System Namespace Reference

Classes
class	ByteOrder
	Provides information and methods to help with byte ordering issues. More...
class	Cpu
	Provides information about the system's CPU(s). More...
struct	ProcessId
struct	ProcessStartInfo

Typedefs
typedef Posix::PosixLibrary	Library
typedef Ids::IdAllocator< PROCESS_INFORMATION, HANDLE, HANDLE, HANDLE, HANDLE, DWORD, DWORD, Ptr< IO::Stream >, Ptr< IO::Stream >, Util::String >	ProcessIdAllocator

Enumerations
enum	PlatformType { Win32 , Linux , UnknownPlatform }
enum	CpuArchType { X86_32 , X86_64 , UnknownCpuType }
enum	{   Process_LaunchInfo = 0 , Process_StdoutRead , Process_StdoutWrite , Process_StderrRead ,   Process_StderrWrite , Process_NumAsyncBytesRead , Process_NumAsyncBytesAvailable , Process_StdoutStream ,   Process_StderrStream , Process_AsyncBuffer }

Functions
template<>
__forceinline void	ByteOrder::ConvertInPlace< Math::vec4 > (Type fromByteOrder, Type toByteOrder, Math::vec4 &val)
template<>
__forceinline void	ByteOrder::ConvertInPlace< Math::vec4 > (Math::vec4 &val) const
template<>
__forceinline void	ByteOrder::ConvertInPlace< Math::mat4 > (Type fromByteOrder, Type toByteOrder, Math::mat4 &val)
template<>
__forceinline void	ByteOrder::ConvertInPlace< Math::mat4 > (Math::mat4 &val) const
	__ImplementEnumBitOperators (System::Cpu::CoreId)
template<>
__forceinline void	ByteOrder::Convert< Math::float4 > (Math::float4 &val) const
template<>
__forceinline void	ByteOrder::Convert< Math::matrix44 > (Math::matrix44 &val) const
ProcessId	StartProcess (const ProcessStartInfo &createInfo)
	Create a process.
void	UpdateProcessStreams (ProcessId processId)
	Update streams.
bool	IsProcessRunning (ProcessId processId)
	Returns true if process is running (poll).
uint	WaitForProcess (ProcessId processId)
	Wait for process, then frees it and returns the error code.
const char *	PlatformTypeAsString (PlatformType p)
	convert platform to string
const char *	CpuArchTypeAsString (CpuArchType cpu)
	convert CpuType to string
bool	CreateCapturePipe (PHANDLE read, PHANDLE write)

Variables
CpuArchType	CpuArch
PlatformType	Platform
SizeT	NumCpuCores
SizeT	PageSize
ProcessIdAllocator	processIdAllocator (0xFFF)

Typedef Documentation

Library

typedef Posix::PosixLibrary System::Library

ProcessIdAllocator

typedef Ids::IdAllocator< PROCESS_INFORMATION, HANDLE, HANDLE, HANDLE, HANDLE, DWORD, DWORD, Ptr<IO::Stream>, Ptr<IO::Stream>, Util::String> System::ProcessIdAllocator

Enumeration Type Documentation

anonymous enum

anonymous enum

Enumerator
Process_LaunchInfo
Process_StdoutRead
Process_StdoutWrite
Process_StderrRead
Process_StderrWrite
Process_NumAsyncBytesRead
Process_NumAsyncBytesAvailable
Process_StdoutStream
Process_StderrStream
Process_AsyncBuffer

CpuArchType

enum System::CpuArchType

Enumerator
X86_32
X86_64
UnknownCpuType

PlatformType

enum System::PlatformType

Enumerator
Win32
Linux
UnknownPlatform

Function Documentation

__ImplementEnumBitOperators()

System::__ImplementEnumBitOperators

(

System::Cpu::CoreId

)

ByteOrder::Convert< Math::float4 >()

template<>

__forceinline void System::ByteOrder::Convert< Math::float4 >

(

Math::float4 &

val

)

const

ByteOrder::Convert< Math::matrix44 >()

template<>

__forceinline void System::ByteOrder::Convert< Math::matrix44 >

(

Math::matrix44 &

val

)

const

ByteOrder::ConvertInPlace< Math::mat4 >() [1/2]

template<>

__forceinline void System::ByteOrder::ConvertInPlace< Math::mat4 >

(

Math::mat4 &

val

)

const

ByteOrder::ConvertInPlace< Math::mat4 >() [2/2]

template<>

__forceinline void System::ByteOrder::ConvertInPlace< Math::mat4 >	(	Type	fromByteOrder,
		Type	toByteOrder,
		Math::mat4 &	val )

ByteOrder::ConvertInPlace< Math::vec4 >() [1/2]

template<>

__forceinline void System::ByteOrder::ConvertInPlace< Math::vec4 >

(

Math::vec4 &

val

)

const

ByteOrder::ConvertInPlace< Math::vec4 >() [2/2]

template<>

__forceinline void System::ByteOrder::ConvertInPlace< Math::vec4 >	(	Type	fromByteOrder,
		Type	toByteOrder,
		Math::vec4 &	val )

CpuArchTypeAsString()

const char * System::CpuArchTypeAsString ( CpuArchType cpu )

inline

convert CpuType to string

CreateCapturePipe()

bool System::CreateCapturePipe	(	PHANDLE	read,
		PHANDLE	write )

IsProcessRunning()

bool System::IsProcessRunning

(

ProcessId

processId

)

Returns true if process is running (poll).

PlatformTypeAsString()

const char * System::PlatformTypeAsString ( PlatformType p )

inline

convert platform to string

StartProcess()

ProcessId System::StartProcess

(

const ProcessStartInfo &

createInfo

)

Create a process.

UpdateProcessStreams()

void System::UpdateProcessStreams

(

ProcessId

processId

)

Update streams.

WaitForProcess()

uint System::WaitForProcess

(

ProcessId

processId

)

Wait for process, then frees it and returns the error code.

Variable Documentation

CpuArch

CpuArchType System::CpuArch

NumCpuCores

SizeT System::NumCpuCores

PageSize

SizeT System::PageSize

Platform

PlatformType System::Platform

processIdAllocator

ProcessIdAllocator System::processIdAllocator

(

0xFFF

)