qt5base-lts/mkspecs/features/qt_configure.prf

CONFIG -= qt debug_and_release
load(configure_base)

QMAKE_CONFIG_CACHE = $$dirname(_QMAKE_CACHE_)/config.cache
QMAKE_CONFIG_CACHE_USE = all

QT_CONFIGURE_REPORT =
QT_CONFIGURE_NOTES =
QT_CONFIGURE_WARNINGS =
QT_CONFIGURE_ERRORS =

defineTest(qtConfAddReport) {
    QT_CONFIGURE_REPORT += "$$join(1, $$escape_expand(\\n))"
    export(QT_CONFIGURE_REPORT)
}

defineTest(qtConfAddNote) {
    QT_CONFIGURE_NOTES += "Note: $$join(1, $$escape_expand(\\n))"
    export(QT_CONFIGURE_NOTES)
}

defineTest(qtConfAddWarning) {
    QT_CONFIGURE_WARNINGS += "WARNING: $$join(1, $$escape_expand(\\n))"
    export(QT_CONFIGURE_WARNINGS)
}

defineTest(qtConfAddError) {
    QT_CONFIGURE_ERRORS += "ERROR: $$join(1, $$escape_expand(\\n))"
    export(QT_CONFIGURE_ERRORS)
    equals(2, log) {
        CONFIG += mention_config_log
        export(CONFIG)
    }
}

defineTest(qtConfCommandlineSetInput) {
    arg = $${1}
    val = $${2}
    !isEmpty(config.commandline.options.$${arg}.name): \
        arg = $$eval(config.commandline.options.$${arg}.name)

    config.input.$$arg = $$val
    export(config.input.$$arg)
}

defineReplace(qtConfGetNextCommandlineArg) {
    c = $$take_first(QMAKE_EXTRA_ARGS)
    export(QMAKE_EXTRA_ARGS)
    return($$c)
}

defineReplace(qtConfPeekNextCommandlineArg) {
    return($$first(QMAKE_EXTRA_ARGS))
}

defineTest(qtConfCommandline_boolean) {
    opt = $${1}
    val = $${2}
    isEmpty(val): val = yes

    !equals(val, yes):!equals(val, no) {
        qtConfAddError("Invalid value given for boolean command line option '$$opt'.")
        return()
    }

    qtConfCommandlineSetInput($$opt, $$val)
}

defineTest(qtConfCommandline_void) {
    opt = $${1}
    val = $${2}
    !isEmpty(val) {
        qtConfAddError("Command line option '$$opt' expects no argument ('$$val' given).")
        return()
    }

    val = $$eval(config.commandline.options.$${opt}.value)
    isEmpty(val): val = yes

    qtConfCommandlineSetInput($$opt, $$val)
}

defineTest(qtConfCommandline_enum) {
    opt = $${1}
    val = $${2}
    isEmpty(val): val = yes

    # validate and map value
    mapped = $$eval(config.commandline.options.$${opt}.values.$${val})
    isEmpty(mapped) {
        # just a list of allowed values
        for (i, config.commandline.options.$${opt}.values._KEYS_) {
            equals(config.commandline.options.$${opt}.values.$${i}, $$val) {
                mapped = $$val
                break()
            }
        }
    }
    isEmpty(mapped) {
        qtConfAddError("Invalid value '$$val' supplied to command line option '$$opt'.")
        return()
    }

    qtConfCommandlineSetInput($$opt, $$mapped)
}

defineTest(qtConfValidateValue) {
    opt = $${1}
    val = $${2}

    validValues = $$eval(config.commandline.options.$${opt}.values._KEYS_)
    isEmpty(validValues): \
        return(true)

    for (i, validValues) {
        equals(config.commandline.options.$${opt}.values.$${i}, $$val): \
            return(true)
    }

    qtConfAddError("Invalid value '$$val' supplied to command line option '$$opt'.")
    return(false)
}

defineTest(qtConfCommandline_string) {
    opt = $${1}
    val = $${2}
    isEmpty(val): val = $$qtConfGetNextCommandlineArg()

    # Note: Arguments which are variable assignments are legit here.
    contains(val, "^-.*")|isEmpty(val) {
        qtConfAddError("No value supplied to command line option '$$opt'.")
        return()
    }

    !qtConfValidateValue($$opt, $$val): \
        return()

    qtConfCommandlineSetInput($$opt, $$val)
}

defineTest(qtConfCommandline_optionalString) {
    opt = $${1}
    val = $${2}
    isEmpty(val) {
        v = $$qtConfPeekNextCommandlineArg()
        contains(v, "^-.*|[A-Z_]+=.*")|isEmpty(v): \
            val = "yes"
        else: \
            val = $$qtConfGetNextCommandlineArg()
    }

    !qtConfValidateValue($$opt, $$val): \
        return()

    qtConfCommandlineSetInput($$opt, $$val)
}


defineTest(qtConfCommandline_addString) {
    opt = $${1}
    val = $${2}
    isEmpty(val): val = $$qtConfGetNextCommandlineArg()

    contains(val, "^-.*|[A-Z_]+=.*")|isEmpty(val) {
        qtConfAddError("No value supplied to command line option '$$opt'.")
        return()
    }

    !qtConfValidateValue($$opt, $$val): \
        return()

    !isEmpty(config.commandline.options.$${opt}.name): \
        opt = $$eval(config.commandline.options.$${opt}.name)

    config.input.$$opt += $$val
    export(config.input.$$opt)
}

defineTest(qtConfParseCommandLine) {
    custom = $$config.commandline.custom
    customCall =
    !isEmpty(custom) {
        customCall = qtConfCommandline_$$custom
        !defined($$customCall, test): \
            error("Custom command line callback '$$custom' is undefined.")
    }

    for (ever) {
        c = $$qtConfGetNextCommandlineArg()
        isEmpty(c): break()

        # handle options to turn on verbose logging
        contains(c, "^-v")|contains(c, "^--?verbose") {
            QMAKE_CONFIG_VERBOSE = true
            export(QMAKE_CONFIG_VERBOSE)
            next()
        }
        contains(c, "^-no-v")|contains(c, "^--?no-verbose") {
            QMAKE_CONFIG_VERBOSE = false
            export(QMAKE_CONFIG_VERBOSE)
            next()
        }

        contains(c, "^--?recheck") {
            QMAKE_CONFIG_CACHE_USE = positive
            export(QMAKE_CONFIG_CACHE_USE)
            next()
        }
        contains(c, "^--?recheck-all") {
            QMAKE_CONFIG_CACHE_USE = none
            export(QMAKE_CONFIG_CACHE_USE)
            next()
        }

        !isEmpty(customCall) {
            $${customCall}($$c): \
                next()
        }

        contains(c, "([A-Z_]+)=(.*)") {
            opt = $$replace(c, "^([A-Z_]+)=(.*)", "\\1")
            val = $$replace(c, "^([A-Z_]+)=(.*)", "\\2")
            var = $$eval(config.commandline.assignments.$${opt})
            isEmpty(var) {
                qtConfAddError("Assigning unknown variable '$$opt' on command line.")
                return()
            }
            config.input.$$var = $$val
            export(config.input.$$var)
            next()
        }

