//
// CryptoSwift-TestHostApp-Debug.xcconfig
//
// Generated by BuildSettingExtractor on 02/04/2018
// https://github.com/dempseyatgithub/BuildSettingExtractor
//

#include "CryptoSwift-TestHostApp-Shared.xcconfig"


// Debug Information Format
// 
// 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_FORMAT = dwarf



// Enable Testability
// 
// When this setting is activated, the product will be built with options appropriate for
// running automated tests, such as making private interfaces accessible to the tests.
// This may result in tests running slower than they would without testability enabled.

ENABLE_TESTABILITY = YES



// Generate Position-Dependent Code
// 
// Faster function calls for applications. Not appropriate for shared libraries, which
// need to be position-independent.

GCC_DYNAMIC_NO_PIC = NO



// Optimization Level
// 
// 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]

GCC_OPTIMIZATION_LEVEL = 0



// Preprocessor Macros
// 
// Space-separated list of preprocessor macros of the form `foo` or `foo=bar`.

GCC_PREPROCESSOR_DEFINITIONS = $(inherited) DEBUG=1



// Produce debugging information
// 
// Produce debugging information. This information is required for shader profiling.

MTL_ENABLE_DEBUG_INFO = YES



// Build Active Architecture Only
// 
// If enabled, only the active architecture is built.

ONLY_ACTIVE_ARCH = YES



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

SWIFT_OPTIMIZATION_LEVEL = -Onone