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# Copyright (C) 2019 The Qt Company Ltd.
# SPDX-License-Identifier: LicenseRef-Qt-Commercial OR GPL-3.0-only WITH Qt-GPL-exception-1.0
from enum import Enum
class OS(Enum):
"""Defines properties of OS types.
Enumeration names are exact matches for the platform targets reported by
the database.\n
Tuple values are as follows, with explanation:\n
[1] OS name/version pair values that are read and accepted by the blacklist.
This is what is written to BLACKLIST files.\n
[2] The family os OSs the target belongs to. This is used when checking how
many of a given OS family are currently failing.\n
[3] "canBe" list. This list describes which platforms apply to a given OS target.
This is used when determining which oses should be included under platform terms
such as "xcb"\n
[4] The general platform term used to describe the OS, such as "linux", "osx", or "windows"
"""
openSUSE_15_0 = ("opensuse-leap", "suse",
["*", "linux", "xcb", "wayland", "openwfd", "directfb", "minimal"], "linux")
openSUSE_42_3 = ("opensuse-42.3", "suse",
["*", "linux", "xcb", "wayland", "openwfd", "directfb", "minimal"], "linux")
SLES_15 = ("sles-15.0", "suse", ["*", "linux", "xcb",
"wayland", "openwfd", "directfb", "minimal"], "linux")
SLED_15 = ("sled-15.0", "suse",
["*", "linux", "xcb", "wayland", "openwfd", "minimal"], "linux")
Ubuntu_16_04 = ("ubuntu-16.04", "ubuntu", ["*", "linux", "ubuntu",
"xcb", "directfb", "wayland", "openwfd", "minimal"], "linux")
Ubuntu_18_04 = ("ubuntu-18.04", "ubuntu", ["*", "linux", "ubuntu",
"xcb", "directfb", "wayland", "openwfd", "minimal"], "linux")
RHEL_6_6 = ("rhel-6.6", "rhel", ["*", "linux", "rhel", "xcb",
"wayland", "directfb", "openwfd", "minimal"], "linux")
RHEL_7_4 = ("rhel-7.4", "rhel", ["*", "linux", "rhel", "xcb",
"wayland", "directfb", "openwfd", "minimal"], "linux")
RHEL_7_6 = ("rhel-7.6", "rhel", ["*", "linux", "rhel", "xcb",
"wayland", "directfb", "openwfd", "minimal"], "linux")
OSX_10_11 = ("osx-10.11", "osx",
["*", "osx", "cocoa", "directfb", "minimal", "offscreen"], "osx")
MacOS_10_12 = ("osx-10.12", "osx",
["*", "osx", "cocoa", "directfb", "minimal", "offscreen"], "osx")
MacOS_10_13 = ("osx-10.13", "osx",
["*", "osx", "cocoa", "directfb", "minimal", "offscreen"], "osx")
MacOS_10_14 = ("osx-10.14", "osx",
["*", "osx", "cocoa", "directfb", "minimal", "offscreen"], "osx")
Windows_7 = ("windows-7sp1", "windows-7sp1",
["*", "windows", "windows-7", "kms", "minimal", "offscreen"], "windows")
Windows_10 = ("windows-10", "windows-10",
["*", "windows", "windows-10", "kms", "minimal", "offscreen"], "windows")
WinRT_10 = ("winrt", "winrt", [
"*", "windows", "winrt", "kms", "minimal", "offscreen"], "windows")
Android_ANY = ("android", "android", [
"*", "linuxfb", "eglfs", "directfb", "openwfd", "minimal"], "android")
QEMU = ("b2qt", "b2qt", ["*", "linuxfb",
"eglfs", "directfb", "minimal"], "b2qt")
def __init__(self, normalizedValue: str, osFamily: str, canBe: list, isOfType: str):
"""Make the tuple values named so the can be retrieved with a
simple accessor like OS.RHEL_7_4.normalizedValue"""
self.normalizedValue = normalizedValue
self.osFamily = osFamily
self.canBe = canBe
self.isOfType = isOfType
@classmethod
def count(cls, typeRequested: str) -> int:
count = 0
for entry in cls:
if entry.isOfType == typeRequested or typeRequested in entry.normalizedValue:
count += 1
return count
@classmethod
def getFamily(cls, normalizedValue: str) -> str:
for entry in cls:
if entry.normalizedValue == normalizedValue:
return entry.osFamily
return ""
@classmethod
def getType(cls, normalizedValue: str) -> str:
for entry in cls:
if entry.normalizedValue == normalizedValue:
return entry.isOfType
return ""
@classmethod
def getCanBe(cls, normalizedValue: str) -> list:
for entry in cls:
if entry.normalizedValue == normalizedValue:
return entry.canBe
return []
@classmethod
def getFamilyMembers(cls, familyName: str) -> list:
return [entry.normalizedValue for entry in cls if (entry.osFamily == familyName or
familyName == '*')]
@classmethod
def getTypeMembers(cls, typeName: str) -> list:
return [entry.normalizedValue for entry in cls if (entry.isOfType == typeName or
typeName == '*')]
class COMPILER(Enum):
"""Mainly used when determining MSVC compilers
to blacklist."""
