Namespaces
namespace	PacketOpcode
	Namespace for packet opcode constants.
namespace	RegisterAddress
	Namespace for register address type.
namespace	V5CfgBlock
	Namespace for Virtex-5 configuration block constants.
namespace	V5CfgColumn
	Namespace for Virtex-5 configuration column constants.
namespace	DeviceID
	Namespace for device ID type.
namespace	V5CommandCode
	Namespace for Virtex-5 command code constants.
namespace	V5RegisterAddress
	Namespace for Virtex-5 register address constants.
namespace	NetType
	Namespace for net type constants.
namespace	XDLKeywords
	Namespace for XDL keyword constants.
namespace	xdlparser_detail
namespace	PIPDirection
	Namespace for PIP direction constants.
namespace	XDLRCKeywords
	Namespace for XDLRC keyword constants.
namespace	xdlrcparser_detail

Classes
class	BitFileData
	Models the contents of a Xilinx bit file. More...
class	Bitstream
	Models a Virtex bitstream. More...
class	BuswidthPattern
	A special pattern for buswidth detection. More...
class	DummyWord
	A word of dummy data. More...
class	Packet
	Abstract base class for packets in a bitstream. More...
class	PacketVisitor
	Abstract visitor base class for bitstream packets. More...
class	SyncWord
	A special synchronization word. More...
class	Type1Packet
	A type 1 packet. More...
class	Type2Packet
	Type 2 data packet. More...
class	V5BitstreamDeviceDetector
	Visitor for determining target device type of a Virtex-5 bitstream. More...
class	V5BitstreamReader
	Loads Virtex-5 bitstream raw data. More...
class	V5BitstreamSyntaxChecker
	Visitor for checking syntax of a Virtex-5 bitstream. More...
class	V5BitstreamXMLWriter
	Writes a Virtex-5 bitstream into XML. More...
class	V5PacketVisitor
	Visitor base class for Virtex-5 bitstream packets. More...
class	CfgDecoder
	Decodes configuration data by using a configuration data base. More...
class	V5AddressLayout
	Configuration address layout of a Virtex-5 device. More...
class	V5AddressLayoutRegistry
	A registry to hold and lookup V5AddressLayout instances. More...
class	V5CfgFrame
	Holds a configuration frame of a Virtex-5 device. More...
class	V5Configuration
	Configuration of a Virtex-5 device. More...
class	V5FrameAddress
	Models an address in Virtex-5 configuration memory. More...
class	CfgExtractor
	Extracts data from configuration. More...
class	V5CfgExtractor
	Extracts data from a Virtex-5 configuration. More...
class	V5CfgTileMap
	Holds V5CfgTileMapEntry instances for a grid of tiles. More...
struct	V5CfgTileMapEntry
	Denotes a tiles associated configuration data chunk. More...
class	CorrelationUnit
	Holds a data unit for correlation. More...
class	Correlator
	Correlates the data of a Design with its binary configuration data. More...
class	XDLExtractor
	Extracts a list of correlation units from a XDL design. More...
class	DeviceRegistry
	A registry associating device IDs with their names and vice versa. More...
class	CommandLineException
	Exception for command line errors. More...
class	Exception
	Base exception class. More...
class	IOException
	Exception for I/O errors. More...
class	DeviceCfgDb
	Holds a device's configuration bit mapping. More...
class	DeviceCfgDbFiller
	Fills a DeviceCfgDb with initial data. More...
class	DeviceCfgDbStats
	Prints statistics of a DeviceCfgDb. More...
class	PIPBitValue
	The value of a PIPs associated configuration bits. More...
class	PIPControlSet
	A set of interdependent PIPs. More...
class	TileTypeCfgDb
	Holds configuration bit mapping of a tile type. More...
class	Register
	Abstract base class for packet processor's registers. More...
class	RegisterLookup
	A lookup table for registers. More...
class	V5CMDRegister
	A register for executing commands. More...
class	V5CRCRegister
	A register for doing cyclic redundancy checks. More...
class	V5FARRegister
	A register holding a frame address. More...
class	V5FDRIRegister
	A register for storing configuration data. More...
class	V5IDCODERegister
	A register for setting/checking the target device type. More...
class	V5MFWRRegister
	Register for use with bitstream compression. More...
class	V5PacketProcessor
	Executes bitstreams in order to get their configuration data. More...
class	WordRegister
	A standard register containing a 32 bit word. More...
class	StreamTokenizer
	Reads data from a stream and returns it token by token. More...
class	XMLWriter
	A simple XML stream writer. More...
class	Design
	Models a XDL design. More...
class	Instance
	Defines a XDL instance. More...
class	Net
	Defines a XDL net. More...
class	PinRef
	References a pin on a distinct primitive site. More...
class	PIPRef
	References a PIP on a distinct tile. More...
class	XDLParser
	Parser for XDL text file format. More...
class	Device
	Models the topmost XDLRC entity. More...
class	Element
	An element of a primitive. More...
class	Pin
	A pin of a primitive. More...
class	PinWire
	Attaches a tile wire to a pin of a primitive site. More...
class	PIP
	A programmable interface point. More...
class	PrimitiveSite
	A primitive site. More...
class	PrimitiveSiteType
	Per TileType data of a primitive site. More...
class	PrimitiveType
	A primitive type. More...
class	Tile
	Per instance data of tiles. More...
class	TileType
	Tile type data. More...
class	Wire
	Describes a wire. More...
class	WireConnection
	A connection to a wire on a tile. More...
class	XDLRCParser
	Parser for XDLRC text file format. More...
class	TileLookup2D
	A 2-dimensional lookup for tiles. More...

Typedefs
typedef std::vector < V5CfgColumn::column_t >	V5CfgColumnSequence
	V5CfgColumnSequence holds a sequence of column types.
typedef std::vector < CorrelationUnit >	CorrelationUnits
	A list of CorrelationUnits.
typedef std::vector< size_t >	TileIndices
	A list with tile indices.
typedef std::vector< PIPBitValue >	PIPBitValues
	A list of PIPBitValue instances.
typedef std::vector< size_t >	BitPositions
typedef std::vector < PIPControlSet >	PIPControlSets
	A list of PIPControlSet instances.
typedef std::vector < TileTypeCfgDb >	TileTypeCfgDbs
	A list of TileTypeCfgDb instances.
typedef std::vector< Instance >	Instances
	An ordered list of Instance.
typedef std::vector< Net >	Nets
	An ordered list of Nets.
typedef std::vector< PinRef >	PinRefs
	An ordered list of PinRefs.
typedef std::vector< PIPRef >	PIPRefs
	An ordered list of PIPRefs.
typedef std::vector< std::string >	ConfigurationOptions
	An ordered list of configuration options.
typedef std::vector< Element >	Elements
	An ordered list of elements.
typedef std::vector< Pin >	Pins
	An ordered list of pins.
typedef std::vector< PinWire >	PinWires
	An ordered list of pin wires.
typedef std::vector< PIP >	PIPs
	An ordered list of PIPs.
typedef std::vector < PrimitiveSite >	PrimitiveSites
	An ordered list of primitive sites.
typedef std::vector < PrimitiveSiteType >	PrimitiveSiteTypes
	An ordered list of primitive site types.
typedef std::vector < PrimitiveType >	PrimitiveTypes
	An ordered list of primitive types.
typedef std::vector< Tile >	Tiles
	An ordered list of tiles.
typedef std::vector< TileType >	TileTypes
	An ordered list of tile types.
typedef std::vector< Wire >	Wires
	An ordered list of wires.
typedef std::vector < WireConnection >	WireConnections
	An ordered list of connections.

