private void parseSmartInformation(byte[] SMARTinfo, ref List <string[]> rowCollection)
{
SMARTLog smartLog = new SMARTLog();
separatSmartValue(SMARTinfo, ref smartLog);
organizeSmartValue(smartLog, ref rowCollection);
}
private void organizeSmartValue(SMARTLog smartLog, ref List <string[]> rowCollection)
{
rowCollection.Add(new string[4] {
"01", "Raw Read Error Rate", smartLog.raw_read_err.content, smartLog.raw_read_err.raw
});
rowCollection.Add(new string[4] {
"05", "Reallocated Sectors Count", smartLog.reallocate_sector_cnt.content, smartLog.reallocate_sector_cnt.raw
});
rowCollection.Add(new string[4] {
"09", "Power-On Hours", smartLog.pwr_on_hrs.content, smartLog.pwr_on_hrs.raw
});
rowCollection.Add(new string[4] {
"0C", "Power Cycle Count", smartLog.pwr_cycle_cnt.content, smartLog.pwr_cycle_cnt.raw
});
rowCollection.Add(new string[4] {
"A0", "Uncorrectable Sector Count", smartLog.uncorrect_sector_cnt.content, smartLog.uncorrect_sector_cnt.raw
});
rowCollection.Add(new string[4] {
"A1", "Valid Spare Blocks", smartLog.vaild_spare.content, smartLog.vaild_spare.raw
});
rowCollection.Add(new string[4] {
"A3", "Initial Invalid Blocks", smartLog.init_invalid_blks.content, smartLog.init_invalid_blks.raw
});
rowCollection.Add(new string[4] {
"A4", "Total TLC Erase Count", smartLog.total_tlc_erase_cnt.content, smartLog.total_tlc_erase_cnt.raw
});
rowCollection.Add(new string[4] {
"A5", "Maximum TLC Erase Count", smartLog.max_tlc_erase_cnt.content, smartLog.max_tlc_erase_cnt.raw
});
rowCollection.Add(new string[4] {
"A6", "Minimum TLC Erase Count", smartLog.min_tlc_erase_cnt.content, smartLog.min_tlc_erase_cnt.raw
});
rowCollection.Add(new string[4] {
"A7", "Average TLC Erase Count", smartLog.avg_tlc_erase_cnt.content, smartLog.avg_tlc_erase_cnt.raw
});
rowCollection.Add(new string[4] {
"A8", "Vendor Specific", smartLog.rsvd_a8.content, smartLog.rsvd_a8.raw
});
rowCollection.Add(new string[4] {
"A9", "Percentage Lifetime Remaning", smartLog.percent_life_remaning.content, smartLog.percent_life_remaning.raw
});
rowCollection.Add(new string[4] {
"AF", "Vendor Specific", smartLog.rsvd_af.content, smartLog.rsvd_af.raw
});
rowCollection.Add(new string[4] {
"B0", "Vendor Specific", smartLog.rsvd_b0.content, smartLog.rsvd_b0.raw
});
rowCollection.Add(new string[4] {
"B1", "Vendor Specific", smartLog.rsvd_b1.content, smartLog.rsvd_b1.raw
});
rowCollection.Add(new string[4] {
"B2", "Vendor Specific", smartLog.rsvd_b2.content, smartLog.rsvd_b2.raw
});
rowCollection.Add(new string[4] {
"B5", "Program Fail Count", smartLog.prog_fail_cnt.content, smartLog.prog_fail_cnt.raw
});
rowCollection.Add(new string[4] {
"B6", "Erase Fail Count", smartLog.erase_fail_cnt.content, smartLog.erase_fail_cnt.raw
});
rowCollection.Add(new string[4] {
"C0", "Power-off Retract Count", smartLog.pwr_off_retract_cnt.content, smartLog.pwr_off_retract_cnt.raw
});
rowCollection.Add(new string[4] {
"C2", "Temperature", smartLog.temperature.content, smartLog.temperature.raw
});
rowCollection.Add(new string[4] {
"C3", "Cumulative ECC Bit Correction Count", smartLog.cumulat_ecc_bit_correct_cnt.content, smartLog.cumulat_ecc_bit_correct_cnt.raw
});
rowCollection.Add(new string[4] {
"C4", "Reallocation Event Count", smartLog.reallocation_event_cnt.content, smartLog.reallocation_event_cnt.raw
});
rowCollection.Add(new string[4] {
"C5", "Current Pending Sector Count", smartLog.current_pending_sector_cnt.content, smartLog.current_pending_sector_cnt.raw
});
rowCollection.Add(new string[4] {
"C6", "Smart Off-line Scan Uncorrectable Error Count", smartLog.off_line_scan_uncorrect_cnt.content, smartLog.off_line_scan_uncorrect_cnt.raw
});
rowCollection.Add(new string[4] {
"C7", "Ultra DMA CRC Error Rate", smartLog.ultra_dma_crc_err_rate.content, smartLog.ultra_dma_crc_err_rate.raw
});
rowCollection.Add(new string[4] {
"E8", "Available Reserved Space", smartLog.avail_rsv_space.content, smartLog.avail_rsv_space.raw
});
rowCollection.Add(new string[4] {
"F1", "Total LBA Write", smartLog.total_lba_write.content, smartLog.total_lba_write.raw
});
rowCollection.Add(new string[4] {
"F2", "Total LBA Read", smartLog.total_lba_read.content, smartLog.total_lba_read.raw
});
rowCollection.Add(new string[4] {
"F5", "Cumulative Program NAND Page", smartLog.cumulat_prog_nand_pg.content, smartLog.cumulat_prog_nand_pg.raw
});
}
