Maker Code - Address 0 : %x
Device Code - Address 1 : %x
Character Code - Address 2 : %x
Organization Code - Address 3 : %x
Plane Information - Address 4 : %x
Technology Code - Address 5 : %x
Mask Revision - Address 6 : %x
SCRB Bounding - Address 7 : %x
J - Address 0 : %x
E - Address 1 : %x
D - Address 2 : %x
E - Address 3 : %x
C - Address 4 : %x
Async/Toggle Mode - Address 5 : %x
show star dat <starId> * - Returns general details on DAT
show star dat <starId> %d <FBA> (1) * - Returns VBA of a given FBA (add '1' to check also in flash)
show star dat <starId> %d <param2> * - Perform DAT corruption check for VBAs in DDR
show star dat <starId> %d <param2> * - Perform DAT corruption check for VBAs in FLASH
show star dat <starId> %d <VBA> * - Returns FBA of a given VBA - reads from DDR
show star dat <starId> %d <VBA> * - Returns FBA of a given VBA - reads from FLASH
show star dat <starId> %d * - Returns presence regions bitmap in dat cahce
show star dat <starId> %d * - Returns VBA of a given LBA
show star dat <starId> %d <region> * - Prints info. of the <region>
show star dat <starId> %d * - Returns mBlocks information
show FS - Displays FS general info.
show FS Service - FS Service partition details
show FS Code - FS Code partition details
show FS Boot - FS Boot partition details
show FS CFG - FS CFG (configuration) details
show FS FBL - FS FBL (free block list) details
show FS FFU - Show all FFU transitions
show FS LPM - Show FS partition table
show FS Workload - Show FS workload file information
Flash configration
--------------------
Flash type [%s]
Number of die per chGrp and ce:
ChGrp[%d], CE[0-%d]:
Number of planes per die [%d]
Number of channels [%d]
Number of chips [%d, %d]
Number of stars [%d]
Number of channels per star [%d]
Number of dies per star [%d]
Die offset for FS table:
Chip[%d]
Star offset for FS table
@First channel per star table
@Chip and die per block group and star table
{chip,die}
STAR%d
BlkGrp[%d] [
Star and blockGroup per chip channelGroup and die table
{star, blockGroup}
DIE%d
ChGrp[%d] Chip[%d] [
SLC blocks per Star
@MLC blocks per Star
@Die Offset for Odd channels [%d]
show FS fd ## ## ## ## - Show file ## data from offset ## use length ## use copy ##
show [module_id]
[module_id] - ID of the module that can be found in FH_ErrorCodes.h
CM_Show do not recognize submodule name,please use:
"ML_All" - For all command lists
"ML n" - For command n attributes
"FIND n" - For finding to which list command n belong
"LBA n" - For Finding command with the specific LBA
"tag n" - For Finding command with the specific Tag
"CM" - For CM global variables
"mBM_MSSD n" - For mSSD n attributes
"MSSD_LIST from len" - For mSSD list from given mSSD till from+len
"TH n" - For pBuffer n attributes
"TH_ALL n" - For all pBuffer that are part of command n
"TH_LIST n" - For details of all pBuffer that are part of command n
"BM" - For Buffer Manager Data Base
"mBM_drv n" - For Buffer Manager registers
"HS" - For Buffer Manager HS registers
"EX" - For Buffer Manager EX registers
"FS" - For Buffer Manager FS registers
"mask" - For Buffer Manager Mask registers
"status" - For Buffer Manager Status registers
"SeqWrite" - For sequential write Data Base
"RLA" - For read look ahead Data Base
"RLA_ALL" - For entire read look ahead Data Base
"partial" - For partial parameters
"Cache" - For cache state
"DEF" - For CM definitions
"debug from len" - For CM debug array
"SM n" - For Segment manager parameters
"DP" - For Data Path global data
"CmdQ" - For RTOS CM command Queue messages
"StatusQ" - For RTOS CM status Queue messages
"Read" - For active READ list commands
"Write" - For active WRITE list commands
"Empty" - For empty list commands
"Active" - For active NCQ commands
"List n" - For specific list commands
"Trim" - For Trim command
Usage of any diagnostic command:
[opcode/name] [total_count] [direction] [client_ID] [CDB]
[total_count] - size of transmitted/received data in sectors
[direction] - direction of the transfer
(0 - write, 1 - read, 2 - no data transfer)
[client_ID] - ID of the Command Dispatcher client
[CDB] - comma separated array of 16 bytes.
