Types

Structures and enums used in libpacket2. More...

Collaboration diagram for Types:

Enumerations
enum	Packet2Mode { P2_MODE_NORMAL = 0, P2_MODE_CHAIN = 1 }
enum	Packet2Type { P2_TYPE_NORMAL = 0x00000000, P2_TYPE_UNCACHED = 0x20000000, P2_TYPE_UNCACHED_ACCL = 0x30000000, P2_TYPE_SPRAM = 0x70000000 }
enum	DmaTagType {   P2_DMA_TAG_REFE = 0, P2_DMA_TAG_CNT = 1, P2_DMA_TAG_NEXT = 2, P2_DMA_TAG_REF = 3,   P2_DMA_TAG_REFS = 4, P2_DMA_TAG_CALL = 5, P2_DMA_TAG_RET = 6, P2_DMA_TAG_END = 7 }
enum	UnpackMode {   P2_UNPACK_S_32 = 0x00, P2_UNPACK_S_16 = 0x01, P2_UNPACK_S_8 = 0x02, P2_UNPACK_V2_32 = 0x04,   P2_UNPACK_V2_16 = 0x05, P2_UNPACK_V2_8 = 0x06, P2_UNPACK_V3_32 = 0x08, P2_UNPACK_V3_16 = 0x09,   P2_UNPACK_V3_8 = 0x0A, P2_UNPACK_V4_32 = 0x0C, P2_UNPACK_V4_16 = 0x0D, P2_UNPACK_V4_8 = 0x0E,   P2_UNPACK_V4_5 = 0x0F }
enum	VIFOpcode {   P2_VIF_NOP = 0, P2_VIF_STCYCL = 1, P2_VIF_OFFSET = 2, P2_VIF_BASE = 3,   P2_VIF_ITOP = 4, P2_VIF_STMOD = 5, P2_VIF_MSKPATH3 = 6, P2_VIF_MARK = 7,   P2_VIF_FLUSHE = 16, P2_VIF_FLUSH = 17, P2_VIF_FLUSHA = 19, P2_VIF_MSCAL = 20,   P2_VIF_MSCNT = 23, P2_VIF_MSCALF = 21, P2_VIF_STMASK = 32, P2_VIF_STROW = 48,   P2_VIF_STCOL = 49, P2_VIF_MPG = 74, P2_VIF_DIRECT = 80, P2_VIF_DIRECTHL = 81 }

Detailed Description

Structures and enums used in libpacket2.

Enumeration Type Documentation

Packet2Mode

enum Packet2Mode

#include <ee/packet2/include/packet2_types.h>

Two modes are commonly used with the DMA Controller (DMAC): normal mode and chain mode. In normal mode, transfers are issued one at a time. In chain mode, a series of transfers are issued simultaneously by initiating a transfer that contains "DMA Tags", which in turn contains instructions for further transfers. You will probably use chain mode for the majority of your transfers.

Definition at line 31 of file packet2_types.h.

Packet2Type

enum Packet2Type

#include <ee/packet2/include/packet2_types.h>

Types of memory mapping.

Enumerator
P2_TYPE_NORMAL	Normal.
P2_TYPE_UNCACHED	Uncached.
P2_TYPE_UNCACHED_ACCL	Uncached accelerated.
P2_TYPE_SPRAM	Scratchpad memory.

Definition at line 38 of file packet2_types.h.

DmaTagType

enum DmaTagType

#include <ee/packet2/include/packet2_types.h>

DMA tag types

Enumerator
P2_DMA_TAG_REFE	Transfers the QWC qword from the ADDR field, clears the Dn_CHCR.STR to 0, and ends transfer.
P2_DMA_TAG_CNT	Transfers the QWC qword following the tag and reads the succeeding qword as the next tag.
P2_DMA_TAG_NEXT	Transfers the QWC qword following the tag and reads the qword of the ADDR field as the next tag.
P2_DMA_TAG_REF	Transfers the QWC qword from the ADDR field and reads the qword following the tag as the next tag.
P2_DMA_TAG_REFS	Transfers the QWC qword from the ADDR field while controlling stalls and reads the qword following the tag as the next tag. Note Effective only on the VIF1, GIF, and SIF1 channels.
P2_DMA_TAG_CALL	Transfers the QWC qword following the tag, pushes the next field into the Dn_ASR register, and reads the qword of the ADDR field as the next tag. Note Effective only on the VIF0, VIF1, and GIF channels. Addresses can be pushed up to 2 levels
P2_DMA_TAG_RET	Transfers the QWC qword following the tag and reads the qword of the field popped from the Dn_ASR register as the next tag. Transfers the QWC qword following the tag, clears the Dn_CHCR.STR to 0, and ends transfer when there is no pushed address. Note Effective only on the VIF0, VIF1, and GIF channels.
P2_DMA_TAG_END	Transfers the QWC qword following the tag, clears the Dn_CHCR.STR to 0, and ends transfer.

