Xcode 构建设置速查与 .xcconfig 检查

ACTION

Active Build Action

类型

字符串

A string identifying the build system action being performed.

ADDITIONAL_SDKS

Additional SDKs

类型

字符串列表

The locations of any sparse SDKs that should be layered on top of the one specified by SDKROOT. If more than one SDK is listed, the first one has highest precedence. Every SDK specified in this setting should be a “sparse” SDK, for example, not an SDK for an entire macOS release.

ALLOW_TARGET_PLATFORM_SPECIALIZATION

Allow Multi-Platform Builds

类型

布尔值（YES 或 NO）

默认值

NO

If enabled, allows targets to build multiple times within a single build operation. Targets will build for the platform of the active run destination, as well as the platforms of any targets which depend on them.

ALTERNATE_GROUP

Alternate Install Group

类型

字符串

默认值

$(INSTALL_GROUP)

The group name or gid for the files listed under the ALTERNATE_PERMISSIONS_FILES setting.

ALTERNATE_MODE

Alternate Install Permissions

类型

字符串

默认值

$(INSTALL_MODE_FLAG)

Permissions used for the files listed under the ALTERNATE_PERMISSIONS_FILES setting.

ALTERNATE_OWNER

Alternate Install Owner

类型

字符串

默认值

$(INSTALL_OWNER)

The owner name or uid for the files listed under the ALTERNATE_PERMISSIONS_FILES setting.

ALTERNATE_PERMISSIONS_FILES

Alternate Permissions Files

类型

字符串列表

List of files to which the alternate owner, group and permissions are applied.

ALTERNATIVE_DISTRIBUTION_WEB

Alternative Distribution - Web

类型

布尔值（YES 或 NO）

默认值

NO

Enable overriding your app’s distributor identifier for web distribution when running from Xcode.

ALWAYS_EMBED_SWIFT_STANDARD_LIBRARIES

Always Embed Swift Standard Libraries

类型

布尔值（YES 或 NO）

默认值

$(EMBEDDED_CONTENT_CONTAINS_SWIFT)

Always embed the Swift standard libraries in the target’s products, even if the target does not contain any Swift code. For example, this should be enabled if the target is embedding other products which contain Swift, or if it is a test target which does not contain Swift but which is testing a product which does. This setting only applies to wrapped products, not to standalone binary products.

ALWAYS_SEARCH_USER_PATHS

Always Search User Paths (Deprecated)

类型

布尔值（YES 或 NO）

默认值

YES

This setting is deprecated as of Xcode 8.3 and may not be supported in future versions. It is recommended that you disable the setting. If enabled, both #include <header.h>-style and #include "header.h"-style directives search the paths in USER_HEADER_SEARCH_PATHS before HEADER_SEARCH_PATHS. As a consequence, user headers, such as your own String.h header, have precedence over system headers when using #include <header.h>. This is done using the -iquote flag for the paths provided in USER_HEADER_SEARCH_PATHS. If disabled and your compiler fully supports separate user paths, user headers are only accessible with #include "header.h"-style preprocessor directives. For backwards compatibility reasons, this setting is enabled by default. Disabling it is strongly recommended.

APPLICATION_EXTENSION_API_ONLY

Require Only App-Extension-Safe API

类型

布尔值（YES 或 NO）

默认值

NO

When enabled, this causes the compiler and linker to disallow use of APIs that are not available to app extensions and to disallow linking to frameworks that have not been built with this setting enabled.

APPLY_RULES_IN_COPY_FILES

Convert Copied Files

类型

布尔值（YES 或 NO）

默认值

NO

Enabling this setting will cause files in the target’s Copy Files build phases to be processed by build rules. For example, property list files (.plist) and strings files will be converted as specified by PLIST_FILE_OUTPUT_FORMAT and STRINGS_FILE_OUTPUT_ENCODING, respectively.

APPLY_RULES_IN_COPY_HEADERS

Process Header Files

类型

布尔值（YES 或 NO）

默认值

NO

Enabling this setting will cause all Public and Private headers in the target’s Copy Headers build phase to be processed by build rules. This allows custom build rules to be defined to process these headers. Custom script rules can define their outputs relative to HEADER_OUTPUT_DIR, which will be provided to that script, taking the header visibility into account. The scripts are also passed SCRIPT_HEADER_VISIBILITY (“public” or “private”). Files that should not be processed by build rules may need to be moved to a Copy Files build phase when this setting is enabled.

APP_SHORTCUTS_ENABLE_FLEXIBLE_MATCHING

Enable App Shortcuts Flexible Matching

类型

布尔值（YES 或 NO）

默认值

YES

When enabled, generates assets needed for App Shortcuts Flexible Matching.

ARCHS

Architectures

类型

字符串列表

默认值

$(ARCHS_STANDARD)

A list of the architectures for which the product will be built. This is usually set to a predefined build setting provided by the platform. If more than one architecture is specified, a universal binary will be produced.

ASSETCATALOG_COMPILER_ALTERNATE_APPICON_NAMES

Alternate App Icon Sets

类型

字符串列表

A set of additional app icon set names to include as in the built product. The icons will be available at runtime for use as alternate app icons. This is an alternative to --include-all-app-icons providing more detailed control.

ASSETCATALOG_COMPILER_APPICON_NAME

Primary App Icon Set Name

类型

字符串

Name of an app icon set for the target’s default app icon. The contents will be merged into the Info.plist.

ASSETCATALOG_COMPILER_COMPLICATION_NAME

Watch Complication Name

类型

字符串

The name of a watch complication to use from the asset catalog.

ASSETCATALOG_COMPILER_GENERATE_ASSET_SYMBOLS

Generate Asset Symbols

类型

布尔值（YES 或 NO）

默认值

YES

Generate asset symbols for each color and image in the catalog.

ASSETCATALOG_COMPILER_GENERATE_ASSET_SYMBOL_FRAMEWORKS

Generate Swift Asset Symbol Framework Support

类型

字符串列表

默认值

SwiftUI UIKit AppKit

Generate asset symbol support for the specified UI frameworks (e.g. SwiftUI, UIKit, AppKit).

ASSETCATALOG_COMPILER_GENERATE_SWIFT_ASSET_SYMBOL_EXTENSIONS

Generate Swift Asset Symbol Extensions

类型

布尔值（YES 或 NO）

默认值

NO

Generate asset symbol extensions on Apple framework color and image types.

ASSETCATALOG_COMPILER_GLOBAL_ACCENT_COLOR_NAME

Global Accent Color Name

类型

字符串

The name of a color resource to use as a the target’s accent color, used as the default tint color on iOS and watchOS, and accent color on macOS.

ASSETCATALOG_COMPILER_INCLUDE_ALL_APPICON_ASSETS

Include All App Icon Assets

类型

布尔值（YES 或 NO）

默认值

NO

When true, all app icon assets from the target’s Asset Catalogs will be included in the built product, making the available at runtime for use as alternate app icons. When false, only the primary app icon will be included in the built product.

ASSETCATALOG_COMPILER_INCLUDE_INFOPLIST_LOCALIZATIONS

Include Asset Localizations in Info.plist

类型

布尔值（YES 或 NO）

默认值

YES

When enabled, includes the localization information of the selected assets in the generated partial Info.plist file under the CFBundleLocalizations key. This will allow the assets to be used at runtime in the absence of a corresponding lproj directory in the bundle.

ASSETCATALOG_COMPILER_LAUNCHIMAGE_NAME

Asset Catalog Launch Image Set Name

类型

字符串

Name of an asset catalog launch image set whose contents will be merged into the Info.plist.

ASSETCATALOG_COMPILER_LEADERBOARD_IDENTIFIER_PREFIX

Leaderboard Identifier Prefix

类型

字符串

默认值

$(PRODUCT_NAME:identifier).game-center.leaderboard.

Leaderboards in the asset catalog may optionally specify a Game Center identifier. If they do not, their name will be prefixed by this value to form an automatically generated identifier.

ASSETCATALOG_COMPILER_LEADERBOARD_SET_IDENTIFIER_PREFIX

Leaderboard Set Identifier Prefix

类型

字符串

默认值

$(PRODUCT_NAME:identifier).game-center.leaderboard-set.

Leaderboard sets in the asset catalog may optionally specify a Game Center identifier. If they do not, their name will be prefixed by this value to form an automatically generated identifier.

ASSETCATALOG_COMPILER_OPTIMIZATION

Optimization

类型

列出的值之一

可选值

space · time

With no value, the compiler uses the default optimization. You can also specify time to optimize for speed of access or space to optimize for a smaller compiled asset catalogs.

ASSETCATALOG_COMPILER_SKIP_APP_STORE_DEPLOYMENT

Skip App Store Deployment

类型

布尔值（YES 或 NO）

Whether to perform App Store-specific behaviors such as validations. For example, building for an iOS or watchOS app will warn if a 1024 App Store icon is not present, but only when compiling for App Store deployment.

ASSETCATALOG_COMPILER_STANDALONE_ICON_BEHAVIOR

Standalone Icon File Behavior

类型

列出的值之一

可选值

all · default · none

默认值

default

Controls whether loose PNG or ICNS files are created for the primary app icon, in addition to including the content in the Assets.car file. By default, a small subset of sizes are included as loose files, allowing external management tools to display a representative icon without reading the CAR file. This can be set to ‘all’ or ‘none’ to include more or fewer icon sizes as loose files.

ASSETCATALOG_COMPILER_STICKER_PACK_IDENTIFIER_PREFIX

Sticker Pack Identifier Prefix

类型

字符串

Sticker Packs in the asset catalog may optionally specify an identifier. If they do not, their name will be prefixed by this value to form an automatically generated identifier.

ASSETCATALOG_COMPILER_WIDGET_BACKGROUND_COLOR_NAME

Widget Background Color Name

类型

字符串

The name of a color resource to use as the background color for a widget.

ASSETCATALOG_NOTICES

Show Notices

类型

布尔值（YES 或 NO）

默认值

YES

Show notices encountered during the compilation of asset catalogs.

ASSETCATALOG_OTHER_FLAGS

Asset Catalog Other Flags

类型

字符串列表

Pass additional flags through to the asset catalog compiler.

ASSETCATALOG_WARNINGS

Show Warnings

类型

布尔值（YES 或 NO）

默认值

YES

Show warnings encountered during the compilation of asset catalogs.

ASSET_PACK_MANIFEST_URL_PREFIX

Asset Pack Manifest URL Prefix

类型

字符串

If set to anything other than the empty string, every URL in the AssetPackManifest.plist file will consist of this string with the name of the asset pack appended. If not set, the URLs in the AssetPackManifest.plist will be formed as appropriate for the build location of the asset packs. The prefix string is not escaped or quoted in any way, so any necessary escaping must be part of the URL string. This setting affects only URLs in the AssetPackManifest.plist file — it does not affect where asset packs are built in the local file system.

AUTOMATION_APPLE_EVENTS

Apple Events

类型

布尔值（YES 或 NO）

默认值

NO

A Boolean value that indicates whether the app may prompt the user for permission to send Apple events to other apps.

BUILD_COMPONENTS

Active Build Components

类型

字符串列表

A list of components being built during this action.

BUILD_LIBRARY_FOR_DISTRIBUTION

Build Libraries for Distribution

类型

布尔值（YES 或 NO）

默认值

NO

Ensures that your libraries are built for distribution. For Swift, this enables support for library evolution and generation of a module interface file.

BUILD_ONLY_KNOWN_LOCALIZATIONS

Build Known Localizations Only

类型

布尔值（YES 或 NO）

默认值

NO

When enabled, only builds content for languages explicitly supported by the project.

BUILD_VARIANTS

Build Variants

类型

字符串列表

默认值

normal

A list of the build variants of the linked binary that will be produced. By default, only the normal variant is produced. Other common values include debug and profile.

BUILT_PRODUCTS_DIR

BUILT_PRODUCTS_DIR

类型

路径

默认值

$(CONFIGURATION_BUILD_DIR)

Identifies the directory under which all the product’s files can be found. This directory contains either product files or symbolic links to them. Run Script build phases can use the value of this build setting as a convenient way to refer to the product files built by one or more targets even when these files are scattered throughout a directory hierarchy (for example, when DEPLOYMENT_LOCATION is set to YES.

BUNDLE_LOADER

Bundle Loader

类型

路径

Specifies the executable that will load the bundle output file being linked. Undefined symbols from the bundle are checked against the specified executable as if it is one of the dynamic libraries the bundle was linked with.

CLANG_ADDRESS_SANITIZER_CONTAINER_OVERFLOW

Enable C++ Container Overflow Checks

类型

布尔值（YES 或 NO）

默认值

NO

Check for C++ container overflow when Address Sanitizer is enabled. This check requires the entire application to be built with Address Sanitizer. If not, it may report false positives.

CLANG_ALLOW_NON_MODULAR_INCLUDES_IN_FRAMEWORK_MODULES

Allow Non-modular Includes In Framework Modules

类型

布尔值（YES 或 NO）

默认值

NO

Enabling this setting allows non-modular includes to be used from within framework modules. This is inherently unsafe, as such headers might cause duplicate definitions when used by any client that imports both the framework and the non-modular includes.

CLANG_ANALYZER_DEADCODE_DEADSTORES

Dead Stores

类型

布尔值（YES 或 NO）

默认值

YES

Check for values stored to variables and never read again.

CLANG_ANALYZER_DIVIDE_BY_ZERO

Division by Zero

类型

布尔值（YES 或 NO）

默认值

YES

Check for division by zero.

CLANG_ANALYZER_GCD

Misuse of Grand Central Dispatch

类型

布尔值（YES 或 NO）

默认值

YES

Check for misuses of the Grand Central Dispatch API.

CLANG_ANALYZER_GCD_PERFORMANCE

Performance Anti-Patterns with Grand Central Dispatch

类型

列出的值之一

可选值

NO · YES

默认值

NO

Check for Grand Central Dispatch idioms that may lead to poor performance.

CLANG_ANALYZER_LIBKERN_RETAIN_COUNT

Violation of IOKit and libkern Reference Counting Rules

类型

布尔值（YES 或 NO）

默认值

YES

Finds leaks and over-releases associated with objects inheriting from OSObject.

CLANG_ANALYZER_LOCALIZABILITY_EMPTY_CONTEXT

Missing Localization Context Comment

类型

列出的值之一

可选值

NO · YES

默认值

NO

Warn when a call to an NSLocalizedString() macro is missing a context comment for the localizer.

CLANG_ANALYZER_LOCALIZABILITY_NONLOCALIZED

Missing Localizability

类型

列出的值之一

可选值

NO · YES

默认值

NO

Warn when a nonlocalized string is passed to a user interface method expecting a localized string.

CLANG_ANALYZER_MEMORY_MANAGEMENT

Improper Memory Management

类型

布尔值（YES 或 NO）

默认值

$(CLANG_ANALYZER_MALLOC)

Warn about memory leaks, use-after-free, and other API misuses.

CLANG_ANALYZER_MIG_CONVENTIONS

Violation of Mach Interface Generator Conventions

类型

列出的值之一

可选值

NO · YES

默认值

YES

Warn when a MIG routine violates memory management conventions.

CLANG_ANALYZER_NONNULL

Misuse of ‘nonnull’

类型

列出的值之一

可选值

NO · YES · YES_NONAGGRESSIVE

默认值

YES_NONAGGRESSIVE

Check for misuses of nonnull parameter and return types.

CLANG_ANALYZER_NULL_DEREFERENCE

Dereference of Null Pointers

类型

布尔值（YES 或 NO）

默认值

YES

Check for dereferences of null pointers.

CLANG_ANALYZER_NUMBER_OBJECT_CONVERSION

Suspicious Conversions of NSNumber and CFNumberRef

类型

列出的值之一

可选值

NO · YES · YES_AGGRESSIVE

默认值

YES

Warn when a number object, such as an instance of NSNumber, CFNumberRef, OSNumber, or OSBoolean is compared or converted to a primitive value instead of another object.

CLANG_ANALYZER_OBJC_ATSYNC

@synchronized with nil mutex

类型

布尔值（YES 或 NO）

默认值

YES

Warn on nil pointers used as mutexes for @synchronized.

CLANG_ANALYZER_OBJC_COLLECTIONS

Misuse of Collections API

类型

布尔值（YES 或 NO）

默认值

YES

Warn if CF collections are created with non-pointer-size values. Check if NS collections are initialized with non-Objective-C type elements.

CLANG_ANALYZER_OBJC_DEALLOC

Improper Instance Cleanup in ‘-dealloc’

类型

布尔值（YES 或 NO）

默认值

YES

Warn when an instance is improperly cleaned up in -dealloc.

CLANG_ANALYZER_OBJC_GENERICS

Misuse of Objective-C generics

类型

布尔值（YES 或 NO）

默认值

YES

Warn if a specialized generic type is converted to an incompatible type.

CLANG_ANALYZER_OBJC_INCOMP_METHOD_TYPES

Method Signatures Mismatch

类型

布尔值（YES 或 NO）

默认值

YES

Warn about Objective-C method signatures with type incompatibilities.

CLANG_ANALYZER_OBJC_NSCFERROR

Improper Handling of CFError and NSError

类型

布尔值（YES 或 NO）

默认值

YES

Warn if functions accepting CFErrorRef or NSError cannot indicate that an error occurred.

CLANG_ANALYZER_OBJC_RETAIN_COUNT

Violation of Reference Counting Rules

类型

布尔值（YES 或 NO）

默认值

YES

Warn on leaks and improper reference count management.

CLANG_ANALYZER_OBJC_SELF_INIT

Violation of ‘self = [super init]’ Rule

类型

布尔值（YES 或 NO）

默认值

YES

Check that super init is properly called within an Objective-C initialization method.

CLANG_ANALYZER_OBJC_UNUSED_IVARS

Unused Ivars

类型

布尔值（YES 或 NO）

默认值

YES

Warn about private ivars that are never used.

CLANG_ANALYZER_OSOBJECT_C_STYLE_CAST

C-style Downcasts of IOKit Objects

类型

布尔值（YES 或 NO）

默认值

NO

Warn when a C-style cast is used for downcasting a pointer to an OSObject. RTTI-aware casts (OSRequiredCast, OSDynamicCast) are more secure and should be used instead of C-style casts in order to avoid potential type confusion attacks.

CLANG_ANALYZER_SECURITY_BUFFER_OVERFLOW_EXPERIMENTAL

EXPERIMENTAL Buffer overflows

类型

布尔值（YES 或 NO）

默认值

NO

Check for potential buffer overflows.

CLANG_ANALYZER_SECURITY_FLOATLOOPCOUNTER

Floating Point Value Used as Loop Counter

类型

布尔值（YES 或 NO）

默认值

NO

Warn on using a floating point value as a loop counter (CERT: FLP30-C, FLP30-CPP).

CLANG_ANALYZER_SECURITY_INSECUREAPI_GETPW_GETS

Use of ‘getpw’, ‘gets’ (Buffer Overflow)

类型

布尔值（YES 或 NO）

默认值

YES

Warn on uses of getpw and gets. The functions are dangerous as they may trigger a buffer overflow.

CLANG_ANALYZER_SECURITY_INSECUREAPI_MKSTEMP

Use of ‘mktemp’ or Predictable ‘mktemps’

类型

布尔值（YES 或 NO）

默认值

YES

Warn on uses of mktemp, which produces predictable temporary files. It is obsoleted by mktemps. Warn when mkstemp is passed fewer than 6 X’s in the format string.

CLANG_ANALYZER_SECURITY_INSECUREAPI_RAND

Use of ‘rand’ Functions

类型

布尔值（YES 或 NO）

默认值

NO

Warn on uses of rand, random, and related functions, which produce predictable random number sequences. Use arc4random instead.

CLANG_ANALYZER_SECURITY_INSECUREAPI_STRCPY

Use of ‘strcpy’ and ‘strcat’

类型

布尔值（YES 或 NO）

默认值

NO

Warn on uses of the strcpy and strcat functions, which can result in buffer overflows. Use strlcpy or strlcat instead.

CLANG_ANALYZER_SECURITY_INSECUREAPI_UNCHECKEDRETURN

Unchecked Return Values

类型

布尔值（YES 或 NO）

默认值

YES

Warn on uses of sensitive functions whose return values must be always checked.

CLANG_ANALYZER_SECURITY_INSECUREAPI_VFORK

Use of ‘vfork’

类型

布尔值（YES 或 NO）

默认值

YES

Warn on uses of the vfork function, which is inherently insecure. Use the safer posix_spawn function instead.

CLANG_ANALYZER_SECURITY_KEYCHAIN_API

Misuse of Keychain Services API

类型

布尔值（YES 或 NO）

默认值

YES

Check for leaks of keychain attribute lists and data buffers returned by the Keychain Services API.

CLANG_ANALYZER_USE_AFTER_MOVE

Use-After-Move Errors in C++

类型

列出的值之一

可选值

NO · YES · YES_AGGRESSIVE

默认值

YES_AGGRESSIVE

Warn when a C++ object is used after it has been moved from.

CLANG_CXX_LANGUAGE_STANDARD

C++ Language Dialect

类型

列出的值之一

可选值

c++0x · c++14 · c++17 · c++20 · c++23 · c++98 · compiler-default · gnu++0x · gnu++14 · gnu++17 · gnu++20 · gnu++23 · gnu++98

默认值

compiler-default

Choose a standard or non-standard C++ language dialect. Options include: • C++98: Accept ISO C++ 1998 with amendments, but not GNU extensions. [-std=c++98] • GNU++98: Accept ISO C++ 1998 with amendments and GNU extensions. [-std=gnu++98] • C++11: Accept the ISO C++ 2011 standard with amendments, but not GNU extensions. [-std=c++11] • GNU++11: Accept the ISO C++ 2011 standard with amendments and GNU extensions. [-std=gnu++11] • C++14: Accept the ISO C++ 2014 standard with amendments, but not GNU extensions. [-std=c++14] • GNU++14: Accept the ISO C++ 2014 standard with amendments and GNU extensions. [-std=gnu++14] • C++17: Accept the ISO C++ 2017 standard with amendments, but not GNU extensions. [-std=c++17] • GNU++17: Accept the ISO C++ 2017 standard with amendments and GNU extensions. [-std=gnu++17] • C++20: Accept the ISO C++ 2020 standard with amendments, but not GNU extensions. [-std=c++20] • GNU++20: Accept the ISO C++ 2020 standard with amendments and GNU extensions. [-std=gnu++20] • C++23: Accept the ISO C++ 2023 standard with amendments, but not GNU extensions. [-std=c++23] • GNU++23: Accept the ISO C++ 2023 standard with amendments and GNU extensions. [-std=gnu++23] • Compiler Default: Tells the compiler to use its default C++ language dialect. This is normally the best choice unless you have specific needs. (Currently equivalent to GNU++98.)

CLANG_CXX_STANDARD_LIBRARY_HARDENING

Enable C++ Standard Library Hardening

类型

列出的值之一

可选值

debug · extensive · fast · none

默认值

$(__LIBRARY_HARDENING_DEFAULT_VALUE)

Enable hardening in the C++ standard library. Available values: • No: No runtime hardening checks. • Yes (fast): Enable low-overhead security-critical checks at runtime. • Yes (extensive): Enable low-overhead checks at runtime to find security issues as well as general logic errors. • Yes (debug): Enable all available checks in the library, including high-overhead heuristic checks and internal assertions. This mode should not be used in production. This setting defines the value of the _LIBCPP_HARDENING_MODE preprocessor macro.

