Files
file	arg_parser.h
	Simple argument parser.

file	bitmask_operators.h
	Support of bitwise operations for compatible enum classes.

file	cuda_utils.h
	Auxiliary classes and macros for CUDA calls.

file	debug.h
	Debug, logging and assertion macros.

file	defs.h
	Data type definitions.

file	file_system.h
	Filesystem utils.

file	index.h
	Set of multi-dimensional integer iterators.

file	optional.h
	Optional value holder.

file	profiler.h
	Code profiler.

file	size.h
	Set of multi-dimensional size representations.

file	str.h
	String utils.

Classes
struct	hermes::cuda_utils::LaunchInfo
	Holds CUDA launch parameters. More...

class	hermes::cuda_utils::Lock
	Synchronization lock. More...

class	hermes::profiler::Profiler
	Singleton code profiler. More...

struct	hermes::profiler::Profiler::BlockDescriptor
	Describes a block label. More...

class	hermes::profiler::Profiler::Block
	Holds a labeled profiler block with start/end time points. More...

class	hermes::profiler::Profiler::ScopedBlock
	RAII Profiler Block. More...

Macros
#define	HERMES_CUDA_TIME(LAUNCH, ELAPSED_TIME_IN_MS)
	Computes execution time from a given CUDA call. More...

#define	HERMES_CUDA_DEVICE_SYNCHRONIZE HERMES_CHECK_CUDA_CALL(cudaDeviceSynchronize());
	Calls cudaDeviceSynchronize.

#define	HERMES_CUDA_LAUNCH(LAUNCH_INFO, NAME, ...)
	Launches a CUDA kernel given its parameters. More...

#define	HERMES_CUDA_LAUNCH_AND_SYNC(LAUNCH_INFO, NAME, ...)
	Launches a CUDA kernel given its parameters and synchronizes with host. More...

#define	HERMES_CUDA_THREAD_INDEX_I u32 i = threadIdx.x + blockIdx.x * blockDim.x
	Creates a 1-dimensional index based on current cuda thread index.

#define	HERMES_CUDA_THREAD_INDEX_IJ
	Creates a 2-dimensional index based on current cuda thread index. More...

#define	HERMES_CUDA_THREAD_INDEX_IJK
	Creates a 3-dimensional index based on current cuda thread index. More...

#define	HERMES_CUDA_RETURN_IF_NOT_THREAD_0
	Ensures just thread of index 0 is run. More...

#define	HERMES_CUDA_THREAD_INDEX_LT(I, BOUNDS)
	Creates a 1-dimensional index and tests it against bounds. More...

#define	HERMES_CUDA_THREAD_INDEX2_LT(IJ, BOUNDS)
	Creates a 2-dimensional index and tests it against bounds. More...

#define	HERMES_CUDA_THREAD_INDEX3_LT(IJK, BOUNDS)
	Creates a 3-dimensional index and tests it against bounds. More...

#define	HERMES_CUDA_THREAD_INDEX_I_LT(BOUNDS) HERMES_CUDA_THREAD_INDEX_LT(i, BOUNDS)
	Creates a 1-dimensional index variable i and tests it against bounds. More...

#define	HERMES_CUDA_THREAD_INDEX_IJ_LT(BOUNDS) HERMES_CUDA_THREAD_INDEX2_LT(ij, BOUNDS)
	Creates a 2-dimensional index variable ij and tests it against bounds. More...

#define	HERMES_CUDA_THREAD_INDEX_IJK_LT(BOUNDS) HERMES_CUDA_THREAD_INDEX3_LT(ijk, BOUNDS)
	Creates a 3-dimensional index variable ijk and tests it against bounds. More...

#define	HERMES_CHECK_CUDA_CALL(err)
	Checks (and logs) a CUDA method return code for errors. More...

#define	HERMES_CHECK_LAST_CUDA_CALL HERMES_CHECK_CUDA_CALL(cudaGetLastError());
	Checks (and logs) the last CUDA call for errors.

#define	CUDA_MEMORY_USAGE
	Outputs in stdout current GPU memory usage. More...

#define	HERMES_DEBUG

#define	CHECKS_ENABLED

#define	ASSERTIONS_ENABLED

#define	HERMES_UNUSED_VARIABLE(x) ((void)x);
	Specifies that variable is not used in this scope. More...

#define	HERMES_NOT_IMPLEMENTED printf("[%s][%d][%s] calling not implemented function.", __FILE__, __LINE__, __FUNCTION__);
	Logs "calling code not implemented" warning.