        # parse out opt and val
        contains(c, "^--?enable-(.*)") {
            opt = $$replace(c, "^--?enable-(.*)", "\\1")
            val = yes
        } else: contains(c, "^--?(disable|no)-(.*)") {
            opt = $$replace(c, "^--?(disable|no)-(.*)", "\\2")
            val = no
        } else: contains(c, "^--?qt-(.*)") {
            opt = $$replace(c, "^--?qt-(.*)", "\\1")
            val = qt
        } else: contains(c, "^--?system-(.*)") {
            opt = $$replace(c, "^--?system-(.*)", "\\1")
            val = system
        } else: contains(c, "^--?([^-].*)=(.*)") {
            opt = $$replace(c, "^--?([^-].*)=(.*)", "\\1")
            val = $$replace(c, "^--?([^-].*)=(.*)", "\\2")
        } else: contains(c, "^--?([^-].*)") {
            opt = $$replace(c, "^--?([^-].*)", "\\1")
            val =
        } else {
            qtConfAddError("Invalid command line parameter '$$c'.")
            return()
        }

        type = $$eval(config.commandline.options.$${opt})
        isEmpty(type): \
            type = $$eval(config.commandline.options.$${opt}.type)
        isEmpty(type) {
            # no match in the regular options, try matching the prefixes
            for (p, config.commandline.prefix._KEYS_) {
                e = "^-$${p}(.*)"
                contains(c, $$e) {
                    opt = $$eval(config.commandline.prefix.$${p})
                    val = $$replace(c, $$e, "\\1")
                    type = "addString"
                    break()
                }
            }
        }
        # handle builtin [-no]-feature-xxx
        isEmpty(type):contains(opt, "feature-(.*)") {
            # simply skip for now
            next()
        }

        isEmpty(type) {
            qtConfAddError("Unknown command line option '$$c'.")
            return()
        }

        call = "qtConfCommandline_$${type}"
        !defined($$call, test): \
            error("Command line option '$$c' has unknown type '$$type'.")

        # now that we have opt and value, process it
        $${call}($$opt, $$val)
    }
}

defineReplace(qtConfToolchainSupportsFlag) {
    test_out_dir = $$shadowed($$QMAKE_CONFIG_TESTS_DIR)
    test_cmd_base = "cd $$system_quote($$system_path($$test_out_dir)) &&"

    conftest = "int main() { return 0; }"
    write_file("$$test_out_dir/conftest.cpp", conftest)|error()

    qtRunLoggedCommand("$$test_cmd_base $$QMAKE_CXX $${1} -o conftest-out conftest.cpp"): \
        return(true)
    return(false)
}

defineTest(qtConfTest_compilerSupportsFlag) {
    flag = $$eval($${1}.flag)

    return($$qtConfToolchainSupportsFlag($$flag))
}

defineTest(qtConfTest_linkerSupportsFlag) {
    flag = $$eval($${1}.flag)

    use_gold_linker: \
        LFLAGS = -fuse-ld=gold

    return($$qtConfToolchainSupportsFlag($$LFLAGS "-Wl,$$flag"))
}

defineReplace(qtConfFindInPathList) {
    for (dir, 2) {
        exists("$$dir/$${1}"): \
            return("$$dir/$${1}")
    }
    return()
}

defineReplace(qtConfFindInPath) {
    ensurePathEnv()
    return($$qtConfFindInPathList($$1, $$2 $$QMAKE_PATH_ENV))
}

defineReplace(qtConfPkgConfigEnv) {
    env =
    !isEmpty(PKG_CONFIG_SYSROOT_DIR): env = "$${SETENV_PFX}PKG_CONFIG_SYSROOT_DIR=$${PKG_CONFIG_SYSROOT_DIR}$${SETENV_SFX} "
    !isEmpty(PKG_CONFIG_LIBDIR): env = "$$env$${SETENV_PFX}PKG_CONFIG_LIBDIR=$${PKG_CONFIG_LIBDIR}$${SETENV_SFX} "
    return($$env)
}

defineReplace(qtConfPkgConfig) {
    host = $$1
    isEmpty(host): host = false

    $$host {
        pkg_config = $$qtConfFindInPath("pkg-config")
    } else {
        pkg_config = "$$qtConfPkgConfigEnv()$$PKG_CONFIG"
    }

    return($$pkg_config)
}

defineTest(qtConfPkgConfigPackageExists) {
    isEmpty(1)|isEmpty(2): \
        return(false)

    !qtRunLoggedCommand("$${1} --exists --silence-errors $${2}"): \
        return(false)

    return(true)
}

defineReplace(qtConfPrepareArgs) {
    arglist = $$split(1)
    args =
    for (a, arglist): \
        args += $$system_quote($$a)
    return($$args)
}

defineTest(qtConfSetupLibraries) {
    for (l, config.libraries._KEYS_) {
        lpfx = config.libraries.$${l}
        # 'export' may be omitted, in which case it falls back to the library's name
        !defined($${lpfx}.export, var) {
            $${lpfx}.export = $$l
            export($${lpfx}.export)
        }
        isEmpty($${lpfx}.sources._KEYS_): \
            error("Library $$l defines no sources")
        for (s, $${lpfx}.sources._KEYS_) {
            spfx = $${lpfx}.sources.$${s}
            # link back to parent object
            $${spfx}.library = $$l
            export($${spfx}.library)
            # a plain string is transformed into a structure
            isEmpty($${spfx}._KEYS_) {
                $${spfx}.libs = $$eval($${spfx})
                export($${spfx}.libs)
            }
            # if the type is missing (implicitly in the case of plain strings), assume 'inline'
            isEmpty($${spfx}.type) {
                $${spfx}.type = inline
                export($${spfx}.type)
            }
        }
    }

    # reverse mapping for assignments on command line.
    for (a, config.commandline.assignments._KEYS_) {
        apfx = config.commandline.assignments.$${a}
        ra = config.commandline.rev_assignments.$$eval($$apfx)
        $$ra = $$a
        export($$ra)
    }
}

# the library is specified inline in a 'libs' field.
# overrides from the command line are accepted.
defineTest(qtConfLibrary_inline) {
    lib = $$eval($${1}.library)
    !defined($${1}.libs, var): \
        error("'inline' source in library '$$lib' does not specify 'libs'.")