CLANG_DEBUG_INFORMATION_LEVEL

Debug Information Level

类型

列出的值之一

可选值

default · line-tables-only

默认值

default

Toggles the amount of debug information emitted when debug symbols are enabled. This can impact the size of the generated debug information, which may matter in some cases for large projects, such as when using LTO.

CLANG_ENABLE_CPLUSPLUS_TYPED_ALLOCATOR_SUPPORT

Enable Typed Allocator in C++

类型

列出的值之一

可选值

NO · YES · compiler-default

默认值

$(_CLANG_ENABLE_TYPED_ALLOCATOR_SUPPORT_DEFAULT)

Enables compiler rewriting of allocation calls in C++ to provide type information to the allocator. Mitigates use-after-free security vulnerabilities.

CLANG_ENABLE_CPP_STATIC_DESTRUCTORS

Destroy Static Objects

类型

布尔值（YES 或 NO）

默认值

YES

Controls whether variables with static or thread storage duration should have their exit-time destructors run.

CLANG_ENABLE_C_TYPED_ALLOCATOR_SUPPORT

Enable Typed Allocator in C

类型

列出的值之一

可选值

NO · YES · compiler-default

默认值

$(_CLANG_ENABLE_TYPED_ALLOCATOR_SUPPORT_DEFAULT)

Enables compiler rewriting of allocation calls in C to provide type information to the allocator. Mitigates use-after-free security vulnerabilities.

CLANG_ENABLE_MODULES

Enable Modules (C and Objective-C)

类型

布尔值（YES 或 NO）

默认值

NO

Enables the use of modules for system APIs. System headers are imported as semantic modules instead of raw headers. This can result in faster builds and project indexing.

CLANG_ENABLE_MODULE_DEBUGGING

Enable Clang Module Debugging

类型

布尔值（YES 或 NO）

默认值

YES

When this setting is enabled, clang will use the shared debug info available in clang modules and precompiled headers. This results in smaller build artifacts, faster compile times, and more complete debug info. This setting should only be disabled when building static libraries with debug info for distribution.

CLANG_ENABLE_OBJC_ARC

Objective-C Automatic Reference Counting

类型

布尔值（YES 或 NO）

默认值

NO

Compiles reference-counted Objective-C code to use Automatic Reference Counting. Code compiled using automated reference counting is compatible with other code (such as frameworks) compiled using either manual reference counting (for example, traditional retain and release messages) or automated reference counting. [-fobjc-arc]

CLANG_ENABLE_OBJC_ARC_EXCEPTIONS

Enable Objective-C ARC Exceptions

类型

布尔值（YES 或 NO）

默认值

NO

This setting causes clang to use exception-handler-safe code when synthesizing retains and releases when using ARC. Without this, ARC is not exception-safe. Only applies to Objective-C. [-fobjc-arc-exceptions]

CLANG_ENABLE_OBJC_WEAK

Weak References in Manual Retain Release

类型

布尔值（YES 或 NO）

默认值

NO

Compiles Objective-C code to enable weak references for code compiled with manual retain release (MRR) semantics.

CLANG_ENABLE_STACK_ZERO_INIT

Enable Stack Zero Initialization

类型

布尔值（YES 或 NO）

默认值

$(ENABLE_ENHANCED_SECURITY)

Automatically initializes stack variables to zero as a security protection.

CLANG_INDEX_STORE_IGNORE_MACROS

Do not index C macros

类型

布尔值（YES 或 NO）

默认值

NO

Do not emit entries for C macros into the Index Store.

CLANG_LINK_OBJC_RUNTIME

Implicitly Link Objective-C Runtime Support

类型

布尔值（YES 或 NO）

默认值

$(LINK_OBJC_RUNTIME)

When linking a target using Objective-C code, implicitly link in Foundation (and if deploying back to an older OS) a backwards compatibility library to allow newer language features to run on an OS where the runtime support is not natively available. Most targets that use Objective-C should use this, although there are rare cases where a target should opt out of this behavior.

CLANG_MODULES_AUTOLINK

Link Frameworks Automatically

类型

布尔值（YES 或 NO）

默认值

YES

Automatically link SDK frameworks that are referenced using #import or #include. This feature requires also enabling support for modules. This build setting only applies to C-family languages.

CLANG_MODULES_DISABLE_PRIVATE_WARNING

Disable Private Modules Warnings

类型

布尔值（YES 或 NO）

默认值

NO

Disable warnings related to the recommended use of private module naming. This only makes sense when support for modules is enabled.

CLANG_OPTIMIZATION_PROFILE_FILE

Optimization Profile File

类型

路径

默认值

$(SRCROOT)/OptimizationProfiles/$(PROJECT_NAME).profdata

The path to the file of the profile data to use when CLANG_USE_OPTIMIZATION_PROFILE is enabled.

CLANG_STATIC_ANALYZER_MODE

Mode of Analysis for ‘Build’

类型

列出的值之一

可选值

deep · shallow

默认值

shallow

The depth the static analyzer uses during the Build action. Use Deep to exercise the full power of the analyzer. Use Shallow for faster analysis.

CLANG_STATIC_ANALYZER_MODE_ON_ANALYZE_ACTION

Mode of Analysis for ‘Analyze’

类型

列出的值之一

可选值

deep · shallow

默认值

deep

The depth the static analyzer uses during the Analyze action. Use Deep to exercise the full power of the analyzer. Use Shallow for faster analysis.

CLANG_TIDY_BUGPRONE_ASSERT_SIDE_EFFECT

Side Effects in Assert Conditions

类型

布尔值（YES 或 NO）

默认值

YES

Warn when condition of assert or NSAssert has a side effect. Assert conditions are not evaluated during release builds.

CLANG_TIDY_BUGPRONE_INFINITE_LOOP

Infinite Loops

类型

布尔值（YES 或 NO）

默认值

YES

Warn when a loop is discovered to have no termination condition.

CLANG_TIDY_BUGPRONE_MOVE_FORWARDING_REFERENCE

Moves of Universal References

类型

布尔值（YES 或 NO）

默认值

YES

Warn when use of std::move on a universal reference would cause non-expiring lvalue arguments to be moved unexpectedly.

CLANG_TIDY_BUGPRONE_REDUNDANT_BRANCH_CONDITION

Redundant Nested ‘if’ Conditions

类型

布尔值（YES 或 NO）

默认值

NO

Warn when an if-statement is redundant because its condition is equivalent to the condition of a larger if-statement it is nested into.

CLANG_TIDY_MISC_REDUNDANT_EXPRESSION

Redundant Expressions

类型

布尔值（YES 或 NO）

默认值

NO

Warn when a sub-expression of an arithmetic or logic expression can be omitted because it has no effect on the result.

CLANG_TRIVIAL_AUTO_VAR_INIT

Trivial automatic variable initialization

类型

列出的值之一

可选值

default · pattern · uninitialized · zero

默认值

$(_CLANG_TRIVIAL_AUTO_VAR_INIT_DEFAULT)

Specify whether stack variables should be uninitialized, which can cause inadvertent information disclosure when uninitialized stack variables are used, or whether they should be pattern-initialized.

CLANG_UNDEFINED_BEHAVIOR_SANITIZER_INTEGER

Enable Extra Integer Checks

类型

布尔值（YES 或 NO）

默认值

NO

Check for unsigned integer overflow, in addition to checks for signed integer overflow.

CLANG_UNDEFINED_BEHAVIOR_SANITIZER_NULLABILITY

Enable Nullability Annotation Checks

类型

布尔值（YES 或 NO）

默认值

NO

Check for violations of nullability annotations in function calls, return statements, and assignments.

CLANG_USE_OPTIMIZATION_PROFILE

Use Optimization Profile

类型

布尔值（YES 或 NO）

默认值

NO

When this setting is enabled, clang will use the optimization profile collected for a target when building it.

CLANG_USE_RESPONSE_FILE

Use Response Files

类型

布尔值（YES 或 NO）

默认值

YES

When this setting is enabled, the build system will use response files to share common arguments between similar invocations of clang, eliminating redundant information in build logs.

CLANG_WARN_ASSIGN_ENUM

Out-of-Range Enum Assignments

类型

布尔值（YES 或 NO）

默认值

NO

Warn about assigning integer constants to enum values that are out of the range of the enumerated type.

CLANG_WARN_ATOMIC_IMPLICIT_SEQ_CST

Usage of implicit sequentially-consistent atomics

类型

布尔值（YES 或 NO）

默认值

NO

Warns when an atomic is used with an implicitly sequentially-consistent memory order, instead of explicitly specifying memory order.

CLANG_WARN_BLOCK_CAPTURE_AUTORELEASING

Block Capture of Autoreleasing

类型

列出的值之一

可选值

NO · YES · YES_ERROR

默认值

NO

Warn about block captures of implicitly autoreleasing parameters.

CLANG_WARN_BOOL_CONVERSION

Implicit Boolean Conversions

类型

列出的值之一

可选值

NO · YES · YES_ERROR

默认值

$(CLANG_WARN_SUSPICIOUS_IMPLICIT_CONVERSION)

Warn about implicit conversions to boolean values that are suspicious. For example, writing if (foo) where foo is the name a function will trigger a warning.

CLANG_WARN_COMMA

Suspicious Commas

类型

列出的值之一

可选值

NO · YES · YES_ERROR

默认值

NO

Warn about suspicious uses of the comma operator.

CLANG_WARN_COMPLETION_HANDLER_MISUSE

Completion Handler Misuse

类型

布尔值（YES 或 NO）

默认值

NO

Warn when a function-like parameter annotated as a completion handler is called more than once or not called at all on an execution path.

CLANG_WARN_CONSTANT_CONVERSION

Implicit Constant Conversions

类型

列出的值之一

可选值

NO · YES · YES_ERROR

默认值

$(CLANG_WARN_SUSPICIOUS_IMPLICIT_CONVERSION)

Warn about implicit conversions of constant values that cause the constant value to change, either through a loss of precision, or entirely in its meaning.

CLANG_WARN_CXX0X_EXTENSIONS

Using C++11 extensions in earlier versions of C++

类型

布尔值（YES 或 NO）

默认值

NO

When compiling C++ code using a language standard older than C++11, warn about the use of C++11 extensions.

CLANG_WARN_DELETE_NON_VIRTUAL_DTOR

Deleting Instance of Polymorphic Class with No Virtual Destructor

类型

列出的值之一

可选值

NO · YES · YES_ERROR

默认值

YES

Warn when deleting an instance of a polymorphic class with virtual functions but without a virtual destructor.

CLANG_WARN_DEPRECATED_OBJC_IMPLEMENTATIONS

Overriding Deprecated Objective-C Methods

类型

布尔值（YES 或 NO）

默认值

NO

Warn if an Objective-C class either subclasses a deprecated class or overrides a method that has been marked deprecated or unavailable.

CLANG_WARN_DIRECT_OBJC_ISA_USAGE

Direct usage of ‘isa’

类型

列出的值之一

可选值

NO · YES · YES_ERROR

默认值

YES

Warn about direct accesses to the Objective-C isa pointer instead of using a runtime API.

CLANG_WARN_DOCUMENTATION_COMMENTS

Documentation Comments

类型

布尔值（YES 或 NO）

默认值

NO

Warns about issues in documentation comments (doxygen-style) such as missing or incorrect documentation tags.

CLANG_WARN_EMPTY_BODY

Empty Loop Bodies

类型

布尔值（YES 或 NO）

默认值

$(CLANG_ENABLE_SECURITY_COMPILER_WARNINGS)

Warn about loop bodies that are suspiciously empty.

CLANG_WARN_ENUM_CONVERSION

Implicit Enum Conversions

类型

列出的值之一

可选值

NO · YES · YES_ERROR

默认值

$(CLANG_WARN_SUSPICIOUS_IMPLICIT_CONVERSION)

Warn about implicit conversions between different kinds of enum values. For example, this can catch issues when using the wrong enum flag as an argument to a function or method.

CLANG_WARN_FLOAT_CONVERSION

Implicit Float Conversions

类型

列出的值之一

可选值

NO · YES · YES_ERROR

默认值

$(CLANG_WARN_SUSPICIOUS_IMPLICIT_CONVERSION)

Warn about implicit conversions that turn floating-point numbers into integers.

CLANG_WARN_FRAMEWORK_INCLUDE_PRIVATE_FROM_PUBLIC

Public Framework Header Includes Private Framework Header

类型

列出的值之一

可选值

NO · YES

默认值

NO

Warns when a public framework header includes a private framework header.

CLANG_WARN_IMPLICIT_FALLTHROUGH

Implicit Fallthrough in Switch Statement

类型

列出的值之一

可选值

NO · YES · YES_ERROR

默认值

NO

Warn about implicit fallthrough in switch statement. Use __attribute__((fallthrough)) (C/ObjC) or [[fallthrough]] (C++) to mark intentional fallthrough.

CLANG_WARN_IMPLICIT_SIGN_CONVERSION

Implicit Signedness Conversions

类型

列出的值之一

可选值

NO · YES · YES_ERROR

默认值

NO

Warn about implicit integer conversions that change the signedness of an integer value.

CLANG_WARN_INFINITE_RECURSION

Infinite Recursion

类型

布尔值（YES 或 NO）

默认值

NO

Warn if all paths through a function call itself.

CLANG_WARN_INT_CONVERSION

Implicit Integer to Pointer Conversions

类型

列出的值之一

可选值

NO · YES · YES_ERROR

默认值

$(CLANG_WARN_SUSPICIOUS_IMPLICIT_CONVERSION)

Warn about implicit conversions between pointers and integers. For example, this can catch issues when one incorrectly intermixes using NSNumber*’s and raw integers.

CLANG_WARN_MISSING_NOESCAPE

Missing Noescape Annotation

类型

列出的值之一

可选值

NO · YES · YES_ERROR

默认值

YES

Warn about noescape annotations that are missing in a method’s signature.

CLANG_WARN_NON_LITERAL_NULL_CONVERSION

Implicit Non-Literal Null Conversions

类型

列出的值之一

可选值

NO · YES · YES_ERROR

默认值

$(CLANG_WARN_SUSPICIOUS_IMPLICIT_CONVERSION)

Warn about non-literal expressions that evaluate to zero being treated as a null pointer.

CLANG_WARN_NULLABLE_TO_NONNULL_CONVERSION

Incorrect Uses of Nullable Values

类型

布尔值（YES 或 NO）

默认值

NO

Warns when a nullable expression is used somewhere it’s not allowed, such as when passed as a _Nonnull parameter.

CLANG_WARN_OBJC_EXPLICIT_OWNERSHIP_TYPE

Implicit ownership types on out parameters

类型

布尔值（YES 或 NO）

默认值

NO

Warn about implicit ownership types on Objective-C object references as out parameters. For example, declaring a parameter with type NSObject** will produce a warning because the compiler will assume that the out parameter’s ownership type is __autoreleasing.

CLANG_WARN_OBJC_IMPLICIT_ATOMIC_PROPERTIES

Implicit Atomic Objective-C Properties

类型

布尔值（YES 或 NO）

默认值

NO

Warn about @property declarations that are implicitly atomic.

CLANG_WARN_OBJC_IMPLICIT_RETAIN_SELF

Implicit retain of ‘self’ within blocks

类型

布尔值（YES 或 NO）

默认值

NO

Warn about implicit retains of self within blocks, which can create a retain-cycle.

CLANG_WARN_OBJC_INTERFACE_IVARS

Interface Declarations of Instance Variables

类型

列出的值之一

可选值

NO · YES · YES_ERROR

默认值

NO

Warn about instance variable declarations in @interface.

CLANG_WARN_OBJC_LITERAL_CONVERSION

Implicit Objective-C Literal Conversions

类型

列出的值之一

可选值

NO · YES · YES_ERROR

默认值

$(CLANG_WARN_SUSPICIOUS_IMPLICIT_CONVERSION)

Warn about implicit conversions from Objective-C literals to values of incompatible type.

CLANG_WARN_OBJC_MISSING_PROPERTY_SYNTHESIS

Implicit Synthesized Properties

类型

布尔值（YES 或 NO）

默认值

NO

Starting in Xcode 4.4, Apple Clang will implicitly synthesize properties that are not explicitly synthesized using @synthesize. This setting warns about such implicit behavior, even though the property is still synthesized. This is essentially a backwards compatibility warning, or for those who wish to continue to explicitly use @synthesize.

CLANG_WARN_OBJC_REPEATED_USE_OF_WEAK

Repeatedly using a __weak reference

类型

列出的值之一

可选值

NO · YES · YES_AGGRESSIVE

默认值

NO

Warn about repeatedly using a weak reference without assigning the weak reference to a strong reference. This is often symptomatic of a race condition where the weak reference can become nil between accesses, resulting in unexpected behavior. Assigning to temporary strong reference ensures the object stays alive during the related accesses.

CLANG_WARN_OBJC_ROOT_CLASS

Unintentional Root Class

类型

列出的值之一

可选值

NO · YES · YES_ERROR

默认值

YES

Warn about classes that unintentionally do not subclass a root class, such as NSObject.

CLANG_WARN_PRAGMA_PACK

Suspicious Pragma Pack

类型

列出的值之一

可选值

NO · YES · YES_ERROR

默认值

YES

Warn when a translation unit is missing terminating ‘#pragma pack (pop)’ directives or when the ‘#pragma pack’ state immediately after an #include is different from the state immediately before.

CLANG_WARN_PRIVATE_MODULE

Outdated Private Module Map

类型

布尔值（YES 或 NO）

默认值

YES

Warn about private modules that do not use the recommended private module layout.

CLANG_WARN_QUOTED_INCLUDE_IN_FRAMEWORK_HEADER

Quoted Include In Framework Header

类型

列出的值之一

可选值

NO · YES · YES_ERROR

默认值

NO

Warns when a quoted include is used instead of a framework style include in a framework header.

CLANG_WARN_RANGE_LOOP_ANALYSIS

Range-based For Loops

类型

布尔值（YES 或 NO）

默认值

NO

Warn about ranged-based for loops.

CLANG_WARN_SEMICOLON_BEFORE_METHOD_BODY

Semicolon Before Method Body

类型

布尔值（YES 或 NO）

默认值

NO

Warn about ignored semicolon between a method implementation’s signature and body.

CLANG_WARN_STRICT_PROTOTYPES

Strict Prototypes

类型

列出的值之一

可选值

NO · YES · YES_ERROR

默认值

NO

Warn about non-prototype declarations.

CLANG_WARN_SUSPICIOUS_IMPLICIT_CONVERSION

Suspicious Implicit Conversions

类型

列出的值之一

可选值

NO · YES · YES_ERROR

默认值

NO

Warn about various implicit conversions that can lose information or are otherwise suspicious.

CLANG_WARN_SUSPICIOUS_MOVE

Suspicious Moves

类型

布尔值（YES 或 NO）

默认值

NO

Warn about suspicious uses of std::move.

CLANG_WARN_UNGUARDED_AVAILABILITY

Unguarded availability

类型

列出的值之一

可选值

NO · YES · YES_AGGRESSIVE

默认值

YES

Warn if an API that is newer than the deployment target is used without “if (@available(…))” guards.

CLANG_WARN_UNREACHABLE_CODE

Unreachable Code

类型

列出的值之一

可选值

NO · YES · YES_AGGRESSIVE

默认值

NO

Warns about potentially unreachable code.

CLANG_WARN_VEXING_PARSE

Ambiguous C++ Parsing Situation

类型

列出的值之一

可选值

NO · YES · YES_ERROR

默认值

YES

Warn about a parsing ambiguity between a variable declaration and a function-style cast.

CLANG_WARN__ARC_BRIDGE_CAST_NONARC

Using __bridge Casts Outside of ARC

类型

布尔值（YES 或 NO）

默认值

YES

Warn about using __bridge casts when not using ARC, where they have no effect.

CLANG_WARN__DUPLICATE_METHOD_MATCH

Duplicate Method Definitions

类型

布尔值（YES 或 NO）

默认值

NO

Warn about declaring the same method more than once within the same @interface.

CLANG_WARN__EXIT_TIME_DESTRUCTORS

Exit-Time C++ Destructors

类型

布尔值（YES 或 NO）

默认值

NO

Warn about destructors for C++ objects that are called when an application is terminating.

CLANG_X86_VECTOR_INSTRUCTIONS

Enable Additional Vector Extensions

类型

列出的值之一

可选值

avx · avx2 · avx512 · default · sse3 · sse4.1 · sse4.2 · ssse3

默认值

$(DEFAULT_SSE_LEVEL_4_2_$(GCC_ENABLE_SSE42_EXTENSIONS))

Enables the use of extended vector instructions. Only used when targeting Intel architectures.

CODE_SIGN_ENTITLEMENTS

Code Signing Entitlements

类型

路径

The path to a file specifying code-signing entitlements.

CODE_SIGN_IDENTITY

Code Signing Identity

类型

字符串

The name, also known as the common name, of a valid code-signing certificate in a keychain within your keychain path. A missing or invalid certificate will cause a build error.

CODE_SIGN_INJECT_BASE_ENTITLEMENTS

Code Signing Inject Base Entitlements

类型

布尔值（YES 或 NO）

默认值

YES

Automatically inject entitlements from the platform’s BaseEntitlements.plist into the code signatures of executables.

CODE_SIGN_STYLE

Code Sign Style

类型

列出的值之一

可选值

Automatic · Manual

This setting specifies the method used to acquire and locate signing assets. Choose Automatic to let Xcode automatically create and update profiles, app IDs, and certificates. Choose Manual to create and update these yourself on the developer website.

COMBINE_HIDPI_IMAGES

COMBINE_HIDPI_IMAGES

类型

布尔值（YES 或 NO）

默认值

NO

Combines image files at different resolutions into one multi-page TIFF file that is HiDPI compliant for macOS 10.7 and later. Only image files in the same directory and with the same base name and extension are combined. The file names must conform to the naming convention used in HiDPI.

COMPILATION_CACHE_ENABLE_CACHING

Enable Compilation Caching

类型

布尔值（YES 或 NO）

默认值

$(COMPILATION_CACHE_ENABLE_CACHING_DEFAULT)

Caches the results of compilations for a particular set of inputs.

COMPILATION_CACHE_ENABLE_DIAGNOSTIC_REMARKS

Compilation Caching Diagnostic Info

类型

布尔值（YES 或 NO）

Emits diagnostic information for cached compilation tasks.

COMPILER_INDEX_STORE_ENABLE

Enable Index-While-Building Functionality

类型

列出的值之一

可选值

Default · NO · YES

默认值

Default

Control whether the compiler should emit index data while building.

COMPRESS_PNG_FILES

Compress PNG Files

类型

布尔值（YES 或 NO）

默认值

YES

If enabled, PNG resource files are compressed as they are copied.

CONFIGURATION

CONFIGURATION

类型

字符串

Identifies the build configuration, such as Debug or Release, that the target uses to generate the product.

CONFIGURATION_BUILD_DIR

Per-configuration Build Products Path

类型

路径

默认值

$(BUILD_DIR)

The base path where build products will be placed during a build for a given configuration. By default, this is set to $(BUILD_DIR)/$(CONFIGURATION).

