Uses of Class
com.cmpware.cmp.Processor

Packages that use Processor

com.cmpware.cmp
com.cmpware.cmp.models
com.cmpware.elf
com.cmpware.elf.dwarf2
com.cmpware.fastmodel
com.cmpware.ide
com.cmpware.ide.views
com.cmpware.tools

Uses of Processor in com.cmpware.cmp

Subclasses of Processor in com.cmpware.cmp

class

HardNode This implements a hardwired node.

Methods in com.cmpware.cmp that return Processor

Processor	Multiprocessor.get() This method returns the current processor.
Processor	Multiprocessor.get(int row, int col) This method returns a processor from the array.
static Processor	Processor.get(java.lang.String processorName) This static method is used to return a newly allocated Processor object from the processor name string.

Methods in com.cmpware.cmp with parameters of type Processor

static java.lang.String	MpMon.dasm(Processor p, int addr, int n) This method returns a text representation of a disassembly of multiple instructions.
static java.lang.String	MpMon.dumpMemoryMap(Processor p) This method returns a string representation of the memory map.
static java.lang.String	MpMon.dumpMemoryProfile(Processor p) This method returns a string representation of the memory profile table.
static java.lang.String	MpMon.dumpRegisters(Processor p) This method returns a string representing the General Purpose Registers and their current values.
static java.lang.String	MpMon.dumpSpecialRegisters(Processor p) This method returns a string representing the Special Purpose Registers and their current values.
static void	MpMon.fill(Processor p, byte a, int addr, int size) This method fills a section of memory of 'size' bytes starting at address 'addr' with the value 'a'.

Uses of Processor in com.cmpware.cmp.models

Subclasses of Processor in com.cmpware.cmp.models

class	ALU This is a simple ALU processor.
class	ARC700 This is an AutoModel implementation of the ARC700 processor.
class	ARC700EX This is an AutoModel implementation of the ARC700 processor with an extension.
class	AutoSimple This is the 'Simple' processor produced using the AutoModel data-driven interface.
class	FastSimple This is the 'Simple' processor produced using the FastModel data-driven interface.
class	HardNodeDemo This gives an example of a HardNode.
class	LatticeMicro32 This is an AutoModel implementation of the LatticeMicro32 processor.
class	LM32 This is just a renaming of the LatticeMicro32 model.
class	MicroBlaze This implements the Xilinx Microblaze according to the specification: "MicroBlaze Processor Reference Guide", Embedded Development Kit EDK 9.1.i (UG081 9/15/2006)
class	MicroBlaze_old This implements the Xilinx Microblaze according to the specification: "MicroBlaze Processor Reference Guide", Embedded Development Kit EDK 6.3.i (UG081 August 24, 2004)
class	MIPS32 This is an AutoModel implementation of the MIPS32 processor.
class	MIPS32EX This is an AutoModel implementation of the MIPS32 processor with an extension.
class	NIOS This describes the Altera NIOS 32-bit CPU.
class	NIOS2 This is the model for the NIOS2 processor from Altera.
class	Null This class implements a "null" spacer processor model.
class	PowerPC This is an AutoModel implementation of the PowerPC processor.
class	PowerPC64 This is an AutoModel implementation of the PowerPC 64 bit processor istructions.
class	Sparc This is the model for the SPARC 8 processor.
class	SPU This is an AutoModel implementation of the Synergistic Processing Unit (SPU) used by the Cell broadband Engine.
class	Xtensa This is an AutoModel implementation of the Tensilica Xtensa processor.
class	XtensaEX This is an AutoModel implementation of the Xtensa processor with an extension.

Uses of Processor in com.cmpware.elf

Methods in com.cmpware.elf with parameters of type Processor

static int	Dwarf2Location.getAddr(Processor p, byte[] loc, long frameBase) This static method returns the address value associated with a location program.
static long	Dwarf2Location.getData(Processor p, int addr, int size) This method returns a long integer representing the value of a data of the specified length at the specified address.

Uses of Processor in com.cmpware.elf.dwarf2

Methods in com.cmpware.elf.dwarf2 with parameters of type Processor

long	LocationList.getAddr(Processor p, long frameBaseAddr) This method returns an address from the location list.

Uses of Processor in com.cmpware.fastmodel

Subclasses of Processor in com.cmpware.fastmodel

class	FastModel This abstract class is used to describe the instruction set for a processor.
class	FastModel_old This abstract class is used to describe the instruction set for a processor.

Uses of Processor in com.cmpware.ide

Methods in com.cmpware.ide that return Processor

static Processor

MpModel.getCurrentProcessor() This method returns the current processor.

Uses of Processor in com.cmpware.ide.views

Fields in com.cmpware.ide.views declared as Processor

protected Processor

MemoryView.p The current processor

Uses of Processor in com.cmpware.tools

Subclasses of Processor in com.cmpware.tools

class	AutoModel This abstract class is used to describe the instruction set for a processor.
class	AutoModelVLIW WARNING: This class contains experimental software for architectures with instructrion words greater than 32 bits.

Methods in com.cmpware.tools with parameters of type Processor

void	AutoModelVLIW.Function.exec(Processor p) This method implements the instruction execution.
void	AutoModel.Asm.exec(Processor p) This method implements the instruction execution.
void	AutoModel.Function.exec(Processor p) This method implements the instruction execution.