Definition at line 51 of file packet2_types.h.

UnpackMode

enum UnpackMode

#include <ee/packet2/include/packet2_types.h>

Unpack modes. V2 = 2 dimensions, S = Single = 1 dimension _32 = 32 bits of data length.

Definition at line 131 of file packet2_types.h.

VIFOpcode

enum VIFOpcode

#include <ee/packet2/include/packet2_types.h>

VIF opcodes.

Enumerator
P2_VIF_NOP	No operation. No operation is performed. NOP is used to adjust the data alignment in the VIF packet.
P2_VIF_STCYCL	Sets write recycle. STCYCL writes the value of the IMMEDIATE field to the VIFn_CYCLE register.
P2_VIF_OFFSET	Sets the double buffer offset. OFFSET writes the lower 10 bits of the IMMEDIATE field to the VIF1_OFST register. At the same time, the DBF flag of the VIF1_STAT register is cleared to 0, and the VIF1_BASE register value is set to the VIF1_TOPS. That is, the pointer for the double buffer points to the BASE.
P2_VIF_BASE	Sets the base address of the double buffer. BASE writes the lower 10 bits of the IMMEDIATE field to the VIF1_BASE register. These bits become the base address of the double buffers.
P2_VIF_ITOP	Sets the data pointer. ITOP writes the lower 10 bits of the IMMEDIATE field to the VIFn_ITOPS register. This value is read from the VU by the XITOP instruction.
P2_VIF_STMOD	Sets the addition decompression mode. STMOD writes the lower 2 bits of the IMMEDIATE field to the VIFn_MODE register. This becomes the addition decompression mode setting.
P2_VIF_MSKPATH3	Sets the PATH3 mask. MSKPATH3 enables/disables transfer processing via the GIF PATH3. The setting of this register applies to the next data block or later.
P2_VIF_MARK	Sets the MARK value. MARK writes the value of the IMMEDIATE field to the VIFn_MARK register. By properly setting the MARK value, it becomes possible to use this value for synchronization with the EE Core and debugging.
P2_VIF_FLUSHE	Waits for end of the microprogram. FLUSHE waits for the state in which the microprogram in VU0/VU1 has been ended.
P2_VIF_FLUSH	Waits for end of the microprogram. FLUSH waits for the state in which transfers to the GIF from PATH1 and PATH2 have been ended after end of microprogram in VU1. FLUSH does not wait for the end of the transfer via PATH1 by the XGKICK instruction with the E bit.
P2_VIF_FLUSHA	Waits for end of the microprogram. FLUSHA waits for the state in which there is no transfer request from PATH3 after the end of micro program in VU1 and end of transfer to the GIF from PATH1 and PATH2.
P2_VIF_MSCAL	Activates the microprogram. MSCAL waits for the end of the microprogram under execution and activates the micro program with the value of the IMMEDIATE field as the starting address.
P2_VIF_MSCNT	Activates the microprogram. MSCNT waits for the end of the microprogram under execution and executes the next microprogram from the address following the most recently ended one in the PC (program counter).
P2_VIF_MSCALF	Activates the microprogram. MSCALF waits for the end of both the microprogram and the GIF(PATH1/PATH2) transfer and executes the microprogram with the value of the IMMEDIATE field as the starting address.
P2_VIF_STMASK	Sets the data mask pattern. STMASK stores the next 1 word of data in the VIFn_MASK register. This data becomes the mask pattern of the write data.
P2_VIF_STROW	Sets the filling data. STROW stores the following 4 words of data in the VIFn_R0 - VIFn_R3 registers. These are used as filling data when decompressed by the VIFcode UNPACK.
P2_VIF_STCOL	Sets the filling data. STCOL stores the following 4 words of data in the VIFn_C0 - VIFn_C3 registers. These are used as filling data when decompressed by the VIFcode UNPACK.
P2_VIF_MPG	Transfers the microprogram. MPG waits for the end of the microprogram and transfers the following NUM pieces of 64-bit data. (microinstruction code) to the MicroMem address shown by the IMMEDIATE field.
P2_VIF_DIRECT	Transfers data to the GIF(GS). DIRECT transfers the following IMMEDIATE pieces of 128-bit data to the GS via GIF PATH2. It is necessary to put the appropriate GIFtag to the data.
P2_VIF_DIRECTHL	Transfers data to the GIF(GS). DIRECTHL transfers the following IMMEDIATE pieces of 128-bit data to the GS via GIF PATH2. The appropriate GIFtag must be attached to the data. Interruption of PATH3 IMAGE mode data does not occur during the data transfer via PATH2 by DIRECTHL. Moreover, when the IMAGE mode data is being transferred via PATH3, DIRECTHL stalls until the end of the transfer.

Definition at line 149 of file packet2_types.h.