#define	HERMES_DEBUG_CODE(CODE_CONTENT) {CODE_CONTENT}

#define	HERMES_CHECK_EQUAL(A, B)
	Warns if values are different. More...

#define	HERMES_CHECK_EXP(expr)
	Warns if expression is false. More...

#define	HERMES_CHECK_EXP_WITH_LOG(expr, M)
	Warns if expression is false with message. More...

#define	debugBreak() exit(-1)

#define	HERMES_ASSERT(expr)
	Errors if expression is false. More...

#define	HERMES_ASSERT_WITH_LOG(expr, M)
	Errors if expression is false with message. More...

#define	HERMES_RETURN_IF(A)
	Calls return if condition is true. More...

#define	HERMES_RETURN_IF_NOT(A)
	Calls return if condition is false. More...

#define	HERMES_RETURN_VALUE_IF(A, R)
	Return value if condition is true. More...

#define	HERMES_RETURN_VALUE_IF_NOT(A, R)
	Return value if condition is false. More...

#define	HERMES_LOG_AND_RETURN_VALUE_IF_NOT(A, R, M)
	Logs and return value if condition is false. More...

#define	HERMES_LOG_AND_RETURN_IF_NOT(A, M)
	Logs and return if condition is false. More...

#define	HERMES_HOST_FUNCTION __host__
	Specifies that the function can only be called from host side.

#define	HERMES_DEVICE_CALLABLE __device__ __host__
	Specifies that the function can be called from both host and device sides.

#define	HERMES_DEVICE_FUNCTION __device__
	Specifies that the function can only be called from device side.

#define	HERMES_DEVICE_ENABLED __CUDA_ARCH__
	Specifies that hermes is compiled with CUDA support.

#define	HERMES_CUDA_KERNEL(NAME) __global__ void NAME ## _k
	Defines a CUDA kernel function. More...

#define	HERMES_CUDA_CODE(CODE) {CODE}
	Wraps a block of code intended to be compiled only when using CUDA.

#define	HERMES_TOKEN_JOIN(x, y) x ## y
	Joins two tokens. More...

#define	HERMES_TOKEN_CONCATENATE(x, y) HERMES_TOKEN_JOIN(x, y)
	Concatenates two tokens. More...

#define	HERMES_PROFILE_START_BLOCK(name, ...)
	Starts a new non-scoped block with a given label. More...

#define	HERMES_PROFILE_END_BLOCK hermes::profiler::Profiler::endBlock();
	Finishes the current top block.

#define	HERMES_PROFILE_SCOPE(name, ...)
	Starts a scoped block with a given label. More...

#define	HERMES_PROFILE_FUNCTION(...) HERMES_PROFILE_SCOPE(__func__, ## __VA_ARGS__)
	Starts a scoped block using the enclosing function as label. More...

#define	HERMES_ENABLE_PROFILER hermes::profiler::Profiler::enable();
	Enables profiler.

#define	HERMES_DISABLE_PROFILER hermes::profiler::Profiler::disable();
	Disables profiler.

#define	HERMES_RESET_PROFILER hermes::profiler::Profiler::reset();
	Clears profiler history and current stack.

Typedefs
using	real_t = float
	default floating point type

using	f32 = float
	32 bit size floating point type

using	f64 = double
	64 bit size floating point type

using	i8 = int8_t
	8 bit size integer type

using	i16 = int16_t
	16 bit size integer type

using	i32 = int32_t
	32 bit size integer type

using	i64 = int64_t
	64 bit size integer type

using	u8 = uint8_t
	8 bit size unsigned integer type

using	u16 = uint16_t
	16 bit size unsigned integer type

using	u32 = uint32_t
	32 bit size unsigned integer type

using	u64 = uint64_t
	64 bit size unsigned integer type

using	ulong = unsigned long
	unsigned long type

using	uint = unsigned int
	unsigned int type

using	ushort = unsigned short
	unsigned short type

using	uchar = unsigned char
	unsigned char type

using	byte = uint8_t
	unsigned byte

Functions
void	hermes_print_cuda_devices ()
	Outputs in stdout information about all devices in the current machine.

void	hermes_print_cuda_memory_usage ()
	Outputs in stdout current GPU memory usage.