CONFIGURATION_TEMP_DIR

Per-configuration Intermediate Build Files Path

类型

路径

默认值

$(PROJECT_TEMP_DIR)

The base path where intermediates will be placed during a build for a given configuration. By default, this is set to $(PROJECT_TEMP_DIR)/$(CONFIGURATION).

CONTENTS_FOLDER_PATH

CONTENTS_FOLDER_PATH

类型

路径

Specifies the directory inside the generated bundle that contains the product’s files.

COPYING_PRESERVES_HFS_DATA

Preserve HFS Data

类型

布尔值（YES 或 NO）

默认值

NO

Causes the copying of resources to preserve resource forks and Finder info.

COPY_HEADERS_RUN_UNIFDEF

Run unifdef on Product Headers

类型

布尔值（YES 或 NO）

默认值

NO

If enabled, headers are run through the unifdef(1) tool when copied to the product.

COPY_HEADERS_UNIFDEF_FLAGS

Unifdef Flags for Product Headers

类型

字符串列表

Specifies the flags to pass to unifdef(1) when invoking that tool to copy headers. This setting has no effect unless COPY_HEADERS_RUN_UNIFDEF is enabled.

COPY_PHASE_STRIP

Strip Debug Symbols During Copy

类型

布尔值（YES 或 NO）

默认值

YES

Specifies whether binary files that are copied during the build, such as in a Copy Bundle Resources or Copy Files build phase, should be stripped of debugging symbols. It does not cause the linked product of a target to be stripped—use STRIP_INSTALLED_PRODUCT for that.

COREML_CODEGEN_LANGUAGE

CoreML Model Class Generation Language

类型

列出的值之一

可选值

Automatic · None · Objective-C · Swift

默认值

Automatic

The Source-code language to use for generated CoreML model class. By default “Automatic” will analyze your project to determine the correct language. Adjust this setting to explicitly select “Swift” or “Objective-C”, or select “None” to disable model class generation.

COREML_CODEGEN_SWIFT_GLOBAL_MODULE

CoreML Generated Model Inherits NSObject

类型

布尔值（YES 或 NO）

默认值

NO

Generate Swift model classes that are marked with @objc and are descendants of NSObject, in order to be accessible and usable in Objective-C. This setting has no effect if “CoreML Model Class Generation Language” is set to “Objective-C”.

CPP_OTHER_PREPROCESSOR_FLAGS

Cpp Other Preprocessor Flags

类型

字符串列表

Other flags to pass to the C preprocessor when using the standalone C Preprocessor rule.

CPP_PREPROCESSOR_DEFINITIONS

Cpp Preprocessor Definitions

类型

字符串列表

Space-separated list of preprocessor macros of the form foo or foo=bar. These macros are used when preprocessing using the standalone C Preprocessor rule.

CREATE_INFOPLIST_SECTION_IN_BINARY

Create Info.plist Section in Binary

类型

布尔值（YES 或 NO）

默认值

NO

Enabling this setting creates a section called __info_plist in the __TEXT segment of the product’s linked binary containing the processed Info.plist file for the target. You can read the processed Info.plist file from the linked binary at runtime using the CFBundle and NSBundle (Objective-C) or NSBundle (Swift) APIs. To print the processed Info.plist file, use the plutil(1) command-line utility. This setting only applies to command-line tool targets.

CURRENT_ARCH

CURRENT_ARCH

类型

字符串

默认值

$(arch)

The name of the active architecture being processed.

CURRENT_PROJECT_VERSION

Current Project Version

类型

字符串

This setting defines the current version of the project. The value must be a integer or floating point number, such as 57 or 365.8. When GENERATE_INFOPLIST_FILE is enabled, sets the value of the CFBundleVersion key in the Info.plist file to the value of this build setting.

CURRENT_VARIANT

CURRENT_VARIANT

类型

字符串

默认值

$(variant)

The name of the active variant being processed.

C_COMPILER_LAUNCHER

Compiler Launcher

类型

字符串

The path to a compiler launcher. This build setting causes the build system to invoke the launcher tool with the original compiler path and arguments. Examples include distcc and ccache. Don’t use the CC, CPLUSPLUS, OBJCC, or OBJCPLUSPLUS build settings to specify a compiler launcher.

DEAD_CODE_STRIPPING

Dead Code Stripping

类型

布尔值（YES 或 NO）

默认值

NO

Activating this setting causes the -dead_strip flag to be passed to ld(1) via cc(1) to turn on dead code stripping.

DEBUG_INFORMATION_FORMAT

Debug Information Format

类型

列出的值之一

可选值

dwarf · dwarf-with-dsym

默认值

dwarf

The type of debug information to produce. • DWARF: Object files and linked products will use DWARF as the debug information format. [dwarf] • DWARF with dSYM File: Object files and linked products will use DWARF as the debug information format, and Xcode will also produce a dSYM file containing the debug information from the individual object files (except that a dSYM file is not needed and will not be created for static library or object file products). [dwarf-with-dsym]

DEBUG_INFORMATION_VERSION

Debug Information Version

类型

列出的值之一

可选值

compiler-default · dwarf4 · dwarf5

默认值

compiler-default

The format of the debug information to produce. • Compiler Default: The compiler will emit debug information of a version appropriate for the platform and minimum deployment target being built. [compiler-default] • DWARF 4: The compiler will emit DWARF 4 debug information. [dwarf4] • DWARF 5: The compiler will emit DWARF 5 debug information. [dwarf5]

DEFINES_MODULE

Defines Module

类型

布尔值（YES 或 NO）

默认值

NO

If enabled, the product will be treated as defining its own module. This enables automatic production of LLVM module map files when appropriate, and allows the product to be imported as a module.

DEPLOYMENT_LOCATION

Deployment Location

类型

布尔值（YES 或 NO）

默认值

NO

If enabled, built products are placed in their installed locations in addition to the built products folder.

DEPLOYMENT_POSTPROCESSING

Deployment Postprocessing

类型

布尔值（YES 或 NO）

默认值

NO

If enabled, indicates that binaries should be stripped and file mode, owner, and group information should be set to standard values.

DEPLOYMENT_TARGET_SETTING_NAME

Deployment Target Build Setting Name

类型

字符串

The name of the build setting for the deployment target for the effective platform. This can be used to evaluate the build setting using build setting interpolation without hard-coding the name, e.g. $($(DEPLOYMENT_TARGET_SETTING_NAME)), or to compose the names of other settings which contain its name, such as the RECOMMENDED_<platform>_DEPLOYMENT_TARGET settings.

DERIVED_FILE_DIR

DERIVED_FILE_DIR

类型

路径

Identifies the directory into which derived source files, such as those generated by lex and yacc, are placed.

DERIVE_MACCATALYST_PRODUCT_BUNDLE_IDENTIFIER

Derive Mac Catalyst Product Bundle Identifier

类型

布尔值（YES 或 NO）

默认值

NO

When enabled, Xcode will automatically derive a bundle identifier for this target from its original bundle identifier when it’s building for Mac Catalyst.

DEVELOPMENT_ASSET_PATHS

Development Assets

类型

字符串列表

Files and directories used only for development. Archive and install builds will exclude this content.

DEVELOPMENT_TEAM

Development Team

类型

字符串

The team ID of a development team to use for signing certificates and provisioning profiles.

DOCC_ENABLE_CXX_SUPPORT

Build Documentation for C++/Objective-C++

类型

布尔值（YES 或 NO）

默认值

YES

Include documentation for symbols defined in C++/Objective-C++ headers.

DOCC_EXTRACT_EXTENSION_SYMBOLS

Include Documentation for Symbols in Swift Extensions

类型

布尔值（YES 或 NO）

默认值

YES

Extract Swift symbol information for symbols defined within an extension to a type that is not defined in the current module.

DOCC_EXTRACT_OBJC_INFO_FOR_SWIFT_SYMBOLS

Build Multi-Language Documentation for Swift Only Targets

类型

布尔值（YES 或 NO）

默认值

NO

Extract Objective-C symbol information for targets that contain only Swift code so that the documentation output can be read as both Swift and Objective-C.

DOCC_EXTRACT_SWIFT_INFO_FOR_OBJC_SYMBOLS

Build Multi-Language Documentation for Objective-C Only Targets

类型

布尔值（YES 或 NO）

默认值

NO

Extract Swift symbol information for targets that contain only Objective-C code so that the documentation output can be read as both Swift and Objective-C.

DOCC_HOSTING_BASE_PATH

DocC Archive Hosting Base Path

类型

字符串

The base path your documentation website will be hosted at. For example, if you plan on hosting your DocC archive at https://example.com/ProjectName/documentation instead of https://example.com/documentation, set this value to "ProjectName".

DOCUMENTATION_FOLDER_PATH

DOCUMENTATION_FOLDER_PATH

类型

路径

Identifies the directory that contains the bundle’s documentation files.

DONT_GENERATE_INFOPLIST_FILE

Don’t Force Info.plist Generation

类型

布尔值（YES 或 NO）

默认值

NO

If enabled, don’t automatically generate an Info.plist file for wrapped products when the INFOPLIST_FILE build setting is empty.

DSTROOT

Installation Build Products Location

类型

路径

默认值

/tmp/$(PROJECT_NAME).dst

The path at which all products will be rooted when performing an install build. For instance, to install your products on the system proper, set this path to /. Defaults to /tmp/$(PROJECT_NAME).dst to prevent a test install build from accidentally overwriting valid and needed data in the ultimate install path. Typically this path is not set per target, but is provided as an option on the command line when performing an xcodebuild install. It may also be set in a build configuration in special circumstances.

DSYMUTIL_EMBED_RESOURCES

DSYMUTIL_EMBED_RESOURCES

类型

字符串列表

A list of resources to embed into the dSYM bundle. Each entry has the form ‘=’ where the source path is a file or directory on disk and the destination path is relative to the bundle’s Contents/Resources directory.

DTRACE_OTHER_FLAGS

Other DTrace Flags

类型

字符串列表

Space-separated list of additional flags to pass to the dtrace compiler. Be sure to backslash-escape any arguments that contain spaces or special characters, such as path names that may contain spaces. Use this setting if Xcode does not already provide UI for a particular dtrace flag.

DYLIB_COMPATIBILITY_VERSION

Compatibility Version

类型

字符串

Determines the compatibility version of the resulting library, bundle, or framework binary. See Dynamic Library Design Guidelines in Dynamic Library Programming Topics for details on assigning version numbers of dynamic libraries.

DYLIB_CURRENT_VERSION

Current Library Version

类型

字符串

This setting defines the current version of any framework built by the project. As with CURRENT_PROJECT_VERSION, the value must be an integer or floating point number, such as 57 or 365.8. See Dynamic Library Design Guidelines in Dynamic Library Programming Topics for details on assigning version numbers of dynamic libraries.

DYLIB_INSTALL_NAME_BASE

Dynamic Library Install Name Base

类型

字符串

Sets the base value for the internal install path (LC_ID_DYLIB) in a dynamic library. This will be combined with the EXECUTABLE_PATH to form the full install path. Setting LD_DYLIB_INSTALL_NAME directly will override this setting. This setting defaults to the target’s INSTALL_PATH. It is ignored when building any product other than a dynamic library.

EAGER_LINKING

Eager Linking

类型

布尔值（YES 或 NO）

默认值

NO

If enabled, the build system will emit a TBD file for Swift-only framework and dynamic library targets to unblock linking of dependent targets before their dependency has finished linking.

EMBED_ASSET_PACKS_IN_PRODUCT_BUNDLE

Embed Asset Packs In Product Bundle

类型

布尔值（YES 或 NO）

默认值

NO

Embed all the built asset packs inside the product bundle. Since this negates the performance benefits of the On Demand Resources feature, it is only useful for testing purposes when it isn’t practical to use an asset pack server.

ENABLE_APP_SANDBOX

Enable App Sandbox

类型

布尔值（YES 或 NO）

默认值

NO

When set, enables App Sandbox for a target.

ENABLE_CODE_COVERAGE

Enable Code Coverage Support

类型

布尔值（YES 或 NO）

默认值

YES

Enables building with code coverage instrumentation. This is only used when the build has code coverage enabled, which is typically done via the Xcode scheme or test plan settings.

ENABLE_CPLUSPLUS_BOUNDS_SAFE_BUFFERS

Enforce Bounds-Safe Buffer Usage in C++

类型

布尔值（YES 或 NO）

默认值

NO

Enables a strict programming model that guarantees bounds safety in C++ by rejecting raw pointer arithmetic (enabling the -Wunsafe-buffer-usage warning as an error) and requiring the use of hardened C++ Standard Library APIs for buffer manipulation.

ENABLE_C_BOUNDS_SAFETY

Enable Language Extension for Bounds Safety in C

类型

布尔值（YES 或 NO）

默认值

NO

Enables the -fbounds-safety language extension, which guarantees bounds safety for C.

ENABLE_DEBUG_DYLIB

Enable Debug Dylib Support

类型

布尔值（YES 或 NO）

If enabled, debug builds of app and app extension targets on supported platforms and SDKs will be built with the main binary code in a separate “NAME.debug.dylib”. A stub executor that loads the dylib will be the main binary. Enabling this setting is required for the previews execution engine and other modern development features to work. You can disable this setting if your target is not compatible.

ENABLE_ENHANCED_SECURITY

Enable Enhanced Security

类型

布尔值（YES 或 NO）

默认值

NO

Enables a set of security build settings, including pointer authentication, typed allocator support, hardened C++ standard library, and security-related compiler warnings. These settings can be disabled individually.

ENABLE_FILE_ACCESS_DOWNLOADS_FOLDER

Enable Downloads Folder

类型

列出的值之一

可选值

readonly · readwrite

This setting indicates whether App Sandbox allows access to files in the user’s downloads directory.

ENABLE_FILE_ACCESS_MOVIES_FOLDER

Enable Movies Folder

类型

列出的值之一

可选值

readonly · readwrite

This setting indicates whether App Sandbox allows access to files in the user’s movies directory.

ENABLE_FILE_ACCESS_MUSIC_FOLDER

Enable Music Folder

类型

列出的值之一

可选值

readonly · readwrite

This setting indicates whether App Sandbox allows access to files in the user’s music directory.

ENABLE_FILE_ACCESS_PICTURE_FOLDER

Enable Pictures Folder

类型

列出的值之一

可选值

readonly · readwrite

This setting indicates whether App Sandbox allows access to files in the user’s pictures directory.

ENABLE_HARDENED_RUNTIME

Enable Hardened Runtime

类型

布尔值（YES 或 NO）

默认值

NO

Enable hardened runtime restrictions.

ENABLE_HARDWARE_CHECKED_POINTER_ARITHMETIC_SLICE

Enable Hardware-Checked Pointer Arithmetic Slice

类型

布尔值（YES 或 NO）

默认值

NO

Builds the target with hardware-checked pointer arithmetic enabled. Adds an additional architectural slice (arm64e.x1) with hardware-checked pointer arithmetic instructions to ARCHS_STANDARD. Has no effect if ARCHS has been overridden to not be based on ARCHS_STANDARD.

ENABLE_HEADER_DEPENDENCIES

ENABLE_HEADER_DEPENDENCIES

类型

布尔值（YES 或 NO）

默认值

YES

Specifies whether to automatically track dependencies on included header files.

ENABLE_INCOMING_NETWORK_CONNECTIONS

Incoming Connections (Server)

类型

布尔值（YES 或 NO）

默认值

NO

When set, enables incoming network connections.

ENABLE_INCREMENTAL_DISTILL

Enable Incremental Distill

类型

布尔值（YES 或 NO）

默认值

NO

Enabled the incremental distill option in the asset catalog compiler. This feature is experimental and should only be enabled with caution.

ENABLE_MODULE_VERIFIER

Enable Module Verifier

类型

布尔值（YES 或 NO）

默认值

$(CLANG_MODULES_ENABLE_VERIFIER_TOOL)

Enables clang module verification for frameworks.

ENABLE_NS_ASSERTIONS

Enable Foundation Assertions

类型

布尔值（YES 或 NO）

默认值

YES

Controls whether assertion logic provided by NSAssert is included in the preprocessed source code or is elided during preprocessing. Disabling assertions can improve code performance.

ENABLE_ONLY_ACTIVE_RESOURCES

Build Active Resources Only

类型

布尔值（YES 或 NO）

默认值

YES

Omit inapplicable resources when building for a single device. For example, when building for a device with a Retina display, exclude 1x resources.

ENABLE_ON_DEMAND_RESOURCES

Enable On Demand Resources

类型

布尔值（YES 或 NO）

默认值

NO

If enabled, tagged assets—files and asset catalog entries—are built into asset packs based on their combination of tags. Untagged resources are treated normally.

ENABLE_OUTGOING_NETWORK_CONNECTIONS

Outgoing Connections (Client)

类型

布尔值（YES 或 NO）

默认值

NO

When set, enables outgoing network connections.

ENABLE_POINTER_AUTHENTICATION

Enable Pointer Authentication

类型

布尔值（YES 或 NO）

默认值

$(ENABLE_ENHANCED_SECURITY)

Builds the target with pointer authentication enabled. Adds an additional architectural slice (arm64e) with pointer authentication instructions to ARCHS_STANDARD. Has no effect if ARCHS has been overridden to not be based on ARCHS_STANDARD

ENABLE_RESOURCE_ACCESS_AUDIO_INPUT

Audio Input

类型

布尔值（YES 或 NO）

默认值

NO

When set, enables capture of audio with the built-in and external microphones.

ENABLE_RESOURCE_ACCESS_BLUETOOTH

Bluetooth

类型

布尔值（YES 或 NO）

默认值

NO

When set, enables communication with connected Bluetooth devices.

ENABLE_RESOURCE_ACCESS_CALENDARS

Calendar

类型

布尔值（YES 或 NO）

默认值

NO

When set, enables read-write access to the user’s calendar.

ENABLE_RESOURCE_ACCESS_CAMERA

Camera

类型

布尔值（YES 或 NO）

默认值

NO

When set, enables capture of images and movies with the built-in and external cameras.

ENABLE_RESOURCE_ACCESS_CONTACTS

Contacts

类型

布尔值（YES 或 NO）

默认值

NO

When set, enables read-write access to the user’s Contacts database.

ENABLE_RESOURCE_ACCESS_LOCATION

Location

类型

布尔值（YES 或 NO）

默认值

NO

When set, enables access to determine the user’s location using Location Services.

ENABLE_RESOURCE_ACCESS_PHOTO_LIBRARY

Photos Library

类型

布尔值（YES 或 NO）

默认值

NO

A Boolean value that indicates whether the app has read-write access to the user’s Photos library.

ENABLE_RESOURCE_ACCESS_PRINTING

Printing

类型

布尔值（YES 或 NO）

默认值

NO

When set, enables access to print documents and media using the system’s configured printers.

ENABLE_RESOURCE_ACCESS_USB

USB

类型

布尔值（YES 或 NO）

默认值

NO

When set, enables communication with connected USB devices.

ENABLE_SECURITY_COMPILER_WARNINGS

Enable Security-Relevant Compiler Warnings

类型

布尔值（YES 或 NO）

默认值

$(ENABLE_ENHANCED_SECURITY)

Enables a set of security-relevant compiler warnings that check for common bounds-safety and lifetime-safety issues.

ENABLE_STRICT_OBJC_MSGSEND

Enable Strict Checking of objc_msgSend Calls

类型

布尔值（YES 或 NO）

默认值

NO

Controls whether objc_msgSend calls must be cast to the appropriate function pointer type before being called.

ENABLE_TESTABILITY

Enable Testability

类型

布尔值（YES 或 NO）

默认值

NO

Enabling this setting will build the target with options appropriate for running automated tests against its product. This setting can be enabled when building targets for debugging if their products will be tested. This may result in tests running slower than otherwise. When this setting is enabled: • GCC_SYMBOLS_PRIVATE_EXTERN is disabled (-fvisibility=hidden will not be passed to clang). • -enable-testing is passed to the Swift compiler. • -rdynamic is passed to the linker. • STRIP_INSTALLED_PRODUCT is disabled (strip will not be run on the produced binary).

ENABLE_TESTING_SEARCH_PATHS

Enable Testing Search Paths

类型

布尔值（YES 或 NO）

默认值

NO

Specifies whether the build system should add the search paths necessary for compiling and linking against testing-related libraries or frameworks. This setting is enabled by default if the target is a test target or if the target explicitly links to the Testing, XCTest, or StoreKitTest frameworks.

ENABLE_USER_SCRIPT_SANDBOXING

User Script Sandboxing

类型

布尔值（YES 或 NO）

默认值

NO

If enabled, the build system will sandbox user scripts to disallow undeclared input/output dependencies.

ENABLE_USER_SELECTED_FILES

Enable User Selected Files

类型

列出的值之一

可选值

readonly · readwrite

This setting indicates whether App Sandbox allows access to files the user selects with an Open or Save dialog.

EXCLUDED_ARCHS

Excluded Architectures

类型

字符串列表

A list of architectures for which the target should not be built. These architectures will be removed from the list in ARCHS when the target is built. If the resulting list of architectures is empty, no binary will be produced. This can be used to declare architectures a target does not support for use in environments where ARCHS is being overridden at a higher level (e.g., via xcodebuild).

EXCLUDED_EXPLICIT_TARGET_DEPENDENCIES

Excluded Explicit Target Dependencies

类型

字符串列表

A list of patterns (as defined by fnmatch(3)) specifying the names of explicit target dependencies to exclude when determining which targets to build (see also INCLUDED_EXPLICIT_TARGET_DEPENDENCIES). This setting can be used to define complex filters for which targets should be built in response to other build settings.

EXCLUDED_RECURSIVE_SEARCH_PATH_SUBDIRECTORIES

Sub-Directories to Exclude in Recursive Searches

类型

字符串列表

默认值

*.nib *.lproj *.framework *.gch *.xcode* *.xcassets *.icon (*) .DS_Store CVS .svn .git .hg *.pbproj *.pbxproj

This is a list of fnmatch()-style patterns of file or directory names to exclude when performing a recursive search. By default, this is set to *.nib *.lproj *.framework *.gch *.xcode* *.xcassets *.icon (*) .DS_Store CVS .svn .git .hg *.pbproj *.pbxproj. Normally, if you override this value you should include the default values via the $(inherited) macro.

EXCLUDED_SOURCE_FILE_NAMES

Excluded Source File Names

类型

字符串列表

A list of patterns (as defined by fnmatch(3)) specifying the names of source files to explicitly exclude when processing the files in the target’s build phases (see also INCLUDED_SOURCE_FILE_NAMES). This setting can be used to define complex filters for which files from the phase should be built in response to other build settings; for example, a value of *.$(CURRENT_ARCH).c could serve to exclude particular files based on the architecture being built.

EXECUTABLES_FOLDER_PATH

EXECUTABLES_FOLDER_PATH

类型

路径

Identifies the directory that contains additional binary files.

EXECUTABLE_EXTENSION

Executable Extension

类型

字符串

This is the extension used for the executable product generated by the target, which has a default value based on the product type.

EXECUTABLE_FOLDER_PATH

EXECUTABLE_FOLDER_PATH

类型

路径

Identifies the directory that contains the binary the target builds.

EXECUTABLE_NAME

EXECUTABLE_NAME

类型

字符串

Specifies the name of the binary the target produces. When GENERATE_INFOPLIST_FILE is enabled, sets the value of the CFBundleExecutable key in the Info.plist file to the value of this build setting.