GCC = "gcc"
Clang = "clang"
Mingw73 = "mingw-7.3"
MSVC2015 = "msvc-2015"
MSVC2017 = "msvc-2017"
MSVC2019 = "msvc-2019"
@classmethod
def getNormalizedValue(cls, requestName: str) -> str:
for entry in cls:
if entry.name == requestName:
return entry.value
elif entry.value == requestName:
return entry.value
return ""
@classmethod
def isCompiler(cls, requestName: str) -> bool:
for entry in cls:
if requestName == entry.value:
return True
return False
class PLATFORM(Enum):
"""Defines properties of PLATFORM types.
Tuple values are as follows, with explanation:\n
[1] Platform name values that are read and accepted by the blacklist.
This is what is written to BLACKLIST files.\n
[2] "canBe" list. This list describes which platforms apply to a given OS target.
This is used when determining which oses should be included under platform terms
such as "xcb"\n
[3] Describes the base OS type if the platform itself describes some version or
distribution of an OS.\n
[4] Denotes if the platform type is a base type that cannot be whitelisted, such as linux,
windows, or osx.\n
General platform names that are acceptable in blacklists can be found at
https://doc.qt.io/qt-5/qguiapplication.html#platformName-prop
\n
The canBe values show relations so the tool can blacklist
platforms with exceptions such as "xcb !ubuntu"""
ALL = ("*", [], "", True)
ANDROID = ("android", ["eglfs", "linuxfb", "directfb",
"minimal", "offscreen", "linux", "*"], "", False)
COCOA = ("cocoa", ["osx", "directfb", "minimal",
"directfb", "offscreen", "*"], "", False)
# QSysInfo::ProductType() returns "osx" for all macOS systems,
# regardless of Apple naming convention
OSX = ("osx", ["directfb", "minimal", "directfb",
"offscreen", "*"], "osx", True)
DIRECTFB = ("directfb", ["osx", "android", "cocoa",
"qnx", "linux", "rhel", "ubuntu", "*"], "", False)
EGLFS = ("eglfs", ["android", "ios", "qnx", "windows",
"windows_10", "linux", "rhel", "ubuntu", "*"], "", False)
IOS = ("ios", ["*"], "ios", True)
KMS = ("kms", ["windows", "windows-10", "*"], "", False)
LINUXFB = ("linuxfb", ["linux", "rhel", "ubuntu",
"windows", "windows-10", "osx", "*"], "", False)
MINIMAL = ("minimal", ["linux", "rhel", "ubuntu",
"windows", "windows-10", "osx", "*"], "", False)
OFFSCREEN = ("offscreen", ["osx", "android", "cocoa", "ios", "qnx",
"windows", "windows_10", "linux", "rhel", "ubuntu", "*"], "", False)
OPENWFD = ("openwfd", ["osx", "android", "cocoa", "ios", "qnx",
"windows", "windows_10", "linux", "rhel", "ubuntu", "*"], "", False)
QNX = ("qnx", ["*"], "", True)
WINDOWS = ("windows", ["kms", "minimal", "*"], "windows", True)
WINDOWS_10 = ("windows-10", ["kms", "windows",
"minimal", "offscreen", "*"], "windows", False)
WAYLAND = ("wayland", ["linux", "rhel", "ubuntu", "*"], "", False)
XCB = ("xcb", ["linux", "rhel", "ubuntu", "*"], "", False)
LINUX = ("linux", ["*", "eglfs", "directfb", "linuxfb",
"offscreen", "minimal", "xcb"], "linux", True)
RHEL = ("rhel", ["linux", "directfb", "eglfs", "linuxfb",
"minimal", "offscreen", "openwfd", "xcb", "*"], "linux", False)
UBUNTU = ("ubuntu", ["linux", "directfb", "eglfs", "linuxfb",
"minimal", "offscreen", "openwfd", "xcb", "*"], "linux", False)
def __init__(self, normalizedValue: str, canBe: list, osFamily: str, isRootType: bool):
self.normalizedValue = normalizedValue
self.canBe = canBe
self.osFamily = osFamily
self.isRootType = isRootType
@classmethod
def getNormalizedValue(cls, requestName: str) -> str:
for entry in cls:
if entry.name == requestName:
return entry.normalizedValue
elif entry.normalizedValue == requestName:
return entry.normalizedValue
return ""
@classmethod
def getCanBe(cls, normalizedValue: str) -> list:
if normalizedValue == '*':
return [x.normalizedValue for x in cls if x.normalizedValue != '*']
else:
for entry in cls:
if entry.normalizedValue == normalizedValue:
return entry.canBe
return []
@classmethod
def getFamily(cls, normalizedValue: str) -> str:
for entry in cls:
if entry.normalizedValue == normalizedValue:
return entry.osFamily
return ""
@classmethod
def getIsRootType(cls, normalizedValue: str) -> bool:
for entry in cls:
if entry.normalizedValue == normalizedValue:
return entry.isRootType
return False
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