Functions
void	readBitfile (BitFileData &bfd, std::istream &inputStream)
	Reads bitfile data from stream.
void	writeBitfile (const BitFileData &bfd, std::ostream &outputStream)
	Writes data in bitfile format to a stream.
void	writeBitFileMetaXML (const BitFileData &bfd, XMLWriter &xmlWriter)
	Writes bitfile meta data out to XML using a given XML writer.
size_t	isBuswidthPattern (const boost::uint32_t *words, size_t wordCount)
	Tells if some data starts with a buswidth pattern.
size_t	writeBuswidthPattern (boost::uint32_t *words, size_t wordCount)
	Writes out a buswidth pattern as raw data.
Packet *	new_clone (const Packet &src)
	Creates a polymorphic copy of a packet.
size_t	isSyncWord (const boost::uint32_t *words, size_t wordCount)
	Tells if some data starts with a sync word.
size_t	writeSyncWord (boost::uint32_t *words, size_t wordCount)
	Writes out a sync word as raw data.
size_t	isType1Packet (const boost::uint32_t *words, size_t wordCount)
	Tells if some data starts with type 1 packet raw data.
size_t	type1PacketWordCount (const Type1Packet &type1Packet)
	Gets raw data size of a packet.
size_t	writeType1Packet (const Type1Packet &type1Packet, boost::uint32_t *words, size_t wordCount)
	Writes out a type 1 packet as raw data.
size_t	readType1Packet (Type1Packet &type1Packet, const boost::uint32_t *words, size_t wordCount)
	Reads in a type 1 packet from raw data.
size_t	isType2Packet (const boost::uint32_t *words, size_t wordCount)
	Tells if some data starts with type 2 packet raw data.
size_t	type2PacketWordCount (const Type2Packet &type2Packet)
	Gets raw data size of a packet.
size_t	writeType2Packet (const Type2Packet &type2Packet, boost::uint32_t *words, size_t wordCount)
	Writes out a type 2 packet as raw data.
size_t	readType2Packet (Type2Packet &type2Packet, const boost::uint32_t *words, size_t wordCount)
	Reads in a type 2 packet from raw data.
DeviceID::ID_t	detectV5DeviceType (Bitstream &bitstream)
	Detects target device type of a Virtex-5 bitstream.
void	readV5Bitstream (Bitstream &bitstream, const boost::uint32_t *words, size_t wordCount)
	Loads Virtex-5 bitstream raw data.
void	writeV5BitstreamXML (XMLWriter &xmlWriter, const Bitstream &bs)
	Writes a Virtex-5 bitstream into XML.
void	printPIPs (const PIPRefs &pipRefs, const Device &device, std::ostream &outputStream)
	Prints out the given PIPs as a text list.
bool	operator== (const V5AddressLayout &al1, const V5AddressLayout &al2)
	Tests two V5AddressLayout instances for memberwise equality.
bool	operator!= (const V5AddressLayout &al1, const V5AddressLayout &al2)
	Tests two V5AddressLayout instances for memberwise inequality.
void	dumpConfiguration (const V5Configuration &cfg, std::ostream &cfgOut, std::ostream &indexOut)
	Writes all frames in a V5Configuration to a stream.
bool	operator== (const V5FrameAddress &fa1, const V5FrameAddress &fa2)
	Tests two V5FrameAddress instances for memberwise equality.
bool	operator!= (const V5FrameAddress &fa1, const V5FrameAddress &fa2)
	Tests two V5FrameAddress instances for memberwise inequality.
bool	operator< (const V5FrameAddress &fa1, const V5FrameAddress &fa2)
	Tests two V5FrameAddress instances for memberwise <.
bool	operator> (const V5FrameAddress &fa1, const V5FrameAddress &fa2)
	Tests two V5FrameAddress instances for memberwise >
bool	operator<= (const V5FrameAddress &fa1, const V5FrameAddress &fa2)
	Tests two V5FrameAddress instances for memberwise <=.
bool	operator>= (const V5FrameAddress &fa1, const V5FrameAddress &fa2)
	Tests two V5FrameAddress instances for memberwise >=.
std::string	toRawAddressString (const V5FrameAddress &address)
	Gets a raw address string representation of the frame address.
std::string	toExpandedString (const V5FrameAddress &address)
	Gets a string expanded representation of the frame address.
std::string	toSymbolicString (const V5FrameAddress &address)
	Gets a symbolic string representation of the frame address.
size_t	getCfgDataWordCount (const V5CfgTileMapEntry &where)
	Gets number of words a V5CfgTileMapEntry references.
size_t	getCfgData (boost::uint32_t *data, size_t dataWordCount, const V5Configuration &src, const V5CfgTileMapEntry &where)
	Gets configuration data referenced by a V5CfgTileMapEntry.
std::string	removePackageAndSpeed (const char *deviceName)
	Removes package name and speed grade (if present) from a device name.
std::string	removeSpeed (const char *deviceName)
	Removes speed grade (if present) from a device name.
bool	operator== (const PIPBitValue &val1, const PIPBitValue &val2)
	Tests two PIPBitValue instances for memberwise equality.
bool	operator!= (const PIPBitValue &val1, const PIPBitValue &val2)
	Tests two PIPBitValue instances for memberwise inequality.
bool	operator< (const PIPBitValue &val1, const PIPBitValue &val2)
	Tests two PIPBitValue instances for memberwise <.
bool	operator> (const PIPBitValue &val1, const PIPBitValue &val2)
	Tests two PIPBitValue instances for memberwise >
bool	operator<= (const PIPBitValue &val1, const PIPBitValue &val2)
	Tests two PIPBitValue instances for memberwise <=.
bool	operator>= (const PIPBitValue &val1, const PIPBitValue &val2)
	Tests two PIPBitValue instances for memberwise >=.
void	writeBinary (const Device &data, std::ostream &outputStream)
	Writes data from a Device into a binary stream.
void	readBinary (Device &data, std::istream &inputStream)
	Reads data into a Device from a binary stream.
void	writeBinary (const DeviceCfgDb &data, std::ostream &outputStream)
	Writes data from a DeviceCfgDb into a binary stream.
void	readBinary (DeviceCfgDb &data, std::istream &inputStream)
	Reads data into a DeviceCfgDb from a binary stream.
void	writeBinary (const DeviceRegistry &data, std::ostream &outputStream)
	Writes data from a DeviceRegistry into a binary stream.
void	readBinary (DeviceRegistry &data, std::istream &inputStream)
	Reads data into a DeviceRegistry from a binary stream.
void	writeBinary (const Element &data, std::ostream &outputStream)
	Writes data from a Element into a binary stream.
void	readBinary (Element &data, std::istream &inputStream)
	Reads data into a Element from a binary stream.
void	writeBinary (const Pin &data, std::ostream &outputStream)
	Writes data from a Pin into a binary stream.
void	readBinary (Pin &data, std::istream &inputStream)
	Reads data into a Pin from a binary stream.
void	writeBinary (const PinWire &data, std::ostream &outputStream)
	Writes data from a PinWire into a binary stream.
void	readBinary (PinWire &data, std::istream &inputStream)
	Reads data into a PinWire from a binary stream.
void	writeBinary (const PIPBitValue &data, std::ostream &outputStream)
	Writes data from a PIPBitValue into a binary stream.
void	readBinary (PIPBitValue &data, std::istream &inputStream)
	Reads data into a PIPBitValue from a binary stream.
void	writeBinary (const PIP &data, std::ostream &outputStream)
	Writes data from a PIP into a binary stream.
void	readBinary (PIP &data, std::istream &inputStream)
	Reads data into a PIP from a binary stream.
void	writeBinary (const PIPControlSet &data, std::ostream &outputStream)
	Writes data from a PIPControlSet into a binary stream.
void	readBinary (PIPControlSet &data, std::istream &inputStream)
	Reads data into a PIPControlSet from a binary stream.
void	writeBinary (const PrimitiveSite &data, std::ostream &outputStream)
	Writes data from a PrimitiveSite into a binary stream.
