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00001 #ifndef __RBC_STRUCT_H__10L0HKARRV__ 00002 #define __RBC_STRUCT_H__10L0HKARRV__ 00003 00004 #include <spc2_struct.h> 00005 00006 struct rbc_read_capacity_cmd 00007 { 00008 uint8_t op_code; 00009 uint8_t reserved1; 00010 uint8_t reserved2; 00011 uint8_t reserved3; 00012 uint8_t reserved4; 00013 uint8_t reserved5; 00014 uint8_t reserved6; 00015 uint8_t reserved7; 00016 uint8_t reserved8; 00017 uint8_t control; 00018 } CC_BYTE_ALIGNED; 00019 00020 struct rbc_read_capacity_data 00021 { 00022 uint32_bytes last_logical_block; 00023 uint32_bytes block_length; 00024 } CC_BYTE_ALIGNED; 00025 00026 struct rbc_device_parameters_page 00027 { 00028 struct spc2_mode_page head; 00029 uint8_t flags1; 00030 uint16_bytes logical_block_size; 00031 uint40_bytes num_logical_blocks; 00032 uint8_t power_performance; 00033 uint8_t flags2; 00034 uint8_t reserved; 00035 } CC_BYTE_ALIGNED; 00036 00037 struct rbc_read_cmd 00038 { 00039 uint8_t op_code; 00040 uint8_t reserved1; 00041 uint32_bytes logical_block_address; 00042 uint8_t reserved2; 00043 uint16_bytes transfer_length; 00044 uint8_t control; 00045 } CC_BYTE_ALIGNED; 00046 00047 struct rbc_write_cmd 00048 { 00049 uint8_t op_code; 00050 uint8_t flags; 00051 uint32_bytes logical_block_address; 00052 uint8_t reserved; 00053 uint16_bytes transfer_length; 00054 uint8_t control; 00055 } CC_BYTE_ALIGNED; 00056 00057 00058 #endif /* __RBC_STRUCT_H__10L0HKARRV__ */