHARED_LIBS AND NOT CMAKE_BUILD_TYPE STREQUAL Debug"
},
"gc_binaries": {"condition": "NOT QT_FEATURE_shared"},
"gcc-sysroot": None,
"gcov": None,
"GNUmake": None,
"host-dbus": None,
"iconv": {
"condition": "NOT QT_FEATURE_icu AND QT_FEATURE_textcodec AND NOT WIN32 AND NOT QNX AND NOT ANDROID AND NOT APPLE AND WrapIconv_FOUND",
},
"incredibuild_xge": None,
"ltcg": {
"autoDetect": "ON",
"cmakePrelude": """set(__qt_ltcg_detected FALSE)
if(CMAKE_INTERPROCEDURAL_OPTIMIZATION)
set(__qt_ltcg_detected TRUE)
else()
foreach(config ${CMAKE_BUILD_TYPE} ${CMAKE_CONFIGURATION_TYPES})
string(TOUPPER "${config}" __qt_uc_config)
if(CMAKE_INTERPROCEDURAL_OPTIMIZATION_${__qt_uc_config})
set(__qt_ltcg_detected TRUE)
break()
endif()
endforeach()
unset(__qt_uc_config)
endif()""",
"condition": "__qt_ltcg_detected",
},
"msvc_mp": None,
"simulator_and_device": {"condition": "UIKIT AND NOT QT_UIKIT_SDK"},
"pkg-config": {"condition": "PKG_CONFIG_FOUND"},
"precompile_header": {"condition": "BUILD_WITH_PCH"},
"profile": None,
"qmakeargs": None,
"qpa_default_platform": None, # Not a bool!
"qreal": {
"condition": 'DEFINED QT_COORD_TYPE AND NOT QT_COORD_TYPE STREQUAL "double"',
"output": [
{
"type": "define",
"name": "QT_COORD_TYPE",
"value": "${QT_COORD_TYPE}",
},
{
"type": "define",
"name": "QT_COORD_TYPE_STRING",
"value": '\\"${QT_COORD_TYPE}\\"',
},
],
},
"reduce_exports": {
"condition": "NOT MSVC",
},
"release": None,
"release_tools": None,
"rpath": {
"autoDetect": "1",
"condition": "BUILD_SHARED_LIBS AND UNIX AND NOT WIN32 AND NOT ANDROID",
},
"shared": {
"condition": "BUILD_SHARED_LIBS",
"output": [
"publicFeature",
"publicQtConfig",
"publicConfig",
{
"type": "define",
"name": "QT_STATIC",
"prerequisite": "!defined(QT_SHARED) && !defined(QT_STATIC)",
"negative": True,
},
],
},
"silent": None,
"sql-sqlite": {"condition": "QT_FEATURE_datestring"},
"stl": None, # Do we really need to test for this in 2018?!
"strip": None,
"verifyspec": None, # qmake specific...
"warnings_are_errors": None, # FIXME: Do we need these?
"xkbcommon-system": None, # another system library, just named a bit different from the rest
}
return feature_mapping
def parseFeature(ctx, feature, data, cm_fh):
feature_mapping = get_feature_mapping()
mapping = feature_mapping.get(feature, {})
if mapping is None:
print(f" **** Skipping features {feature}: masked.")