The first byte is opcode of the command.
Meaning of the rest bytes is command depended.
If the command issued without arguments Xmodem receiving will be started to receive from host SCTP Command Frame.
Baud rate can one of 38400, 57600, 115200 or 921600.
FE_Show do not recognize submodule name,please use:
"id1" - Identify Device data from DDR, Part 1
"id2" - Identify Device data from DDR, Part 2
"id3" - Identify Device data from DDR, Part 3
"capacity" - device capacity in all modules
"smart" - SMART related counters
"phy" - PHY error counters
"pm" - Current ATA and SATA PM state
"cxsb" - Command Execution Sequence Buffer
"crsb" - Command Receive Sequence Buffer
"chsb" - Command History Sequence Buffer
"qram" - Queue RAM
"savedQram" - Queue RAM before reset
"esatintern" - FE internal parameters
"esatreg" - eSAT registers
"abort" - Abort process treatment information
"sos" - eSAT states, data direction etc
"fequeue" - FE queue status and received messages
"femsginpm" - Postponed FE messages in PMM buffer
"festop" - Stop on exception when COMRESET arrived at the middle of the command
"lastprocfemsg" - Last (32) messages, handled by FE task
"lastfemsg" - Last FE message sent
"lastcmd" - Last received UserData/NonUserData commands
"lasterr" - Last received eSAT Error
"errCnt" - eSAT error counters
"errRecovery" - SCT Err Recovery State Regs
"timer3" - Device Statistic Timer and counter
"sanitize" - Sanitize Device Feature State Designator
"GenStatistics" - Device Statistics: General Statistics
"WrUncCnt" - Number of times that WrUnc command was sent to device
"fr" - FastRead info
"dbgdata" - Last FUA, MAX LBA err and NCQ err commands, last abort reasons
Usage:
getfeat [Channel] [Feature address]
Valid values for [Channel]: 0-7
Usage:
starRead [vba] [star]
Usage:
encdis 1|0
Usage:
ffdumpdis 1|0
Usage:
eraseWA
Usage:
starEraseLogs
Usage:
regfuse [ch#] [die#]
Valid values are 0 to max_channels (7)
Usage:
writemem [address] [value] [value_size]
[address] - address of memory cell to alter (in hex)
[value] - the value that will be placed in the memory (in hex)
[value_size] - size of value, can be 1, 2 or 4 (byte, word or dword)
Usage:
load [address] [size]
[address] - start address of the memory for the data being received (in hex)
[size] - size of the data (in decimal)
Usage:
save [address] [size]
[address] - start address of the memory for the data being sent (in hex)
[size] - size of the data (in decimal)
Usage:
bblatch [Channel] [CE#] [Die] [Plane (0-3)] [Block] [Page]
Plane/Block/Page: enter FFFF to choose all (planes/blocks/pages)
Usage:
setmode [mode]
Valid values for [mode]:
debug (default)
diagnostic
In diagnostic mode Monitor runs from Diagnostic Task. In debug mode Monitor runs from UART ISR.
Performes flash format.
Usage:
setfparam [channel]
[channel] - Optional channel id, if not specified flash parameters on all channels will be updated.
usage: readreg [register number - hex] [width - 2 or 4] [repeat]
ex: readreg B034 4 1408 = read from register B034, 4 bytes, 1408 times.
Usage:
setgpio <gpio_num> <1|0>
0 - Set GPIO to 0
1 - Set GPIO to 1
Usage:
setddr [Type] [Mode]
Valid values for [Type]:
1 (DDR)
0 (Async.)