void	readBinary (PrimitiveSite &data, std::istream &inputStream)
	Reads data into a PrimitiveSite from a binary stream.
void	writeBinary (const PrimitiveSiteType &data, std::ostream &outputStream)
	Writes data from a PrimitiveSiteType into a binary stream.
void	readBinary (PrimitiveSiteType &data, std::istream &inputStream)
	Reads data into a PrimitiveSiteType from a binary stream.
void	writeBinary (const PrimitiveType &data, std::ostream &outputStream)
	Writes data from a PrimitiveType into a binary stream.
void	readBinary (PrimitiveType &data, std::istream &inputStream)
	Reads data into a PrimitiveType from a binary stream.
void	writeBinary (const Tile &data, std::ostream &outputStream)
	Writes data from a Tile into a binary stream.
void	readBinary (Tile &data, std::istream &inputStream)
	Reads data into a Tile from a binary stream.
void	writeBinary (const TileType &data, std::ostream &outputStream)
	Writes data from a TileType into a binary stream.
void	readBinary (TileType &data, std::istream &inputStream)
	Reads data into a TileType from a binary stream.
void	writeBinary (const TileTypeCfgDb &data, std::ostream &outputStream)
	Writes data from a TileTypeCfgDb into a binary stream.
void	readBinary (TileTypeCfgDb &data, std::istream &inputStream)
	Reads data into a TileTypeCfgDb from a binary stream.
void	writeBinary (const V5AddressLayout &data, std::ostream &outputStream)
	Writes data from a V5AddressLayout into a binary stream.
void	readBinary (V5AddressLayout &data, std::istream &inputStream)
	Reads data into a V5AddressLayout from a binary stream.
void	writeBinary (const V5CfgTileMap &data, std::ostream &outputStream)
	Writes data from a V5CfgTileMap into a binary stream.
void	readBinary (V5CfgTileMap &data, std::istream &inputStream)
	Reads data into a V5CfgTileMap from a binary stream.
void	writeBinary (const Wire &data, std::ostream &outputStream)
	Writes data from a Wire into a binary stream.
void	readBinary (Wire &data, std::istream &inputStream)
	Reads data into a Wire from a binary stream.
void	writeBinary (const WireConnection &data, std::ostream &outputStream)
	Writes data from a WireConnection into a binary stream.
void	readBinary (WireConnection &data, std::istream &inputStream)
	Reads data into a WireConnection from a binary stream.
template<typename T >
boost::enable_if < boost::is_pod< T >, void > ::type	writeBinary (const T &data, std::ostream &outputStream)
	Writes POD data into a binary stream.
template<typename T >
boost::enable_if < boost::is_pod< T >, void > ::type	writeBinary (const std::vector< T > &data, std::ostream &outputStream)
	Writes POD data from a std::vector into a binary stream.
template<typename K , typename V , typename C , typename A >
void	writeBinary (const std::map< K, V, C, A > &data, std::ostream &outputStream)
	Writes data from a std::map into a binary stream.
void	writeBinary (const std::string &data, std::ostream &outputStream)
	Writes data from a std::string into a binary stream.
template<typename T >
boost::enable_if < boost::is_pod< T >, void > ::type	readBinary (T &data, std::istream &inputStream)
	Reads POD data from a binary stream.
template<typename T >
boost::enable_if < boost::is_pod< T >, void > ::type	readBinary (std::vector< T > &data, std::istream &inputStream)
	Reads POD data into a std::vector from a binary stream.
template<typename K , typename V , typename C , typename A >
void	readBinary (std::map< K, V, C, A > &data, std::istream &inputStream)
	Reads data into a std::map from a binary stream.
void	readBinary (std::string &data, std::istream &inputStream)
	Reads data into a std::string from a binary stream.
boost::uint32_t	calc8BitCRC32 (boost::uint32_t oldCRC, boost::uint8_t data8Bit)
	Calculates the CRC32 value from 8 bit data and an initial value.
boost::uint32_t	calc5BitCRC32 (boost::uint32_t oldCRC, boost::uint8_t data5Bit)
	Calculates the CRC32 value from 5 bit data and an initial value.
boost::uint16_t	swapBigLittleEndian (const boost::uint16_t &x)
	Swaps given 16 bit value from big endian to little endian and vice versa (i.e. exchanges first octet for second).
boost::uint32_t	swapBigLittleEndian (const boost::uint32_t &x)
	Swaps given 32 bit value from big endian to little endian and vice versa (i.e. exchanges first octet for fourth, and second for third).
boost::uint64_t	swapBigLittleEndian (const boost::uint64_t &x)
	Swaps given 64 bit value from big endian to little endian and vice versa (i.e. exchanges first octet for eighth, second for seventh, third for sixth, and fourth for fifth).
template<typename type >
type	swapBigEndian (const type &x)
	Swaps given value from big endian to endianess of the system and vice versa.
template<typename type >
type	swapLittleEndian (const type &x)
	Swaps given value from little endian to endianess of the system and vice versa.
void	printHex (std::ostream &os, boost::uint32_t word)
	Prints a 32 bit word in hexadecimal representation to a stream.
void	printHex (std::ostream &os, const boost::uint32_t *words, size_t wordCount)
	Prints 32 bit words in hexadecimal representation to a stream.
std::string	hexString (boost::uint32_t word)
	Gets hexadecimal string representation of a 32 bit word.
std::string	hexString (const boost::uint32_t *words, size_t wordCount)
	Gets hexadecimal string representation of 32 bit words.
bool	operator== (const PIPRef &ref1, const PIPRef &ref2)
	Tests two PIPRef instances for memberwise equality.
bool	operator!= (const PIPRef &ref1, const PIPRef &ref2)
	Tests two PIPRef instances for memberwise inequality.
bool	operator< (const PIPRef &ref1, const PIPRef &ref2)
	Tests two PIPRef instances for memberwise <.
bool	operator> (const PIPRef &ref1, const PIPRef &ref2)
	Tests two PIPRef instances for memberwise >
bool	operator<= (const PIPRef &ref1, const PIPRef &ref2)
	Tests two PIPRef instances for memberwise <=.
bool	operator>= (const PIPRef &ref1, const PIPRef &ref2)
	Tests two PIPRef instances for memberwise >=.
std::string	pipRefString (const PIPRef &pipRef, const Tiles &tiles, const TileTypes &tileTypes)
	Converts a PIPRef to a text representation.
bool	operator== (const PinWire &pw1, const PinWire &pw2)
	Tests two PinWire instances for memberwise equality.
bool	operator!= (const PinWire &pw1, const PinWire &pw2)
	Tests two PinWire instances for memberwise inequality.
bool	operator== (const PIP &pip1, const PIP &pip2)
	Tests two PIP instances for memberwise equality.
bool	operator!= (const PIP &pip1, const PIP &pip2)
	Tests two PIP instances for memberwise inequality.
bool	operator< (const PIP &pip1, const PIP &pip2)
	Tests two PIP instances for memberwise <.
bool	operator> (const PIP &pip1, const PIP &pip2)
	Tests two PIP instances for memberwise >
bool	operator<= (const PIP &pip1, const PIP &pip2)
	Tests two PIP instances for memberwise <=.
bool	operator>= (const PIP &pip1, const PIP &pip2)
	Tests two PIP instances for memberwise >=.
bool	operator== (const WireConnection &c1, const WireConnection &c2)
	Tests two WireConnection instances for memberwise equality.
bool	operator!= (const WireConnection &c1, const WireConnection &c2)
	Tests two WireConnection instances for memberwise inequality.
bool	extractPosition (const char *name, unsigned &x, unsigned &y)
	Extracts the X and Y coordinate from a XDL(RC) name.
std::string	pipString (const PIP &pip, const Wires &wires)
	Converts a PIP to a text representation.