return
handled = {
"autoDetect",
"comment",
"condition",
"description",
"disable",
"emitIf",
"enable",
"label",
"output",
"purpose",
"section",
}
label = mapping.get("label", data.get("label", ""))
purpose = mapping.get("purpose", data.get("purpose", data.get("description", label)))
autoDetect = map_condition(mapping.get("autoDetect", data.get("autoDetect", "")))
condition = map_condition(mapping.get("condition", data.get("condition", "")))
output = mapping.get("output", data.get("output", []))
comment = mapping.get("comment", data.get("comment", ""))
section = mapping.get("section", data.get("section", ""))
enable = map_condition(mapping.get("enable", data.get("enable", "")))
disable = map_condition(mapping.get("disable", data.get("disable", "")))
emitIf = map_condition(mapping.get("emitIf", data.get("emitIf", "")))
cmakePrelude = mapping.get("cmakePrelude", None)
cmakeEpilogue = mapping.get("cmakeEpilogue", None)
for k in [k for k in data.keys() if k not in handled]:
print(f" XXXX UNHANDLED KEY {k} in feature description")
if not output:
# feature that is only used in the conditions of other features
output = ["internalFeature"]
publicFeature = False # #define QT_FEATURE_featurename in public header
privateFeature = False # #define QT_FEATURE_featurename in private header
negativeFeature = False # #define QT_NO_featurename in public header
internalFeature = False # No custom or QT_FEATURE_ defines
publicDefine = False # #define MY_CUSTOM_DEFINE in public header
publicConfig = False # add to CONFIG in public pri file
privateConfig = False # add to CONFIG in private pri file
publicQtConfig = False # add to QT_CONFIG in public pri file
for o in output:
outputType = o
if isinstance(o, dict):
outputType = o["type"]
if outputType in [
"varAssign",
"varAppend",
"varRemove",
"useBFDLinker",
"useGoldLinker",
"useLLDLinker",
]:
continue
elif outputType == "define":
publicDefine = True
elif outputType == "feature":
negativeFeature = True
elif outputType == "publicFeature":
publicFeature = True
elif outputType == "privateFeature":
privateFeature = True
elif outputType == "internalFeature":
internalFeature = True
elif outputType == "publicConfig":
publicConfig = True
elif outputType == "privateConfig":
privateConfig = True
elif outputType == "publicQtConfig":
publicQtConfig = True
else:
print(f" XXXX UNHANDLED OUTPUT TYPE {outputType} in feature {feature}.")
continue
if not any(
[
publicFeature,
privateFeature,
internalFeature,
publicDefine,
negativeFeature,
publicConfig,
privateConfig,
publicQtConfig,
]
):
print(f" **** Skipping feature {feature}: Not relevant for C++.")
return
normalized_feature_name = featureName(feature)
def writeFeature(
name,
publicFeature=False,
privateFeature=False,
labelAppend="",
superFeature=None,
autoDetect="",
cmakePrelude=None,
cmakeEpilogue=None,
):
if comment:
cm_fh.write(f"# {comment}\n")
if cmakePrelude is not None:
cm_fh.write(cmakePrelude)
cm_fh.write("\n")
cm_fh.write(f'qt_feature("{name}"')
if publicFeature:
cm_fh.write(" PUBLIC")
if privateFeature:
cm_fh.write(" PRIVATE")
cm_fh.write("\n")
cm_fh.write(lineify("SECTION", section))
cm_fh.write(lineify("LABEL", label + labelAppend))
if purpose != label:
cm_fh.write(lineify("PURPOSE", purpose))
cm_fh.write(lineify("AUTODETECT", autoDetect, quote=False))
if superFeature:
feature_condition = f"QT_FEATURE_{superFeature}"
else:
feature_condition = condition
cm_fh.write(lineify("CONDITION", feature_condition, quote=False))
cm_fh.write(lineify("ENABLE", enable, quote=False))
cm_fh.write(lineify("DISABLE", disable, quote=False))
cm_fh.write(lineify("EMIT_IF", emitIf, quote=False))
cm_fh.write(")\n")
if cmakeEpilogue is not None:
cm_fh.write(cmakeEpilogue)
cm_fh.write("\n")
# Write qt_feature() calls before any qt_feature_definition() calls
# Default internal feature case.
featureCalls = {}
featureCalls[feature] = {
"name": feature,
"labelAppend": "",
"autoDetect": autoDetect,
"cmakePrelude": cmakePrelude,
"cmakeEpilogue": cmakeEpilogue,
}
# Go over all outputs to compute the number of features that have to be declared
for o in output:
outputType = o
name = feature
# The label append is to provide a unique label for features that have more than one output
# with different names.
labelAppend = ""
if isinstance(o, dict):
outputType = o["type"]
if "name" in o:
name = o["name"]
labelAppend = f": {o['name']}"
if outputType not in ["feature", "publicFeature", "privateFeature"]:
continue
if name not in featureCalls:
featureCalls[name] = {"name": name, "labelAppend": labelAppend}
if name != feature:
featureCalls[name]["superFeature"] = normalized_feature_name
if outputType in ["feature", "publicFeature"]:
featureCalls[name]["publicFeature"] = True
elif outputType == "privateFeature":
featureCalls[name]["privateFeature"] = True
elif outputType == "publicConfig":
featureCalls[name]["publicConfig"] = True
elif outputType == "privateConfig":
featureCalls[name]["privateConfig"] = True
elif outputType == "publicQtConfig":
featureCalls[name]["publicQtConfig"] = True
# Write the qt_feature() calls from the computed feature map
for _, args in featureCalls.items():
writeFeature(**args)
# Write qt_feature_definition() calls
for o in output:
outputType = o
outputArgs = {}
if isinstance(o, dict):
outputType = o["type"]
outputArgs = o
# Map negative feature to define:
if outputType == "feature":
outputType = "define"
outputArgs = {
"name": f"QT_NO_{normalized_feature_name.upper()}",
"negative": True,
"value": 1,
"type": "define",
}
if outputType != "define":
continue
if outputArgs.get("name") is None:
print(f" XXXX DEFINE output without name in feature {feature}.")