EXECUTABLE_PATH

EXECUTABLE_PATH

类型

路径

Specifies the path to the binary the target produces within its bundle.

EXECUTABLE_PREFIX

Executable Prefix

类型

字符串

The prefix used for the executable product generated by the target, which has a default value based on the product type.

EXECUTABLE_SUFFIX

EXECUTABLE_SUFFIX

类型

字符串

Specifies the suffix of the binary filename, including the character that separates the extension from the rest of the bundle name.

EXPORTED_SYMBOLS_FILE

Exported Symbols File

类型

路径

This is a project-relative path to a file that lists the symbols to export. See ld -exported_symbols_list for details on exporting symbols.

FRAMEWORKS_FOLDER_PATH

FRAMEWORKS_FOLDER_PATH

类型

路径

Specifies the directory that contains the product’s embedded frameworks.

FRAMEWORK_SEARCH_PATHS

Framework Search Paths

类型

路径列表

默认值

$(FRAMEWORK_SEARCH_PATHS)

This is a list of paths to folders containing frameworks to be searched by the compiler for both included or imported header files when compiling C, Objective-C, C++, or Objective-C++, and by the linker for frameworks used by the product. Paths are delimited by whitespace, so any paths with spaces in them must be properly quoted.

FRAMEWORK_VERSION

Framework Version

类型

字符串

默认值

A

Framework bundles are versioned by having contents in subfolders of a version folder that has links to the current version and its contents.

FUSE_BUILD_SCRIPT_PHASES

Run Build Script Phases in Parallel

类型

布尔值（YES 或 NO）

默认值

NO

If enabled, consecutive run script phases will be allowed to run in parallel if they fully specify their input and output dependencies.

GCC_CHAR_IS_UNSIGNED_CHAR

‘char’ Type Is Unsigned

类型

布尔值（YES 或 NO）

默认值

NO

Enabling this setting causes char to be unsigned by default, disabling it causes char to be signed by default.

GCC_CW_ASM_SYNTAX

CodeWarrior/MS-Style Inline Assembly

类型

布尔值（YES 或 NO）

默认值

YES

Enable the CodeWarrior/Microsoft syntax for inline assembly code in addition to the standard GCC syntax.

GCC_C_LANGUAGE_STANDARD

C Language Dialect

类型

列出的值之一

可选值

ansi · c11 · c17 · c23 · c89 · c99 · compiler-default · gnu11 · gnu17 · gnu23 · gnu89 · gnu99

默认值

compiler-default

Choose a standard or non-standard C language dialect. • ANSI C: Accept ISO C90 and ISO C++, turning off GNU extensions that are incompatible. [-ansi] Incompatible GNU extensions include the asm, inline, and typeof keywords (but not the equivalent __asm__, __inline__, and __typeof__ forms), and the // syntax for comments. This setting also enables trigraphs. • C89: Accept ISO C90 (1990), but not GNU extensions. [-std=c89] • GNU89: Accept ISO C90 and GNU extensions. [-std=gnu89] • C99: Accept ISO C99 (1999), but not GNU extensions. [-std=c99] • GNU99: Accept ISO C99 and GNU extensions. [-std=gnu99] • C11: Accept ISO C11 (2011), but not GNU extensions. [-std=c11] • GNU11: Accept ISO C11 and GNU extensions. [-std=gnu11] • C17: Accept ISO C17 (2018), but not GNU extensions. [-std=c17] • GNU17: Accept ISO C17 and GNU extensions. [-std=gnu17] • C23: Accept ISO C23 (2024), but not GNU extensions. [-std=c23] • GNU23: Accept ISO C23 and GNU extensions. [-std=gnu23] • Compiler Default: Tells the compiler to use its default C language dialect. This is normally the best choice unless you have specific needs. (Currently equivalent to GNU99.)

GCC_DYNAMIC_NO_PIC

Generate Position-Dependent Code

类型

布尔值（YES 或 NO）

默认值

NO

Faster function calls for applications. Not appropriate for shared libraries, which need to be position-independent.

GCC_ENABLE_ASM_KEYWORD

Allow ‘asm’, ‘inline’, ‘typeof’

类型

布尔值（YES 或 NO）

默认值

YES

Controls whether asm, inline, and typeof are treated as keywords or whether they can be used as identifiers.

GCC_ENABLE_BUILTIN_FUNCTIONS

Recognize Builtin Functions

类型

布尔值（YES 或 NO）

默认值

YES

Controls whether builtin functions that do not begin with __builtin_ as prefix are recognized. GCC normally generates special code to handle certain builtin functions more efficiently; for instance, calls to alloca may become single instructions that adjust the stack directly, and calls to memcpy may become inline copy loops. The resulting code is often both smaller and faster, but since the function calls no longer appear as such, you cannot set a breakpoint on those calls, nor can you change the behavior of the functions by linking with a different library. In addition, when a function is recognized as a builtin function, GCC may use information about that function to warn about problems with calls to that function, or to generate more efficient code, even if the resulting code still contains calls to that function. For example, warnings are given with -Wformat for bad calls to printf, when printf is built in, and strlen is known not to modify global memory.

GCC_ENABLE_CPP_EXCEPTIONS

Enable C++ Exceptions

类型

布尔值（YES 或 NO）

默认值

YES

Enable C++ exception handling. Generates extra code needed to propagate exceptions. For some targets, this implies GCC will generate frame unwind information for all functions, which can produce significant data size overhead, although it does not affect execution. If you do not specify this option, GCC will enable it by default for languages like C++ that normally require exception handling, and disable it for languages like C that do not normally require it. However, you may need to enable this option when compiling C code that needs to interoperate properly with exception handlers written in C++.

GCC_ENABLE_CPP_RTTI

Enable C++ Runtime Types

类型

布尔值（YES 或 NO）

默认值

YES

Enable generation of information about every class with virtual functions for use by the C++ runtime type identification features (dynamic_cast and typeid). If you don’t use those parts of the language, you can save some space by using this flag. Note that exception handling uses the same information, but it will generate it as needed.

GCC_ENABLE_EXCEPTIONS

Enable Exceptions

类型

布尔值（YES 或 NO）

Enable exception handling. Generates extra code needed to propagate exceptions. For some targets, this implies GCC will generate frame unwind information for all functions, which can produce significant data size overhead, although it does not affect execution. If you do not specify this option, GCC will enable it by default for languages like C++ and Objective-C that normally require exception handling, and disable it for languages like C that do not normally require it. However, you may need to enable this option when compiling C code that needs to interoperate properly with exception handlers written in other languages. You may also wish to disable this option if you are compiling older programs that don’t use exception handling.

GCC_ENABLE_FLOATING_POINT_LIBRARY_CALLS

Generate Floating Point Library Calls

类型

布尔值（YES 或 NO）

默认值

NO

Generate output containing library calls for floating point.

GCC_ENABLE_KERNEL_DEVELOPMENT

Kernel Development Mode

类型

布尔值（YES 或 NO）

默认值

NO

Activating this setting enables kernel development mode.

GCC_ENABLE_OBJC_EXCEPTIONS

Enable Objective-C Exceptions

类型

布尔值（YES 或 NO）

默认值

YES

This setting enables @try/@catch/@throw syntax for handling exceptions in Objective-C code. Only applies to Objective-C. [-fobjc-exceptions]

GCC_ENABLE_PASCAL_STRINGS

Recognize Pascal Strings

类型

布尔值（YES 或 NO）

默认值

YES

Recognize and construct Pascal-style string literals. Its use in new code is discouraged. Pascal string literals take the form "\pstring" . The special escape sequence \p denotes the Pascal length byte for the string, and will be replaced at compile time with the number of characters that follow. The \p may only appear at the beginning of a string literal, and may not appear in wide string literals or as an integral constant.

GCC_ENABLE_SSE3_EXTENSIONS

Enable SSE3 Extensions

类型

布尔值（YES 或 NO）

默认值

NO

Specifies whether the binary uses the builtin functions that provide access to the SSE3 extensions to the IA-32 architecture.

GCC_ENABLE_SSE41_EXTENSIONS

Enable SSE4.1 Extensions

类型

布尔值（YES 或 NO）

默认值

NO

Specifies whether the binary uses the builtin functions that provide access to the SSE4.1 extensions to the IA-32 architecture.

GCC_ENABLE_SSE42_EXTENSIONS

Enable SSE4.2 Extensions

类型

布尔值（YES 或 NO）

默认值

NO

Specifies whether the binary uses the builtin functions that provide access to the SSE4.2 extensions to the IA-32 architecture.

GCC_ENABLE_TRIGRAPHS

Enable Trigraphs

类型

布尔值（YES 或 NO）

默认值

NO

Controls whether or not trigraphs are permitted in the source code.

GCC_FAST_MATH

Relax IEEE Compliance

类型

布尔值（YES 或 NO）

默认值

NO

Enables some floating point optimizations that are not IEEE754-compliant, but which usually work. Programs that require strict IEEE compliance may not work with this option.

GCC_GENERATE_DEBUGGING_SYMBOLS

Generate Debug Symbols

类型

布尔值（YES 或 NO）

默认值

YES

Enables or disables generation of debug symbols. When debug symbols are enabled, the level of detail can be controlled by the DEBUG_INFORMATION_FORMAT setting.

GCC_GENERATE_TEST_COVERAGE_FILES

Generate Legacy Test Coverage Files

类型

布尔值（YES 或 NO）

默认值

NO

Activating this setting causes a notes file to be produced that the gcov code-coverage utility can use to show program coverage.

GCC_INCREASE_PRECOMPILED_HEADER_SHARING

Increase Sharing of Precompiled Headers

类型

布尔值（YES 或 NO）

默认值

NO

Enabling this option will enable increased sharing of precompiled headers among targets that share the same prefix header and precompiled header directory. Xcode distinguishes between precompiled header (PCH) files by generating a hash value based on the command-line options to the compiler used to create the PCH. Enabling this option will exclude certain compiler options from that hash. Presently this option will exclude search path options (-I, -iquote, -isystem, -F, -L) from the hash. Enabling increased sharing of PCH files carries some risk—if two targets use the same prefix header but have different include paths that cause the prefix header to include different files when they are precompiled, then subtle problems may result because one target will use a PCH that was built using files included by the other target. In this case, this option must be turned off in order to enforce correctness.

GCC_INLINES_ARE_PRIVATE_EXTERN

Inline Methods Hidden

类型

布尔值（YES 或 NO）

默认值

NO

When enabled, out-of-line copies of inline methods are declared private extern.

GCC_INPUT_FILETYPE

Compile Sources As

类型

列出的值之一

可选值

automatic · sourcecode.c.c · sourcecode.c.objc · sourcecode.cpp.cpp · sourcecode.cpp.objcpp

默认值

automatic

Specifies whether to compile each source file according to its file type, or whether to treat all source files in the target as if they are of a specific language.

GCC_INSTRUMENT_PROGRAM_FLOW_ARCS

Instrument Program Flow

类型

布尔值（YES 或 NO）

默认值

NO

Activating this setting indicates that code should be added so program flow arcs are instrumented.

GCC_LINK_WITH_DYNAMIC_LIBRARIES

Enable Linking With Shared Libraries

类型

布尔值（YES 或 NO）

默认值

YES

Enabling this option allows linking with the shared libraries. This is the default for most product types.

GCC_NO_COMMON_BLOCKS

No Common Blocks

类型

布尔值（YES 或 NO）

默认值

NO

In C, allocate even uninitialized global variables in the data section of the object file, rather than generating them as common blocks. This has the effect that if the same variable is declared (without extern) in two different compilations, you will get an error when you link them.

GCC_OPTIMIZATION_LEVEL

Optimization Level

类型

列出的值之一

可选值

0 · 1 · 2 · 3 · fast · s · z

默认值

s

Specifies the degree to which the generated code is optimized for speed and binary size. • None: Do not optimize. [-O0] With this setting, the compiler’s goal is to reduce the cost of compilation and to make debugging produce the expected results. Statements are independent—if you stop the program with a breakpoint between statements, you can then assign a new value to any variable or change the program counter to any other statement in the function and get exactly the results you would expect from the source code. • Fast: Optimizing compilation takes somewhat more time, and a lot more memory for a large function. [-O1] With this setting, the compiler tries to reduce code size and execution time, without performing any optimizations that take a great deal of compilation time. In Apple’s compiler, strict aliasing, block reordering, and inter-block scheduling are disabled by default when optimizing. • Faster: The compiler performs nearly all supported optimizations that do not involve a space-speed tradeoff. [-O2] With this setting, the compiler does not perform loop unrolling or function inlining, or register renaming. As compared to the Fast setting, this setting increases both compilation time and the performance of the generated code. • Fastest: Turns on all optimizations specified by the Faster setting and also turns on function inlining and register renaming options. This setting may result in a larger binary. [-O3] • Fastest, Smallest: Optimize for size. This setting enables all Faster optimizations that do not typically increase code size. It also performs further optimizations designed to reduce code size. [-Os] • Fastest, Aggressive Optimizations: This setting enables Fastest but also enables aggressive optimizations that may break strict standards compliance but should work well on well-behaved code. [-Ofast] • Smallest, Aggressive Size Optimizations: This setting enables additional size savings by isolating repetitive code patterns into a compiler generated function. [-Oz]

GCC_PRECOMPILE_PREFIX_HEADER

Precompile Prefix Header

类型

布尔值（YES 或 NO）

Generates a precompiled header for the prefix header, which should reduce overall build times. Precompiling the prefix header will be most effective if the contents of the prefix header or any file it includes change rarely. If the contents of the prefix header or any file it includes change frequently, there may be a negative impact to overall build time.

GCC_PREFIX_HEADER

Prefix Header

类型

路径

默认值

$(PREFIX_HEADER)

Implicitly include the named header. The path given should either be a project relative path or an absolute path.

GCC_PREPROCESSOR_DEFINITIONS

Preprocessor Macros

类型

字符串列表

Space-separated list of preprocessor macros of the form foo or foo=bar.

GCC_PREPROCESSOR_DEFINITIONS_NOT_USED_IN_PRECOMPS

Preprocessor Macros Not Used In Precompiled Headers

类型

字符串列表

Space-separated list of preprocessor macros of the form foo or foo=bar. These macros are not used when precompiling a prefix header file.

GCC_REUSE_STRINGS

Make Strings Read-Only

类型

布尔值（YES 或 NO）

默认值

YES

Reuse string literals.

GCC_SHORT_ENUMS

Short Enumeration Constants

类型

布尔值（YES 或 NO）

默认值

NO

Make enums only as large as needed for the range of possible values. This setting generates code that may not be binary compatible with code generated without this setting or with macOS frameworks.

GCC_STRICT_ALIASING

Enforce Strict Aliasing

类型

布尔值（YES 或 NO）

默认值

YES

Optimize code by making more aggressive assumptions about whether pointers can point to the same objects as other pointers. Programs that use pointers a lot may benefit from this, but programs that don’t strictly follow the ISO C rules about the type with which an object may be accessed may behave unexpectedly.

GCC_SYMBOLS_PRIVATE_EXTERN

Symbols Hidden by Default

类型

布尔值（YES 或 NO）

默认值

NO

When enabled, all symbols are declared private extern unless explicitly marked to be exported using __attribute__((visibility("default"))) in code. If not enabled, all symbols are exported unless explicitly marked as private extern. See Controlling Symbol Visibility in C++ Runtime Environment Programming Guide.

GCC_THREADSAFE_STATICS

Statics are Thread-Safe

类型

布尔值（YES 或 NO）

默认值

YES

Emits extra code to use the routines specified in the C++ ABI for thread-safe initialization of local statics. You can disable this option to reduce code size slightly in code that doesn’t need to be thread-safe.

GCC_TREAT_IMPLICIT_FUNCTION_DECLARATIONS_AS_ERRORS

Treat Missing Function Prototypes as Errors

类型

布尔值（YES 或 NO）

默认值

NO

Causes warnings about missing function prototypes to be treated as errors. Only applies to C and Objective-C.

GCC_TREAT_INCOMPATIBLE_POINTER_TYPE_WARNINGS_AS_ERRORS

Treat Incompatible Pointer Type Warnings as Errors

类型

布尔值（YES 或 NO）

默认值

NO

Enabling this option causes warnings about incompatible pointer types to be treated as errors.

GCC_TREAT_WARNINGS_AS_ERRORS

Treat Warnings as Errors

类型

布尔值（YES 或 NO）

默认值

NO

Enabling this option causes all warnings to be treated as errors.

GCC_UNROLL_LOOPS

Unroll Loops

类型

布尔值（YES 或 NO）

默认值

NO

Unrolls loops. Unrolling makes the code larger, but may make it faster by reducing the number of branches executed.

GCC_USE_STANDARD_INCLUDE_SEARCHING

Use Standard System Header Directory Searching

类型

布尔值（YES 或 NO）

默认值

YES

Controls whether the standard system directories are searched for header files. When disabled, only the directories you have specified with -I options (and the directory of the current file, if appropriate) are searched.

GCC_VERSION

Compiler for C/C++/Objective-C

类型

字符串

The compiler to use for C, C++, and Objective-C.

GCC_WARN_64_TO_32_BIT_CONVERSION

Implicit Conversion to 32 Bit Type

类型

列出的值之一

可选值

NO · YES · YES_ERROR

默认值

NO

Warn if a value is implicitly converted from a 64-bit type to a 32-bit type. This is a subset of the warnings provided by -Wconversion.

GCC_WARN_ABOUT_DEPRECATED_FUNCTIONS

Deprecated Functions

类型

布尔值（YES 或 NO）

默认值

YES

Warn about the use of deprecated functions, variables, and types (as indicated by the deprecated attribute).

GCC_WARN_ABOUT_INVALID_OFFSETOF_MACRO

Undefined Use of offsetof Macro

类型

布尔值（YES 或 NO）

默认值

YES

Unchecking this setting will suppress warnings from applying the offsetof macro to a non-POD type. According to the 1998 ISO C++ standard, applying offsetof to a non-POD type is undefined. In existing C++ implementations, however, offsetof typically gives meaningful results even when applied to certain kinds of non-POD types, such as a simple struct that fails to be a POD type only by virtue of having a constructor. This flag is for users who are aware that they are writing non-portable code and who have deliberately chosen to ignore the warning about it. The restrictions on offsetof may be relaxed in a future version of the C++ standard.

GCC_WARN_ABOUT_MISSING_FIELD_INITIALIZERS

Missing Fields in Structure Initializers

类型

布尔值（YES 或 NO）

默认值

NO

Warn if a structure’s initializer has some fields missing. For example, the following code would cause such a warning because x.h is implicitly zero: struct s { int f, g, h; }; struct s x = { 3, 4 }; This option does not warn about designated initializers, so the following modification would not trigger a warning: struct s { int f, g, h; }; struct s x = { .f = 3, .g = 4 };

GCC_WARN_ABOUT_MISSING_NEWLINE

Missing Newline At End Of File

类型

布尔值（YES 或 NO）

默认值

NO

Warn when a source file does not end with a newline.

GCC_WARN_ABOUT_MISSING_PROTOTYPES

Missing Function Prototypes

类型

布尔值（YES 或 NO）

默认值

NO

Causes warnings to be emitted about missing prototypes.

GCC_WARN_ABOUT_POINTER_SIGNEDNESS

Pointer Sign Comparison

类型

布尔值（YES 或 NO）

默认值

YES

Warn when pointers passed via arguments or assigned to a variable differ in sign.

GCC_WARN_ABOUT_RETURN_TYPE

Mismatched Return Type

类型

列出的值之一

可选值

NO · YES · YES_ERROR

默认值

NO

Causes warnings to be emitted when a function with a defined return type (not void) contains a return statement without a return-value or when it does not contain any return statements. Also emits a warning when a function with a void return type tries to return a value.

GCC_WARN_ALLOW_INCOMPLETE_PROTOCOL

Incomplete Objective-C Protocols

类型

布尔值（YES 或 NO）

默认值

YES

Warn if methods required by a protocol are not implemented in the class adopting it. Only applies to Objective-C.

GCC_WARN_CHECK_SWITCH_STATEMENTS

Check Switch Statements

类型

布尔值（YES 或 NO）

默认值

YES

Warn whenever a switch statement has an index of enumeral type and lacks a case for one or more of the named codes of that enumeration. The presence of a default label prevents this warning. Case labels outside the enumeration range also provoke warnings when this option is used.

GCC_WARN_FOUR_CHARACTER_CONSTANTS

Four Character Literals

类型

布尔值（YES 或 NO）

默认值

NO

Warn about four-char literals (for example, macOS-style OSTypes: 'APPL').

GCC_WARN_HIDDEN_VIRTUAL_FUNCTIONS

Overloaded Virtual Functions

类型

布尔值（YES 或 NO）

默认值

NO

Warn when a function declaration hides virtual functions from a base class. For example, in the following example, the A class version of f() is hidden in B. struct A { virtual void f(); }; struct B: public A { void f(int); }; As a result, the following code will fail to compile. B* b; b->f(); This setting only applies to C++ and Objective-C++ sources.

GCC_WARN_INHIBIT_ALL_WARNINGS

Inhibit All Warnings

类型

布尔值（YES 或 NO）

默认值

$(SUPPRESS_WARNINGS)

Inhibit all warning messages.

GCC_WARN_INITIALIZER_NOT_FULLY_BRACKETED

Initializer Not Fully Bracketed

类型

布尔值（YES 或 NO）

默认值

NO

Warn if an aggregate or union initializer is not fully bracketed. In the following example, the initializer for a is not fully bracketed, but the initializer for b is fully bracketed. int a[2][2] = { 0, 1, 2, 3 }; int b[2][2] = { { 0, 1 }, { 2, 3 } };

GCC_WARN_MISSING_PARENTHESES

Missing Braces and Parentheses

类型

布尔值（YES 或 NO）

默认值

YES

Warn if parentheses are omitted in certain contexts, such as when there is an assignment in a context where a truth value is expected, or when operators are nested whose precedence causes confusion. Also, warn about constructions where there may be confusion as to which if statement an else branch belongs. For example: { if (a) if (b) foo (); else bar (); } In C, every else branch belongs to the innermost possible if statement, which in the example above is if (b). This is often not what the programmer expects, as illustrated by indentation used in the example above. This build setting causes GCC to issue a warning when there is the potential for this confusion. To eliminate the warning, add explicit braces around the innermost if statement so there is no way the else could belong to the enclosing if. For example: { if (a) { if (b) foo (); else bar (); } }

GCC_WARN_NON_VIRTUAL_DESTRUCTOR

Nonvirtual Destructor

类型

布尔值（YES 或 NO）

默认值

NO

Warn when a class declares an nonvirtual destructor that should probably be virtual, because it looks like the class will be used polymorphically. This is only active for C++ or Objective-C++ sources.

GCC_WARN_PEDANTIC

Pedantic Warnings

类型

布尔值（YES 或 NO）

默认值

NO

Issue all the warnings demanded by strict ISO C and ISO C++; reject all programs that use forbidden extensions, and some other programs that do not follow ISO C and ISO C++. For ISO C, follows the version of the ISO C standard specified by any -std option used.

GCC_WARN_SHADOW

Hidden Local Variables

类型

布尔值（YES 或 NO）

默认值

$(CLANG_ENABLE_SECURITY_COMPILER_WARNINGS)

Warn whenever a local variable shadows another local variable, parameter or global variable or whenever a builtin function is shadowed.