Variables
const size_t	BITFILE_HEADER_SIZE = 13
const boost::uint8_t	BITFILE_HEADER [BITFILE_HEADER_SIZE]
const char	BITFILE_KEY_SOURCEFILENAME = 'a'
const char	BITFILE_KEY_TARGETDEVICENAME = 'b'
const char	BITFILE_KEY_CREATIONDATE = 'c'
const char	BITFILE_KEY_CREATIONTIME = 'd'
const char	BITFILE_KEY_BITSTREAM = 'e'

Typedef Documentation

typedef std::vector<V5CfgColumn::column_t> bil::V5CfgColumnSequence

V5CfgColumnSequence holds a sequence of column types.

This sequence of column types defines a row. Since all rows inside a block do not differ, it defines also the whole resource grid for a block.

Definition at line 73 of file V5CfgColumn.hpp.

typedef std::vector<CorrelationUnit> bil::CorrelationUnits

A list of CorrelationUnits.

Definition at line 186 of file CorrelationUnit.hpp.

typedef std::vector<size_t> bil::TileIndices

A list with tile indices.

Definition at line 19 of file XDLExtractor.hpp.

typedef std::vector<PIPBitValue> bil::PIPBitValues

A list of PIPBitValue instances.

Definition at line 141 of file PIPBitValue.hpp.

typedef std::vector<size_t> bil::BitPositions

Definition at line 16 of file PIPControlSet.hpp.

typedef std::vector<PIPControlSet> bil::PIPControlSets

A list of PIPControlSet instances.

Definition at line 96 of file PIPControlSet.hpp.

typedef std::vector<TileTypeCfgDb> bil::TileTypeCfgDbs

A list of TileTypeCfgDb instances.

Definition at line 92 of file TileTypeCfgDb.hpp.

typedef std::vector<Instance> bil::Instances

An ordered list of Instance.

Definition at line 184 of file Instance.hpp.

typedef std::vector<Net> bil::Nets

An ordered list of Nets.

Definition at line 143 of file Net.hpp.

typedef std::vector<PinRef> bil::PinRefs

An ordered list of PinRefs.

Definition at line 90 of file PinRef.hpp.

typedef std::vector<PIPRef> bil::PIPRefs

An ordered list of PIPRefs.

Definition at line 132 of file PIPRef.hpp.

typedef std::vector<std::string> bil::ConfigurationOptions

An ordered list of configuration options.

Definition at line 18 of file Element.hpp.

typedef std::vector<Element> bil::Elements

An ordered list of elements.

Definition at line 96 of file Element.hpp.

typedef std::vector<Pin> bil::Pins

An ordered list of pins.

Definition at line 92 of file Pin.hpp.

typedef std::vector<PinWire> bil::PinWires

An ordered list of pin wires.

Definition at line 106 of file PinWire.hpp.

typedef std::vector<PIP> bil::PIPs

An ordered list of PIPs.

Definition at line 163 of file PIP.hpp.

typedef std::vector<PrimitiveSite> bil::PrimitiveSites

An ordered list of primitive sites.

Definition at line 92 of file PrimitiveSite.hpp.

typedef std::vector<PrimitiveSiteType> bil::PrimitiveSiteTypes

An ordered list of primitive site types.

Definition at line 94 of file PrimitiveSiteType.hpp.

typedef std::vector<PrimitiveType> bil::PrimitiveTypes

An ordered list of primitive types.

Definition at line 129 of file PrimitiveType.hpp.

typedef std::vector<Tile> bil::Tiles

An ordered list of tiles.

Definition at line 177 of file Tile.hpp.

typedef std::vector<TileType> bil::TileTypes

An ordered list of tile types.

Definition at line 149 of file TileType.hpp.

typedef std::vector<Wire> bil::Wires

An ordered list of wires.

Definition at line 91 of file Wire.hpp.

typedef std::vector<WireConnection> bil::WireConnections

An ordered list of connections.

Definition at line 148 of file WireConnection.hpp.

Function Documentation

void bil::readBitfile	(	BitFileData &	bfd,
		std::istream &	inputStream
	)

Reads bitfile data from stream.

Parameters:

bfd	BitFileData instance to read into.
inputStream	Stream to read from.

Exceptions:

.

Definition at line 64 of file BitFileReader.cpp.

void bil::writeBitfile	(	const BitFileData &	bfd,
		std::ostream &	outputStream
	)

Writes data in bitfile format to a stream.

Parameters:

bfd	Data to write.
outputStream	Stream to write into.

Exceptions:

.

Definition at line 47 of file BitFileWriter.cpp.

void bil::writeBitFileMetaXML	(	const BitFileData &	bfd,
		XMLWriter &	xmlWriter
	)

Writes bitfile meta data out to XML using a given XML writer.

Parameters:

xmlWriter	XMLWriter instance to be used.
bfd	The bitfile data.

Exceptions:

.

Definition at line 19 of file BitFileXMLWriter.cpp.

size_t bil::isBuswidthPattern	(	const boost::uint32_t *	words,
		size_t	wordCount
	)

Tells if some data starts with a buswidth pattern.

Parameters:

words	Pointer to data.
wordCount	Number of data words.

Returns:: Returns 2, if data starts with buswidth pattern, 0 otherwise.

Definition at line 17 of file BuswidthPatternRawData.cpp.

size_t bil::writeBuswidthPattern	(	boost::uint32_t *	words,
		size_t	wordCount
	)

Writes out a buswidth pattern as raw data.

Parameters:

words	Pointer to buffer to write into.
wordCount	Number of words in buffer.

Returns:: Returns 2, i.e. number of words written.

Exceptions:

.

Definition at line 29 of file BuswidthPatternRawData.cpp.

Packet* bil::new_clone ( const Packet & src )

Creates a polymorphic copy of a packet.

Parameters:

src	Reference to packet to copy.

Returns:: Pointer to the copied instance.

Definition at line 17 of file Packet.cpp.

size_t bil::isSyncWord	(	const boost::uint32_t *	words,
		size_t	wordCount
	)

Tells if some data starts with a sync word.

Parameters:

words	Pointer to data.
wordCount	Number of data words.

Returns:: Returns 1, if data starts with sync word. Otherwise returns 0.

Definition at line 16 of file SyncWordRawData.cpp.

size_t bil::writeSyncWord	(	boost::uint32_t *	words,
		size_t	wordCount
	)

Writes out a sync word as raw data.

Parameters:

words	Pointer to buffer to write into.
wordCount	Number of words in buffer.

Returns:: Returns 1, i.e. number of words written.

Exceptions:

.

Definition at line 27 of file SyncWordRawData.cpp.

size_t bil::isType1Packet	(	const boost::uint32_t *	words,
		size_t	wordCount
	)

Tells if some data starts with type 1 packet raw data.

Parameters:

words	Pointer to data.
wordCount	Number of data words.

Returns:: Returns number of words the type 1 packet raw data occupies, if data starts with it. Otherwise returns 0.

Definition at line 24 of file Type1PacketRawData.cpp.

size_t bil::type1PacketWordCount ( const Type1Packet & type1Packet )

Gets raw data size of a packet.

Parameters:

type1Packet The type 1 packet in question.

Returns:: Number of packet raw data words.

Definition at line 41 of file Type1PacketRawData.cpp.

size_t bil::writeType1Packet	(	const Type1Packet &	type1Packet,
		boost::uint32_t *	words,
		size_t	wordCount
	)

Writes out a type 1 packet as raw data.

Parameters:

type1Packet	The type 1 packet to be written.
words	Pointer to buffer to write into.
wordCount	Number of words in buffer.

Returns:: Number of words written.

Exceptions:

.

Definition at line 51 of file Type1PacketRawData.cpp.

size_t bil::readType1Packet	(	Type1Packet &	type1Packet,
		const boost::uint32_t *	words,
		size_t	wordCount
	)

Reads in a type 1 packet from raw data.

Parameters:

type1Packet	The type 1 packet in which to read.
words	Pointer to type 1 raw data to read from.
wordCount	Number of data words.

Returns:: Number of words read.

Exceptions:

.

Definition at line 80 of file Type1PacketRawData.cpp.

size_t bil::isType2Packet	(	const boost::uint32_t *	words,
		size_t	wordCount
	)

Tells if some data starts with type 2 packet raw data.

Parameters:

words	Pointer to data.
wordCount	Number of data words.

Returns:: Returns number of words the type 2 packet raw data occupies, if data starts with it. Otherwise returns 0.

Definition at line 21 of file Type2PacketRawData.cpp.

size_t bil::type2PacketWordCount ( const Type2Packet & type2Packet )

Gets raw data size of a packet.

Parameters:

type2Packet The type 2 packet in question.

Returns:: Number of packet raw data words.

Definition at line 38 of file Type2PacketRawData.cpp.

size_t bil::writeType2Packet	(	const Type2Packet &	type2Packet,
		boost::uint32_t *	words,
		size_t	wordCount
	)

Writes out a type 2 packet as raw data.

Parameters:

type2Packet	The type 2 packet to be written.
words	Pointer to buffer to write into.
wordCount	Number of words in buffer.

Returns:: Number of words written.

Exceptions:

.