    # direct libs. overwrites inline libs.
    defined(config.input.$${lib}.libs, var) {
        $${1}.libs = $$eval(config.input.$${lib}.libs)
        export($${1}.libs)
    }

    # build-specific direct libs. overwrites inline libs.
    vars =
    any = false
    all = true
    for (b, $${1}.builds._KEYS_) {
        iv = $${lib}.libs.$${b}
        vars += $$eval(config.commandline.rev_assignments.$${iv})
        defined(config.input.$${iv}, var) {
            $${1}.builds.$${b}.libs = $$eval(config.input.$${iv})
            export($${1}.builds.$${b}.libs)
            any = true
        } else {
            all = false
        }
    }
    $$any:!$$all {
        qtConfAddError("Either none or all of $$join(vars, ", ", [, ]) must be specified.")
        return(false)
    }

    # prefix. prepends to (possibly overwritten) inline libs.
    prefix = $$val_escape(config.input.$${lib}.prefix)
    !isEmpty(prefix) {
        $${1}.includedir = $$prefix/include
        export($${1}.includedir)
        $${1}.cflags = -I$$prefix/include
        export($${1}.cflags)
        $${1}.libs = "-L$$prefix/lib $$eval($${1}.libs)"
        export($${1}.libs)
    }

    return(true)
}

# the library is provided by the qmake spec.
# this source type cannot fail.
defineTest(qtConfLibrary_makeSpec) {
    spec = $$eval($${1}.spec)
    isEmpty(spec): \
        error("makeSpec source in library '$$eval($${1}.library)' does not specify 'spec'.")

    $${1}.includedir = "$$val_escape(QMAKE_INCDIR_$$spec)"
    export($${1}.includedir)
    $${1}.cflags = "$$val_escape(QMAKE_CFLAGS_$$spec)"
    export($${1}.cflags)
    libs =
    for (l, QMAKE_LIBDIR_$$spec): \
        libs += -L$$l
    libs += $$eval(QMAKE_LIBS_$$spec)
    $${1}.libs = "$$val_escape(libs)"
    export($${1}.libs)

    # the library definition is always in scope, so no point in exporting it.
    $${1}.export = false
    export($${1}.export)

    return(true)
}

# the library is found via pkg-config.
defineTest(qtConfLibrary_pkgConfig) {
    pkg_config = $$qtConfPkgConfig($$eval($${1}.host))
    isEmpty(pkg_config): \
        return(false)
    args = $$qtConfPrepareArgs($$eval($${1}.args))

    !qtConfPkgConfigPackageExists($$pkg_config, $$args): \
        return(false)

    qtRunLoggedCommand("$$pkg_config --modversion $$args", version)|return(false)
    qtRunLoggedCommand("$$pkg_config --libs $$args", $${1}.libs)|return(false)
    qtRunLoggedCommand("$$pkg_config --cflags $$args", $${1}.cflags)|return(false)
    qtRunLoggedCommand("$$pkg_config --cflags-only-I $$args", includes)|return(false)
    eval(includes = $$includes)
    includes ~= s/^-I//g
    $${1}.includedir = "$$val_escape(includes)"
    $${1}.version = $$first(version)
    export($${1}.libs)
    export($${1}.cflags)
    export($${1}.includedir)
    export($${1}.version)
    return(true)
}

defineTest(qtConfTest_getPkgConfigVariable) {
    pkg_config = $$qtConfPkgConfig($$eval($${1}.host))
    isEmpty(pkg_config): \
        return(false)
    args = $$qtConfPrepareArgs($$eval($${1}.pkg-config-args))

    !qtConfPkgConfigPackageExists($$pkg_config, $$args): \
        return(false)

    variable = $$eval($${1}.pkg-config-variable)
    qtRunLoggedCommand("$$pkg_config --variable=$$variable $$args", $${1}.value)|return(false)
    export($${1}.value)
    $${1}.cache += value
    export($${1}.cache)
    return(true)
}

defineReplace(qtConfLibraryArgs) {
    qmake_args =
    libs = $$eval($${1}.libs)
    !isEmpty(libs): \
        qmake_args += $$system_quote(LIBS += $$libs)
    for (b, $${1}.builds._KEYS_): \
        qmake_args += $$system_quote(LIBS_$$upper($$b) += $$eval($${1}.builds.$${b}))
    includedir = $$eval($${1}.includedir)
    !isEmpty(includedir): \
        qmake_args += $$system_quote(INCLUDEPATH *= $$includedir)
    return($$qmake_args)
}

defineReplace(qtConfGetHexVersion) {
    version = $$split(1, '.')
    number =
    for(i, 0..2) {
        n = $$member(version, $$i)
        isEmpty(n): n = 0
        number += $$format_number($$n, obase=16 zeropad width=2)
    }
    number = "0x$$join(number)"
    return($$number)
}

defineTest(qtConfExportLibrary) {
    isEmpty(2): return()
    !$$qtConfEvaluate($$eval($${1}.export)): return()

    output = privatePro

    eval(libs = $$eval($${1}.libs))
    eval(cflags = $$eval($${1}.cflags))
    eval(includes = $$eval($${1}.includedir))
    version = $$eval($${1}.version)

    NAME = $$upper($$2)
    !isEmpty(libs): qtConfOutputVar(assign, $$output, QMAKE_LIBS_$$NAME, $$libs)
    for (b, $${1}.builds._KEYS_): \
        qtConfOutputVar(assign, $$output, QMAKE_LIBS_$${NAME}_$$upper($$b), \
                                          $$eval($${1}.builds.$${b}))
    !isEmpty(cflags): qtConfOutputVar(assign, $$output, QMAKE_CFLAGS_$$NAME, $$cflags)
    !isEmpty(includes): qtConfOutputVar(assign, $$output, QMAKE_INCDIR_$$NAME, $$includes)
    !isEmpty(version) {
        qtConfOutputVar(assign, $$output, QMAKE_$${NAME}_VERSION, $$version)
        qtConfOutputSetDefine("privateHeader", "QT_LIBRARY_VERSION_$${2}", $$qtConfGetHexVersion($$version))
        version = $$split(version, '.')
        qtConfOutputVar(assign, $$output, QMAKE_$${NAME}_VERSION_MAJOR, $$member(version, 0))
        qtConfOutputVar(assign, $$output, QMAKE_$${NAME}_VERSION_MINOR, $$member(version, 1))
        qtConfOutputVar(assign, $$output, QMAKE_$${NAME}_VERSION_PATCH, $$member(version, 2))
    }
    export(config.output.$${output})
}

defineTest(qtConfHandleLibrary) {
    lpfx = config.libraries.$$1
    defined($${lpfx}.result, var): return()

    qtConfEnsureTestTypeDeps("library")

    qtConfLoadResult($${lpfx}, $$1) {
        qtConfExportLibrary($${lpfx}.sources.$$eval($${lpfx}.source), $$eval($${lpfx}.export))
        return()
    }

    qtLogTestIntro($${lpfx})
    msg = "looking for library $${1}"
    write_file($$QMAKE_CONFIG_LOG, msg, append)

    result = false
    for (s, $${lpfx}.sources._KEYS_) {
        qtLog("Trying source $$s of library $${1}.")
        spfx = $${lpfx}.sources.$${s}

        t = $$eval($${spfx}.type)
        call = qtConfLibrary_$$t
        !defined($$call, test): \
            error("Library $${1} source $${s} has unknown type '$$t'")