GCC_WARN_SIGN_COMPARE

Sign Comparison

类型

布尔值（YES 或 NO）

默认值

NO

Warn when a comparison between signed and unsigned values could produce an incorrect result when the signed value is converted to unsigned.

GCC_WARN_STRICT_SELECTOR_MATCH

Strict Selector Matching

类型

布尔值（YES 或 NO）

默认值

NO

Warn if multiple methods with differing argument and/or return types are found for a given selector when attempting to send a message using this selector to a receiver of type id or Class. When this setting is disabled, the compiler will omit such warnings if any differences found are confined to types that share the same size and alignment.

GCC_WARN_TYPECHECK_CALLS_TO_PRINTF

Typecheck Calls to printf/scanf

类型

布尔值（YES 或 NO）

默认值

YES

Check calls to printf and scanf to make sure that the arguments supplied have types appropriate to the format string specified, and that the conversions specified in the format string make sense.

GCC_WARN_UNDECLARED_SELECTOR

Undeclared Selector

类型

布尔值（YES 或 NO）

默认值

NO

Warn if a @selector(...) expression referring to an undeclared selector is found. A selector is considered undeclared if no method with that name has been declared before the @selector(...) expression, either explicitly in an @interface or @protocol declaration, or implicitly in an @implementation section. This option always performs its checks as soon as a @selector(...) expression is found, while -Wselector only performs its checks in the final stage of compilation. This also enforces the coding style convention that methods and selectors must be declared before being used.

GCC_WARN_UNINITIALIZED_AUTOS

Uninitialized Variables

类型

列出的值之一

可选值

NO · YES · YES_AGGRESSIVE

默认值

NO

Warn if a variable might be clobbered by a setjmp call or if an automatic variable is used without prior initialization. The compiler may not detect all cases where an automatic variable is initialized or all usage patterns that may lead to use prior to initialization. You can toggle between the normal uninitialized value checking or the more aggressive (conservative) checking, which finds more issues but the checking is much stricter.

GCC_WARN_UNKNOWN_PRAGMAS

Unknown Pragma

类型

布尔值（YES 或 NO）

默认值

NO

Warn when a #pragma directive is encountered that is not understood by GCC. If this command line option is used, warnings will even be issued for unknown pragmas in system header files. This is not the case if the warnings were only enabled by the -Wall command-line option.

GCC_WARN_UNUSED_FUNCTION

Unused Functions

类型

布尔值（YES 或 NO）

默认值

NO

Warn whenever a static function is declared but not defined or a non-inline static function is unused.

GCC_WARN_UNUSED_LABEL

Unused Labels

类型

布尔值（YES 或 NO）

默认值

NO

Warn whenever a label is declared but not used.

GCC_WARN_UNUSED_PARAMETER

Unused Parameters

类型

布尔值（YES 或 NO）

默认值

NO

Warn whenever a function parameter is unused aside from its declaration.

GCC_WARN_UNUSED_VALUE

Unused Values

类型

布尔值（YES 或 NO）

默认值

YES

Warn whenever a statement computes a result that is explicitly not used.

GCC_WARN_UNUSED_VARIABLE

Unused Variables

类型

布尔值（YES 或 NO）

默认值

NO

Warn whenever a local variable or nonconstant static variable is unused aside from its declaration.

GENERATE_INFOPLIST_FILE

Generate Info.plist File

类型

布尔值（YES 或 NO）

默认值

NO

Automatically generate an Info.plist file.

GENERATE_INTERMEDIATE_TEXT_BASED_STUBS

Enable Intermediate Text-Based Stubs Generation

类型

布尔值（YES 或 NO）

默认值

YES

Enables the generation of intermediate Text-Based stubs for dynamic libraries and frameworks to more precisely track linker dependencies in incremental builds.

GENERATE_PKGINFO_FILE

Force Package Info Generation

类型

布尔值（YES 或 NO）

默认值

NO

Forces the PkgInfo file to be written to wrapped products even if this file is not expected.

GENERATE_PRELINK_OBJECT_FILE

Perform Single-Object Prelink

类型

布尔值（YES 或 NO）

默认值

$(GENERATE_MASTER_OBJECT_FILE:default=NO)

Activating this setting will cause the object files built by a target to be prelinked using ld -r into a single object file, and that object file will then be linked into the final product. This is useful to force the linker to resolve symbols and link the object files into a single module before building a static library. Also, a separate set of link flags can be applied to the prelink allowing additional control over, for instance, exported symbols.

GENERATE_PROFILING_CODE

Generate Profiling Code

类型

布尔值（YES 或 NO）

默认值

NO

Activating this setting will cause the compiler and linker to generate profiling code. For example, GCC will generate code suitable for use with gprof(1).

GENERATE_TEXT_BASED_STUBS

Enable Text-Based Stubs Generation

类型

布尔值（YES 或 NO）

默认值

NO

Enables the generation of Text-Based stubs for dynamic libraries and frameworks.

HEADERMAP_INCLUDES_FLAT_ENTRIES_FOR_TARGET_BEING_BUILT

HEADERMAP_INCLUDES_FLAT_ENTRIES_FOR_TARGET_BEING_BUILT

类型

布尔值（YES 或 NO）

默认值

YES

Specifies whether the header map contains a name/path entry for every header in the target being built.

HEADERMAP_INCLUDES_FRAMEWORK_ENTRIES_FOR_ALL_PRODUCT_TYPES

HEADERMAP_INCLUDES_FRAMEWORK_ENTRIES_FOR_ALL_PRODUCT_TYPES

类型

布尔值（YES 或 NO）

默认值

YES

Specifies whether the header map contains a framework-name/path entry for every header in the target being built, including targets that do not build frameworks.

HEADERMAP_INCLUDES_PROJECT_HEADERS

HEADERMAP_INCLUDES_PROJECT_HEADERS

类型

布尔值（YES 或 NO）

默认值

YES

Specifies whether the header map contains a name/path entry for every header in the project, regardless of the headers’ target membership.

HEADER_SEARCH_PATHS

Header Search Paths

类型

路径列表

This is a list of paths to folders to be searched by the compiler for included or imported header files when compiling C, Objective-C, C++, or Objective-C++. Paths are delimited by whitespace, so any paths with spaces in them need to be properly quoted.

IBC_COCOATOUCH_COMPILER_MODE

Compiler Mode for CocoaTouch Documents

类型

列出的值之一

可选值

default · simulator · toolchain

默认值

default

Instructs the compiler on which compilation mode to use.

IBC_COMPILER_AUTO_ACTIVATE_CUSTOM_FONTS

Auto-Activate Custom Fonts

类型

布尔值（YES 或 NO）

默认值

YES

Instructs the XIB compiler to add custom fonts to the application’s Info.plist, which will cause the fonts to activate upon application launch.

IBC_ERRORS

Show Errors

类型

布尔值（YES 或 NO）

默认值

YES

Show errors encountered during the compilation of XIB files.

IBC_FLATTEN_NIBS

Flatten Compiled XIB Files

类型

布尔值（YES 或 NO）

默认值

YES

If enabled, compile XIB files into flattened (non-wrapper) NIB files. After flattening, the resulting NIB is more compact but no longer editable by Interface Builder. When this option is disabled, the resulting NIB file remains editable in Interface Builder.

IBC_MODULE

Default Module

类型

字符串

默认值

$(PRODUCT_MODULE_NAME)

Defines the module name for Swift classes referenced without a specific module name.

IBC_NOTICES

Show Notices

类型

布尔值（YES 或 NO）

默认值

YES

Show notices encountered during the compilation of XIB files.

IBC_OTHER_FLAGS

Other Interface Builder Compiler Flags

类型

字符串列表

A list of additional flags to pass to the Interface Builder Compiler. Use this setting if Xcode does not already provide UI for a particular Interface Builder Compiler flag.

IBC_OVERRIDING_PLUGINS_AND_FRAMEWORKS_DIR

Overriding Plug-In and Framework Directory

类型

路径

Instructs Interface Builder to load frameworks and Interface Builder plugins from the specified directory. Setting this value to $(BUILD_DIR)/$(CONFIGURATION)$(EFFECTIVE_PLATFORM_NAME) will ensure that Interface Builder will load frameworks and plug-ins from the built products directory of the current build configuration.

IBC_PLUGINS

Plug-Ins

类型

字符串列表

A list of paths to Interface Builder plugins to load when compiling XIB files.

IBC_PLUGIN_SEARCH_PATHS

Plug-In Search Paths

类型

路径列表

A list of paths to be searched for Interface Builder plug-ins to load when compiling XIB files.

IBC_STRIP_NIBS

Strip NIB Files

类型

布尔值（YES 或 NO）

默认值

$(IBC_FLATTEN_NIBS)

Strips an Interface Builder NIB to reduce its size for deployment. The resulting NIB is more compact but no longer editable by Interface Builder. When this option is disabled, the resulting NIB file remains editable by Interface Builder.

IBC_WARNINGS

Show Warnings

类型

布尔值（YES 或 NO）

默认值

YES

Show warnings encountered during the compilation of XIB files.

IBSC_COCOATOUCH_COMPILER_MODE

Compiler Mode for CocoaTouch Documents

类型

列出的值之一

可选值

default · simulator · toolchain

默认值

$(IBC_COCOATOUCH_COMPILER_MODE)

Instructs the compiler on which compilation mode to use.

IBSC_COMPILER_AUTO_ACTIVATE_CUSTOM_FONTS

Auto-Activate Custom Fonts

类型

布尔值（YES 或 NO）

默认值

YES

Instructs the Storyboard compiler to add custom fonts to the application’s Info.plist that will cause the fonts to activate upon application launch.

IBSC_ERRORS

Show Errors

类型

布尔值（YES 或 NO）

默认值

YES

Show errors encountered during the compilation of Storyboard files.

IBSC_FLATTEN_NIBS

Flatten Compiled Storyboard Files

类型

布尔值（YES 或 NO）

默认值

YES

Compiles a Storyboard file into flattened (non-wrapper) Storyboard file. After flattening, the resulting Storyboard is more compact but no longer editable by Interface Builder. When this option is disabled, the resulting Storyboard file remains editable in Interface Builder.

IBSC_MODULE

Default Module

类型

字符串

默认值

$(PRODUCT_MODULE_NAME)

Defines the module name for Swift classes referenced without a specific module name.

IBSC_NOTICES

Show Notices

类型

布尔值（YES 或 NO）

默认值

YES

Show notices encountered during the compilation of Storyboard files.

IBSC_OTHER_FLAGS

Other Storyboard Compiler Flags

类型

字符串列表

A list of additional flags to pass to the Interface Builder Compiler. Use this setting if Xcode does not already provide UI for a particular Interface Builder Compiler flag.

IBSC_STRIP_NIBS

Strip Storyboardc Files

类型

布尔值（YES 或 NO）

默认值

$(IBSC_FLATTEN_NIBS)

Strips an editable Interface Builder storyboardc file to reduce its size for deployment. The resulting storyboardc is more compact but no longer editable by Interface Builder. When this option is disabled, the resulting storyboardc file remains editable by Interface Builder.

IBSC_WARNINGS

Show Warnings

类型

布尔值（YES 或 NO）

默认值

YES

Show warnings encountered during the compilation of Storyboard files.

IMPLICIT_DEPENDENCY_DOMAIN

Implicit Dependency Domain

类型

字符串

默认值

default

The domain in which the target will match or be matched for implicit dependencies. An implicit dependency will only be established between two targets if they are both in the same domain.

INCLUDED_EXPLICIT_TARGET_DEPENDENCIES

Included Explicit Target Dependencies

类型

字符串列表

A list of patterns (as defined by fnmatch(3)) specifying the names of explicit target dependencies to include when determining which targets to build. This setting is only useful when combined with EXCLUDED_EXPLICIT_TARGET_DEPENDENCIES, and can be used to define complex filters for which targets should be built in response to other build settings.

INCLUDED_RECURSIVE_SEARCH_PATH_SUBDIRECTORIES

Sub-Directories to Include in Recursive Searches

类型

字符串列表

This is a list of fnmatch()-style patterns of file or directory names to include when performing a recursive search. By default, this is empty and is only customized when you want to provide exceptions to the list of filename patterns provided in EXCLUDED_RECURSIVE_SEARCH_PATH_SUBDIRECTORIES.

INCLUDED_SOURCE_FILE_NAMES

Included Source File Names

类型

字符串列表

A list of patterns (as defined by fnmatch(3)) specifying the names of source files to explicitly include when processing the files in the target’s build phases. This setting is only useful when combined with EXCLUDED_SOURCE_FILE_NAMES, and can be used to define complex filters for which files from the phase should be built in response to other build settings.

INDEX_STORE_COMPRESS

Compress Index Store

类型

布尔值（YES 或 NO）

默认值

NO

Compress the index store, reducing its size on disk.

INDEX_STORE_ONLY_PROJECT_FILES

Index only project files

类型

布尔值（YES 或 NO）

默认值

NO

Only index the source files that are being compiled within this project. Do not emit data into the index store for system modules.

INFOPLIST_EXPAND_BUILD_SETTINGS

Expand Build Settings in Info.plist File

类型

布尔值（YES 或 NO）

默认值

YES

Expand build settings in the Info.plist file.

INFOPLIST_FILE

Info.plist File

类型

路径

The project-relative path to the property list file that contains the Info.plist information used by bundles. The build system merges the values you specify in this file with other values it generates during the build process. The product type, target platform, App Privacy manifests, input from other build tools, and other built-in logic impact the contents of the final Info.plist file it produces. When GENERATE_INFOPLIST_FILE is enabled, the build system also includes content from build settings in the merge process. For details on information property list files, see Information Property List.

INFOPLIST_KEY_CFBundleDisplayName

Bundle Display Name

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the CFBundleDisplayName key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_CLKComplicationPrincipalClass

Complication Principal Class

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the CLKComplicationPrincipalClass key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_GCSupportsControllerUserInteraction

Supports Game Controller User Interaction

类型

布尔值（YES 或 NO）

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the GCSupportsControllerUserInteraction key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_GCSupportsGameMode

Supports Game Mode

类型

布尔值（YES 或 NO）

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the GCSupportsGameMode key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_ITSAppUsesNonExemptEncryption

App Uses Non-Exempt Encryption

类型

布尔值（YES 或 NO）

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the ITSAppUsesNonExemptEncryption key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_ITSEncryptionExportComplianceCode

App Encryption Export Compliance Code

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the ITSEncryptionExportComplianceCode key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_LSApplicationCategoryType

Application Category

类型

列出的值之一

可选值

public.app-category.action-games · public.app-category.adventure-games · public.app-category.arcade-games · public.app-category.board-games · public.app-category.books · public.app-category.business · public.app-category.card-games · public.app-category.casino-games · public.app-category.developer-tools · public.app-category.dice-games · public.app-category.education · public.app-category.educational-games · public.app-category.entertainment · public.app-category.family-games · public.app-category.finance · public.app-category.food-and-drink · public.app-category.games · public.app-category.graphics-design · public.app-category.healthcare-fitness · public.app-category.kids-games · public.app-category.lifestyle · public.app-category.magazines-and-newspapers · public.app-category.medical · public.app-category.music · public.app-category.music-games · public.app-category.navigation · public.app-category.news · public.app-category.photography · public.app-category.productivity · public.app-category.puzzle-games · public.app-category.racing-games · public.app-category.reference · public.app-category.role-playing-games · public.app-category.shopping · public.app-category.simulation-games · public.app-category.social-networking · public.app-category.sports · public.app-category.sports-games · public.app-category.strategy-games · public.app-category.travel · public.app-category.trivia-games · public.app-category.utilities · public.app-category.video · public.app-category.weather · public.app-category.word-games

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the LSApplicationCategoryType key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_LSBackgroundOnly

Application is Background Only

类型

布尔值（YES 或 NO）

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the LSBackgroundOnly key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_LSSupportsOpeningDocumentsInPlace

Supports Opening Documents in Place

类型

布尔值（YES 或 NO）

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the LSSupportsOpeningDocumentsInPlace key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_LSUIElement

Application is Agent (UIElement)

类型

布尔值（YES 或 NO）

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the LSUIElement key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_MetalCaptureEnabled

Metal Capture Enabled

类型

布尔值（YES 或 NO）

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the MetalCaptureEnabled key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NFCReaderUsageDescription

Privacy - NFC Scan Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NFCReaderUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSAccessoryTrackingUsageDescription

Privacy - Accessory Tracking Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSAccessoryTrackingUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSAppDataUsageDescription

Privacy - Other Application Data Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSAppDataUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSAppleEventsUsageDescription

Privacy - AppleEvents Sending Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSAppleEventsUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSAppleMusicUsageDescription

Privacy - Media Library Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSAppleMusicUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSBluetoothAlwaysUsageDescription

Privacy - Bluetooth Always Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSBluetoothAlwaysUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSBluetoothPeripheralUsageDescription

Privacy - Bluetooth Peripheral Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSBluetoothPeripheralUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSBluetoothWhileInUseUsageDescription

Privacy - Bluetooth While In Use Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSBluetoothWhileInUseUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSCalendarsFullAccessUsageDescription

Privacy - Calendars Full Access Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSCalendarsFullAccessUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSCalendarsUsageDescription

Privacy - Calendars Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSCalendarsUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSCalendarsWriteOnlyAccessUsageDescription

Privacy - Calendars Write Only Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSCalendarsWriteOnlyAccessUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSCameraUsageDescription

Privacy - Camera Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSCameraUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSContactsUsageDescription

Privacy - Contacts Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSContactsUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSCriticalMessagingUsageDescription

Privacy - Critical Messaging Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSCriticalMessagingUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSDesktopFolderUsageDescription

Privacy - Desktop Folder Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSDesktopFolderUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSDocumentsFolderUsageDescription

Privacy - Documents Folder Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSDocumentsFolderUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSDownloadsFolderUsageDescription

Privacy - Downloads Folder Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSDownloadsFolderUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSFaceIDUsageDescription

Privacy - Face ID Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSFaceIDUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSFallDetectionUsageDescription

Privacy - Fall Detection Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSFallDetectionUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSFileProviderDomainUsageDescription

Privacy - Access to a File Provide Domain Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSFileProviderDomainUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSFileProviderPresenceUsageDescription

Privacy - File Provider Presence Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSFileProviderPresenceUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSFinancialDataUsageDescription

Privacy - Financial Data Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSFinancialDataUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSFocusStatusUsageDescription

Privacy - Focus Status Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSFocusStatusUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSGKFriendListUsageDescription

Privacy - GameKit Friend List Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSGKFriendListUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSHandsTrackingUsageDescription

Privacy - Hands Tracking Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSHandsTrackingUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSHealthClinicalHealthRecordsShareUsageDescription

Privacy - Health Records Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSHealthClinicalHealthRecordsShareUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSHealthShareUsageDescription

Privacy - Health Share Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSHealthShareUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSHealthUpdateUsageDescription

Privacy - Health Update Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSHealthUpdateUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSHomeKitUsageDescription

Privacy - HomeKit Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSHomeKitUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSHumanReadableCopyright

Copyright (Human-Readable)

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSHumanReadableCopyright key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSIdentityUsageDescription

Privacy - Identity Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSIdentityUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSLocalNetworkUsageDescription

Privacy - Local Network Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSLocalNetworkUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSLocationAlwaysAndWhenInUseUsageDescription

Privacy - Location Always and When In Use Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSLocationAlwaysAndWhenInUseUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSLocationAlwaysUsageDescription

Privacy - Location Always Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSLocationAlwaysUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSLocationTemporaryUsageDescriptionDictionary

Privacy - Location Temporary Usage Description Dictionary

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSLocationTemporaryUsageDescriptionDictionary key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSLocationUsageDescription

Privacy - Location Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSLocationUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSLocationWhenInUseUsageDescription

Privacy - Location When In Use Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSLocationWhenInUseUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSMainCameraUsageDescription

Privacy - Main Camera Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSMainCameraUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSMainNibFile

Main Nib File Base Name

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSMainNibFile key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSMainStoryboardFile

AppKit Main Storyboard File Base Name

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSMainStoryboardFile key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSMicrophoneUsageDescription

Privacy - Microphone Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSMicrophoneUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSMotionUsageDescription

Privacy - Motion Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSMotionUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSNearbyInteractionAllowOnceUsageDescription

Privacy - Nearby Interaction Allow Once Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSNearbyInteractionAllowOnceUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSNearbyInteractionUsageDescription

Privacy - Nearby Interaction Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSNearbyInteractionUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSNetworkVolumesUsageDescription

Privacy - Network Volumes Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSNetworkVolumesUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSPhotoLibraryAddUsageDescription

Privacy - Photo Library Additions Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSPhotoLibraryAddUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSPhotoLibraryUsageDescription

Privacy - Photo Library Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSPhotoLibraryUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSPrincipalClass

Principal Class

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSPrincipalClass key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSRemindersFullAccessUsageDescription

Privacy - Reminders Full Access Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSRemindersFullAccessUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSRemindersUsageDescription

Privacy - Reminders Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSRemindersUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSRemovableVolumesUsageDescription

Privacy - Removable Volumes Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSRemovableVolumesUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSSensorKitPrivacyPolicyURL

Privacy - SensorKit Privacy Policy URL

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSSensorKitPrivacyPolicyURL key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSSensorKitUsageDescription

Privacy - SensorKit Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSSensorKitUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSSiriUsageDescription

Privacy - Siri Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSSiriUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSSpeechRecognitionUsageDescription

Privacy - Speech Recognition Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSSpeechRecognitionUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSStickerSharingLevel

Sticker Sharing Level

类型

列出的值之一

可选值

Messages · OS

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSStickerSharingLevel key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSSupportsLiveActivities

Supports Live Activities

类型

布尔值（YES 或 NO）

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSSupportsLiveActivities key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSSupportsLiveActivitiesFrequentUpdates

Supports Frequent Updates of Live Activities

类型

布尔值（YES 或 NO）

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSSupportsLiveActivitiesFrequentUpdates key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSSystemAdministrationUsageDescription

Privacy - System Administration Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSSystemAdministrationUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSSystemExtensionUsageDescription

Privacy - System Extension Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSSystemExtensionUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSUserTrackingUsageDescription

Privacy - Tracking Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSUserTrackingUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSVideoSubscriberAccountUsageDescription

Privacy - TV Provider Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSVideoSubscriberAccountUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSViewGestureRecognizerIsExclusive

View Gesture Recognizer Is Exclusive

类型

布尔值（YES 或 NO）

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSViewGestureRecognizerIsExclusive key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSVoIPUsageDescription

Privacy - VoIP Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSVoIPUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_NSWorldSensingUsageDescription

Privacy - World Sensing Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the NSWorldSensingUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_OSBundleUsageDescription

Privacy - Driver Extension Usage Description

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the OSBundleUsageDescription key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_UIApplicationSceneManifest_Generation

Application Scene Manifest (Generation)

类型

布尔值（YES 或 NO）

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the UIApplicationSceneManifest key in the Info.plist file to an entry suitable for a multi-window application.

INFOPLIST_KEY_UIApplicationSupportsIndirectInputEvents

Supports Indirect Events

类型

布尔值（YES 或 NO）

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the UIApplicationSupportsIndirectInputEvents key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_UILaunchScreen_Generation

Launch Screen (Generation)

类型

布尔值（YES 或 NO）

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the UILaunchScreen key in the Info.plist file to an empty dictionary.