Definition at line 48 of file Type2PacketRawData.cpp.

size_t bil::readType2Packet	(	Type2Packet &	type2Packet,
		const boost::uint32_t *	words,
		size_t	wordCount
	)

Reads in a type 2 packet from raw data.

Parameters:

type2Packet	The type 2 packet in which to read.
words	Pointer to type 2 raw data to read from.
wordCount	Number of data words.

Returns:: Number of words read.

Exceptions:

.

Definition at line 75 of file Type2PacketRawData.cpp.

DeviceID::ID_t bil::detectV5DeviceType ( Bitstream & bitstream )

Detects target device type of a Virtex-5 bitstream.

Convenience functions for using V5BitstreamDeviceDetector.

Exceptions:

.

Definition at line 63 of file V5BitstreamDeviceDetector.cpp.

void bil::readV5Bitstream	(	Bitstream &	bitstream,
		const boost::uint32_t *	words,
		size_t	wordCount
	)

Loads Virtex-5 bitstream raw data.

Convenience functions for using V5BitstreamReader.

Parameters:

bitstream	Bitstream instance to load packets into.
words	Pointer to data words to load.
wordCount	Number of data words to load.

Exceptions:

.

Definition at line 123 of file V5BitstreamReader.cpp.

void bil::writeV5BitstreamXML	(	XMLWriter &	xmlWriter,
		const Bitstream &	bs
	)

Writes a Virtex-5 bitstream into XML.

Convenience functions for using V5BitstreamXMLWriter.

Parameters:

xmlWriter	The XMLWriter instance to be used for writing.
bs	Bitstream to be written.

Exceptions:

.

Definition at line 148 of file V5BitstreamXMLWriter.cpp.

void bil::printPIPs	(	const PIPRefs &	pipRefs,
		const Device &	device,
		std::ostream &	outputStream
	)

Prints out the given PIPs as a text list.

Parameters:

pipRefs	The PIPs to print out.
device	The device the PIPs are on.
outputStream	Stream to print on.

Exceptions:

.

Definition at line 11 of file CfgPrint.cpp.

bool bil::operator==	(	const V5AddressLayout &	al1,
		const V5AddressLayout &	al2
	)

inline

Tests two V5AddressLayout instances for memberwise equality.

Definition at line 181 of file V5AddressLayout.hpp.

bool bil::operator!=	(	const V5AddressLayout &	al1,
		const V5AddressLayout &	al2
	)

inline

Tests two V5AddressLayout instances for memberwise inequality.

Definition at line 190 of file V5AddressLayout.hpp.

void bil::dumpConfiguration	(	const V5Configuration &	cfg,
		std::ostream &	cfgOut,
		std::ostream &	indexOut
	)

Writes all frames in a V5Configuration to a stream.

Parameters:

cfg	V5Configuration instance which contents to be dumped.
cfgOut	Stream to write the frame data into.
indexOut	Stream to write textual frame offsets into.

Exceptions:

.

Definition at line 15 of file V5ConfigurationDump.cpp.

bool bil::operator==	(	const V5FrameAddress &	fa1,
		const V5FrameAddress &	fa2
	)

inline

Tests two V5FrameAddress instances for memberwise equality.

Definition at line 261 of file V5FrameAddress.hpp.

bool bil::operator!=	(	const V5FrameAddress &	fa1,
		const V5FrameAddress &	fa2
	)

inline

Tests two V5FrameAddress instances for memberwise inequality.

Definition at line 271 of file V5FrameAddress.hpp.

bool bil::operator<	(	const V5FrameAddress &	fa1,
		const V5FrameAddress &	fa2
	)

inline

Tests two V5FrameAddress instances for memberwise <.

Definition at line 278 of file V5FrameAddress.hpp.

bool bil::operator>	(	const V5FrameAddress &	fa1,
		const V5FrameAddress &	fa2
	)

inline

Tests two V5FrameAddress instances for memberwise >

Definition at line 288 of file V5FrameAddress.hpp.

bool bil::operator<=	(	const V5FrameAddress &	fa1,
		const V5FrameAddress &	fa2
	)

inline

Tests two V5FrameAddress instances for memberwise <=.

Definition at line 294 of file V5FrameAddress.hpp.

bool bil::operator>=	(	const V5FrameAddress &	fa1,
		const V5FrameAddress &	fa2
	)

inline

Tests two V5FrameAddress instances for memberwise >=.

Definition at line 300 of file V5FrameAddress.hpp.

std::string bil::toRawAddressString ( const V5FrameAddress & address )

Gets a raw address string representation of the frame address.

Returns:: Returns a hexadecimal string denoting the raw frame address.

Definition at line 17 of file V5FrameAddressString.cpp.

std::string bil::toExpandedString ( const V5FrameAddress & address )

Gets a string expanded representation of the frame address.

Returns:: Returns a string consisting of the five integer address parts separated by space.

Definition at line 26 of file V5FrameAddressString.cpp.

std::string bil::toSymbolicString ( const V5FrameAddress & address )

Gets a symbolic string representation of the frame address.

Returns:: Returns a string consisting of the five integer address parts separated by space, whereas the block index and the upper half flag are represented by names rather than integers.

Definition at line 38 of file V5FrameAddressString.cpp.

size_t bil::getCfgDataWordCount ( const V5CfgTileMapEntry & where )

Gets number of words a V5CfgTileMapEntry references.

Parameters:

where A V5CfgTileMapEntry referencing configuration data.

Returns:: The number of words referenced.

Definition at line 26 of file V5CfgTileMapEntry.cpp.

size_t bil::getCfgData	(	boost::uint32_t *	data,
		size_t	dataWordCount,
		const V5Configuration &	src,
		const V5CfgTileMapEntry &	where
	)

Gets configuration data referenced by a V5CfgTileMapEntry.

Parameters:

data	Address of buffer to copy in.
dataWordCount	Size of buffer in words.
src	The configuration data from which to copy.
where	A V5CfgTileMapEntry referencing configuration data.

Returns:: The number of words copied to given buffer.

Definition at line 37 of file V5CfgTileMapEntry.cpp.

std::string bil::removePackageAndSpeed ( const char * deviceName )

Removes package name and speed grade (if present) from a device name.

Parameters:

deviceName Device name to shorten.

Returns:: Device name without package name or speed grade.

Definition at line 13 of file DeviceNameUtil.cpp.

std::string bil::removeSpeed ( const char * deviceName )

Removes speed grade (if present) from a device name.

Parameters:

deviceName Device name to shorten.

Returns:: Device name without speed grade.

Definition at line 26 of file DeviceNameUtil.cpp.

bool bil::operator==	(	const PIPBitValue &	val1,
		const PIPBitValue &	val2
	)

inline

Tests two PIPBitValue instances for memberwise equality.

Definition at line 101 of file PIPBitValue.hpp.

bool bil::operator!=	(	const PIPBitValue &	val1,
		const PIPBitValue &	val2
	)

inline

Tests two PIPBitValue instances for memberwise inequality.

Definition at line 108 of file PIPBitValue.hpp.

bool bil::operator<	(	const PIPBitValue &	val1,
		const PIPBitValue &	val2
	)

inline

Tests two PIPBitValue instances for memberwise <.

Definition at line 115 of file PIPBitValue.hpp.

bool bil::operator>	(	const PIPBitValue &	val1,
		const PIPBitValue &	val2
	)

inline

Tests two PIPBitValue instances for memberwise >

Definition at line 122 of file PIPBitValue.hpp.

bool bil::operator<=	(	const PIPBitValue &	val1,
		const PIPBitValue &	val2
	)

inline

Tests two PIPBitValue instances for memberwise <=.

Definition at line 128 of file PIPBitValue.hpp.

bool bil::operator>=	(	const PIPBitValue &	val1,
		const PIPBitValue &	val2
	)

inline

Tests two PIPBitValue instances for memberwise >=.

Definition at line 134 of file PIPBitValue.hpp.

void bil::writeBinary	(	const Device &	data,
		std::ostream &	outputStream
	)

Writes data from a Device into a binary stream.

Parameters:

data	The Device to write.
outputStream	The stream to write into.