Detailed Description

Macro Definition Documentation

◆ CUDA_MEMORY_USAGE

#define CUDA_MEMORY_USAGE

#include <hermes/common/cuda_utils.h>

Value:

  {                                                                                                                 \
    std::cerr << "[INFO][" << __FILE__ << "][" << __LINE__ << "]";                                                  \
    hermes_print_cuda_memory_usage();                                                                                      \
  }

Outputs in stdout current GPU memory usage.

◆ HERMES_ASSERT

#define HERMES_ASSERT ( expr )

#include <hermes/common/debug.h>

Value:

  if(expr) {}                                                                                                       \
  else {                                                                                                            \
    hermes::Log::error("[{}][{}][ASSERT FAIL {}]", __FILE__, __LINE__, #expr);                                      \
    debugBreak();                                                                                                   \
  }

Errors if expression is false.

Parameters

expr	expression

◆ HERMES_ASSERT_WITH_LOG

#define HERMES_ASSERT_WITH_LOG	(	expr,
		M
	)

#include <hermes/common/debug.h>

Value:

  if(expr) {}                                                                                                       \
  else {                                                                                                            \
    hermes::Log::error("[{}][{}][ASSERT FAIL {}]: {}", __FILE__, __LINE__, #expr, M);                               \
    debugBreak();                                                                                                   \
  }

Errors if expression is false with message.

Parameters

expr	expression
M	custom error message

◆ HERMES_CHECK_CUDA_CALL

#define HERMES_CHECK_CUDA_CALL ( err )

#include <hermes/common/cuda_utils.h>

Value:

  {                                                                                                                 \
      auto hermes_cuda_result = (err);                                                                              \
      if(hermes_cuda_result != cudaSuccess) {                                                                       \
        HERMES_LOG_CRITICAL(cudaGetErrorString(hermes_cuda_result));                                                \
        cudaDeviceReset();                                                                                          \
        exit(99);                                                                                                   \
        }                                                                                                           \
  }

Checks (and logs) a CUDA method return code for errors.

◆ HERMES_CHECK_EQUAL

#define HERMES_CHECK_EQUAL	(	A,
		B
	)

#include <hermes/common/debug.h>

Value:

 if(A == B) {}                                                                                                      \
 else {                                                                                                             \
    hermes::Log::warn("[{}][{}][CHECK_EQUAL FAIL {} == {}] {} != {}", __FILE__, __LINE__, (#A), (#B), A, B);        \
 }

Warns if values are different.

Parameters

A	first value
B	second value

◆ HERMES_CHECK_EXP

#define HERMES_CHECK_EXP ( expr )

#include <hermes/common/debug.h>

Value:

  if(expr) {}                                                                                                       \
  else {                                                                                                            \
    hermes::Log::warn("[{}][{}][CHECK_EXP FAIL {}]", __FILE__, __LINE__, (#expr));                                  \
  }

Warns if expression is false.

Parameters

expr	expression

◆ HERMES_CHECK_EXP_WITH_LOG

#define HERMES_CHECK_EXP_WITH_LOG	(	expr,
		M
	)

#include <hermes/common/debug.h>

Value:

  if(expr) {}                                                                                                       \
  else {                                                                                                            \
    hermes::Log::warn("[{}][{}][CHECK_EXP FAIL {}]: {}", __FILE__, __LINE__, (#expr), M);                           \
  }

Warns if expression is false with message.

Parameters

expr	expression
M	custom warn message

◆ HERMES_CUDA_KERNEL

#define HERMES_CUDA_KERNEL ( NAME ) __global__ void NAME ## _k

#include <hermes/common/defs.h>

Defines a CUDA kernel function.

Parameters

NAME	kernel name

Note: the kernel's name receives a suffix _k

◆ HERMES_CUDA_LAUNCH

#define HERMES_CUDA_LAUNCH	(	LAUNCH_INFO,
		NAME,
		...
	)

#include <hermes/common/cuda_utils.h>

Value:

{                                                                                                                   \
  auto _hli_ = hermes::cuda_utils::LaunchInfo LAUNCH_INFO;                                                          \
  NAME<<< _hli_.grid_size, _hli_.block_size, _hli_.shared_memory_size, _hli_.stream_id >>> (__VA_ARGS__);           \
  HERMES_CHECK_LAST_CUDA                                                                                            \
}

Launches a CUDA kernel given its parameters.