INFOPLIST_KEY_UILaunchStoryboardName

Launch Screen Interface File Base Name

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the UILaunchStoryboardName key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_UIMainStoryboardFile

UIKit Main Storyboard File Base Name

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the UIMainStoryboardFile key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_UIRequiredDeviceCapabilities

Required Device Capabilities

类型

字符串列表

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the UIRequiredDeviceCapabilities key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_UIRequiresFullScreen

Requires Full Screen

类型

布尔值（YES 或 NO）

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the UIRequiresFullScreen key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_UIStatusBarHidden

Status Bar Initially Hidden

类型

布尔值（YES 或 NO）

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the UIStatusBarHidden key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_UIStatusBarStyle

Status Bar Style

类型

列出的值之一

可选值

UIStatusBarStyleBlackOpaque · UIStatusBarStyleBlackTranslucent · UIStatusBarStyleDarkContent · UIStatusBarStyleDefault · UIStatusBarStyleLightContent

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the UIStatusBarStyle key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_UISupportedInterfaceOrientations

Supported Interface Orientations

类型

字符串列表

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the UISupportedInterfaceOrientations key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_UISupportedInterfaceOrientations_iPad

Supported Interface Orientations (iPad)

类型

字符串列表

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the UISupportedInterfaceOrientations key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_UISupportedInterfaceOrientations_iPhone

Supported Interface Orientations (iPhone)

类型

字符串列表

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the UISupportedInterfaceOrientations key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_UISupportsDocumentBrowser

Supports Document Browser

类型

布尔值（YES 或 NO）

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the UISupportsDocumentBrowser key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_UIUserInterfaceStyle

User Interface Style

类型

列出的值之一

可选值

Automatic · Dark · Light

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the UIUserInterfaceStyle key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_WKCompanionAppBundleIdentifier

WatchKit Companion App Bundle Identifier

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the WKCompanionAppBundleIdentifier key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_WKExtensionDelegateClassName

WatchKit Extension Delegate Class Name

类型

字符串

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the WKExtensionDelegateClassName key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_WKRunsIndependentlyOfCompanionApp

App Can Run Independently of Companion iPhone App

类型

布尔值（YES 或 NO）

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the WKRunsIndependentlyOfCompanionApp key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_WKSupportsLiveActivityLaunchAttributeTypes

Supports Launch for Live Activity Attribute Types

类型

字符串列表

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the WKSupportsLiveActivityLaunchAttributeTypes key in the Info.plist file to the value of this build setting.

INFOPLIST_KEY_WKWatchOnly

App is Available Only on Apple Watch

类型

布尔值（YES 或 NO）

When GENERATE_INFOPLIST_FILE is enabled, sets the value of the WKWatchOnly key in the Info.plist file to the value of this build setting.

INFOPLIST_OTHER_PREPROCESSOR_FLAGS

Info.plist Other Preprocessor Flags

类型

字符串列表

Other flags to pass to the C preprocessor when preprocessing the Info.plist file.

INFOPLIST_OUTPUT_FORMAT

Info.plist Output Encoding

类型

列出的值之一

可选值

XML · binary · same-as-input

默认值

same-as-input

Specifies the output encoding for the output Info.plist. The output encodings can be binary or XML. By default, the output encoding will be unchanged from the input.

INFOPLIST_PATH

INFOPLIST_PATH

类型

路径

Specifies the path to the bundle’s information property list file.

INFOPLIST_PREFIX_HEADER

Info.plist Preprocessor Prefix File

类型

字符串

Implicitly include the given file when preprocessing the Info.plist file. The path given should either be a project relative path or an absolute path.

INFOPLIST_PREPROCESS

Preprocess Info.plist File

类型

布尔值（YES 或 NO）

默认值

NO

Preprocess the Info.plist file using the C Preprocessor.

INFOPLIST_PREPROCESSOR_DEFINITIONS

Info.plist Preprocessor Definitions

类型

字符串列表

Space-separated list of preprocessor macros of the form foo or foo=bar. These macros are used when preprocessing the Info.plist file.

INFOSTRINGS_PATH

INFOSTRINGS_PATH

类型

路径

Specifies the file that contains the bundle’s localized strings file.

INIT_ROUTINE

Initialization Routine

类型

字符串

This is the name of the routine to use for initialization.

INLINE_PRIVATE_FRAMEWORKS

Enable Text-Based Stubs Inlining

类型

布尔值（YES 或 NO）

默认值

NO

Enables private framework inlining for Text-Based Stubs.

INSTALLHDRS_COPY_PHASE

Perform Copy Files Phases During `installhdrs`

类型

布尔值（YES 或 NO）

默认值

NO

Specifies whether the target’s Copy Files build phases are executed in installhdr builds.

INSTALLHDRS_SCRIPT_PHASE

Perform Shell Script Phases During `installhdrs`

类型

布尔值（YES 或 NO）

默认值

NO

Specifies whether the target’s Run Script build phases are executed in installhdr builds. See ACTION for details on installhdr builds.

INSTALL_DIR

INSTALL_DIR

类型

路径

默认值

$(DSTROOT)$(INSTALL_PATH)

Identifies the directory in the developer’s filesystem into which the installed product is placed.

INSTALL_GROUP

Install Group

类型

字符串

默认值

$(GROUP)

The group name or gid for installed products.

INSTALL_MODE_FLAG

Install Permissions

类型

字符串

默认值

u+w,go-w,a+rX

Permissions used for installed product files.

INSTALL_OWNER

Install Owner

类型

字符串

默认值

$(USER)

The owner name or uid for installed products.

INSTALL_PATH

Installation Directory

类型

路径

The directory in which to install the build products. This path is prepended by the DSTROOT.

INTENTS_CODEGEN_LANGUAGE

Intent Class Generation Language

类型

列出的值之一

可选值

Automatic · Objective-C · Swift

默认值

Automatic

The Source-code language to use for generated Intent class. By default “Automatic” will analyze your project to determine the correct language. Adjust this setting to explicitly select “Swift” or “Objective-C”.

IS_MACCATALYST

Building for Mac Catalyst

类型

布尔值（YES 或 NO）

Indicates whether the target is building for Mac Catalyst. This build setting is intended for use in shell scripts and build setting composition and should be considered read-only.

KEEP_PRIVATE_EXTERNS

Preserve Private External Symbols

类型

布尔值（YES 或 NO）

默认值

NO

Activating this setting will preserve private external symbols, rather than turning them into static symbols. This setting is also respected when performing a single-object prelink.

LAUNCH_CONSTRAINT_PARENT

Launch Constraint Parent Process Plist

类型

字符串

A path to a plist representation of a Requirements Dictionary indicating the desired constraint on the parent of this binary.

LAUNCH_CONSTRAINT_RESPONSIBLE

Launch Constraint Responsible Process Plist

类型

字符串

A path to a plist representation of a Requirements Dictionary indicating the desired constraint on the responsible process for this binary.

LAUNCH_CONSTRAINT_SELF

Launch Constraint Process Plist

类型

字符串

A path to a plist representation of a Requirements Dictionary indicating the desired constraint on this binary.

LD_CLIENT_NAME

Client Name

类型

字符串

This setting passes the value with -client_name when linking the executable.

LD_DEPENDENCY_INFO_FILE

Path to Linker Dependency Info File

类型

路径

默认值

$(OBJECT_FILE_DIR_$(CURRENT_VARIANT))/$(CURRENT_ARCH)/$(PRODUCT_NAME)_dependency_info.dat

This setting defines the path to which the linker should emit information about what files it used as inputs and generated. Xcode uses this information for its dependency tracking. Setting the value of this setting to empty will disable passing this option to the linker.

LD_DYLIB_ALLOWABLE_CLIENTS

Dynamic Library Allowable Clients

类型

字符串列表

This setting restricts the clients allowed to link a dylib by passing -allowable_client to the linker for each supplied value.

LD_DYLIB_INSTALL_NAME

Dynamic Library Install Name

类型

字符串

Sets an internal install path (LC_ID_DYLIB) in a dynamic library. Any clients linked against the library will record that path as the way dyld should locate this library. If this option is not specified, then the -o path will be used. This setting is ignored when building any product other than a dynamic library. See Dynamic Library Programming Topics.

LD_ENVIRONMENT

Dynamic Linker Environment

类型

字符串列表

This setting allows key=value pairs of dyld environment variables to be embedded in a generated executable as LC_DYLD_ENVIRONMENT load commands in order to supplement the environment in which the executable is launched, if allowed by the platform and its security environment.

LD_EXPORT_SYMBOLS

Export Symbols

类型

布尔值（YES 或 NO）

默认值

YES

Export symbols from the binaries. Disabling this setting can be useful for binaries which have no API or plug-ins and thus need no symbol exports. [-no_exported_symbols]

LD_GENERATE_MAP_FILE

Write Link Map File

类型

布尔值（YES 或 NO）

默认值

NO

Activating this setting will cause the linker to write a map file to disk, which details all symbols and their addresses in the output image. The path to the map file is defined by the LD_MAP_FILE_PATH setting.

LD_MAP_FILE_PATH

Path to Link Map File

类型

路径

默认值

$(TARGET_TEMP_DIR)/$(PRODUCT_NAME)-LinkMap-$(CURRENT_VARIANT)-$(CURRENT_ARCH).txt

This setting defines the path to the map file written by the linker when the LD_GENERATE_MAP_FILE setting is activated. By default, a separate file will be written for each architecture and build variant, and these will be generated in the Intermediates directory for the target whose product is being linked.

LD_NO_PIE

Generate Position-Dependent Executable

类型

布尔值（YES 或 NO）

默认值

NO

Activating this setting will prevent Xcode from building a main executable that is position independent (PIE). When targeting macOS 10.7 or later, PIE is the default for main executables, so activating this setting will change that behavior. When targeting OS X 10.6 or earlier, or when building for i386, PIE is not the default, so activating this setting does nothing. You cannot create a PIE from .o files compiled with -mdynamic-no-pic. Using PIE means the codegen is less optimal, but the address randomization adds some security.

LD_QUOTE_LINKER_ARGUMENTS_FOR_COMPILER_DRIVER

Quote Linker Arguments

类型

布尔值（YES 或 NO）

默认值

YES

This setting controls whether arguments to the linker should be quoted using -Xlinker. By default, Xcode invokes the linker by invoking the driver of the compiler used to build the source files in the target, and passing -Xlinker to quote arguments will cause the compiler driver to pass them through to the linker (rather than trying to evaluate them within the driver). By default, this setting is enabled. Disabling it will cause Xcode to not use -Xlinker to pass arguments to the linker. Disabling this setting is useful if the target has instructed Xcode to use an alternate linker (for example, by setting the LD setting to the path to another linker) and that alternate linker does not recognize -Xlinker.

LD_RUNPATH_SEARCH_PATHS

Runpath Search Paths

类型

字符串列表

This is a list of paths to be added to the runpath search path list for the image being created. At runtime, dyld uses the runpath when searching for dylibs whose load path begins with @rpath/. See Dynamic Library Programming Topics.

LD_WARN_DUPLICATE_LIBRARIES

Duplicate Libraries

类型

布尔值（YES 或 NO）

默认值

NO

Warn for linking the same library multiple times.

LD_WARN_UNUSED_DYLIBS

Unused Dylibs

类型

布尔值（YES 或 NO）

默认值

NO

Warn for any dylib linked to but not used.

LEXFLAGS

Other Lex Flags

类型

字符串列表

Space-separated list of additional flags to pass to lex. Be sure to backslash-escape any arguments that contain spaces or special characters, such as path names that may contain spaces. Use this setting if Xcode does not already provide UI for a lex flag.

LEX_CASE_INSENSITIVE_SCANNER

Generate Case-Insensitive Scanner

类型

布尔值（YES 或 NO）

默认值

NO

Enabling this option causes lex to generate a case-insensitive scanner. The case of letters given in the lex input patterns will be ignored, and tokens in the input will be matched regardless of case. The matched text given in yytext will have the preserved case (for example, it will not be folded).

LEX_INSERT_LINE_DIRECTIVES

Insert #line Directives

类型

布尔值（YES 或 NO）

默认值

YES

Enabling this option instructs lex to insert #line directives so error messages in the actions will be correctly located with respect to either the original lex input file (if the errors are due to code in the input file), or lex.yy.c (if the errors are lex’s fault). This option is enabled by default; disabling it passes a flag to lex to not insert #line directives.

LEX_SUPPRESS_DEFAULT_RULE

Suppress Default Rule

类型

布尔值（YES 或 NO）

默认值

NO

Enabling this option causes the default rule (that unmatched scanner input is echoed to stdout) to be suppressed. If the scanner encounters input that does not match any of its rules, it aborts with an error. This option is useful for finding holes in a scanner’s rule set.

LEX_SUPPRESS_WARNINGS

Suppress Warning Messages

类型

布尔值（YES 或 NO）

默认值

$(SUPPRESS_WARNINGS)

Enabling this option causes lex to suppress its warning messages.

LIBRARY_LOAD_CONSTRAINT

Library Load Constraint Plist

类型

字符串

A path to a plist representation of a Requirements Dictionary that specifies the desired set of libraries that can be loaded by this process. Supported when building on macOS 14 or later.

LIBRARY_SEARCH_PATHS

Library Search Paths

类型

路径列表

This is a list of paths to folders to be searched by the linker for libraries used by the product. Paths are delimited by whitespace, so any paths with spaces in them need to be properly quoted.

LINKER_DISPLAYS_MANGLED_NAMES

Display Mangled Names

类型

布尔值（YES 或 NO）

默认值

NO

Activating this setting causes the linker to display mangled names for C++ symbols. Normally, this is not recommended, but turning it on can help to diagnose and solve C++ link errors.

LINK_WITH_STANDARD_LIBRARIES

Link With Standard Libraries

类型

布尔值（YES 或 NO）

默认值

YES

When this setting is enabled, the compiler driver will automatically pass its standard libraries to the linker to use during linking. If desired, this flag can be used to disable linking with the standard libraries, and then individual libraries can be passed as OTHER_LDFLAGS.

LLVM_LTO

Link-Time Optimization

类型

列出的值之一

可选值

NO · YES · YES_THIN

默认值

NO

Enabling this setting allows optimization across file boundaries during linking. • No: Disabled. Do not use link-time optimization. • Monolithic Link-Time Optimization: This mode performs monolithic link-time optimization of binaries, combining all executable code into a single unit and running aggressive compiler optimizations. • Incremental Link-Time Optimization: This mode performs partitioned link-time optimization of binaries, inlining between compilation units and running aggressive compiler optimizations on each unit in parallel. This enables fast incremental builds and uses less memory than Monolithic LTO.

LOCALIZATION_EXPORT_SUPPORTED

Localization Export Supported

类型

布尔值（YES 或 NO）

默认值

YES

When enabled, localizable content in this target/project can be exported.

LOCALIZATION_PREFERS_STRING_CATALOGS

Localization Prefers String Catalogs

类型

布尔值（YES 或 NO）

默认值

NO

When enabled, string tables generated in a localization export will prefer the String Catalog format.

LOCALIZED_STRING_CODE_COMMENTS

Localized Strings in Code Comments

类型

布尔值（YES 或 NO）

默认值

NO

When enabled, localizable strings wrapped in NSLocalizedString and similar string macros will be extracted even if commented out or wrapped in #if 0.

LOCALIZED_STRING_MACRO_NAMES

Localized String Macro Names

类型

字符串列表

默认值

NSLocalizedString CFCopyLocalizedString

The base names for NSLocalizedString-like macros or functions used to produce localized strings in source code. The default base names of NSLocalizedString and CFCopyLocalizedString are always considered, even if this setting is empty.

LOCALIZED_STRING_SWIFTUI_SUPPORT

Localized String SwiftUI Support

类型

布尔值（YES 或 NO）

默认值

YES

When enabled, literal strings in SwiftUI will be extracted during localization export. This will only extract string literals in Text() initializers, unless SWIFT_EMIT_LOC_STRINGS is also enabled.

MACH_O_TYPE

Mach-O Type

类型

列出的值之一

可选值

mh_bundle · mh_dylib · mh_execute · mh_object · objectlib · staticlib

This setting determines the format of the produced binary and how it can be linked when building other binaries. For information on binary types, see Building Mach-O Files in Mach-O Programming Topics. • Executable: Executables and standalone binaries and cannot be linked. [mh_execute] • Dynamic Library: Dynamic libraries are linked at build time and loaded automatically when needed. [mh_dylib] • Bundle: Bundle libraries are loaded explicitly at run time. [mh_bundle] • Static Library: Static libraries are linked at build time and loaded at execution time. [staticlib] • Relocatable Object File: Object files are single-module files that are linked at build time. [mh_object]

MAPC_NO_WARNINGS

Suppress all mapc warnings

类型

布尔值（YES 或 NO）

默认值

NO

Compile .xcmappingmodel files into .cdm without reporting warnings.

MARKETING_VERSION

Marketing Version

类型

字符串

This setting defines the user-visible version of the project. When GENERATE_INFOPLIST_FILE is enabled, sets the value of the CFBundleShortVersionString key in the Info.plist file to the value of this build setting.

MARKETPLACES

Alternative Distribution - Marketplaces

类型

字符串列表

Enable overriding your app’s distributor identifier with a list of additional marketplace identifiers when running from Xcode.

MERGEABLE_LIBRARY

Build Mergeable Library

类型

布尔值（YES 或 NO）

默认值

NO

For dynamic libraries and frameworks, links this target’s binary as a mergeable library which can be merged into the product of a target which depends on it if that target is configured to do so. This target will be linked as a mergeable library in release builds so it can be merged, but will instead be linked as a normal dynamic library to be reexported in debug builds. For other binary types, this setting has no effect. For more information on mergeable libraries, see Configuring your project to use mergeable libraries.

MERGED_BINARY_TYPE

Create Merged Binary

类型

列出的值之一

可选值

automatic · manual · none

默认值

none

Use this setting to link the target’s binary by combining it with mergeable libraries it links against to create a single binary. Only applies to executables, dynamic libraries and frameworks. • When set to Automatic, this target’s immediate dependencies which build dynamic libraries or frameworks and are in its Link Binaries With Libraries will automatically be built as mergeable libraries and merged into this target’s binary during release builds, or reexported during debug builds. • When set to Manual, only immediate dependencies which have Build Mergeable Library explicitly enabled will be merged or reexported. For more information on mergeable libraries, see Configuring your project to use mergeable libraries.

MODULEMAP_FILE

Module Map File

类型

字符串

This is the project-relative path to the LLVM module map file that defines the module structure for the compiler. If empty, it will be automatically generated for appropriate products when DEFINES_MODULE is enabled.

MODULEMAP_PRIVATE_FILE

Private Module Map File

类型

字符串

This is the project-relative path to the LLVM module map file that defines the module structure for private headers.

MODULES_FOLDER_PATH

MODULES_FOLDER_PATH

类型

路径

Specifies the directory that contains the product’s Clang module maps and Swift module content.

MODULE_CACHE_DIR

MODULE_CACHE_DIR

类型

路径

默认值

$(DERIVED_DATA_DIR)/ModuleCache.noindex

Absolute path of folder in which compiler stores its cached modules—this cache is a performance improvement.

MODULE_NAME

Module Identifier

类型

字符串

This is the identifier of the kernel module listed in the generated stub. This is only used when building kernel extensions.

MODULE_START

Module Start Routine

类型

字符串

This defines the name of the kernel module start routine. This is only used when building kernel extensions.

MODULE_STOP

Module Stop Routine

类型

字符串

This defines the name of the kernel module stop routine. This is only used when building kernel extensions.

MODULE_VERIFIER_SUPPORTED_LANGUAGES

Supported Languages

类型

字符串列表

默认值

objective-c

Languages to verify the module, i.e. the languages supported for framework clients. Allowed values are ‘c’, ‘c++’, ‘objective-c’, ‘objective-c++’

MODULE_VERIFIER_SUPPORTED_LANGUAGE_STANDARDS

Supported Language Dialects

类型

字符串列表

Language dialects to verify the module, i.e. the language dialects supported for framework clients. Allowed values are ‘ansi’, ‘c89’, ‘gnu89’, ‘c99’, ‘gnu99’, ‘c11’, ‘gnu11’, ‘c17’, ‘gnu17’, ‘c23’, ‘gnu23’, ‘c++98’, ‘gnu++98’, ‘c++11’, ‘gnu++11’, ‘c++14’, ‘gnu++14’, ‘c++17’, ‘gnu++17’, ‘c++20’, ‘gnu++20’, ‘c++23’, ‘gnu++23’

MODULE_VERSION

Module Version

类型

字符串

This is the version of the kernel module listed in the generated stub. This is only used when building kernel extensions.

MOMC_NO_DELETE_RULE_WARNINGS

Suppress momc warnings for delete rules

类型

布尔值（YES 或 NO）

默认值

NO

Suppress managed object model compiler (momc) warnings for delete rules during the compilation of .xcdatamodel(d) files.

MOMC_NO_INVERSE_RELATIONSHIP_WARNINGS

Suppress momc warnings on missing inverse relationships

类型

布尔值（YES 或 NO）

默认值

NO

Suppress managed object model compiler (momc) warnings from output on missing inverse relationships during the compilation of .xcdatamodel(d) files

MOMC_NO_MAX_PROPERTY_COUNT_WARNINGS

Suppress momc warnings for entities with more than 100 properties

类型

布尔值（YES 或 NO）

默认值

NO

Suppress managed object model compiler (momc) warnings from output on entities with more than 100 properties during the compilation of .xcdatamodel(d) files.

MOMC_NO_WARNINGS

Suppress all momc warnings

类型

布尔值（YES 或 NO）

默认值

NO

Suppress managed object model compiler (momc) warnings from output during the compilation of .xcdatamodel(d) files

MOMC_SUPPRESS_INVERSE_TRANSIENT_ERROR

Suppress momc error on transient inverse relationships

类型

布尔值（YES 或 NO）

默认值

NO

Suppress managed object model compiler (momc) warnings from output on transient inverse relationships during the compilation of .xcdatamodel(d) files. This is only intended to be used on 10.4.x created models that compiled properly in 10.4.x before the error was introduced in 10.5

MTLLINKER_FLAGS

Other Metal Linker Flags

类型

字符串列表

Space-separated list of metal linker flags

MTL_COMPILER_FLAGS

Other Metal Compiler Flags

类型

字符串列表

Space-separated list of compiler flags

MTL_ENABLE_DEBUG_INFO

Produce Debugging Information

类型

列出的值之一

可选值

INCLUDE_SOURCE · NO · YES

默认值

NO

Debugging information is required for shader debugging and profiling.

MTL_ENABLE_INDEX_STORE

Enable Index-While-Building Functionality (Metal)

类型

布尔值（YES 或 NO）

默认值

$(INDEX_ENABLE_DATA_STORE)

Control whether the compiler should emit index data while building.

MTL_ENABLE_MODULES

Enable Modules (Metal)

类型

列出的值之一

可选值

NO · STDLIB · YES

默认值

STDLIB

Enable the use of modules. Headers are imported as semantic modules instead of raw headers. This can result in faster builds and project indexing. • All: Enable for all headers. • Standard library: Enable for standard library headers only (default). • None: Disable the feature.