        !$$qtConfEvaluate($$eval($${spfx}.condition)) {
            qtLog("Source $$s of library $$1 failed condition.")
            next()
        }

        !$${call}($$spfx) {
            qtLog("Source $$s of library $$1 produced no result.")
            next()
        }

        # if the library defines a test, use it to verify the source.
        !isEmpty($${lpfx}.test) {
            $${lpfx}.literal_args = $$qtConfLibraryArgs($$spfx)
            $${lpfx}.host = $$eval($${spfx}.host)
            !qtConfTest_compile($$lpfx) {
                qtLog("Source $$s of library $$1 failed verification.")
                next()
            }
        }

        $${lpfx}.cache += source
        for (v, $$list(libs includes cflags version export)): \
            $${lpfx}.cache += sources.$${s}.$${v}
        for (b, $${spfx}.builds._KEYS_): \
            $${lpfx}.cache += sources.$${s}.builds.$${b}

        # immediately output the library as well.
        qtConfExportLibrary($${spfx}, $$eval($${lpfx}.export))

        $${lpfx}.source = $$s
        export($${lpfx}.source)
        result = true
        break()
    }

    qtLogTestResult($${lpfx}, $$result)

    $${lpfx}.result = $$result
    export($${lpfx}.result)
    qtConfSaveResult($${lpfx}, $$1)
}

# This is a fake test type for the test dependency system.
defineTest(qtConfTest_library) {
    error("The test type 'library' may not be instantiated.")
}

defineTest(qtConfTestPrepare_compile) {
    for (u, $$list($$eval($${1}.use))) {
        !contains(config.libraries._KEYS_, $$u): \
            error("Test $$1 tries to use undeclared library '$$u'")
        qtConfHandleLibrary($$u)
        lpfx = config.libraries.$${u}
        isEmpty($${lpfx}.source): \
            return(false)
        $${1}.literal_args += $$qtConfLibraryArgs($${lpfx}.sources.$$eval($${lpfx}.source))
    }
    export($${1}.literal_args)
    return(true)
}

defineTest(qtConfTest_compile) {
    test = $$eval($${1}.test)
    host = $$eval($${1}.host)
    isEmpty(host): host = false

    test_dir = $$QMAKE_CONFIG_TESTS_DIR/$$test
    test_out_dir = $$shadowed($$test_dir)
    !isEmpty($${1}.pro): \
        test_dir = $$test_dir/$$eval($${1}.pro)
    test_cmd_base = "cd $$system_quote($$system_path($$test_out_dir)) &&"

    qmake_args = $$qtConfPkgConfigEnv()$$system_quote($$system_path($$QMAKE_QMAKE))
    !isEmpty(QMAKE_QTCONF): \
        qmake_args += -qtconf $$system_quote($$QMAKE_QTCONF)

    # Disable qmake features which are typically counterproductive for tests
    qmake_args += "\"CONFIG -= qt debug_and_release app_bundle lib_bundle\""

    # allow tests to behave differently depending on the type of library
    # being built (shared/static). e.g. see config.tests/unix/icu
    shared: \
        qmake_configs = "shared"
    else: \
        qmake_configs = "static"

    use_gold_linker: \
        qmake_configs += "use_gold_linker"

    # add console to the CONFIG variable when running the tests, so that they
    # can work with a regular main() entry point on Windows.
    qmake_configs += "console"

    qmake_args += "\"CONFIG += $$qmake_configs\""

    !$$host {
        # On WinRT we need to change the entry point as we cannot create windows
        # applications
        winrt: \
            qmake_args += " \"QMAKE_LFLAGS += /ENTRY:main\""

        # add compiler flags, these are set for the target and should not be applied to host tests
        !isEmpty(EXTRA_DEFINES): \
            qmake_args += $$system_quote(DEFINES += $$val_escape(EXTRA_DEFINES))
        !isEmpty(EXTRA_LIBDIR) \
            qmake_args += $$system_quote(QMAKE_LIBDIR += $$val_escape(EXTRA_LIBDIR))
        !isEmpty(EXTRA_FRAMEWORKPATH) \
            qmake_args += $$system_quote(QMAKE_FRAMEWORKPATH += $$val_escape(EXTRA_FRAMEWORKPATH))
        !isEmpty(EXTRA_INCLUDEPATH): \
            qmake_args += $$system_quote(INCLUDEPATH += $$val_escape(EXTRA_INCLUDEPATH))
        qmake_args += $$EXTRA_QMAKE_ARGS
    }

    # Clean up after previous run
    exists($$test_out_dir/Makefile): \
        QMAKE_MAKE = "$$QMAKE_MAKE clean && $$QMAKE_MAKE"

    mkpath($$test_out_dir)|error()

    # add possible command line args
    qmake_args += $$qtConfPrepareArgs($$eval($${1}.args)) $$eval($${1}.literal_args)

    qtRunLoggedCommand("$$test_cmd_base $$qmake_args $$system_quote($$test_dir)") {
        qtRunLoggedCommand("$$test_cmd_base $$QMAKE_MAKE"): \
            return(true)
    }

    return(false)
}

defineTest(qtConfTest_verifySpec) {
    qtConfTest_compile($$1): return(true)
    qtConfAddError("Cannot compile a minimal program. The toolchain or QMakeSpec is broken.", log)
    qtConfPrintReport()
    error()
}

defineTest(qtConfTest_files) {
    for(i, $${1}.files._KEYS_) {
        f = $$eval($${1}.files.$${i})
        qtLog("Searching for file $${f}.")
        contains(f, ".*\.h") {
            file = $$qtConfFindInPathList($$f, $$EXTRA_INCLUDEPATH $$QMAKE_DEFAULT_INCDIRS)
        } else: contains(f, ".*\.(lib|so|a)") {
            file = $$qtConfFindInPathList($$f, $$EXTRA_LIBDIR $$QMAKE_DEFAULT_LIBDIRS)
        } else {
            # assume we're looking for an executable
            file = $$qtConfFindInPath($$f, $$EXTRA_PATH)
        }
        isEmpty(file) {
            qtLog("    Not found.");
            return(false)
        }
        qtLog("    Found at $${file}.")
    }
    return(true)
}

defineTest(logn) {
    log("$${1}$$escape_expand(\\n)")
}

defineTest(qtLogTestIntro) {
    description = $$eval($${1}.description)
    isEmpty(description): return()

    msg = "Checking for $${description}... "
    log($$msg)
    $$QMAKE_CONFIG_VERBOSE: log("$$escape_expand(\\n)")
    write_file($$QMAKE_CONFIG_LOG, msg, append)
}

defineTest(qtLogTestResult) {
    isEmpty($${1}.description): return()