Exceptions:

.

Definition at line 13 of file DeviceBS.cpp.

void bil::readBinary	(	Device &	data,
		std::istream &	inputStream
	)

Reads data into a Device from a binary stream.

Parameters:

data	The Device to read into.
inputStream	The stream to read from.

Exceptions:

.

Definition at line 22 of file DeviceBS.cpp.

void bil::writeBinary	(	const DeviceCfgDb &	data,
		std::ostream &	outputStream
	)

Writes data from a DeviceCfgDb into a binary stream.

Parameters:

data	The DeviceCfgDb to write.
outputStream	The stream to write into.

Exceptions:

.

Definition at line 13 of file DeviceCfgDbBS.cpp.

void bil::readBinary	(	DeviceCfgDb &	data,
		std::istream &	inputStream
	)

Reads data into a DeviceCfgDb from a binary stream.

Parameters:

data	The DeviceCfgDb to read into.
inputStream	The stream to read from.

Exceptions:

.

Definition at line 19 of file DeviceCfgDbBS.cpp.

void bil::writeBinary	(	const DeviceRegistry &	data,
		std::ostream &	outputStream
	)

Writes data from a DeviceRegistry into a binary stream.

Parameters:

data	The DeviceRegistry to write.
outputStream	The stream to write into.

Exceptions:

.

Definition at line 13 of file DeviceRegistryBS.cpp.

void bil::readBinary	(	DeviceRegistry &	data,
		std::istream &	inputStream
	)

Reads data into a DeviceRegistry from a binary stream.

Parameters:

data	The DeviceRegistry to read into.
inputStream	The stream to read from.

Exceptions:

.

Definition at line 19 of file DeviceRegistryBS.cpp.

void bil::writeBinary	(	const Element &	data,
		std::ostream &	outputStream
	)

Writes data from a Element into a binary stream.

Parameters:

data	The Element to write.
outputStream	The stream to write into.

Exceptions:

.

Definition at line 13 of file ElementBS.cpp.

void bil::readBinary	(	Element &	data,
		std::istream &	inputStream
	)

Reads data into a Element from a binary stream.

Parameters:

data	The Element to read into.
inputStream	The stream to read from.

Exceptions:

.

Definition at line 20 of file ElementBS.cpp.

void bil::writeBinary	(	const Pin &	data,
		std::ostream &	outputStream
	)

Writes data from a Pin into a binary stream.

Parameters:

data	The Pin to write.
outputStream	The stream to write into.

Exceptions:

.

Definition at line 13 of file PinBS.cpp.

void bil::readBinary	(	Pin &	data,
		std::istream &	inputStream
	)

Reads data into a Pin from a binary stream.

Parameters:

data	The Pin to read into.
inputStream	The stream to read from.

Exceptions:

.

Definition at line 20 of file PinBS.cpp.

void bil::writeBinary	(	const PinWire &	data,
		std::ostream &	outputStream
	)

Writes data from a PinWire into a binary stream.

Parameters:

data	The PinWire to write.
outputStream	The stream to write into.

Exceptions:

.

Definition at line 13 of file PinWireBS.cpp.

void bil::readBinary	(	PinWire &	data,
		std::istream &	inputStream
	)

Reads data into a PinWire from a binary stream.

Parameters:

data	The PinWire to read into.
inputStream	The stream to read from.

Exceptions:

.

Definition at line 20 of file PinWireBS.cpp.

void bil::writeBinary	(	const PIPBitValue &	data,
		std::ostream &	outputStream
	)

Writes data from a PIPBitValue into a binary stream.

Parameters:

data	The PIPBitValue to write.
outputStream	The stream to write into.

Exceptions:

.

Definition at line 13 of file PIPBitValueBS.cpp.

void bil::readBinary	(	PIPBitValue &	data,
		std::istream &	inputStream
	)

Reads data into a PIPBitValue from a binary stream.

Parameters:

data	The PIPBitValue to read into.
inputStream	The stream to read from.

Exceptions:

.

Definition at line 20 of file PIPBitValueBS.cpp.

void bil::writeBinary	(	const PIP &	data,
		std::ostream &	outputStream
	)

Writes data from a PIP into a binary stream.

Parameters:

data	The PIP to write.
outputStream	The stream to write into.

Exceptions:

.

Definition at line 13 of file PIPBS.cpp.

void bil::readBinary	(	PIP &	data,
		std::istream &	inputStream
	)

Reads data into a PIP from a binary stream.

Parameters:

data	The PIP to read into.
inputStream	The stream to read from.

Exceptions:

.

Definition at line 21 of file PIPBS.cpp.

void bil::writeBinary	(	const PIPControlSet &	data,
		std::ostream &	outputStream
	)

Writes data from a PIPControlSet into a binary stream.

Parameters:

data	The PIPControlSet to write.
outputStream	The stream to write into.

Exceptions:

.

Definition at line 13 of file PIPControlSetBS.cpp.

void bil::readBinary	(	PIPControlSet &	data,
		std::istream &	inputStream
	)

Reads data into a PIPControlSet from a binary stream.

Parameters:

data	The PIPControlSet to read into.
inputStream	The stream to read from.

Exceptions:

.

Definition at line 20 of file PIPControlSetBS.cpp.

void bil::writeBinary	(	const PrimitiveSite &	data,
		std::ostream &	outputStream
	)

Writes data from a PrimitiveSite into a binary stream.

Parameters:

data	The PrimitiveSite to write.
outputStream	The stream to write into.

Exceptions:

.

Definition at line 13 of file PrimitiveSiteBS.cpp.

void bil::readBinary	(	PrimitiveSite &	data,
		std::istream &	inputStream
	)

Reads data into a PrimitiveSite from a binary stream.

Parameters:

data	The PrimitiveSite to read into.
inputStream	The stream to read from.

Exceptions:

.

Definition at line 20 of file PrimitiveSiteBS.cpp.

void bil::writeBinary	(	const PrimitiveSiteType &	data,
		std::ostream &	outputStream
	)

Writes data from a PrimitiveSiteType into a binary stream.

Parameters:

data	The PrimitiveSiteType to write.
outputStream	The stream to write into.

Exceptions:

.

Definition at line 13 of file PrimitiveSiteTypeBS.cpp.

void bil::readBinary	(	PrimitiveSiteType &	data,
		std::istream &	inputStream
	)

Reads data into a PrimitiveSiteType from a binary stream.

Parameters:

data	The PrimitiveSiteType to read into.
inputStream	The stream to read from.

Exceptions:

.

Definition at line 20 of file PrimitiveSiteTypeBS.cpp.

void bil::writeBinary	(	const PrimitiveType &	data,
		std::ostream &	outputStream
	)

Writes data from a PrimitiveType into a binary stream.

Parameters:

data	The PrimitiveType to write.
outputStream	The stream to write into.

Exceptions:

.

Definition at line 13 of file PrimitiveTypeBS.cpp.

void bil::readBinary	(	PrimitiveType &	data,
		std::istream &	inputStream
	)

Reads data into a PrimitiveType from a binary stream.

Parameters:

data	The PrimitiveType to read into.
inputStream	The stream to read from.

Exceptions:

.

Definition at line 22 of file PrimitiveTypeBS.cpp.

void bil::writeBinary	(	const Tile &	data,
		std::ostream &	outputStream
	)

Writes data from a Tile into a binary stream.

Parameters:

data	The Tile to write.
outputStream	The stream to write into.

Exceptions:

.

Definition at line 13 of file TileBS.cpp.

void bil::readBinary	(	Tile &	data,
		std::istream &	inputStream
	)

Reads data into a Tile from a binary stream.

Parameters:

data	The Tile to read into.
inputStream	The stream to read from.

Exceptions:

.

Definition at line 25 of file TileBS.cpp.

void bil::writeBinary	(	const TileType &	data,
		std::ostream &	outputStream
	)

Writes data from a TileType into a binary stream.

Parameters:

data	The TileType to write.
outputStream	The stream to write into.

Exceptions:

.

Definition at line 13 of file TileTypeBS.cpp.

void bil::readBinary	(	TileType &	data,
		std::istream &	inputStream
	)

Reads data into a TileType from a binary stream.