MTL_FAST_MATH

Enable Fast Math

类型

布尔值（YES 或 NO）

默认值

YES

Enable optimizations for floating-point arithmetic that may violate the IEEE 754 standard and disable the high precision variant of math functions for single and half precision floating-point.

MTL_HEADER_SEARCH_PATHS

Header Search Paths

类型

路径列表

This is a list of paths to folders to be searched by the compiler for included or imported header files when compiling Metal. Paths are delimited by whitespace, so any paths with spaces in them need to be properly quoted. [MTL_HEADER_SEARCH_PATHS, -I]

MTL_IGNORE_WARNINGS

Ignore Warnings

类型

布尔值（YES 或 NO）

默认值

NO

Enabling this option causes all warnings to be ignored. [MTL_IGNORE_WARNINGS, -W]

MTL_LANGUAGE_REVISION

Metal Language Revision

类型

列出的值之一

可选值

Metal11 · Metal12 · Metal20 · Metal21 · Metal22 · Metal23 · Metal24 · Metal30 · Metal31 · Metal32 · Metal40 · Metal41 · UseDeploymentTarget · iOSMetal10

默认值

UseDeploymentTarget

Determine the language revision to use. A value for this option must be provided.

MTL_MATH_FP32_FUNCTIONS

Single-Precision Floating Point Functions

类型

列出的值之一

可选值

FAST · PRECISE · UseLanguageDefault

默认值

$(MTL_MATH_FP32_FUNCTIONS_derived_$(MTL_FAST_MATH):default=FAST)

Controls default math functions for single precision floating-point

MTL_MATH_MODE

Math Mode

类型

列出的值之一

可选值

FAST · RELAXED · SAFE · UseLanguageDefault

默认值

$(MTL_MATH_MODE_derived_$(MTL_FAST_MATH):default=FAST)

Controls floating-point optimizations

MTL_OPTIMIZATION_LEVEL

Optimization Level

类型

列出的值之一

可选值

default · s

默认值

default

Optimization level for the Metal compiler. • Default: Optimize for program performance [-O2]. This setting applies a moderate level of optimization that enables most optimizations. • Size: Like default, with extra optimizations to reduce code size [-Os]. This setting limits optimizations that increase code size, such as loop unrolling and function inlining, and enables other optimizations for size. It may reduce compile time and compiler memory in cases where optimizing for performance results in very large code.

MTL_PREPROCESSOR_DEFINITIONS

Preprocessor Definitions

类型

字符串列表

Space-separated list of preprocessor macros of the form “foo” or “foo=bar”.

MTL_TREAT_WARNINGS_AS_ERRORS

Treat Warnings as Errors

类型

布尔值（YES 或 NO）

默认值

NO

Enabling this option causes all warnings to be treated as errors. [MTL_TREAT_WARNINGS_AS_ERRORS, -Werror]

NATIVE_ARCH

NATIVE_ARCH

类型

字符串

Identifies the architecture on which the build is being performed.

OBJECT_FILE_DIR

OBJECT_FILE_DIR

类型

路径

Partially identifies the directory into which variant object files are placed. The complete specification is computed using the variants of this build setting.

OBJROOT

Intermediate Build Files Path

类型

路径

默认值

$(SYMROOT)

The path where intermediate files will be placed during a build. Intermediate files include generated sources, object files, etc. Shell script build phases can place and access files here, as well. Typically this path is not set per target, but is set per project or per user. By default, this is set to $(PROJECT_DIR)/build.

ONLY_ACTIVE_ARCH

Build Active Architecture Only

类型

布尔值（YES 或 NO）

默认值

NO

If enabled, only the active architecture is built. This setting will be ignored when building with a run destination which does not define a specific architecture, such as a ‘Generic Device’ run destination, or if the ‘Override Architectures’ scheme option is set to ‘Match Run Destination’ or ‘Universal’.

ON_DEMAND_RESOURCES_INITIAL_INSTALL_TAGS

On Demand Resources Initial Install Tags

类型

字符串列表

Defined a set of initial On Demand Resources tags to be downloaded and installed with your application.

ON_DEMAND_RESOURCES_PREFETCH_ORDER

On Demand Resources Prefetch Order

类型

字符串列表

Once your app is installed, this defined a set of On Demand Resources tags that should be downloaded. These tags are downloaded after the initial installation of your application, and will be downloaded in the order the tags provided in the list from first to last.

OPENCL_ARCHS

OpenCL Architectures

类型

字符串

默认值

i386 x86_64 gpu_32 gpu_64

A list of the architectures for which the product will be built. This is usually set to a predefined build setting provided by the platform.

OPENCL_AUTO_VECTORIZE_ENABLE

Auto-vectorizer

类型

布尔值（YES 或 NO）

默认值

YES

Auto-vectorizes the OpenCL kernels for the CPU. This setting takes effect only for the CPU. This makes it possible to write a single kernel that is portable and performant across CPUs and GPUs.

OPENCL_COMPILER_VERSION

OpenCL Compiler Version

类型

列出的值之一

可选值

CL1.1 · CL1.2

默认值

CL1.1

The OpenCL C compiler version supported by the platform.

OPENCL_DENORMS_ARE_ZERO

Flush denorms to zero

类型

布尔值（YES 或 NO）

默认值

NO

This option controls how single precision and double precision denormalized numbers are handled. If specified as a build option, the single precision denormalized numbers may be flushed to zero; double precision denormalized numbers may also be flushed to zero if the optional extension for double precision is supported. This is intended to be a performance hint and the OpenCL compiler can choose not to flush denorms to zero if the device supports single precision (or double precision) denormalized numbers. This option is ignored for single precision numbers if the device does not support single precision denormalized numbers, for example, CL_FP_DENORM bit is not set in CL_DEVICE_SINGLE_FP_CONFIG. This option is ignored for double precision numbers if the device does not support double precision or if it does support double precision but not double precision denormalized numbers, for example, CL_FP_DENORM bit is not set in CL_DEVICE_DOUBLE_FP_CONFIG. This flag only applies for scalar and vector single precision floating-point variables and computations on these floating-point variables inside a program. It does not apply to reading from or writing to image objects.

OPENCL_DOUBLE_AS_SINGLE

Double as single

类型

布尔值（YES 或 NO）

默认值

NO

Treat double precision floating-point expression as a single precision floating-point expression. This option is available for GPUs only.

OPENCL_FAST_RELAXED_MATH

Relax IEEE Compliance

类型

布尔值（YES 或 NO）

默认值

NO

This allows optimizations for floating-point arithmetic that may violate the IEEE 754 standard and the OpenCL numerical compliance requirements defined in in section 7.4 for single-precision floating-point, section 9.3.9 for double-precision floating-point, and edge case behavior in section 7.5 of the OpenCL 1.1 specification. This is intended to be a performance optimization. This option causes the preprocessor macro __FAST_RELAXED_MATH__ to be defined in the OpenCL program.

OPENCL_MAD_ENABLE

Use MAD

类型

布尔值（YES 或 NO）

默认值

NO

Allow a * b + c to be replaced by a mad instruction. The mad computes a * b + c with reduced accuracy. For example, some OpenCL devices implement mad as truncate the result of a * b before adding it to c. This is intended to be a performance optimization.

OPENCL_OPTIMIZATION_LEVEL

Optimization Level

类型

列出的值之一

可选值

0 · 1 · 2 · 3 · s

默认值

s

• None: Do not optimize. [-O0] With this setting, the compiler’s goal is to reduce the cost of compilation and to make debugging produce the expected results. Statements are independent: if you stop the program with a breakpoint between statements, you can then assign a new value to any variable or change the program counter to any other statement in the function and get exactly the results you would expect from the source code. • Fast: Optimizing compilation takes somewhat more time, and a lot more memory for a large function. [-O, -O1] With this setting, the compiler tries to reduce code size and execution time, without performing any optimizations that take a great deal of compilation time. In Apple’s compiler, strict aliasing, block reordering, and inter-block scheduling are disabled by default when optimizing. • Faster: The compiler performs nearly all supported optimizations that do not involve a space-speed tradeoff. [-O2] With this setting, the compiler does not perform loop unrolling or function inlining, or register renaming. As compared to the Fast setting, this setting increases both compilation time and the performance of the generated code. • Fastest: Turns on all optimizations specified by the Faster setting and also turns on function inlining and register renaming options. This setting may result in a larger binary. [-O3] • Fastest, smallest: Optimize for size. This setting enables all Faster optimizations that do not typically increase code size. It also performs further optimizations designed to reduce code size. [-Os]

OPENCL_OTHER_BC_FLAGS

OpenCL Other Flags

类型

字符串列表

Space-separated list of additional flags to pass to the compiler. Be sure to backslash-escape any arguments that contain spaces or special characters, such as path names that may contain spaces. Use this setting if Xcode does not already provide UI for a particular compiler flag.

OPENCL_PREPROCESSOR_DEFINITIONS

OpenCL Preprocessor Macros

类型

字符串列表

Space-separated list of preprocessor macros of the form foo or foo=bar.

ORDER_FILE

Order File

类型

路径

The path to a file that alters the order in which functions and data are laid out. For each section in the output file, any symbol in that section that are specified in the order file is moved to the start of its section and laid out in the same order as in the order file. Order files are text files with one symbol name per line. Lines starting with a # are comments. A symbol name may be optionally preceded with its object file leafname and a colon (for example, foo.o:_foo). This is useful for static functions/data that occur in multiple files. A symbol name may also be optionally preceded with the architecture (for example, ppc:_foo or ppc:foo.o:_foo). This enables you to have one order file that works for multiple architectures. Literal C-strings may be ordered by quoting the string in the order file (for example, "Hello, world\n"). Generally you should not specify an order file in Debug or Development configurations, as this will make the linked binary less readable to the debugger. Use them only in Release or Deployment configurations.

OSACOMPILE_EXECUTE_ONLY

Save as Execute-Only

类型

布尔值（YES 或 NO）

默认值

NO

Saves the output script in execute-only form; the script can be run, but cannot be opened in Script Editor or Xcode. With this option turned off, a user may see the original script source by opening the script.

OTHER_CFLAGS

Other C Flags

类型

字符串列表

Space-separated list of additional flags to pass to the compiler for C and Objective-C files. Be sure to backslash-escape any arguments that contain spaces or special characters, such as path names that may contain spaces. Use this setting if Xcode does not already provide UI for a particular C or Objective-C compiler flag.

OTHER_CODE_SIGN_FLAGS

Other Code Signing Flags

类型

字符串列表

A list of additional options to pass to codesign(1).

OTHER_CPLUSPLUSFLAGS

Other C++ Flags

类型

字符串列表

默认值

$(OTHER_CFLAGS)

Space-separated list of additional flags to pass to the compiler for C++ and Objective-C++ files. Be sure to backslash-escape any arguments that contain spaces or special characters, such as path names that may contain spaces. Use this setting if Xcode does not already provide UI for a C++ or Objective-C++ compiler flag.

OTHER_DOCC_FLAGS

Other DocC Flags

类型

字符串列表

A list of additional flags to pass to DocC

OTHER_IIG_CFLAGS

Other IIG C Flags

类型

字符串列表

Space-separated list of additional flags to pass to the iig invocation of clang. Be sure to backslash-escape any arguments that contain spaces or special characters, such as path names that may contain spaces. Use this setting if Xcode does not already provide UI for a particular iig flag

OTHER_IIG_FLAGS

Other IIG Flags

类型

字符串列表

Space-separated list of additional flags to pass to the iig compiler. Be sure to backslash-escape any arguments that contain spaces or special characters, such as path names that may contain spaces. Use this setting if Xcode does not already provide UI for a particular iig flag

OTHER_LDFLAGS

Other Linker Flags

类型

字符串列表

Options defined in this setting are passed to invocations of the linker.

OTHER_LIBTOOLFLAGS

Other Librarian Flags

类型

字符串列表

Options defined in this setting are passed to all invocations of the archive librarian, which is used to generate static libraries.

OTHER_MIGFLAGS

Other MiG Flags

类型

字符串列表

Space-separated list of additional flags to pass to mig. Be sure to backslash-escape any arguments that contain spaces or special characters, such as path names that may contain spaces. Use this setting if Xcode does not already provide UI for a mig flag.

OTHER_MODULE_VERIFIER_FLAGS

Other Module Verifier Flags

类型

字符串列表

默认值

$(OTHER_CLANG_MODULES_VERIFIER_FLAGS)

Additional flags to pass to the modules-verifier tool.

OTHER_OSACOMPILEFLAGS

Other OSACompile Flags

类型

字符串列表

Space-separated list of additional flags to pass to osacompile. Be sure to backslash-escape any arguments that contain spaces or special characters, such as path names that may contain spaces. Use this setting if Xcode does not already provide UI for a particular osacompile flag.

OTHER_REZFLAGS

Other Rez Flags

类型

字符串列表

Space-separated list of additional flags to pass to the Rez compiler. Be sure to backslash-escape any arguments that contain spaces or special characters, such as path names that may contain spaces. Use this setting if Xcode does not already provide UI for a particular Rez flag.

OTHER_SWIFT_FLAGS

Other Swift Flags

类型

字符串列表

A list of additional flags to pass to the Swift compiler.

OTHER_TAPI_FLAGS

Other Text-Based InstallAPI Flags

类型

字符串列表

Options defined in this setting are passed to invocations of the Text-Based InstallAPI tool.

PACKAGE_TYPE

PACKAGE_TYPE

类型

字符串

Uniform type identifier. Identifies the type of the product the target builds. Some products may be made up of a single binary or archive. Others may comprise several files, which are grouped under a single directory. These container directories are known as bundles.

PLIST_FILE_OUTPUT_FORMAT

Property List Output Encoding

类型

列出的值之一

可选值

Binary · SameAsInput · XML · binary · same-as-input

默认值

same-as-input

Specifies the output encoding for property list files (.plist). The output encodings can be binary or XML. By default, the output encoding will be unchanged from the input.

PLUGINS_FOLDER_PATH

PLUGINS_FOLDER_PATH

类型

路径

Specifies the directory that contains the product’s plugins.

PRECOMPS_INCLUDE_HEADERS_FROM_BUILT_PRODUCTS_DIR

Precompiled Header Uses Files From Build Directory

类型

布尔值（YES 或 NO）

默认值

YES

This setting allows for better control of sharing precompiled prefix header files between projects. By default, Xcode assumes that the prefix header file may include header files from the build directory if the build directory is outside of the project directory. Xcode cannot determine this ahead of time since other projects may not have been built into the shared build directory at the time the information is needed. If your prefix file never includes files from the build directory you may set this to NO to improve sharing of precompiled headers. If the prefix does use files from a build directory that is inside your project directory, you may set this to YES to avoid unintended sharing that may result in build failures.

PRELINK_FLAGS

Single-Object Prelink Flags

类型

字符串列表

Additional flags to pass when performing a single-object prelink.

PRELINK_LIBS

Prelink libraries

类型

字符串列表

Additional libraries to pass when performing a single-object prelink.

PRIVATE_HEADERS_FOLDER_PATH

Private Headers Folder Path

类型

路径

The location to copy the private headers to during building, relative to the built products folder.

PROCESSED_INFOPLIST_PATH

PROCESSED_INFOPLIST_PATH

类型

路径

默认值

$(OBJECT_FILE_DIR)-$(CURRENT_VARIANT)/$(CURRENT_ARCH)/Processed-Info.plist

Path of the per-architecture, per-variant intermediate Info.plist after C preprocessing and/or variable expansion have been applied.

PRODUCT_BUNDLE_IDENTIFIER

Product Bundle Identifier

类型

字符串

A string that uniquely identifies the bundle. The string should be in reverse DNS format using only alphanumeric characters (A-Z, a-z, 0-9), the dot (.), and the hyphen (-). When GENERATE_INFOPLIST_FILE is enabled, sets the value of the CFBundleIdentifier key in the Info.plist file to the value of this build setting.

PRODUCT_DEFINITION_PLIST

PRODUCT_DEFINITION_PLIST

类型

字符串

Path to a file specifying additional requirements for a product archive.

PRODUCT_MODULE_NAME

Product Module Name

类型

字符串

默认值

$(PRODUCT_NAME:c99extidentifier)

The name to use for the source code module constructed for this target, and which will be used to import the module in implementation source files. Must be a valid identifier.

PRODUCT_NAME

Product Name

类型

字符串

This is the basename of the product generated by the target. When GENERATE_INFOPLIST_FILE is enabled, sets the value of the CFBundleName key in the Info.plist file to the value of this build setting.

PROJECT_NAME

Project Name

类型

字符串

The name of the current project.

PROJECT_TEMP_DIR

PROJECT_TEMP_DIR

类型

路径

默认值

$(PROJECT_TEMP_ROOT)/$(PROJECT_NAME).build

Identifies the directory in which the project’s intermediate build files are placed. This directory is shared between all the targets defined by the project. Run Script build phases should generate intermediate build files in the directory identified by DERIVED_FILE_DIR, not the location this build setting specifies.

PROVISIONING_PROFILE_SPECIFIER

Provisioning Profile

类型

字符串

Must contain a profile name (or UUID). A missing or invalid profile will cause a build error. Use in conjunction with [DEVELOPMENT_TEAM] to fully specify provisioning profile.

PUBLIC_HEADERS_FOLDER_PATH

Public Headers Folder Path

类型

路径

The location to copy the public headers to during building, relative to the built products folder.

REEXPORTED_FRAMEWORK_NAMES

Re-Exported Framework Names

类型

字符串列表

List of framework names that should have their symbols be reexported from the built library.

REEXPORTED_LIBRARY_NAMES

Re-Exported Library Names

类型

字符串列表

List of library names that should have their symbols be reexported from the built library.

REEXPORTED_LIBRARY_PATHS

Re-Exported Library Paths

类型

路径列表

List of library paths that should have their symbols be reexported from the built library.

REFERENCEOBJECT_STRIP_USDZ

Strip USDZ file(s) from Reference Object

类型

布尔值（YES 或 NO）

默认值

NO

Strip any embedded USDZ files when compiling a Reference Object file.

REGISTER_APP_GROUPS

Register App Groups

类型

布尔值（YES 或 NO）

默认值

NO

Register app groups in profiles.

REMOVE_CVS_FROM_RESOURCES

REMOVE_CVS_FROM_RESOURCES

类型

布尔值（YES 或 NO）

默认值

YES

Specifies whether to remove CVS directories from bundle resources when they are copied.

REMOVE_GIT_FROM_RESOURCES

REMOVE_GIT_FROM_RESOURCES

类型

布尔值（YES 或 NO）

默认值

YES

Specifies whether to remove .git directories from bundle resources when they are copied.

REMOVE_HG_FROM_RESOURCES

REMOVE_HG_FROM_RESOURCES

类型

布尔值（YES 或 NO）

默认值

YES

Specifies whether to remove .hg directories from bundle resources when they are copied.

REMOVE_SVN_FROM_RESOURCES

REMOVE_SVN_FROM_RESOURCES

类型

布尔值（YES 或 NO）

默认值

YES

Specifies whether to remove SVN directories from bundle resources when they are copied.

RESMERGER_SOURCES_FORK

File Fork of Binary Sources

类型

列出的值之一

可选值

auto · data · resource

默认值

auto

Determines whether ResMerger treats binary input files as data-fork hosted or resource-fork hosted, or whether it automatically examines each input file.

RESOURCES_TARGETED_DEVICE_FAMILY

Resources Targeted Device Family

类型

字符串列表

Overrides TARGETED_DEVICE_FAMILY when the resource copying needs to differ from the default targeted device.

RETAIN_RAW_BINARIES

RETAIN_RAW_BINARIES

类型

布尔值（YES 或 NO）

默认值

$(INSTALLED_PRODUCT_ASIDES)

Specifies whether to keep copies of unstripped binaries available.

REZ_COLLECTOR_DIR

REZ_COLLECTOR_DIR

类型

路径

默认值

$(TARGET_TEMP_DIR)/ResourceManagerResources

Specifies the directory in which the collected Resource Manager resources generated by ResMerger are stored before they are added to the product.

REZ_OBJECTS_DIR

REZ_OBJECTS_DIR

类型

路径

默认值

$(REZ_COLLECTOR_DIR)/Objects

Specifies the directory in which compiled Resource Manager resources generated by Rez are stored before they are collected using ResMerger.

REZ_PREFIX_FILE

Rez Prefix File

类型

路径

Implicitly include the named file on the command line for each Rez file compiled. The path given should either be a project relative path or an absolute path.

REZ_PREPROCESSOR_DEFINITIONS

Preprocessor Defines

类型

字符串列表

These strings will be defined when compiling resource manager resources.

REZ_PREPROCESSOR_UNDEFINITIONS

Preprocessor Undefines

类型

字符串列表

These strings will be undefined when compiling resource manager resources.

REZ_RESOLVE_ALIASES

Resolve Aliases

类型

列出的值之一

可选值

Always · Includes · Never · Outputs

默认值

Always

Enables aliases to be unresolved or conditionally resolved. The default is to resolve aliases always.

REZ_RESOURCE_MAP_READ_ONLY

Read-only Resource Map

类型

布尔值（YES 或 NO）

默认值

NO

Enabling this option causes the resource map output to be read-only.

REZ_SCRIPT_TYPE

Rez Script Type

类型

列出的值之一

可选值

Japanese · Korean · Roman · SimpChinese · TradChinese

默认值

Roman

Enables the recognition of a specific 2-byte character script identifier to use when compiling resource manager resources. This allows for 2-byte characters in strings to be handled as indivisible entities. The default language is Roman, which specifies 1-byte character sets.

REZ_SEARCH_PATHS

Rez Search Paths

类型

路径列表

This is a list of paths to search for files with resource manager resources. Paths are delimited by whitespace, so any paths with spaces in them need to be properly quoted.

REZ_SHOW_DEBUG_OUTPUT

Show Diagnostic Output

类型

布尔值（YES 或 NO）

默认值

NO

Enabling this option causes version and progress information to be written when compiling resource manager resources.

REZ_SUPPRESS_REDECLARED_RESOURCE_TYPE_WARNINGS

Suppress Type Redeclaration Warnings

类型

布尔值（YES 或 NO）

默认值

NO

Enabling this option causes warnings about redeclared resource types to be suppressed.

RUNTIME_EXCEPTION_ALLOW_DYLD_ENVIRONMENT_VARIABLES

Allow DYLD Environment Variables

类型

布尔值（YES 或 NO）

默认值

NO

A Boolean value that indicates whether the app may be affected by dynamic linker environment variables, which you can use to inject code into your app’s process.

RUNTIME_EXCEPTION_ALLOW_JIT

Allow JIT

类型

布尔值（YES 或 NO）

默认值

NO

A Boolean value that indicates whether the app may create writable and executable memory using the MAP_JIT flag.

RUNTIME_EXCEPTION_ALLOW_UNSIGNED_EXECUTABLE_MEMORY

Allow Unsigned Executable Memory

类型

布尔值（YES 或 NO）

默认值

NO

A Boolean value that indicates whether the app may create writable and executable memory without the restrictions imposed by using the MAP_JIT flag.

RUNTIME_EXCEPTION_DEBUGGING_TOOL

Debugging Tool

类型

布尔值（YES 或 NO）

默认值

NO

A Boolean value that indicates whether the app is a debugger and may attach to other processes or get task ports.