    !isEmpty($${1}.log) {
        field = $$eval($${1}.log)
        log_msg = $$eval($${1}.$$field)
        msg = "test $$1 gave result $$log_msg"
    } else: $${2} {
        log_msg = yes
        msg = "test $$1 succeeded"
    } else {
        log_msg = no
        msg = "test $$1 FAILED"
    }
    $$QMAKE_CONFIG_VERBOSE: log_msg = $$msg
    logn("$$log_msg")
    write_file($$QMAKE_CONFIG_LOG, msg, append)
}

defineTest(qtConfSaveResult) {
    keys = result $$eval($${1}.cache)
    cont = "cache.$${2}._KEYS_ = $$keys"
    for (k, keys): \
        cont += "cache.$${2}.$${k} = $$val_escape($${1}.$${k})"
    write_file($$QMAKE_CONFIG_CACHE, cont, append)|error()
}

defineTest(qtConfLoadResult) {
    equals(QMAKE_CONFIG_CACHE_USE, none): \
        return(false)
    isEmpty(cache.$${2}._KEYS_): \
        return(false)
    equals(QMAKE_CONFIG_CACHE_USE, positive):!$$eval(cache.$${2}.result): \
        return(false)
    for (k, cache.$${2}._KEYS_) {
        $${1}.$${k} = $$eval(cache.$${2}.$${k})
        export($${1}.$${k})
    }
    return(true)
}

defineTest(qtConfIsBoolean) {
    equals(1, "true")|equals(1, "false"): \
        return(true)
    return(false)
}

defineTest(qtConfSetupTestTypeDeps) {
    for (tt, config.testTypeDependencies._KEYS_) {
        !defined(qtConfTest_$${tt}, test): \
            error("Declaring dependency for undefined test type '$$tt'.")
        for (f, config.testTypeDependencies.$${tt}._KEYS_) {
            feature = $$eval(config.testTypeDependencies.$${tt}.$${f})
            isEmpty(config.features.$${feature}._KEYS_): \
                error("Test type '$$tt' depends on undefined feature '$$feature'.")
        }
    }
    # Test type aliasing means that one test type's callback is called by
    # another test type's callback. Put differently, one callback forwards
    # the call to another one. The former representation is more natural
    # (and concise) to write, while the latter is more efficient to process.
    # Hence, this function inverts the mapping.
    for (tt, config.testTypeAliases._KEYS_) {
        !defined(qtConfTest_$${tt}, test): \
            error("Aliasing undefined test type '$$tt'.")
        for (tta, config.testTypeAliases.$${tt}._KEYS_) {
            type = $$eval(config.testTypeAliases.$${tt}.$${tta})
            !defined(qtConfTest_$${type}, test): \
                error("Aliasing '$$tt' to undefined test type '$$type'.")
            config.testTypeForwards.$${type} += $$tt
            export(config.testTypeForwards.$${type})
        }
    }
}

defineTest(qtConfEnsureTestTypeDeps) {
    depsn = config.testTypeDependencies.$${1}._KEYS_
    !isEmpty($$depsn) {
        for (dep, $$depsn) {
            feature = $$eval(config.testTypeDependencies.$${1}.$${dep})
            !qtConfCheckFeature($$feature): \
                error("Test type '$$1' depends on non-emitted feature $${feature}.")
        }
        $$depsn =
        export($$depsn)
    }
    fwdsn = config.testTypeForwards.$${1}
    !isEmpty($$fwdsn) {
        for (fwd, $$fwdsn): \
           qtConfEnsureTestTypeDeps($$fwd)
        $$fwdsn =
        export($$fwdsn)
    }
}

defineTest(qtRunSingleTest) {
    tpfx = config.tests.$${1}
    defined($${tpfx}.result, var): \
        return()
    result = true

    type = $$eval($${tpfx}.type)
    call = "qtConfTest_$$type"
    !defined($$call, test): \
        error("Configure test $${1} refers to nonexistent type $$type")

    qtConfEnsureTestTypeDeps($$type)

    preCall = "qtConfTestPrepare_$$type"
    defined($$preCall, test): \
        !$${preCall}($${tpfx}): result = false

    $$result {
        # note: we do this only after resolving the dependencies and the
        # preparation (which may resolve libraries), so that caching does
        # not alter the execution order (and thus the output).
        qtConfLoadResult($${tpfx}, $$1): \
            return()

        qtLogTestIntro($${tpfx})
        msg = "executing config test $${1}"
        write_file($$QMAKE_CONFIG_LOG, msg, append)

        !$${call}($${tpfx}): result = false

        qtLogTestResult($${tpfx}, $$result)
    }

    $${tpfx}.result = $$result
    export($${tpfx}.result)
    qtConfSaveResult($${tpfx}, $$1)
}

defineReplace(qtConfEvaluate) {
    isEmpty(1): return(true)

    1 ~= s/$$escape_expand(\\t)/ /g
    1 ~= s/$$escape_expand(\\r)//g
    1 ~= s/$$escape_expand(\\n) */ /g
    expr = $${1}
    expr ~= s/&&/ && /g
    expr ~= s/\|\|/ || /g
    expr ~= s/!/ ! /g
    expr ~= s/\\(/ ( /g
    expr ~= s/\\)/ ) /g
    expr ~= s/ *== */==/g
    expr ~= s/ *! = */!=/g
    expr_list = $$eval($$list($$expr))
    return($$qtConfEvaluateSubExpression($${1}, $$expr_list, 0))
}

defineReplace(qtConfEvaluateSingleExpression) {
    e = $${2}

    equals(e, true) {
        result = true
    } else: equals(e, false) {
        result = false
    } else: contains(e, "^[0-9]+$") {
        # numbers
        result = $$e
    } else: contains(e, "^'.*'$") {
        # quoted literals
        result = $$replace(e, "^'(.*)'$", "\\1")
    } else: contains(e, "^tests\..*") {
        !qt_conf_tests_allowed: \
            error("Expression '$${1}' refers to a test, which is not allowed at this stage of configuring.")
        test = $$section(e, ".", 1, 1)
        var = $$section(e, ".", 2, -1)
        isEmpty(var): \
            var = result
        !contains(config.tests._KEYS_, $$test): \
            error("Unknown test object $${test} in expression '$${1}'.")
        qtRunSingleTest($$test)
        result = $$eval(config.tests.$${test}.$${var})
    } else: contains(e, "^libs\..*") {
        !qt_conf_tests_allowed: \
            error("Expression '$${1}' refers to a library, which is not allowed at this stage of configuring.")
        lib = $$section(e, ".", 1, 1)
        var = $$section(e, ".", 2, -1)
        isEmpty(var): \
            var = result
        !contains(config.libraries._KEYS_, $$lib): \
            error("Unknown library object $${lib} in expression '$${1}'.")
        qtConfHandleLibrary($$lib)
        !defined(config.libraries.$${lib}.$${var}, var): \
            var = sources.$$eval(config.libraries.$${lib}.$${source}).$$var
        result = $$eval(config.libraries.$${lib}.$${var})
    } else: contains(e, "^features\..*") {
        feature = $$section(e, ".", 1, 1)
        var = $$section(e, ".", 2, -1)
        isEmpty(var): \
            var = available
        !contains(config.features._KEYS_, $$feature): \
            error("Unknown feature object $${feature} in expression '$${1}'.")
        !qtConfCheckFeature($$feature): \
            error("Expression '$$1' is accessing non-emitted feature $${feature}.")
        result = $$eval(config.features.$${feature}.$${var})
    } else: contains(e, "^config\..*") {
        var = $$replace(e, "^config\.", "")
        result = false
        contains(CONFIG, $$var): result = true
    } else: contains(e, "^arch\..*") {
        var = $$replace(e, "^arch\.", "")
        result = false
        isEmpty(QT_ARCH): \
            qtConfCheckFeature(architecture)
        contains(QT_ARCH, $$var): result = true
    } else: contains(e, "^input\..*") {
        result = $$eval(config.$$e)
    } else: contains(e, "^var\..*") {
        var = $$replace(e, "^var\.", "")
        result = $$eval($$var)
    } else: contains(e, "^call\..*") {
        call = $$replace(e, "^call\.", "qtConfFunc_")
        !defined($$call, replace): \
            error("Call $$call referenced in expression '$${1}' does not exist")
        eval(result = \$\$"$$call"())
    } else {
        error("Unrecognized token $$e in expression '$${1}'")
    }
    return($$result)
}