Parameters

LAUNCH_INFO	- launch parameters object
NAME	- kernel name
...	- kernel parameters

◆ HERMES_CUDA_LAUNCH_AND_SYNC

#define HERMES_CUDA_LAUNCH_AND_SYNC	(	LAUNCH_INFO,
		NAME,
		...
	)

#include <hermes/common/cuda_utils.h>

Value:

{                                                                                                                   \
  auto _hli_ = hermes::cuda_utils::LaunchInfo LAUNCH_INFO;                                                          \
  NAME<<< _hli_.grid_size, _hli_.block_size, _hli_.shared_memory_size, _hli_.stream_id >>> (__VA_ARGS__);           \
  HERMES_CHECK_LAST_CUDA_CALL                                                                                       \
  HERMES_CUDA_DEVICE_SYNCHRONIZE                                                                                    \
}

Launches a CUDA kernel given its parameters and synchronizes with host.

Parameters

LAUNCH_INFO	- launch parameters object
NAME	- kernel name
...	- kernel parameters

◆ HERMES_CUDA_RETURN_IF_NOT_THREAD_0

#define HERMES_CUDA_RETURN_IF_NOT_THREAD_0

#include <hermes/common/cuda_utils.h>

Value:

{ HERMES_CUDA_THREAD_INDEX_IJK                                                                                      \
  if(ijk != hermes::index3(0,0,0))                                                                                  \
    return;                                                                                                         \
}

Ensures just thread of index 0 is run.

◆ HERMES_CUDA_THREAD_INDEX2_LT

#define HERMES_CUDA_THREAD_INDEX2_LT	(	IJ,
		BOUNDS
	)

#include <hermes/common/cuda_utils.h>

Value:

  hermes::index2 IJ(threadIdx.x + blockIdx.x * blockDim.x,                                                          \
                    threadIdx.y + blockIdx.y * blockDim.y);                                                         \
  if(IJ >= (BOUNDS)) return

Creates a 2-dimensional index and tests it against bounds.

Parameters

IJ	- index variable (hermes::index2) name
BOUNDS	- 2-dimensional bound (hermes::size2)

◆ HERMES_CUDA_THREAD_INDEX3_LT

#define HERMES_CUDA_THREAD_INDEX3_LT	(	IJK,
		BOUNDS
	)

#include <hermes/common/cuda_utils.h>

Value:

  hermes::index3 IJK(threadIdx.x + blockIdx.x * blockDim.x,                                                         \
                     threadIdx.y + blockIdx.y * blockDim.y,                                                         \
                     threadIdx.z + blockIdx.z * blockDim.z);                                                        \
  if(IJK >= (BOUNDS)) return

Creates a 3-dimensional index and tests it against bounds.

Parameters

IJK	- index variable (hermes::index3) name
BOUNDS	- 3-dimensional bound (hermes::size3)

◆ HERMES_CUDA_THREAD_INDEX_I_LT

#define HERMES_CUDA_THREAD_INDEX_I_LT ( BOUNDS ) HERMES_CUDA_THREAD_INDEX_LT(i, BOUNDS)

#include <hermes/common/cuda_utils.h>

Creates a 1-dimensional index variable i and tests it against bounds.

Parameters

BOUNDS - 1-dimensional bound (u32)

◆ HERMES_CUDA_THREAD_INDEX_IJ

#define HERMES_CUDA_THREAD_INDEX_IJ

#include <hermes/common/cuda_utils.h>

Value:

hermes::index2 ij(threadIdx.x + blockIdx.x * blockDim.x, \

threadIdx.y + blockIdx.y * blockDim.y)

Creates a 2-dimensional index based on current cuda thread index.

◆ HERMES_CUDA_THREAD_INDEX_IJ_LT

#define HERMES_CUDA_THREAD_INDEX_IJ_LT ( BOUNDS ) HERMES_CUDA_THREAD_INDEX2_LT(ij, BOUNDS)

#include <hermes/common/cuda_utils.h>

Creates a 2-dimensional index variable ij and tests it against bounds.

Parameters

BOUNDS - 2-dimensional bound (hermes::size2)

◆ HERMES_CUDA_THREAD_INDEX_IJK

#define HERMES_CUDA_THREAD_INDEX_IJK

#include <hermes/common/cuda_utils.h>

Value:

  hermes::index3 ijk(threadIdx.x + blockIdx.x * blockDim.x,                                                         \
                     threadIdx.y + blockIdx.y * blockDim.y,                                                         \
                     threadIdx.z + blockIdx.z * blockDim.z);

Creates a 3-dimensional index based on current cuda thread index.