private void separatSmartValue(byte[] buf_smart, ref SMARTLog smartLog)
{
smartLog.raw_read_err.content = getTableData(buf_smart, "01", false);
smartLog.reallocate_sector_cnt.content = getTableData(buf_smart, "05", false);
smartLog.pwr_on_hrs.content = getTableData(buf_smart, "09", false);
smartLog.pwr_cycle_cnt.content = getTableData(buf_smart, "0C", false);
smartLog.uncorrect_sector_cnt.content = getTableData(buf_smart, "A0", false);
smartLog.vaild_spare.content = getTableData(buf_smart, "A1", false);
smartLog.init_invalid_blks.content = getTableData(buf_smart, "A3", false);
smartLog.total_tlc_erase_cnt.content = getTableData(buf_smart, "A4", false);
smartLog.max_tlc_erase_cnt.content = getTableData(buf_smart, "A5", false);
smartLog.min_tlc_erase_cnt.content = getTableData(buf_smart, "A6", false);
smartLog.avg_tlc_erase_cnt.content = getTableData(buf_smart, "A7", false);
smartLog.rsvd_a8.content = getTableData(buf_smart, "A8", false);
smartLog.percent_life_remaning.content = getTableData(buf_smart, "A9", false);
smartLog.rsvd_af.content = getTableData(buf_smart, "AF", false);
smartLog.rsvd_b0.content = getTableData(buf_smart, "B0", false);
smartLog.rsvd_b1.content = getTableData(buf_smart, "B1", false);
smartLog.rsvd_b2.content = getTableData(buf_smart, "B2", false);
smartLog.prog_fail_cnt.content = getTableData(buf_smart, "B5", false);
smartLog.erase_fail_cnt.content = getTableData(buf_smart, "B6", false);
smartLog.pwr_off_retract_cnt.content = getTableData(buf_smart, "C0", false);
smartLog.temperature.content = getTableData(buf_smart, "C2", false);
smartLog.cumulat_ecc_bit_correct_cnt.content = getTableData(buf_smart, "C3", false);
smartLog.reallocation_event_cnt.content = getTableData(buf_smart, "C4", false);
smartLog.current_pending_sector_cnt.content = getTableData(buf_smart, "C5", false);
smartLog.off_line_scan_uncorrect_cnt.content = getTableData(buf_smart, "C6", false);
smartLog.ultra_dma_crc_err_rate.content = getTableData(buf_smart, "C7", false);
smartLog.avail_rsv_space.content = getTableData(buf_smart, "E8", false);
smartLog.total_lba_write.content = getTableData(buf_smart, "F1", false);
smartLog.total_lba_read.content = getTableData(buf_smart, "F2", false);
smartLog.cumulat_prog_nand_pg.content = getTableData(buf_smart, "F5", false);
smartLog.raw_read_err.raw = getTableData(buf_smart, "01", true);
smartLog.reallocate_sector_cnt.raw = getTableData(buf_smart, "05", true);
smartLog.pwr_on_hrs.raw = getTableData(buf_smart, "09", true);
smartLog.pwr_cycle_cnt.raw = getTableData(buf_smart, "0C", true);
smartLog.uncorrect_sector_cnt.raw = getTableData(buf_smart, "A0", true);
smartLog.vaild_spare.raw = getTableData(buf_smart, "A1", true);
smartLog.init_invalid_blks.raw = getTableData(buf_smart, "A3", true);
smartLog.total_tlc_erase_cnt.raw = getTableData(buf_smart, "A4", true);
smartLog.max_tlc_erase_cnt.raw = getTableData(buf_smart, "A5", true);
smartLog.min_tlc_erase_cnt.raw = getTableData(buf_smart, "A6", true);
smartLog.avg_tlc_erase_cnt.raw = getTableData(buf_smart, "A7", true);
smartLog.rsvd_a8.raw = getTableData(buf_smart, "A8", true);
smartLog.percent_life_remaning.raw = getTableData(buf_smart, "A9", true);
smartLog.rsvd_af.raw = getTableData(buf_smart, "AF", true);
smartLog.rsvd_b0.raw = getTableData(buf_smart, "B0", true);
smartLog.rsvd_b1.raw = getTableData(buf_smart, "B1", true);
smartLog.rsvd_b2.raw = getTableData(buf_smart, "B2", true);
smartLog.prog_fail_cnt.raw = getTableData(buf_smart, "B5", true);
smartLog.erase_fail_cnt.raw = getTableData(buf_smart, "B6", true);
smartLog.pwr_off_retract_cnt.raw = getTableData(buf_smart, "C0", true);
smartLog.temperature.raw = getTableData(buf_smart, "C2", true);
smartLog.cumulat_ecc_bit_correct_cnt.raw = getTableData(buf_smart, "C3", true);
smartLog.reallocation_event_cnt.raw = getTableData(buf_smart, "C4", true);
smartLog.current_pending_sector_cnt.raw = getTableData(buf_smart, "C5", true);
smartLog.off_line_scan_uncorrect_cnt.raw = getTableData(buf_smart, "C6", true);
smartLog.ultra_dma_crc_err_rate.raw = getTableData(buf_smart, "C7", true);
smartLog.avail_rsv_space.raw = getTableData(buf_smart, "E8", true);
smartLog.total_lba_write.raw = getTableData(buf_smart, "F1", true);
smartLog.total_lba_read.raw = getTableData(buf_smart, "F2", true);
smartLog.cumulat_prog_nand_pg.raw = getTableData(buf_smart, "F5", true);
}