defineReplace(qtConfEvaluateSubExpression) {
    expr_list = $${2}
    result = true
    negate = false
    runSubExpression = false
    nesting_level = 0
    for (n, $${3}..$$num_add($$size(expr_list), -1)) {
        e = $$member(expr_list, $$n)
        $$runSubExpression {
            runSubExpression = false
            result = $$qtConfEvaluateSubExpression($${1}, $$expr_list, $$n)
        } else: isEqual(e, "(") {
            isEqual(nesting_level, 0): runSubExpression = true
            nesting_level = $$num_add($$nesting_level, 1)
            next()
        } else: isEqual(e, ")") {
            nesting_level = $$num_add($$nesting_level, -1)
            lessThan(nesting_level, 0): break()
            next()
        } else: greaterThan(nesting_level, 0) {
            next()
        } else: isEqual(e, "!") {
            negate = true
            next()
        } else: isEqual(e, "&&") {
            !qtConfIsBoolean($$result): \
                error("Left hand side of && is non-boolean value '$$result' in expression '$${1}'")
            !$$result: return(false)
        } else: isEqual(e, "||") {
            !qtConfIsBoolean($$result): \
                error("Left hand side of || is non-boolean value '$$result' in expression '$${1}'")
            $$result: return(true)
        } else {
            contains(e, ".*==.*") {
                lhs = $$qtConfEvaluateSingleExpression($${1}, $$replace(e, "==.*", ""))
                rhs = $$qtConfEvaluateSingleExpression($${1}, $$replace(e, ".*==", ""))
                result = false
                equals(lhs, $$rhs): result = true
            } else: contains(e, ".*!=.*") {
                lhs = $$qtConfEvaluateSingleExpression($${1}, $$replace(e, "!=.*", ""))
                rhs = $$qtConfEvaluateSingleExpression($${1}, $$replace(e, ".*!=", ""))
                result = false
                !equals(lhs, $$rhs): result = true
            } else {
                result = $$qtConfEvaluateSingleExpression($${1}, $$e)
            }
        }
        $$negate {
            !qtConfIsBoolean($$result): \
                error("Attempting to negate a non-boolean value '$$result' in expression '$${1}'")
            $$result: \
                result = false
            else: \
                result = true
            negate = false
        }
    }
    return($$result)
}

defineReplace(qtIsFeatureEnabled) {
    enable = $$eval(config.features.$${1}.enable)
    !isEmpty(enable) {
        $$qtConfEvaluate($$enable): \
            return(true)
    } else {
        equals(config.input.$${1}, "yes"): \
            return(true)
    }

    return(false)
}

defineReplace(qtIsFeatureDisabled) {
    disable = $$eval(config.features.$${1}.disable)
    !isEmpty(disable) {
        $$qtConfEvaluate($$disable): \
            return(true)
    } else {
        equals(config.input.$${1}, "no"): \
            return(true)
    }

    return(false)
}

defineReplace(qtConfCheckSingleCondition) {
    result = $$qtConfEvaluate($$2)

    !qtConfIsBoolean($$result): \
        error("Evaluation of condition '$$2' yielded non-boolean value '$$result' in feature '$${1}'.")

    !$$result {
        $${3} {
            qtConfAddError("Feature '$${1}' was enabled, but the pre-condition '$$2' failed.", log)
            $$result = true
        }
    }
    return($$result)
}

defineTest(qtConfCheckFeature) {
    fpfx = config.features.$${1}

    available = $$eval($${fpfx}.available)
    !isEmpty(available): return(true)

    # skip features that will not get emitted anyway
    emitIf = $$qtConfEvaluate($$eval($${fpfx}.emitIf))
    enabled = $$qtIsFeatureEnabled($$1)
    disabled = $$qtIsFeatureDisabled($$1)

    !$$emitIf {
        $$enabled|$$disabled: \
            qtConfAddWarning("Feature $${1} is insignificant in this configuration, ignoring related command line option(s).")
        return(false)
    }

    $$disabled {
        result = false
    } else: !$$enabled:!$$qtConfEvaluate($$eval($${fpfx}.autoDetect)) {
        # feature not auto-detected and not explicitly enabled
        result = false
    } else {
        condition = $$eval($${fpfx}.condition)
        !isEmpty(condition) {
            result = $$qtConfCheckSingleCondition($$1, $$condition, $$enabled)
        } else {
            result = true
            # check whether we have an array of conditions
            for (i, $${fpfx}.condition._KEYS_) {
                condition = $$eval($${fpfx}.condition.$$i)
                result = $$qtConfCheckSingleCondition($$1, $$condition, $$enabled)
                !$$result: break()
            }
        }
    }
    $${fpfx}.available = $$result
    export($${fpfx}.available)

    for (i, config.features.$${feature}.output._KEYS_): \
        qtConfProcessOneOutput($$feature, $$i)

    return(true)
}


defineTest(qtConfProcessFeatures) {
    for (feature, config.features._KEYS_): \
        qtConfCheckFeature($$feature)
}

#
# reporting
#

QT_CONF_REPORT_PADDING = "........................................"

defineTest(qtConfReportPadded) {
    pad = $$num_add($$str_size($$QT_CONF_REPORT_PADDING), -$$str_size($${1}))
    lessThan(pad, 0): pad = 0
    str = "$$1 $$str_member($$QT_CONF_REPORT_PADDING, 0, $$pad)"

    qtConfAddReport("$$str $${2}")
}

defineReplace(qtConfCollectFeatures) {
    l =
    for (feature, $$list($${1})) {
        $$eval(config.features.$${feature}.available): \
            l += $$eval(config.features.$${feature}.description)
    }

    isEmpty(l): return("<none>")
    return($$join(l, ' '))
}

defineTest(qtConfReport_featureList) {
    qtConfReportPadded($${1}, $$qtConfCollectFeatures($${2}))
}

defineReplace(qtConfFindFirstAvailableFeature) {
    for (feature, $$list($${1})) {
        isEmpty(config.features.$${feature}._KEYS_): \
            error("Asking for a report on undefined feature $${2}.")
        $$eval(config.features.$${feature}.available): \
            return($$eval(config.features.$${feature}.description))
    }

    return("<none>")
}

defineTest(qtConfReport_firstAvailableFeature) {
    qtConfReportPadded($${1}, $$qtConfFindFirstAvailableFeature($${2}))
}

defineTest(qtConfReport_feature) {
    !contains(config.features._KEYS_, $$2): \
        error("Asking for a report on undefined feature $${2}.")