continue
out_name = outputArgs.get("name")
cm_fh.write(f'qt_feature_definition("{feature}" "{out_name}"')
if outputArgs.get("negative", False):
cm_fh.write(" NEGATE")
if outputArgs.get("value") is not None:
cm_fh.write(f' VALUE "{outputArgs.get("value")}"')
if outputArgs.get("prerequisite") is not None:
cm_fh.write(f' PREREQUISITE "{outputArgs.get("prerequisite")}"')
cm_fh.write(")\n")
# Write qt_feature_config() calls
for o in output:
outputType = o
name = feature
modified_name = name
outputArgs = {}
if isinstance(o, dict):
outputType = o["type"]
outputArgs = o
if "name" in o:
modified_name = o["name"]
if outputType not in ["publicConfig", "privateConfig", "publicQtConfig"]:
continue
config_type = ""
if outputType == "publicConfig":
config_type = "QMAKE_PUBLIC_CONFIG"
elif outputType == "privateConfig":
config_type = "QMAKE_PRIVATE_CONFIG"
elif outputType == "publicQtConfig":
config_type = "QMAKE_PUBLIC_QT_CONFIG"
if not config_type:
print(" XXXX config output without type in feature {}.".format(feature))
continue
cm_fh.write('qt_feature_config("{}" {}'.format(name, config_type))
if outputArgs.get("negative", False):
cm_fh.write("\n NEGATE")
if modified_name != name:
cm_fh.write("\n")
cm_fh.write(lineify("NAME", modified_name, quote=True))
cm_fh.write(")\n")
def processSummaryHelper(ctx, entries, cm_fh):
for entry in entries:
if isinstance(entry, str):
name = entry
cm_fh.write(f'qt_configure_add_summary_entry(ARGS "{name}")\n')
elif "type" in entry and entry["type"] in [
"feature",
"firstAvailableFeature",
"featureList",
]:
function_args = []
entry_type = entry["type"]
if entry_type in ["firstAvailableFeature", "featureList"]:
feature_mapping = get_feature_mapping()
unhandled_feature = False
for feature_name, value in feature_mapping.items():
# Skip entries that mention a feature which is
# skipped by configurejson2cmake in the feature
# mapping. This is not ideal, but prevents errors at
# CMake configuration time.
if not value and f"{feature_name}" in entry["args"]:
unhandled_feature = True
break
if unhandled_feature:
print(f" XXXX UNHANDLED FEATURE in SUMMARY TYPE {entry}.")
continue
if entry_type != "feature":
function_args.append(lineify("TYPE", entry_type))
if "args" in entry:
args = entry["args"]
function_args.append(lineify("ARGS", args))
if "message" in entry:
message = entry["message"]
function_args.append(lineify("MESSAGE", message))
if "condition" in entry:
condition = map_condition(entry["condition"])
function_args.append(lineify("CONDITION", condition, quote=False))
entry_args_string = "".join(function_args)
cm_fh.write(f"qt_configure_add_summary_entry(\n{entry_args_string})\n")
elif "type" in entry and entry["type"] == "buildTypeAndConfig":
cm_fh.write("qt_configure_add_summary_build_type_and_config()\n")
elif "type" in entry and entry["type"] == "buildMode":
message = entry["message"]
cm_fh.write(f"qt_configure_add_summary_build_mode({message})\n")
elif "type" in entry and entry["type"] == "buildParts":
message = entry["message"]
cm_fh.write(f'qt_configure_add_summary_build_parts("{message}")\n')
elif "section" in entry:
section = entry["section"]
cm_fh.write(f'qt_configure_add_summary_section(NAME "{section}")\n')
processSummaryHelper(ctx, entry["entries"], cm_fh)
cm_fh.write(f'qt_configure_end_summary_section() # end of "{section}" section\n')
else:
print(f" XXXX UNHANDLED SUMMARY TYPE {entry}.")