RUNTIME_EXCEPTION_DISABLE_EXECUTABLE_PAGE_PROTECTION

Disable Executable Page Protection

类型

布尔值（YES 或 NO）

默认值

NO

A Boolean value that indicates whether to disable all code signing protections while launching an app, and during its execution.

RUNTIME_EXCEPTION_DISABLE_LIBRARY_VALIDATION

Disable Library Validation

类型

布尔值（YES 或 NO）

默认值

NO

A Boolean value that indicates whether the app loads arbitrary plug-ins or frameworks, without requiring code signing.

RUN_CLANG_STATIC_ANALYZER

Analyze During ‘Build’

类型

布尔值（YES 或 NO）

默认值

NO

Activating this setting will cause Xcode to run the Clang static analysis tool on qualifying source files during every build.

RUN_DOCUMENTATION_COMPILER

Build Documentation During ‘Build’

类型

布尔值（YES 或 NO）

默认值

NO

Also build documentation as part of the ‘Build’ action.

SCAN_ALL_SOURCE_FILES_FOR_INCLUDES

Scan All Source Files for Includes

类型

布尔值（YES 或 NO）

默认值

NO

Activating this setting will cause all source files to be scanned for includes (for example, of header files) when computing the dependency graph, in which case if an included file is changed then the including file will be rebuilt next time a target containing it is built. Normally only certain types of files, such as C-language source files, are scanned. This setting is useful if your project contains files of unusual types, which are compiled using a custom build rule.

SCRIPTS_FOLDER_PATH

SCRIPTS_FOLDER_PATH

类型

路径

Specifies the directory that contains the product’s scripts.

SDKROOT

Base SDK

类型

路径

默认值

$(SDKROOT)

The name or path of the base SDK being used during the build. The product will be built against the headers and libraries located inside the indicated SDK. This path will be prepended to all search paths, and will be passed through the environment to the compiler and linker. Additional SDKs can be specified in the ADDITIONAL_SDKS setting.

SECTORDER_FLAGS

Symbol Ordering Flags

类型

字符串列表

These flags are typically used to specify options for ordering symbols within segments, for example the -sectorder option to ld. Generally you should not specify symbol ordering options in Debug or Development configurations, as this will make the linked binary less readable to the debugger. Use them only in Release or Deployment configurations.

SEPARATE_SYMBOL_EDIT

Separately Edit Symbols

类型

布尔值（YES 或 NO）

默认值

NO

Activating this setting when the linked product’s symbols are to be edited will cause editing to occur via a separate invocation of nmedit(1). Otherwise editing will occur during linking, if possible.

SHARED_FRAMEWORKS_FOLDER_PATH

SHARED_FRAMEWORKS_FOLDER_PATH

类型

路径

Specifies the directory that contains the product’s shared frameworks.

SHARED_PRECOMPS_DIR

Precompiled Headers Cache Path

类型

路径

默认值

$(OBJROOT)/SharedPrecompiledHeaders

The path where precompiled prefix header files are placed during a build. Defaults to $(OBJROOT)/SharedPrecompiledHeaders. Using a common location allows precompiled headers to be shared between multiple projects.

SKIP_INSTALL

Skip Install

类型

布尔值（YES 或 NO）

默认值

NO

If enabled, don’t install built products even if deployment locations are active.

SKIP_MERGEABLE_LIBRARY_BUNDLE_HOOK

Skip Mergeable Library Bundle Hook

类型

布尔值（YES 或 NO）

默认值

NO

For mergeable libraries, skips adding a hook into the library’s resource bundle. This will prevent Bundle(for:) from returning this library’s resource bundle. For more information on mergeable libraries, see Configuring your project to use mergeable libraries.

SRCROOT

SRCROOT

类型

路径

默认值

.

Identifies the directory containing the target’s source files.

STRINGSDATA_DIR

STRINGSDATA_DIR

类型

路径

默认值

$(OBJECT_FILE_DIR_$(CURRENT_VARIANT))/$(CURRENT_ARCH)

The location to write .stringsdata files to when SWIFT_EMIT_LOC_STRINGS is enabled.

STRINGSDATA_ROOT

STRINGSDATA_ROOT

类型

路径

默认值

$(TARGET_TEMP_DIR)

The location to traverse and collect .stringsdata files from when exporting for localization.

STRINGS_FILE_INFOPLIST_RENAME

Adjust Strings File Names for Info.plist

类型

布尔值（YES 或 NO）

默认值

YES

If enabled, renames .strings files whose basename matches that of the target’s Info.plist file, to InfoPlist.strings in the built product.

STRINGS_FILE_OUTPUT_ENCODING

Strings File Output Encoding

类型

列出的值之一

可选值

UTF-16 · UTF-8 · binary

默认值

UTF-16

Specify the output encoding to be used for Strings files - the default is UTF-16. The value can be either an NSStringEncoding, such as one of the numeric values recognized by NSString, or an IANA character set name as understood by CFString. It is recommended that the source file be in UTF-8 encoding, which is the default encoding for standard strings files, and Xcode will automatically process it to the output encoding. Processing will fail if the file cannot be converted to the specified encoding.

STRING_CATALOG_GENERATE_SYMBOLS

Generate String Catalog Symbols

类型

布尔值（YES 或 NO）

默认值

NO

When enabled, symbols will be generated for manually-managed strings in String Catalogs.

STRIPFLAGS

Additional Strip Flags

类型

字符串列表

Additional flags to be passed when stripping the linked product of the build.

STRIP_INSTALLED_PRODUCT

Strip Linked Product

类型

布尔值（YES 或 NO）

默认值

YES

If enabled, the linked product of the build will be stripped of symbols when performing deployment postprocessing.

STRIP_PNG_TEXT

Remove Text Metadata From PNG Files

类型

布尔值（YES 或 NO）

默认值

YES

Metadata in the form of text chunks in PNG files will be removed to reduce their footprint on disk.

STRIP_STYLE

Strip Style

类型

列出的值之一

可选值

all · debugging · non-global

默认值

all

The level of symbol stripping to be performed on the linked product of the build. The default value is defined by the target’s product type. • All Symbols: Completely strips the binary, removing the symbol table and relocation information. [all, -s] • Non-Global Symbols: Strips non-global symbols, but saves external symbols. [non-global, -x] • Debugging Symbols: Strips debugging symbols, but saves local and global symbols. [debugging, -S]

STRIP_SWIFT_SYMBOLS

Strip Swift Symbols

类型

布尔值（YES 或 NO）

默认值

YES

Adjust the level of symbol stripping specified by the STRIP_STYLE setting so that when the linked product of the build is stripped, all Swift symbols will be removed.

SUPPORTED_PLATFORMS

Supported Platforms

类型

字符串列表

The list of supported platforms from which a base SDK can be used. This setting is used if the product can be built for multiple platforms using different SDKs.

SUPPORTS_MACCATALYST

Supports Mac Catalyst

类型

布尔值（YES 或 NO）

默认值

YES

Support building this target for Mac Catalyst.

SUPPORTS_MAC_DESIGNED_FOR_IPHONE_IPAD

Show Mac (Designed for iPhone & iPad) Destination

类型

布尔值（YES 或 NO）

默认值

YES

Show the Mac (Designed for iPhone) and Mac (Designed for iPad) destinations.

SUPPORTS_TEXT_BASED_API

Supports Text-Based InstallAPI

类型

布尔值（YES 或 NO）

默认值

NO

Enable to indicate that the target supports Text-Based InstallAPI, which will enable its generation during install builds.

SUPPORTS_XR_DESIGNED_FOR_IPHONE_IPAD

Show Apple Vision (Designed for iPhone & iPad) Destination

类型

布尔值（YES 或 NO）

默认值

YES

Show the Apple Vision (Designed for iPhone) and Apple Vision (Designed for iPad) destinations.

SWIFT_ACTIVE_COMPILATION_CONDITIONS

Active Compilation Conditions

类型

字符串列表

A list of compilation conditions to enable for conditional compilation expressions.

SWIFT_APPROACHABLE_CONCURRENCY

Approachable Concurrency

类型

布尔值（YES 或 NO）

默认值

NO

Enables upcoming features that aim to provide a more approachable path to Swift Concurrency: DisableOutwardActorInference, GlobalActorIsolatedTypesUsability, InferIsolatedConformances, InferSendableFromCaptures, and NonisolatedNonsendingByDefault.

SWIFT_BRIDGING_HEADER_IS_INTERNAL

Bridging Header is Internal to the Module

类型

布尔值（YES 或 NO）

默认值

NO

When there is a bridging header, this setting indicates whether the contents of that bridging header should be imported as-if they came from an internal import. This is necessary when using bridging headers with Swift modules that are imported into other modules.

SWIFT_COMPILATION_MODE

Compilation Mode

类型

列出的值之一

可选值

singlefile · wholemodule

默认值

singlefile

This setting controls the way the Swift files in a module are rebuilt. • Incremental: Only rebuild the Swift source files in the module that are out of date, running multiple compiler processes as needed. • Whole Module: Always rebuild all Swift source files in the module, in a single compiler process.

SWIFT_DEFAULT_ACTOR_ISOLATION

Default Actor Isolation

类型

列出的值之一

可选值

MainActor · nonisolated

默认值

nonisolated

Controls default actor isolation for unannotated code. When set to ‘MainActor’, @MainActor isolation will be inferred by default to mitigate false-positive data-race safety errors in sequential code.

SWIFT_DISABLE_SAFETY_CHECKS

Disable Safety Checks

类型

布尔值（YES 或 NO）

默认值

NO

Disable runtime safety checks when optimizing.

SWIFT_EMIT_CONST_VALUE_PROTOCOLS

Const value emission protocol list

类型

字符串列表

A list of protocol names whose conformances the Swift compiler is to emit compile-time-known values for.

SWIFT_EMIT_LOC_STRINGS

Use Compiler to Extract Swift Strings

类型

布尔值（YES 或 NO）

默认值

NO

When enabled, the Swift compiler will be used to extract Swift string literal and interpolation LocalizedStringKey and LocalizationKey types during localization export.

SWIFT_ENABLE_BARE_SLASH_REGEX

Bare Slash Regex Literals

类型

布尔值（YES 或 NO）

默认值

YES

Enables the use of the forward slash syntax for regular-expressions (/.../). This is always enabled when in the Swift 6 language mode.

SWIFT_ENABLE_EMIT_CONST_VALUES

Emit Swift const values

类型

布尔值（YES 或 NO）

默认值

YES

Emit the extracted compile-time known values from the Swift compiler (-emit-const-values)

SWIFT_ENABLE_EXPLICIT_MODULES

Explicitly Built Modules

类型

列出的值之一

可选值

NO · YES

Coordinates the build of the main module’s modular dependencies via explicit tasks scheduled by the build system.

SWIFT_ENFORCE_EXCLUSIVE_ACCESS

Exclusive Access to Memory

类型

列出的值之一

可选值

debug-only · default · off · on

默认值

default

Enforce exclusive access at run-time.

SWIFT_INCLUDE_PATHS

Module Import Paths

类型

路径列表

A list of paths to be searched by the Swift compiler for additional Swift modules.

SWIFT_INSTALL_MODULE

Install Swift Module

类型

布尔值（YES 或 NO）

默认值

YES

For frameworks, install the Swift module so it can be accessed from Swift code using the framework.

SWIFT_INSTALL_OBJC_HEADER

Install Generated Header

类型

布尔值（YES 或 NO）

默认值

YES

For frameworks, install the C++/Objective-C generated header describing bridged Swift types into the PUBLIC_HEADERS_FOLDER_PATH so they may be accessed from Objective-C or C++ code using the framework. Defaults to YES.

SWIFT_MODULES_AUTOLINK

Link Frameworks and Libraries Automatically

类型

布尔值（YES 或 NO）

默认值

YES

Automatically link frameworks and libraries that are referenced using import.

SWIFT_OBJC_BRIDGING_HEADER

Bridging Header

类型

字符串

Path to the header defining the C interfaces to be exposed in Swift.

SWIFT_OBJC_INTERFACE_HEADER_NAME

Generated Header Name

类型

字符串

默认值

$(SWIFT_MODULE_NAME)-Swift.h

Name to use for the header that is generated by the Swift compiler for use in #import statements in Objective-C or C++.

SWIFT_OBJC_INTEROP_MODE

C++ and Objective-C Interoperability

类型

列出的值之一

可选值

objc · objcxx

默认值

objc

Determines whether Swift can interoperate with C++ in addition to Objective-C.

SWIFT_OPTIMIZATION_LEVEL

Optimization Level

类型

列出的值之一

可选值

-O · -Onone · -Osize

默认值

-O

• None: Compile without any optimization. [-Onone] • Optimize for Speed: [-O] • Optimize for Size: [-Osize] • Whole Module Optimization: [-O -whole-module-optimization]

SWIFT_PACKAGE_NAME

Package Access Identifier

类型

字符串

An identifier that allows grouping of modules with access to symbols with a package access modifier.

SWIFT_PRECOMPILE_BRIDGING_HEADER

Precompile Bridging Header

类型

布尔值（YES 或 NO）

默认值

YES

Generate a precompiled header for the Objective-C bridging header, if used, in order to reduce overall build times.

SWIFT_REFLECTION_METADATA_LEVEL

Reflection Metadata Level

类型

列出的值之一

可选值

all · none · without-names

默认值

all

This setting controls the level of reflection metadata the Swift compiler emits. • All: Type information about stored properties of Swift structs and classes, Swift enum cases, and their names, are emitted into the binary for reflection and analysis in the Memory Graph Debugger. • Without Names: Only type information about stored properties and cases are emitted into the binary, with their names omitted. [-disable-reflection-names] • None: No reflection metadata is emitted into the binary. Accuracy of detecting memory issues involving Swift types in the Memory Graph Debugger will be degraded and reflection in Swift code may not be able to discover children of types, such as properties and enum cases. [-disable-reflection-metadata]

SWIFT_SKIP_AUTOLINKING_ALL_FRAMEWORKS

Skip Automatically Linking All Frameworks

类型

布尔值（YES 或 NO）

默认值

NO

When enabled, does not automatically link any frameworks which are referenced using import.

SWIFT_SKIP_AUTOLINKING_FRAMEWORKS

Skip Automatically Linking Frameworks

类型

字符串列表

A list of framework names which should not be automatically linked when referenced using import.

SWIFT_SKIP_AUTOLINKING_LIBRARIES

Skip Automatically Linking Libraries

类型

字符串列表

A list of library names which should not be automatically linked when referenced using import.

SWIFT_STRICT_CONCURRENCY

Strict Concurrency Checking

类型

列出的值之一

可选值

complete · minimal · targeted

默认值

$(SWIFT_STRICT_CONCURRENCY_DEFAULT)

Enables strict concurrency checking to produce warnings for possible data races. This is always ‘complete’ when in the Swift 6 language mode and produces errors instead of warnings.

SWIFT_STRICT_MEMORY_SAFETY

Strict Memory Safety

类型

列出的值之一

可选值

MIGRATE · NO · YES

默认值

NO

Enable strict memory safety checking. This will produce warnings for each use of an unsafe language construct or API that isn’t acknowledged with unsafe or @unsafe.

SWIFT_SUPPRESS_WARNINGS

Suppress Warnings

类型

布尔值（YES 或 NO）

默认值

$(SUPPRESS_WARNINGS)

Don’t emit any warnings.

SWIFT_SYSTEM_INCLUDE_PATHS

System Module Import Paths

类型

路径列表

默认值

$(SWIFT_SYSTEM_INCLUDE_PATHS)

A list of paths to be searched by the Swift compiler for additional system Swift modules. Warnings found in system modules will not be emitted.

SWIFT_TREAT_WARNINGS_AS_ERRORS

Treat Warnings as Errors

类型

布尔值（YES 或 NO）

默认值

NO

Treat all warnings as errors.

SWIFT_UPCOMING_FEATURE_CONCISE_MAGIC_FILE

Concise Magic File

类型

布尔值（YES 或 NO）

默认值

$(SWIFT_UPCOMING_FEATURE_6_0)

Changes #file to evaluate to a string literal of the format <module-name>/<file-name>, with the existing behavior preserved in a new #filePath. This is always enabled when in the Swift 6 language mode.

SWIFT_UPCOMING_FEATURE_DEPRECATE_APPLICATION_MAIN

Deprecate Application Main

类型

布尔值（YES 或 NO）

默认值

$(SWIFT_UPCOMING_FEATURE_6_0)

Causes any use of @UIApplicationMain or @NSApplicationMain to produce a warning (use @main instead). This is always enabled when in the Swift 6 language mode and an error instead of a warning.

SWIFT_UPCOMING_FEATURE_DISABLE_OUTWARD_ACTOR_ISOLATION

Disable Outward Actor Isolation Inference

类型

布尔值（YES 或 NO）

默认值

$(SETTING_DefaultValue_$(SWIFT_UPCOMING_FEATURE_6_0)_$(SWIFT_APPROACHABLE_CONCURRENCY))

Removes inferred actor isolation inference from property wrappers. This is always enabled when in the Swift 6 language mode.

SWIFT_UPCOMING_FEATURE_DYNAMIC_ACTOR_ISOLATION

Dynamic Actor Isolation

类型

布尔值（YES 或 NO）

默认值

$(SWIFT_UPCOMING_FEATURE_6_0)

Enable actor isolation checking at runtime for synchronous isolated functions. This is always enabled when in the Swift 6 language mode.

SWIFT_UPCOMING_FEATURE_EXISTENTIAL_ANY

Require Existential any

类型

列出的值之一

可选值

MIGRATE · NO · YES

默认值

No

Changes existential types to require explicit annotation with the any keyword.

SWIFT_UPCOMING_FEATURE_FORWARD_TRAILING_CLOSURES

Forward Trailing Closures

类型

布尔值（YES 或 NO）

默认值

$(SWIFT_UPCOMING_FEATURE_6_0)

Updates trailing closures to be evaluated such that arguments are matched forwards instead of backwards. This is always enabled when in the Swift 6 language mode.

SWIFT_UPCOMING_FEATURE_GLOBAL_ACTOR_ISOLATED_TYPES_USABILITY

Global-Actor-Isolated Types Usability

类型

布尔值（YES 或 NO）

默认值

$(SETTING_DefaultValue_$(SWIFT_UPCOMING_FEATURE_6_0)_$(SWIFT_APPROACHABLE_CONCURRENCY))

Enable new concurrency checking rules for global-actor-isolated types. This is always enabled when in the Swift 6 language mode.

SWIFT_UPCOMING_FEATURE_GLOBAL_CONCURRENCY

Isolated Global Variables

类型

布尔值（YES 或 NO）

默认值

$(SWIFT_UPCOMING_FEATURE_6_0)

Adds a warning for global variables that are neither isolated to a global actor or are not both immutable and Sendable. This is always enabled when in the Swift 6 language mode and an error instead of a warning.

SWIFT_UPCOMING_FEATURE_IMPLICIT_OPEN_EXISTENTIALS

Implicitly Opened Existentials

类型

布尔值（YES 或 NO）

默认值

$(SWIFT_UPCOMING_FEATURE_6_0)

Enables passing an existential where a generic is expected. This is always enabled when in the Swift 6 language mode.

SWIFT_UPCOMING_FEATURE_IMPORT_OBJC_FORWARD_DECLS

Import Objective-C Forward Declarations

类型

布尔值（YES 或 NO）

默认值

$(SWIFT_UPCOMING_FEATURE_6_0)

Synthesizes placeholder types to represent forward declared Objective-C interfaces and protocols. This is always enabled when in the Swift 6 language mode.

SWIFT_UPCOMING_FEATURE_INFER_ISOLATED_CONFORMANCES

Infer Isolated Conformances

类型

列出的值之一

可选值

MIGRATE · NO · YES

默认值

$(SWIFT_APPROACHABLE_CONCURRENCY)

Infer conformances of global-actor isolated types as isolated to the same actor unless isolation is explicitly specified as nonisolated.

SWIFT_UPCOMING_FEATURE_INFER_SENDABLE_FROM_CAPTURES

Infer Sendable for Methods and Key Path Literals

类型

布尔值（YES 或 NO）

默认值

$(SETTING_DefaultValue_$(SWIFT_UPCOMING_FEATURE_6_0)_$(SWIFT_APPROACHABLE_CONCURRENCY))

Adds sendability inference for partial and unapplied methods, and allows specifying whether a key path literal is Sendable. This is always enabled when in the Swift 6 language mode.

SWIFT_UPCOMING_FEATURE_INTERNAL_IMPORTS_BY_DEFAULT

Default Internal Imports

类型

布尔值（YES 或 NO）

默认值

NO

Switches the default accessibility of module imports to internal rather than public.

SWIFT_UPCOMING_FEATURE_ISOLATED_DEFAULT_VALUES

Isolated Default Values

类型

布尔值（YES 或 NO）

默认值

$(SWIFT_UPCOMING_FEATURE_6_0)

Adds actor isolation for default values, matching its enclosing function or stored property. This is always enabled when in the Swift 6 language mode.

SWIFT_UPCOMING_FEATURE_MEMBER_IMPORT_VISIBILITY

Member Import Visibility

类型

列出的值之一

可选值

MIGRATE · NO · YES

默认值

NO

Requires that a module be imported directly in order for its member declarations to be accessible.

SWIFT_UPCOMING_FEATURE_NONFROZEN_ENUM_EXHAUSTIVITY

Nonfrozen Enum Exhaustivity

类型

布尔值（YES 或 NO）

默认值

$(SWIFT_UPCOMING_FEATURE_6_0)

Enable errors when switching over nonfrozen enums without an @unknown default case. This is always enabled when in the Swift 6 language mode.

SWIFT_UPCOMING_FEATURE_NONISOLATED_NONSENDING_BY_DEFAULT

nonisolated(nonsending) By Default

类型

列出的值之一

可选值

MIGRATE · NO · YES

默认值

$(SWIFT_APPROACHABLE_CONCURRENCY)

Runs nonisolated async functions on the caller’s actor by default unless the function is explicitly marked @concurrent.

SWIFT_UPCOMING_FEATURE_REGION_BASED_ISOLATION

Region Based Isolation

类型

布尔值（YES 或 NO）

默认值

$(SWIFT_UPCOMING_FEATURE_6_0)

Enable passing non-Sendable values over isolation boundaries when there’s no possibility of concurrent access. This is always enabled when in the Swift 6 language mode.

SWIFT_VERSION

Swift Language Version

类型

字符串

The language version used to compile the target’s Swift code.

SWIFT_WARNINGS_AS_ERRORS_GROUPS

Diagnostic Groups Treated as Errors

类型

字符串列表

Specify diagnostic groups that should be treated as errors (format: ‘’)

SWIFT_WARNINGS_AS_WARNINGS_GROUPS

Diagnostic Groups Remain Warnings

类型

字符串列表

Specify diagnostic groups that should remain warnings (format: ‘’)

SYMBOL_GRAPH_EXTRACTOR_MODULE_NAME

Module name

类型

字符串

默认值

$(PRODUCT_MODULE_NAME)

The name of the main module to extract.

SYMBOL_GRAPH_EXTRACTOR_OUTPUT_DIR

Output directory

类型

字符串

默认值

$(SYMBOL_GRAPH_EXTRACTOR_OUTPUT_BASE)/swift/$(SYMBOL_GRAPH_EXTRACTOR_TARGET_TRIPLE)