    # hide report for not emitted features
    isEmpty(config.features.$${2}.available): \
        return()

    $$eval(config.features.$${2}.available) {
        result = "yes"
        !isEmpty(3): result = "$${3}"
    } else {
        result = "no"
        !isEmpty(4): result = "$${4}"
    }

    text = $$eval(config.features.$${2}.description)

    qtConfReportPadded($${1}$$text, $$result)
}

defineTest(qtConfReport_note) {
    qtConfAddNote($${1})
}

defineTest(qtConfReport_warning) {
    qtConfAddWarning($${1})
}

defineTest(qtConfReport_error) {
    qtConfAddError($${1}, log)
}

defineTest(qtConfCreateReportRecurse) {
    equals(2, false) {
        indent = ""
        recurse = false
    } else {
        indent = $${2}
        recurse = true
    }

    keys = $$eval($${1}._KEYS_)
    for (n, keys) {
        entry = $${1}.$$n
        subKeys = $$eval($${entry}._KEYS_)
        contains(subKeys, condition) {
            condition = $$eval($${entry}.condition)
            r = $$qtConfEvaluate($$condition)
            !qtConfIsBoolean($$r): \
                error("Evaluation of condition '$$condition' in report entry $${entry} yielded non-boolean value '$$r'.")
            !$$r: next()
        }
        contains(subKeys, "section") {
            !$$recurse: \
                error("Report type 'section' is not allowed in '$$1'.")
            section = $$eval($${entry}.section)
            qtConfAddReport("$$indent$$section:")
            qtConfCreateReportRecurse("$${entry}.entries", "$$indent  ")
        } else: !isEmpty($${entry}) {
            feature = $$eval($${entry})
            qtConfReport_feature($$indent, $$feature)
        } else {
            text = $$eval($${entry}.message)
            isEmpty($${entry}.type): \
                error("Report entry $${entry} doesn't define a type.")
            r = "qtConfReport_$$eval($${entry}.type)"
            !defined($$r, test): \
                error("Undefined report type $$eval($${entry}.type) used in report entry $${entry}.")
            args = $$eval($${entry}.args)
            $${r}($$indent$${text}, $$args)
        }
    }
}

defineTest(qtConfProcessEarlyChecks) {
    qtConfCreateReportRecurse(config.earlyReport, false)
    qtConfCheckErrors()
}


defineTest(qtConfCreateReport) {
    qtConfAddReport(" ")
    qtConfCreateReportRecurse(config.report, false)
}

defineTest(qtConfCreateSummary) {
    qtConfCreateReportRecurse(config.summary, "")
}

defineTest(qtConfPrintReport) {
    for (n, QT_CONFIGURE_REPORT): \
        logn($$n)
    logn()

    for (n, QT_CONFIGURE_NOTES) {
        logn($$n)
        logn()
    }

    for (w, QT_CONFIGURE_WARNINGS) {
        logn($$w)
        logn()
    }

    !isEmpty(QT_CONFIGURE_ERRORS) {
        for (e, QT_CONFIGURE_ERRORS) {
            logn($$e)
            logn()
        }
        mention_config_log:!$$QMAKE_CONFIG_VERBOSE {
            logn("Check config.log for details.")
            logn()
        }

        !equals(config.input.continue, yes): \
            error()
    }
}

defineTest(qtConfCheckErrors) {
    !isEmpty(QT_CONFIGURE_ERRORS):!equals(config.input.continue, yes): \
        qtConfPrintReport()
}

#
# output generation
#

defineReplace(qtConfOutputSelectProFile) {
    !isEmpty($${1}.public) {
        $$eval($${1}.public): \
            return(publicPro)
    }
    return(privatePro)
}


# qtConfOutputVar(modifier, output, name, value)
defineTest(qtConfOutputVar) {
    modifier = $$1
    output = $$2
    name = $$3
    value = $$val_escape(4)

    !isEmpty(config.output.$${output}.assign.$${name}): \
        error("Trying to overwrite assigned variable '$$name' in '$$output' using modifier '$$modifier'.")

    equals(modifier, assign) {
        !isEmpty(config.output.$${output}.append.$${name})|!isEmpty(config.output.$${output}.remove.$${name}): \
            error("Trying to assign variable '$$name' in '$$output', which has already appended or removed parts.")
        config.output.$${output}.$${modifier}.$${name} = $$value
    } else: equals(modifier, append) {
        contains(config.output.$${output}.remove.$${name}, $$value): \
            error("Trying to append removed '$$value' to variable '$$name' in '$$output'.")
        config.output.$${output}.$${modifier}.$${name} += $$value
    } else: equals(modifier, remove) {
        contains(config.output.$${output}.append.$${name}, $$value): \
            error("Trying to remove appended '$$value' to variable '$$name' in '$$output'.")
        config.output.$${output}.$${modifier}.$${name} += $$value
    } else {
        error("Invalid modifier '$$modifier' passed to qtConfOutputVar.")
    }
    config.output.$${output}.$${modifier}._KEYS_ *= $${name}
    export(config.output.$${output}.$${modifier}.$${name})
    export(config.output.$${output}.$${modifier}._KEYS_)
}

defineTest(qtConfOutputVarHelper) {
    negative = $$eval($${2}.negative)
    isEmpty(negative): negative = false
    !$${3}:!$$negative: return()
    $${3}:$$negative: return()

    output = $$qtConfOutputSelectProFile($${2})
    name = $$eval($${2}.name)
    isEmpty(name): \
        error("Output type 'var$$title($$1)' used in feature '$$eval($${2}.feature)' without a 'name' entry.")