Parameters:

data	The TileType to read into.
inputStream	The stream to read from.

Exceptions:

.

Definition at line 23 of file TileTypeBS.cpp.

void bil::writeBinary	(	const TileTypeCfgDb &	data,
		std::ostream &	outputStream
	)

Writes data from a TileTypeCfgDb into a binary stream.

Parameters:

data	The TileTypeCfgDb to write.
outputStream	The stream to write into.

Exceptions:

.

Definition at line 13 of file TileTypeCfgDbBS.cpp.

void bil::readBinary	(	TileTypeCfgDb &	data,
		std::istream &	inputStream
	)

Reads data into a TileTypeCfgDb from a binary stream.

Parameters:

data	The TileTypeCfgDb to read into.
inputStream	The stream to read from.

Exceptions:

.

Definition at line 20 of file TileTypeCfgDbBS.cpp.

void bil::writeBinary	(	const V5AddressLayout &	data,
		std::ostream &	outputStream
	)

Writes data from a V5AddressLayout into a binary stream.

Parameters:

data	The V5AddressLayout to write.
outputStream	The stream to write into.

Exceptions:

.

Definition at line 13 of file V5AddressLayoutBS.cpp.

void bil::readBinary	(	V5AddressLayout &	data,
		std::istream &	inputStream
	)

Reads data into a V5AddressLayout from a binary stream.

Parameters:

data	The V5AddressLayout to read into.
inputStream	The stream to read from.

Exceptions:

.

Definition at line 21 of file V5AddressLayoutBS.cpp.

void bil::writeBinary	(	const V5CfgTileMap &	data,
		std::ostream &	outputStream
	)

Writes data from a V5CfgTileMap into a binary stream.

Parameters:

data	The V5CfgTileMap to write.
outputStream	The stream to write into.

Exceptions:

.

Definition at line 13 of file V5CfgTileMapBS.cpp.

void bil::readBinary	(	V5CfgTileMap &	data,
		std::istream &	inputStream
	)

Reads data into a V5CfgTileMap from a binary stream.

Parameters:

data	The V5CfgTileMap to read into.
inputStream	The stream to read from.

Exceptions:

.

Definition at line 21 of file V5CfgTileMapBS.cpp.

void bil::writeBinary	(	const Wire &	data,
		std::ostream &	outputStream
	)

Writes data from a Wire into a binary stream.

Parameters:

data	The Wire to write.
outputStream	The stream to write into.

Exceptions:

.

Definition at line 13 of file WireBS.cpp.

void bil::readBinary	(	Wire &	data,
		std::istream &	inputStream
	)

Reads data into a Wire from a binary stream.

Parameters:

data	The Wire to read into.
inputStream	The stream to read from.

Exceptions:

.

Definition at line 20 of file WireBS.cpp.

void bil::writeBinary	(	const WireConnection &	data,
		std::ostream &	outputStream
	)

Writes data from a WireConnection into a binary stream.

Parameters:

data	The WireConnection to write.
outputStream	The stream to write into.

Exceptions:

.

Definition at line 13 of file WireConnectionBS.cpp.

void bil::readBinary	(	WireConnection &	data,
		std::istream &	inputStream
	)

Reads data into a WireConnection from a binary stream.

Parameters:

data	The WireConnection to read into.
inputStream	The stream to read from.

Exceptions:

.

Definition at line 22 of file WireConnectionBS.cpp.

template<typename T >

boost::enable_if<boost::is_pod<T>, void>::type bil::writeBinary	(	const T &	data,
		std::ostream &	outputStream
	)

inline

Writes POD data into a binary stream.

Template Parameters:

T	Type of the data.

Parameters:

data	The data to write.
outputStream	The stream to write into.

Exceptions:

.

Definition at line 31 of file BinarySerialization.hpp.

template<typename T >

boost::disable_if< boost::is_pod< T >, void >::type bil::writeBinary	(	const std::vector< T > &	data,
		std::ostream &	outputStream
	)

inline

Writes POD data from a std::vector into a binary stream.

Writes non-POD data from a std::vector into a binary stream.

Template Parameters:

T	Type of the data inside vector.

Parameters:

data	The vector to write.
outputStream	The stream to write into.

Exceptions:

.

Definition at line 47 of file BinarySerialization.hpp.

template<typename K , typename V , typename C , typename A >

void bil::writeBinary	(	const std::map< K, V, C, A > &	data,
		std::ostream &	outputStream
	)

inline

Writes data from a std::map into a binary stream.

Template Parameters:

K	Type of map keys.
V	Type of map values.

Parameters:

data	The map to write.
outputStream	The stream to write into.

Exceptions:

.

Definition at line 90 of file BinarySerialization.hpp.

void bil::writeBinary	(	const std::string &	data,
		std::ostream &	outputStream
	)

Writes data from a std::string into a binary stream.

Strings longer than 255 chars are truncated to that length.

Parameters:

data	The string to write.
outputStream	The stream to write into.

Exceptions:

.

Definition at line 12 of file BinarySerialization.cpp.

template<typename T >

boost::enable_if<boost::is_pod<T>, void>::type bil::readBinary	(	T &	data,
		std::istream &	inputStream
	)

inline

Reads POD data from a binary stream.

Template Parameters:

T	Type of the data.

Parameters:

data	The data to read into.
inputStream	The stream to read from.

Exceptions:

.

Definition at line 125 of file BinarySerialization.hpp.

template<typename T >

boost::disable_if< boost::is_pod< T >, void >::type bil::readBinary	(	std::vector< T > &	data,
		std::istream &	inputStream
	)

inline

Reads POD data into a std::vector from a binary stream.

Reads non-POD data into a std::vector from a binary stream.

Template Parameters:

T	Type of the data inside vector.

Parameters:

data	The vector to read into.
inputStream	The stream to read from.

Exceptions:

.

Definition at line 141 of file BinarySerialization.hpp.

template<typename K , typename V , typename C , typename A >

void bil::readBinary	(	std::map< K, V, C, A > &	data,
		std::istream &	inputStream
	)

inline

Reads data into a std::map from a binary stream.

Template Parameters:

K	Type of map keys.
V	Type of map values.

Parameters:

data	The map to read into.
inputStream	The stream to read from.

Exceptions:

.

Definition at line 186 of file BinarySerialization.hpp.

void bil::readBinary	(	std::string &	data,
		std::istream &	inputStream
	)

Reads data into a std::string from a binary stream.

Parameters:

data	The string to read into.
inputStream	The stream to read from.

Exceptions:

.

Definition at line 30 of file BinarySerialization.cpp.

boost::uint32_t bil::calc8BitCRC32	(	boost::uint32_t	oldCRC,
		boost::uint8_t	data8Bit
	)

Calculates the CRC32 value from 8 bit data and an initial value.

The algorithm uses 0x82f63b78 as generator polynomial, i.e. the reversed Castagnoli polynomial (0x1edc6f41).

Parameters:

oldCRC	initial value for CRC
data8Bit	8 bit of data

Returns:: CRC value of given data.

Definition at line 73 of file CRC32.cpp.

boost::uint32_t bil::calc5BitCRC32	(	boost::uint32_t	oldCRC,
		boost::uint8_t	data5Bit
	)

Calculates the CRC32 value from 5 bit data and an initial value.

The algorithm uses 0x82f63b78 as generator polynomial, i.e. the reversed Castagnoli polynomial (0x1edc6f41).

Parameters:

oldCRC	initial value for CRC
data5Bit	5 bit of data

Returns:: CRC value of given data.

Definition at line 79 of file CRC32.cpp.

boost::uint16_t bil::swapBigLittleEndian ( const boost::uint16_t & x )

inline

Swaps given 16 bit value from big endian to little endian and vice versa (i.e. exchanges first octet for second).

Parameters:

x	The value.

Returns:: The endianess swapped value.

Definition at line 21 of file EndianConversion.hpp.

boost::uint32_t bil::swapBigLittleEndian ( const boost::uint32_t & x )

inline

Swaps given 32 bit value from big endian to little endian and vice versa (i.e. exchanges first octet for fourth, and second for third).

Parameters:

x	The value.