◆ HERMES_CUDA_THREAD_INDEX_IJK_LT

#define HERMES_CUDA_THREAD_INDEX_IJK_LT ( BOUNDS ) HERMES_CUDA_THREAD_INDEX3_LT(ijk, BOUNDS)

#include <hermes/common/cuda_utils.h>

Creates a 3-dimensional index variable ijk and tests it against bounds.

Parameters

BOUNDS - 3-dimensional bound (hermes::size3)

◆ HERMES_CUDA_THREAD_INDEX_LT

#define HERMES_CUDA_THREAD_INDEX_LT	(	I,
		BOUNDS
	)

#include <hermes/common/cuda_utils.h>

Value:

u32 I = threadIdx.x + blockIdx.x * blockDim.x; \

if(I >= (BOUNDS)) return

u32

uint32_t u32

32 bit size unsigned integer type

Definition: defs.h:88

Creates a 1-dimensional index and tests it against bounds.

Parameters

I	- index variable (u32) name
BOUNDS	- 1-dimensional bound (u32)

◆ HERMES_CUDA_TIME

#define HERMES_CUDA_TIME	(	LAUNCH,
		ELAPSED_TIME_IN_MS
	)

#include <hermes/common/cuda_utils.h>

Value:

{ cudaEvent_t cuda_event_start_t, cuda_event_stop_t;                                                                \
  cudaEventCreate(&cuda_event_start_t);                                                                             \
  cudaEventCreate(&cuda_event_stop_t);                                                                              \
  cudaEventRecord(cuda_event_start_t, 0);                                                                           \
  LAUNCH                                                                                                            \
  cudaEventRecord(cuda_event_stop_t, 0);                                                                            \
  cudaEventSynchronize(cuda_event_stop_t);                                                                          \
  cudaEventElapsedTime(&ELAPSED_TIME_IN_MS, cuda_event_start_t, cuda_event_stop_t); }

Computes execution time from a given CUDA call.

Parameters

LAUNCH	- launch call
ELAPSED_TIME_IN_MS	- receives elapsed time

◆ HERMES_LOG_AND_RETURN_IF_NOT

#define HERMES_LOG_AND_RETURN_IF_NOT	(	A,
		M
	)

#include <hermes/common/debug.h>

Value:

  if (!(A)) {                                                                                                       \
    HERMES_LOG(M);                                                                                                  \
    return;                                                                                                         \
  }

Logs and return if condition is false.

Parameters

A	condition
M	log message

◆ HERMES_LOG_AND_RETURN_VALUE_IF_NOT

#define HERMES_LOG_AND_RETURN_VALUE_IF_NOT	(	A,
		R,
		M
	)

#include <hermes/common/debug.h>

Value:

  if (!(A)) {                                                                                                       \
    HERMES_LOG(M);                                                                                                  \
    return R;                                                                                                       \
  }

Logs and return value if condition is false.

Parameters

A	condition
R	value
M	log message

◆ HERMES_PROFILE_FUNCTION

#define HERMES_PROFILE_FUNCTION ( ... ) HERMES_PROFILE_SCOPE(__func__, ## __VA_ARGS__)

#include <hermes/common/profiler.h>

Starts a scoped block using the enclosing function as label.

Parameters

...	- block descriptor options

◆ HERMES_PROFILE_SCOPE

#define HERMES_PROFILE_SCOPE	(	name,
		...
	)

#include <hermes/common/profiler.h>

Value:

static u32 HERMES_TOKEN_CONCATENATE(hermes_block_desc_id_, __LINE__) = \
 hermes::profiler::Profiler::pushBlockDescriptor(name, hermes::profiler::extract_color(__VA_ARGS__)); \
 hermes::profiler::Profiler::ScopedBlock HERMES_TOKEN_CONCATENATE(block, __LINE__)\
  (HERMES_TOKEN_CONCATENATE(hermes_block_desc_id_, __LINE__))

Starts a scoped block with a given label.

