@retval EFI_WRITE_PROTECTED The device can not be written to.\r
@retval EFI_DEVICE_ERROR Fail to detect media.\r
@retval EFI_NO_MEDIA Media is not present.\r
- @retval EFI_MEDIA_CHNAGED Media has changed.\r
+ @retval EFI_MEDIA_CHANGED Media has changed.\r
@retval EFI_BAD_BUFFER_SIZE The Buffer was not a multiple of the block size of the device.\r
@retval EFI_INVALID_PARAMETER Invalid parameter passed in.\r
\r
\r
When encountering error during the process, if retrieve sense keys before\r
error encountered, it returns the sense keys with return status set to EFI_SUCCESS,\r
- and NeedRetry set to FALSE; otherwize, return the proper return status.\r
+ and NeedRetry set to FALSE; otherwise, return the proper return status.\r
\r
@param ScsiDiskDevice The pointer of SCSI_DISK_DEV\r
@param NeedRetry The pointer of flag indicates if need a retry\r
// As ScsiDisk and ScsiBus driver are used to manage SCSI or ATAPI devices, we have to use\r
// the lowest transfer rate to calculate the possible maximum timeout value for each operation.\r
// From the above table, we could know 2.1Mbytes per second is lowest one.\r
- // The timout value is rounded up to nearest integar and here an additional 30s is added\r
+ // The timeout value is rounded up to nearest integer and here an additional 30s is added\r
// to follow ATA spec in which it mentioned that the device may take up to 30s to respond\r
// commands in the Standby/Idle mode.\r
//\r
// it is invalid to request more sectors in the CDB than the entire\r
// transfer (ie. ByteCount) can carry.\r
//\r
- // In addition, ByteCount is only expected to go down, or stay unchaged.\r
+ // In addition, ByteCount is only expected to go down, or stay unchanged.\r
// Therefore we don't need to update Timeout: the original timeout should\r
// accommodate shorter transfers too.\r
//\r
// As ScsiDisk and ScsiBus driver are used to manage SCSI or ATAPI devices, we have to use\r
// the lowest transfer rate to calculate the possible maximum timeout value for each operation.\r
// From the above table, we could know 2.1Mbytes per second is lowest one.\r
- // The timout value is rounded up to nearest integar and here an additional 30s is added\r
+ // The timeout value is rounded up to nearest integer and here an additional 30s is added\r
// to follow ATA spec in which it mentioned that the device may take up to 30s to respond\r
// commands in the Standby/Idle mode.\r
//\r
// it is invalid to request more sectors in the CDB than the entire\r
// transfer (ie. ByteCount) can carry.\r
//\r
- // In addition, ByteCount is only expected to go down, or stay unchaged.\r
+ // In addition, ByteCount is only expected to go down, or stay unchanged.\r
// Therefore we don't need to update Timeout: the original timeout should\r
// accommodate shorter transfers too.\r
//\r
// we have to use the lowest transfer rate to calculate the possible\r
// maximum timeout value for each operation.\r
// From the above table, we could know 2.1Mbytes per second is lowest one.\r
- // The timout value is rounded up to nearest integar and here an additional\r
+ // The timeout value is rounded up to nearest integer and here an additional\r
// 30s is added to follow ATA spec in which it mentioned that the device\r
// may take up to 30s to respond commands in the Standby/Idle mode.\r
//\r
// we have to use the lowest transfer rate to calculate the possible\r
// maximum timeout value for each operation.\r
// From the above table, we could know 2.1Mbytes per second is lowest one.\r
- // The timout value is rounded up to nearest integar and here an additional\r
+ // The timeout value is rounded up to nearest integer and here an additional\r
// 30s is added to follow ATA spec in which it mentioned that the device\r
// may take up to 30s to respond commands in the Standby/Idle mode.\r
//\r
UINTN Action;\r
\r
//\r
- // Implement a backoff algorithem to resolve some compatibility issues that\r
+ // Implement a backoff algorithm to resolve some compatibility issues that\r
// some SCSI targets or ATAPI devices couldn't correctly response reading/writing\r
// big data in a single operation.\r
- // This algorithem will at first try to execute original request. If the request fails\r
+ // This algorithm will at first try to execute original request. If the request fails\r
// with media error sense data or else, it will reduce the transfer length to half and\r
// try again till the operation succeeds or fails with one sector transfer length.\r
//\r
UINTN Action;\r
\r
//\r
- // Implement a backoff algorithem to resolve some compatibility issues that\r
+ // Implement a backoff algorithm to resolve some compatibility issues that\r
// some SCSI targets or ATAPI devices couldn't correctly response reading/writing\r
// big data in a single operation.\r
- // This algorithem will at first try to execute original request. If the request fails\r
+ // This algorithm will at first try to execute original request. If the request fails\r
// with media error sense data or else, it will reduce the transfer length to half and\r
// try again till the operation succeeds or fails with one sector transfer length.\r
//\r
UINTN Action;\r
\r
//\r
- // Implement a backoff algorithem to resolve some compatibility issues that\r
+ // Implement a backoff algorithm to resolve some compatibility issues that\r
// some SCSI targets or ATAPI devices couldn't correctly response reading/writing\r
// big data in a single operation.\r
- // This algorithem will at first try to execute original request. If the request fails\r
+ // This algorithm will at first try to execute original request. If the request fails\r
// with media error sense data or else, it will reduce the transfer length to half and\r
// try again till the operation succeeds or fails with one sector transfer length.\r
//\r
UINTN Action;\r
\r
//\r
- // Implement a backoff algorithem to resolve some compatibility issues that\r
+ // Implement a backoff algorithm to resolve some compatibility issues that\r
// some SCSI targets or ATAPI devices couldn't correctly response reading/writing\r
// big data in a single operation.\r
- // This algorithem will at first try to execute original request. If the request fails\r
+ // This algorithm will at first try to execute original request. If the request fails\r
// with media error sense data or else, it will reduce the transfer length to half and\r
// try again till the operation succeeds or fails with one sector transfer length.\r
//\r
projects / mirror_edk2.git / blobdiff