Returns:: The endianess swapped value.

Definition at line 33 of file EndianConversion.hpp.

boost::uint64_t bil::swapBigLittleEndian ( const boost::uint64_t & x )

inline

Swaps given 64 bit value from big endian to little endian and vice versa (i.e. exchanges first octet for eighth, second for seventh, third for sixth, and fourth for fifth).

Parameters:

x	The value.

Returns:: The endianess swapped value.

Definition at line 48 of file EndianConversion.hpp.

template<typename type >

type bil::swapBigEndian ( const type & x )

inline

Swaps given value from big endian to endianess of the system and vice versa.

Parameters:

x	The big endian value.

Returns:: The converted value.

Definition at line 68 of file EndianConversion.hpp.

template<typename type >

type bil::swapLittleEndian ( const type & x )

inline

Swaps given value from little endian to endianess of the system and vice versa.

Parameters:

x	The little endian value.

Returns:: The converted value.

Definition at line 86 of file EndianConversion.hpp.

void bil::printHex	(	std::ostream &	os,
		boost::uint32_t	word
	)

Prints a 32 bit word in hexadecimal representation to a stream.

The hexadecimal representation will have a fixed width of 8 digits (unused digits will be zero) and be prefixed with 0x.

Parameters:

os	Stream to print in.
word	Word to print.

Definition at line 13 of file HexPrint.cpp.

void bil::printHex	(	std::ostream &	os,
		const boost::uint32_t *	words,
		size_t	wordCount
	)

Prints 32 bit words in hexadecimal representation to a stream.

The hexadecimal representation will have a fixed width of 8 digits (unused digits will be zero) and be prefixed with 0x.

Parameters:

os	Stream to print in.
words	Pointer to words to print.
wordCount	Number of words to print.

Definition at line 21 of file HexPrint.cpp.

std::string bil::hexString ( boost::uint32_t word )

Gets hexadecimal string representation of a 32 bit word.

The hexadecimal representation will have a fixed width of 8 digits (unused digits will be zero) and be prefixed with 0x.

Parameters:

word	Word to print.

Returns:: The hexadecimal string.

Definition at line 34 of file HexPrint.cpp.

std::string bil::hexString	(	const boost::uint32_t *	words,
		size_t	wordCount
	)

Gets hexadecimal string representation of 32 bit words.

The hexadecimal representation will have a fixed width of 8 digits (unused digits will be zero) and be prefixed with 0x.

Parameters:

words	Pointer to words to print.
wordCount	Number of words to print.

Returns:: The hexadecimal string.

Definition at line 44 of file HexPrint.cpp.

bool bil::operator==	(	const PIPRef &	ref1,
		const PIPRef &	ref2
	)

inline

Tests two PIPRef instances for memberwise equality.

Definition at line 91 of file PIPRef.hpp.

bool bil::operator!=	(	const PIPRef &	ref1,
		const PIPRef &	ref2
	)

inline

Tests two PIPRef instances for memberwise inequality.

Definition at line 98 of file PIPRef.hpp.

bool bil::operator<	(	const PIPRef &	ref1,
		const PIPRef &	ref2
	)

inline

Tests two PIPRef instances for memberwise <.

Definition at line 105 of file PIPRef.hpp.

bool bil::operator>	(	const PIPRef &	ref1,
		const PIPRef &	ref2
	)

inline

Tests two PIPRef instances for memberwise >

Definition at line 113 of file PIPRef.hpp.

bool bil::operator<=	(	const PIPRef &	ref1,
		const PIPRef &	ref2
	)

inline

Tests two PIPRef instances for memberwise <=.

Definition at line 119 of file PIPRef.hpp.

bool bil::operator>=	(	const PIPRef &	ref1,
		const PIPRef &	ref2
	)

inline

Tests two PIPRef instances for memberwise >=.

Definition at line 125 of file PIPRef.hpp.

std::string bil::pipRefString	(	const PIPRef &	pipRef,
		const Tiles &	tiles,
		const TileTypes &	tileTypes
	)

Converts a PIPRef to a text representation.

Parameters:

pipRef	The PIPRef to convert.
tiles	The tiles the PIPRef references.
tileTypes	The types of the referenced tiles.

Returns:: The string with the PIPRef text representation.

Exceptions:

.

Definition at line 12 of file PIPRefString.cpp.

bool bil::operator==	(	const PinWire &	pw1,
		const PinWire &	pw2
	)

inline

Tests two PinWire instances for memberwise equality.

Definition at line 92 of file PinWire.hpp.

bool bil::operator!=	(	const PinWire &	pw1,
		const PinWire &	pw2
	)

inline

Tests two PinWire instances for memberwise inequality.

Definition at line 99 of file PinWire.hpp.

bool bil::operator==	(	const PIP &	pip1,
		const PIP &	pip2
	)

inline

Tests two PIP instances for memberwise equality.

Definition at line 119 of file PIP.hpp.

bool bil::operator!=	(	const PIP &	pip1,
		const PIP &	pip2
	)

inline

Tests two PIP instances for memberwise inequality.

Definition at line 127 of file PIP.hpp.

bool bil::operator<	(	const PIP &	pip1,
		const PIP &	pip2
	)

inline

Tests two PIP instances for memberwise <.

Definition at line 134 of file PIP.hpp.

bool bil::operator>	(	const PIP &	pip1,
		const PIP &	pip2
	)

inline

Tests two PIP instances for memberwise >

Definition at line 144 of file PIP.hpp.

bool bil::operator<=	(	const PIP &	pip1,
		const PIP &	pip2
	)

inline

Tests two PIP instances for memberwise <=.

Definition at line 150 of file PIP.hpp.

bool bil::operator>=	(	const PIP &	pip1,
		const PIP &	pip2
	)

inline

Tests two PIP instances for memberwise >=.

Definition at line 156 of file PIP.hpp.

bool bil::operator==	(	const WireConnection &	c1,
		const WireConnection &	c2
	)

inline

Tests two WireConnection instances for memberwise equality.

Definition at line 132 of file WireConnection.hpp.

bool bil::operator!=	(	const WireConnection &	c1,
		const WireConnection &	c2
	)

inline

Tests two WireConnection instances for memberwise inequality.

Definition at line 141 of file WireConnection.hpp.

bool bil::extractPosition	(	const char *	name,
		unsigned &	x,
		unsigned &	y
	)

Extracts the X and Y coordinate from a XDL(RC) name.

Some XDL(RC) entities have got names like T_X::Y# (where T stands for a typename and # for a positive integer number).

Parameters:

name	Name to extract from.
x	Resulting X coordinate.
y	Resulting Y coordinate.

Returns:: True, if coordinates were successfully extracted; false otherwise.

Definition at line 13 of file NameSplit.cpp.

std::string bil::pipString	(	const PIP &	pip,
		const Wires &	wires
	)

Converts a PIP to a text representation.

Parameters:

pip	The PIP to convert.
wires	The wires the PIP references.

Returns:: The string with the PIP text representation.

Exceptions:

.

Definition at line 11 of file PIPString.cpp.

Variable Documentation

const size_t bil::BITFILE_HEADER_SIZE = 13

Definition at line 17 of file BitFileSections.hpp.

const boost::uint8_t bil::BITFILE_HEADER

Initial value:

{
    
    0x00, 0x09,
    
    0x0f, 0xf0, 0x0f, 0xf0, 0x0f, 0xf0, 0x0f, 0xf0, 0x00,
    
    0x00, 0x01
}

Definition at line 9 of file BitFileSections.cpp.

const char bil::BITFILE_KEY_SOURCEFILENAME = 'a'

Definition at line 24 of file BitFileSections.hpp.

const char bil::BITFILE_KEY_TARGETDEVICENAME = 'b'

Definition at line 25 of file BitFileSections.hpp.

const char bil::BITFILE_KEY_CREATIONDATE = 'c'

Definition at line 26 of file BitFileSections.hpp.

const char bil::BITFILE_KEY_CREATIONTIME = 'd'

Definition at line 27 of file BitFileSections.hpp.

const char bil::BITFILE_KEY_BITSTREAM = 'e'

Definition at line 28 of file BitFileSections.hpp.

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