Parameters

name	- block label name
...	- block descriptor options

◆ HERMES_PROFILE_START_BLOCK

#define HERMES_PROFILE_START_BLOCK	(	name,
		...
	)

#include <hermes/common/profiler.h>

Value:

 static u32 HERMES_TOKEN_CONCATENATE(hermes_block_desc_id_, __LINE__) = \
 hermes::profiler::Profiler::pushBlockDescriptor(name, hermes::profiler::extract_color(__VA_ARGS__)); \
 hermes::profiler::Profiler::Block HERMES_TOKEN_CONCATENATE(block, __LINE__)\
  (HERMES_TOKEN_CONCATENATE(hermes_block_desc_id_, __LINE__));          \
  hermes::profiler::Profiler::startBlock(HERMES_TOKEN_CONCATENATE(block, __LINE__))

Starts a new non-scoped block with a given label.

Parameters

name	- block label name
...	- block descriptor options

◆ HERMES_RETURN_IF

#define HERMES_RETURN_IF ( A )

#include <hermes/common/debug.h>

Value:

  if (A) {                                                                                                          \
    return;                                                                                                         \
  }

Calls return if condition is true.

Parameters

A condition

◆ HERMES_RETURN_IF_NOT

#define HERMES_RETURN_IF_NOT ( A )

#include <hermes/common/debug.h>

Value:

  if (!(A)) {                                                                                                       \
    return;                                                                                                         \
  }

Calls return if condition is false.

Parameters

A condition

◆ HERMES_RETURN_VALUE_IF

#define HERMES_RETURN_VALUE_IF	(	A,
		R
	)

#include <hermes/common/debug.h>

Value:

  if (A) {                                                                                                          \
    return R;                                                                                                       \
  }

Return value if condition is true.

Parameters

A	condition
R	value

◆ HERMES_RETURN_VALUE_IF_NOT

#define HERMES_RETURN_VALUE_IF_NOT	(	A,
		R
	)

#include <hermes/common/debug.h>

Value:

  if (!(A)) {                                                                                                       \
    return R;                                                                                                       \
  }

Return value if condition is false.

Parameters

A	condition
R	value

◆ HERMES_TOKEN_CONCATENATE

#define HERMES_TOKEN_CONCATENATE	(	x,
		y
	)	HERMES_TOKEN_JOIN(x, y)

#include <hermes/common/profiler.h>

Concatenates two tokens.

Parameters

x
y

◆ HERMES_TOKEN_JOIN

#define HERMES_TOKEN_JOIN	(	x,
		y
	)	x ## y

#include <hermes/common/profiler.h>

Joins two tokens.

Parameters

x
y

◆ HERMES_UNUSED_VARIABLE

#define HERMES_UNUSED_VARIABLE ( x ) ((void)x);

#include <hermes/common/debug.h>

Specifies that variable is not used in this scope.

Parameters

x variable

Files

Classes

Macros

Typedefs

Functions

Detailed Description

Macro Definition Documentation

◆ CUDA_MEMORY_USAGE

◆ HERMES_ASSERT

◆ HERMES_ASSERT_WITH_LOG

◆ HERMES_CHECK_CUDA_CALL

◆ HERMES_CHECK_EQUAL

◆ HERMES_CHECK_EXP

◆ HERMES_CHECK_EXP_WITH_LOG

◆ HERMES_CUDA_KERNEL

◆ HERMES_CUDA_LAUNCH

◆ HERMES_CUDA_LAUNCH_AND_SYNC

◆ HERMES_CUDA_RETURN_IF_NOT_THREAD_0

◆ HERMES_CUDA_THREAD_INDEX2_LT

◆ HERMES_CUDA_THREAD_INDEX3_LT

◆ HERMES_CUDA_THREAD_INDEX_I_LT

◆ HERMES_CUDA_THREAD_INDEX_IJ

◆ HERMES_CUDA_THREAD_INDEX_IJ_LT

◆ HERMES_CUDA_THREAD_INDEX_IJK

◆ HERMES_CUDA_THREAD_INDEX_IJK_LT

◆ HERMES_CUDA_THREAD_INDEX_LT

◆ HERMES_CUDA_TIME

◆ HERMES_LOG_AND_RETURN_IF_NOT

◆ HERMES_LOG_AND_RETURN_VALUE_IF_NOT

◆ HERMES_PROFILE_FUNCTION

◆ HERMES_PROFILE_SCOPE

◆ HERMES_PROFILE_START_BLOCK

◆ HERMES_RETURN_IF

◆ HERMES_RETURN_IF_NOT

◆ HERMES_RETURN_VALUE_IF

◆ HERMES_RETURN_VALUE_IF_NOT

◆ HERMES_TOKEN_CONCATENATE

◆ HERMES_TOKEN_JOIN

◆ HERMES_UNUSED_VARIABLE