| MI_CpuCopy* | Copies data. |
|---|---|
| MI_CpuFill* | Fills memory with specified data. |
| MI_CpuClear* | Zero-clears memory. |
| MI_CpuSend* | Sends data with fixed address. |
| MI_DmaCopy* | Copies data. |
|---|---|
| MI_DmaFill* | Fills memory with specified data. |
| MI_DmaClear* | Zero-clears memory. |
| MI_DmaSend* | Sends data with fixed address. |
| MI_HBlankDmaCopy* | Uses H-Blank DMA to copy data. |
| MI_VBlankDmaCopy* | Uses V-Blank DMA to copy data. |
| MI_DispMemDmaCopy | Sets main memory display DMA copies. |
| MI_SendGXCommand* | Uses DMA to send geometry commands to command FIFO. |
| MI_IsDmaBusy | Checks whether the specified DMA channel is being used. |
| MI_WaitDma | Waits for the specified end of DMA. |
| MI_StopDma | Stops specified DMA. |
| MI_SetMainMemoryPriority | Sets access priority to main memory. |
|---|---|
| MI_GetMainMemoryPriority | Gets settings for access priority to main memory. |
| MI_GetCardProcessor | Gets settings for access rights to card. |
| MI_GetCartridgeProcessor | Gets settings for access rights to Game Pak. |
| MI_SetCartridgeRomCycle1st | Sets the first access cycle to the Game Pak ROM region. |
| MI_GetCartridgeRomCycle1st | Gets the settings for the first access cycle to the Game Pak ROM region. |
| MI_SetCartridgeRomCycle2nd | Sets the second access cycle to the Game Pak ROM region. |
| MI_GetCartridgeRomCycle2nd | Gets the setting for the second access cycle to access the Game Pak's ROM region. |
| MI_SetCartridgeRamCycle | Sets the access cycle to the Game Pak RAM region. |
| MI_GetCartridgeRamCycle | Gets the settings for the access cycle to the Game Pak RAM region. |
| MI_SetAgbCartridgeFastestRomCycle | Sets the high-speed access cycle to the AGB Game Pak ROM region. |
| MI_SetWramBank | Configures shared work RAM allocation for ARM7 and ARM9. |
|---|
| MI_SwapByte | Swaps specified byte data and memory data. |
|---|---|
| MI_SwapWord | Swaps specified word data and memory data. |
| MI_UnpackBits | Expands the data filled with fixed 0. |
|---|---|
| MI_UncompressLZ8 | Expands the LZ77 compressed data in units of 8 bits. |
| MI_UncompressLZ16 | Expands the LZ77 compressed data in units of 16 bits. |
| MI_UncompressHuffman | Expands Huffman compressed data in 32-bit units. |
| MI_UncompressRL8 | Expands run length compressed data in 8-bit units. |
| MI_UncompressRL16 | Expands run length compressed data in 16-bit units. |
| MI_UnfilterDiff8 | Expands the data which the difference filter was applied in 8-bit units. |
| MI_UnfilterDiff16 | Expands the data which the difference filter was applied in 16-bit units. |
| MI_GetUncompressedSize | Obtains the size of the expanded data. |
| MI_GetCompressionType | Obtains the compression format of the compressed data. |
| MI_InitUncompContextRL | Initializes run length compression streaming decode context. |
| MI_InitUncompContextLZ | Initializes LZ77 compression streaming decode context. |
| MI_InitUncompContextHuffman | Initializes the Huffman compression streaming decode context. |
| MI_ReadUncompRL* | Runs run length compression streaming decoding. |
| MI_ReadUncompLZ* | Runs LZ77 compression streaming decoding. |
| MI_ReadUncompHuffman | Runs Huffman compression streaming decoding. |
| MI_CompressRL | Performs run length compression on the data. |
| MI_CompressLZ | Performs LZ77 compression on the data. |
| MI_CompressLZFast | Performs LZ77 compression on the data. Processing is performed rather quickly in exchange for requiring a work buffer. |
| MI_CompressHuffman | Performs Huffman compression on the data. |
| MI_ReadByte | Reads the byte data from the memory. |
|---|---|
| MI_WriteByte | Writes the byte data to the memory. |
| MI_SwapEndian8 | This macro reverses the endian of a 8-bit value. These 8-bit versions do not actually perform any conversions, but they have been included for uniform source code visibility. |
|---|---|
| MI_SwapEndian16 | This macro reverses the endian of a 16-bit value. |
| MI_SwapEndian32 | This macro reverses the endian of a 32-bit value. |
| MI_HToLE8 | This macro converts a 8-bit value from the current environment to little endian. These 8-bit versions do not actually perform any conversions, but they have been included for uniform source code visibility. |
| MI_HToLE16 | This macro converts a 16-bit value from the current environment to little endian. |
| MI_HToLE32 | This macro converts a 32-bit value from the current environment to little endian. |
| MI_HToBE8 | This macro converts a 8-bit value from the current environment to big endian. These 8-bit versions do not actually perform any conversions, but they have been included for uniform source code visibility. |
| MI_HToBE16 | This macro converts a 16-bit value from the current environment to big endian. |
| MI_HToBE32 | This macro converts a 32-bit value from the current environment to big endian. |
| MI_LEToH8 | This macro converts a 8-bit value from little endian to the current environment. These 8-bit versions do not actually perform any conversions, but they have been included for uniform source code visibility. |
| MI_LEToH16 | This macro converts a 16-bit value from little endian to the current environment. |
| MI_LEToH32 | This macro converts a 32-bit value from little endian to the current environment. |
| MI_BEToH8 | This macro converts a 8-bit value from big endian to the current environment. These 8-bit versions do not actually perform any conversions, but they have been included for uniform source code visibility. |
| MI_BEToH16 | This macro converts a 16-bit value from big endian to the current environment. |
| MI_BEToH32 | This macro converts a 32-bit value from big endian to the current environment. |
| MI_Load8LE | This macro reads a 8-bit value from the specified address as little endian. |
| MI_Load16LE | This macro reads a 16-bit value from the specified address as little endian. |
| MI_Load32LE | This macro reads a 32-bit value from the specified address as little endian. |
| MI_Load8BE | This macro reads a 8-bit value from the specified address as big endian. |
| MI_Load16BE | This macro reads a 16-bit value from the specified address as big endian. |
| MI_Load32BE | This macro reads a 32-bit value from the specified address as big endian. |
| MI_Store8LE | This macro writes a 8-bit value to the specified address as little endian. |
| MI_Store16LE | This macro writes a 16-bit value to the specified address as little endian. |
| MI_Store32LE | This macro writes a 32-bit value to the specified address as little endian. |
| MI_Store8BE | This macro writes a 8-bit value to the specified address as big endian. |
| MI_Store16BE | This macro writes a 16-bit value to the specified address as big endian. |
| MI_Store32BE | This macro writes a 32-bit value to the specified address as big endian. |
| MICompressionHeader | Compression data header information structure. |
|---|---|
| MIUncompContextRL | Context structure when using run length compression streaming decoding. |
| MIUncompContextLZ | Context structure when using LZ77 compression streaming decoding. |
| MIUncompContextHuffman | Context structure when using Huffman compression streaming decoding. |
CONFIDENTIAL