report_condition_mapping = {
"(features.rpath || features.rpath_dir) && !features.shared": "(features.rpath || QT_EXTRA_RPATHS) && !features.shared",
"(features.rpath || features.rpath_dir) && var.QMAKE_LFLAGS_RPATH == ''": None,
}
def processReportHelper(ctx, entries, cm_fh):
feature_mapping = get_feature_mapping()
for entry in entries:
if isinstance(entry, dict):
entry_args = []
if "type" not in entry:
print(f" XXXX UNHANDLED REPORT TYPE missing type in {entry}.")
continue
report_type = entry["type"]
if report_type not in ["note", "warning", "error"]:
print(f" XXXX UNHANDLED REPORT TYPE unknown type in {entry}.")
continue
report_type = report_type.upper()
entry_args.append(lineify("TYPE", report_type, quote=False))
message = entry["message"]
# Replace semicolons, qt_parse_all_arguments can't handle
# them due to an escaping bug in CMake regarding escaping
# macro arguments.
# https://gitlab.kitware.com/cmake/cmake/issues/19972
message = message.replace(";", ",")
entry_args.append(lineify("MESSAGE", message))
# Need to overhaul everything to fix conditions.
if "condition" in entry:
condition = entry["condition"]
unhandled_condition = False
for feature_name, value in feature_mapping.items():
# Skip reports that mention a feature which is
# skipped by configurejson2cmake in the feature
# mapping. This is not ideal, but prevents errors at
# CMake configuration time.
if not value and f"features.{feature_name}" in condition:
unhandled_condition = True
break
if unhandled_condition:
print(f" XXXX UNHANDLED CONDITION in REPORT TYPE {entry}.")
continue
if isinstance(condition, str) and condition in report_condition_mapping:
new_condition = report_condition_mapping[condition]
if new_condition is None:
continue
else:
condition = new_condition
condition = map_condition(condition)
entry_args.append(lineify("CONDITION", condition, quote=False))
entry_args_string = "".join(entry_args)
cm_fh.write(f"qt_configure_add_report_entry(\n{entry_args_string})\n")
else:
print(f" XXXX UNHANDLED REPORT TYPE {entry}.")
def parseCommandLineCustomHandler(ctx, data, cm_fh):
cm_fh.write(f"qt_commandline_custom({data})\n")
def parseCommandLineOptions(ctx, data, cm_fh):
for key in data:
args = [key]
option = data[key]
if isinstance(option, str):
args += ["TYPE", option]
else:
if "type" in option:
args += ["TYPE", option["type"]]
if "name" in option:
args += ["NAME", option["name"]]
if "value" in option:
args += ["VALUE", option["value"]]
if "values" in option:
values = option["values"]
if isinstance(values, list):
args += ["VALUES", " ".join(option["values"])]
else:
args += ["MAPPING"]
for lhs in values:
args += [lhs, values[lhs]]
cm_fh.write(f"qt_commandline_option({' '.join(args)})\n")
def parseCommandLinePrefixes(ctx, data, cm_fh):
for key in data:
cm_fh.write(f"qt_commandline_prefix({key} {data[key]})\n")
def processCommandLine(ctx, data, cm_fh):
print(" commandline:")
if "subconfigs" in data:
for subconf in data["subconfigs"]:
cm_fh.write(f"qt_commandline_subconfig({subconf})\n")
if "commandline" not in data:
return
commandLine = data["commandline"]
if "custom" in commandLine:
print(" custom:")
parseCommandLineCustomHandler(ctx, commandLine["custom"], cm_fh)
if "options" in commandLine:
print(" options:")
parseCommandLineOptions(ctx, commandLine["options"], cm_fh)
if "prefix" in commandLine:
print(" prefix:")
parseCommandLinePrefixes(ctx, commandLine["prefix"], cm_fh)
if "assignments" in commandLine:
print(" assignments are ignored")
def processInputs(ctx, data, cm_fh):
print(" inputs:")
if "commandline" not in data:
return
commandLine = data["commandline"]
if "options" not in commandLine:
return