    value = $$qtConfEvaluate($$eval($${2}.value))
    !isEmpty($${2}.eval):$$qtConfEvaluate($$eval($${2}.eval)): \
        eval(value = $$value)
    qtConfOutputVar($$1, $$output, $$name, $$value)
}

defineTest(qtConfOutput_varAssign) {
    qtConfOutputVarHelper(assign, $$1, $$2)
}

defineTest(qtConfOutput_varAppend) {
    qtConfOutputVarHelper(append, $$1, $$2)
}

defineTest(qtConfOutput_varRemove) {
    qtConfOutputVarHelper(remove, $$1, $$2)
}

defineTest(qtConfOutputConfigVar) {
    pro = $$3
    var = $$4
    negative = $$eval($${1}.negative)
    isEmpty(negative): negative = false

    val = $$eval($${1}.name)
    isEmpty(val) {
        val = $$eval($${1}.feature)
        $$negative: val = no-$$val
    }

    $${2} {
        !$$negative: qtConfOutputVar(append, $$pro, $$var, $$val)
    } else {
        $$negative: qtConfOutputVar(append, $$pro, $$var, $$val)
    }
}

defineTest(qtConfOutput_publicQtConfig) {
    qtConfOutputConfigVar($$1, $$2, "publicPro", "QT_CONFIG")
}

defineTest(qtConfOutput_publicConfig) {
    qtConfOutputConfigVar($$1, $$2, "publicPro", "CONFIG")
}

defineTest(qtConfOutput_privateConfig) {
    qtConfOutputConfigVar($$1, $$2, "privatePro", "CONFIG")
}

defineTest(qtConfOutputSetDefine) {
    config.output.$${1}.$${2} = $${3}
    config.output.$${1}._KEYS_ *= $${2}
    export(config.output.$${1}.$${2})
    export(config.output.$${1}._KEYS_)
}

defineTest(qtConfOutput_define) {
    output = publicHeader
    define = $$eval($${1}.name)
    value = $$qtConfEvaluate($$eval($${1}.value))
    isEmpty(define): \
        error("Output type 'define' used in feature '$$eval($${1}.feature)' without a 'name' entry.")

    negative = $$eval($${1}.negative)
    isEmpty(negative): negative = false

    $${2} {
        !$$negative: qtConfOutputSetDefine($$output, $$define, $$value)
    } else {
        $$negative: qtConfOutputSetDefine($$output, $$define, $$value)
    }
}

defineTest(qtConfOutput_feature) {
    name = "$$eval($${1}.name)"
    isEmpty(name): \
        name = $$eval($${1}.feature)

    $${2} {
        qtConfOutputVar(append, "publicPro", "QT_CONFIG", $$name)
    } else {
        f = $$upper($$replace(name, -, _))
        qtConfOutputSetDefine("publicHeader", "QT_NO_$$f")
    }
}

defineTest(qtConfOutput_publicFeature) {
    name = "$$eval($${1}.name)"
    isEmpty(name): \
        name = $$eval($${1}.feature)
    feature = $$replace(name, [-+.], _)

    $${2} {
        qtConfOutputVar(append, "publicPro", "QT.global.enabled_features", $$name)
        qtConfOutputSetDefine("publicHeader", "QT_FEATURE_$$feature", 1)
    } else {
        qtConfOutputVar(append, "publicPro", "QT.global.disabled_features", $$name)
        qtConfOutputSetDefine("publicHeader", "QT_FEATURE_$$feature", -1)
    }
}

# currently this is somewhat inconsistent, as the feature is output to the public pro file,
# whereas the define is being added to the private pro file.
# This should get cleaned up to add to the private pro and header instead.
defineTest(qtConfOutput_privateFeature) {
    name = "$$eval($${1}.name)"
    isEmpty(name): \
        name = $$eval($${1}.feature)
    feature = $$replace(name, [-+.], _)

    $${2} {
        qtConfOutputVar(append, "privatePro", "QT.global.enabled_features", $$name)
        qtConfOutputSetDefine("privateHeader", "QT_FEATURE_$$feature", 1)
    } else {
        qtConfOutputVar(append, "privatePro", "QT.global.disabled_features", $$name)
        qtConfOutputSetDefine("privateHeader", "QT_FEATURE_$$feature", -1)
    }
}

defineTest(qtConfProcessOneOutput) {
    feature = $${1}
    fpfx = config.features.$${feature}
    opfx = $${fpfx}.output.$${2}

    condition = $$eval($${opfx}.condition)
    !isEmpty(condition):!$$qtConfEvaluate($$condition): \
        return()

    call = $$eval($${opfx}.type)
    isEmpty(call) {
        # output is just a string, not an object
        call = $$eval($$opfx)
    }
    !defined("qtConfOutput_$$call", test): \
        error("Undefined type '$$call' in output '$$2' of feature '$$feature'.")

    condition = $$eval($${opfx}.condition)
    !isEmpty(condition) {
        !$$qtConfEvaluate($$condition): \
            return(false)
    }

    $${opfx}.feature = $$feature
    qtConfOutput_$${call}($$opfx, $$eval($${fpfx}.available))
}

defineTest(qtConfProcessOutput) {
    # write it to the output files
    for (type, config.files._KEYS_) {
        file = $$OUT_PWD/$$eval(config.files.$${type})
        contains(type, ".*Pro") {
            for (k, config.output.$${type}.assign._KEYS_): \
                config.output.$$type += "$$k = $$eval(config.output.$${type}.assign.$$k)"
            for (k, config.output.$${type}.remove._KEYS_): \
                config.output.$$type += "$$k -= $$eval(config.output.$${type}.remove.$$k)"
            for (k, config.output.$${type}.append._KEYS_): \
                config.output.$$type += "$$k += $$eval(config.output.$${type}.append.$$k)"
        } else {
            for (define, config.output.$${type}._KEYS_) {
                value = $$eval(config.output.$${type}.$${define})
                config.output.$$type += "$${LITERAL_HASH}define $$define $$value"
            }
        }
        defined(qtConfOutputPostProcess_$${type}, test): \
            qtConfOutputPostProcess_$${type}()

        write_file($$file, config.output.$${type})|error()
    }
}

#
# tie it all together
#

defineTest(qtConfigure) {
    # load configuration data
    configure_data = $$cat($${1}, blob)
    !parseJson(configure_data, config): \
        error("Invalid or non-existent file $${1}.")

    qtConfSetupLibraries()
    qtConfSetupTestTypeDeps()

    qtConfParseCommandLine()

    !equals(QMAKE_CONFIG_CACHE_USE, none) {
        include($$QMAKE_CONFIG_CACHE, , true)
        # this crudely determines when to discard the cache. this also catches the case
        # of no cache being there in the first place.
        !equals(cache.platform, $$[QMAKE_SPEC])|!equals(cache.xplatform, $$[QMAKE_XSPEC]): \
            QMAKE_CONFIG_CACHE_USE = none
    }
    equals(QMAKE_CONFIG_CACHE_USE, none) {
        cont = \
            "cache.platform = $$[QMAKE_SPEC]" \
            "cache.xplatform = $$[QMAKE_XSPEC]"
        write_file($$QMAKE_CONFIG_CACHE, cont)
    }

    # do early checks, mainly to validate the command line
    qtConfProcessEarlyChecks()

    CONFIG += qt_conf_tests_allowed
    logn()
    logn("Running configuration tests...")

    # process all features
    qtConfProcessFeatures()

    # generate files and reports
    qtConfProcessOutput()
    qtConfCreateReport()
    qtConfCreateSummary()

    logn("Done running configuration tests.")
    logn()
}

qtConfigure($$_PRO_FILE_PWD_/configure.json)

logn("Configure summary:")
logn()

qtConfPrintReport()