
Developed SCSI disk write-protection detection and handling for the microsoft/mu_basecore repository, focusing on improving data integrity in embedded systems and firmware environments. The work introduced logic in C to query write-protected states using the SCSI MODE SENSE command, specifically ATA_CMD_MODE_SENSE6, and integrated IsWriteProtected checks to prevent write attempts on read-only media. By updating media properties to reflect write-protected status, the implementation reduced the risk of write failures and established a maintainable code path for future enhancements. This feature laid the foundation for broader write-protect support, leveraging skills in driver development, firmware, and SCSI protocol integration.
October 2025: Implemented SCSI disk write-protection detection and handling in microsoft/mu_basecore, establishing groundwork for querying write-protected state via MODE SENSE and integrating IsWriteProtected to guard against write failures and to update media properties. The work improves data integrity for SCSI devices and lays the foundation for broader write-protect support across the repository.
October 2025: Implemented SCSI disk write-protection detection and handling in microsoft/mu_basecore, establishing groundwork for querying write-protected state via MODE SENSE and integrating IsWriteProtected to guard against write failures and to update media properties. The work improves data integrity for SCSI devices and lays the foundation for broader write-protect support across the repository.

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