for input_option in commandLine["options"]:
parseInput(ctx, input_option, commandLine["options"][input_option], cm_fh)
def processTests(ctx, data, cm_fh):
print(" tests:")
if "tests" not in data:
return
for test in data["tests"]:
parseTest(ctx, test, data["tests"][test], cm_fh)
def processFeatures(ctx, data, cm_fh):
print(" features:")
if "features" not in data:
return
for feature in data["features"]:
parseFeature(ctx, feature, data["features"][feature], cm_fh)
def processLibraries(ctx, data, cm_fh):
cmake_find_packages_set = set()
print(" libraries:")
if "libraries" not in data:
return
for lib in data["libraries"]:
parseLib(ctx, lib, data, cm_fh, cmake_find_packages_set)
def processReports(ctx, data, cm_fh):
if "summary" in data:
print(" summary:")
processSummaryHelper(ctx, data["summary"], cm_fh)
if "report" in data:
print(" report:")
processReportHelper(ctx, data["report"], cm_fh)
if "earlyReport" in data:
print(" earlyReport:")
processReportHelper(ctx, data["earlyReport"], cm_fh)
def processSubconfigs(path, ctx, data):
assert ctx is not None
if "subconfigs" in data:
for subconf in data["subconfigs"]:
subconfDir = posixpath.join(path, subconf)
subconfData = readJsonFromDir(subconfDir)
subconfCtx = ctx
processJson(subconfDir, subconfCtx, subconfData)
class special_cased_file:
def __init__(self, base_dir: str, file_name: str, skip_special_case_preservation: bool):
self.base_dir = base_dir
self.file_path = posixpath.join(base_dir, file_name)
self.gen_file_path = self.file_path + ".gen"
self.preserve_special_cases = not skip_special_case_preservation
def __enter__(self):
self.file = open(self.gen_file_path, "w")
if self.preserve_special_cases:
self.sc_handler = SpecialCaseHandler(
os.path.abspath(self.file_path),
os.path.abspath(self.gen_file_path),
os.path.abspath(self.base_dir),
debug=False,
)
return self.file
def __exit__(self, type, value, trace_back):
self.file.close()
if self.preserve_special_cases:
self.sc_handler.handle_special_cases()
os.replace(self.gen_file_path, self.file_path)
def processJson(path, ctx, data, skip_special_case_preservation=False):
ctx["project_dir"] = path
ctx["module"] = data.get("module", "global")
ctx["test_dir"] = data.get("testDir", "config.tests")
ctx = processFiles(ctx, data)
with special_cased_file(path, "qt_cmdline.cmake", skip_special_case_preservation) as cm_fh:
processCommandLine(ctx, data, cm_fh)
with special_cased_file(path, "configure.cmake", skip_special_case_preservation) as cm_fh:
cm_fh.write("\n\n#### Inputs\n\n")
processInputs(ctx, data, cm_fh)
cm_fh.write("\n\n#### Libraries\n\n")
processLibraries(ctx, data, cm_fh)
cm_fh.write("\n\n#### Tests\n\n")
processTests(ctx, data, cm_fh)
cm_fh.write("\n\n#### Features\n\n")
processFeatures(ctx, data, cm_fh)
processReports(ctx, data, cm_fh)
if ctx.get("module") == "global":
cm_fh.write(
'\nqt_extra_definition("QT_VERSION_STR" "\\"${PROJECT_VERSION}\\"" PUBLIC)\n'
)
cm_fh.write('qt_extra_definition("QT_VERSION_MAJOR" ${PROJECT_VERSION_MAJOR} PUBLIC)\n')
cm_fh.write('qt_extra_definition("QT_VERSION_MINOR" ${PROJECT_VERSION_MINOR} PUBLIC)\n')
cm_fh.write('qt_extra_definition("QT_VERSION_PATCH" ${PROJECT_VERSION_PATCH} PUBLIC)\n')
# do this late:
processSubconfigs(path, ctx, data)
def main():
if len(sys.argv) < 2:
print("This scripts needs one directory to process!")
quit(1)
directory = sys.argv[1]
skip_special_case_preservation = "-s" in sys.argv[2:]
print(f"Processing: {directory}.")
data = readJsonFromDir(directory)
processJson(directory, {}, data, skip_special_case_preservation=skip_special_case_preservation)
if __name__ == "__main__":
main()
Reference in New Issue View Git Blame Copy Permalink