Valid values for [Mode]:
Usage:
iread [channel] [chip] [die] [plane] [block] [page]
Valid values for [channel]: 0..7
Valid values for [chip]: 0
Valid values for [die]: 0..7
Valid values for [plane]: 0..3
Valid values for [block]: 0..2047
Valid values for [page]: 0..127
Usage:
iwrite [channel] [chip] [die] [plane] [block] [page] [pattern]
Valid values for [channel]: 0..7
Valid values for [chip]: 0
Valid values for [die]: 0..7
Valid values for [plane]: 0..3
Valid values for [block]: 0..2047
Valid values for [page]: 0..127
Valid values for [pattern]: 0..127
Usage:
psbbmgetreplacementblock <die> <channel> <plane> <block> <CE>
Usage:
psbbmsetprintlvl <ERROR/WARN/DEBUG/LOG>
Usage:
pscopysetprintlvl <ERROR/WARN/DEBUG/LOG>
usage: convert [32 bit value] [optional bit list(ex 3 4 12)]
value: 0x<hex> or <dec>
Usage:
psbbmreplacebadblock <flush bad block tables (TRUE-flush|FALSE-don't flush)> <die> <channel> <plane> <block> <ce>
Usage:
ESC <ANSI Escape Sequence>
Usage:
readmp <block> <page>
Usage:
writemp <block> <page>
Usage:
psuecclistunitest <0-disable/1-enable>
Usage:
psgetec <channel>, <ce>, <die>, <phyPlane>, <phyBlock>
Usage:
psbbm <StarID> <block>
Usage:
psbbsinsertbadblock <StarID> <channel> <plane> <block>
Usage:
psbbsinsertspareblock <StarID> <channel> <plane> <blkGrp> <block>
Usage:
psbbslookup <StarID> <channel> <plane> <blkGrp> <block>
Usage:
pscopydirect <channel> <srcDie> <dstDie> <srcCE> <dstCE> <plane> <page> <pagecount> <srcblock> <dstblock>
Usage:
rsflash <Haddr> <len>
Usage:
pscopymemory <channel> <die> <plane> <page> <bufferindex> <pagecount> <dstblock> <UECCBitmap>
Usage:
calsensor <int_offset> <ext_offset>
Usage:
esflash <Haddr> <count>
usage: setpsdelay <ps_read_delay> <ps_write_delay>
Usage:
execcmd [Channel] [option] [cmd] [addr] [data]
Valid values for [Channel]:
Valid values for [option]:
0: PS_EXEC_SIMPLE_CMD_NOADDR_NODATA
1: PS_EXEC_SIMPLE_CMD_ADDR_NODATA
2: PS_EXEC_SIMPLE_CMD_ADDR_DATA
Usage:
psbbmGTBBC
Usage:
romfuse [Channel] [ceNum] [Die] [operation]
Operation: 0-READ, 1-WRITE, 2-Erase, 7-Reset XDL
For all die use FF
Usage:
ersblks [start block] [blocks] [excludeFS]
Valid values for [start block]: 0 to 2047 (blocks per plane)
Valid values for [blocks]: 1 to 2048 (blocks per plane)
Valid values for [excludeFS]: 1= offset for FS, 0=don't offset for FS
Usage:
iersblks [start block] [blocks] [excludeFS]
Valid values for [start block]: 0 to 2047 (blocks per plane)
Valid values for [blocks]: 1 to 2048 (blocks per plane)
Valid values for [excludeFS]: 1= offset for FS, 0=don't offset for FS
Usage:
write [die] [block] [page] [channel] [plane] [AUcount] [pattern] [excludeFS]
Valid values for [block]: 0 to 2047 (blocks per plane)
Valid values for [die]: 0 to7 or 0 to3 (die per fiji)
Valid values for [page]: 0 to 127 or 0 to 63 (page per blk)
Starting AU is forced to zero, AU Count will be forced to next highest multiple of 4 AUs for full page writes
Valid values for [excludeFS]: 1= offset for FS, 0=don't offset for FS
usage: writereg [register number - hex] [value - hex] [width - 2 or 4]
usage: cvd [channel] [ce] [die] [plane] [block] [page]
Usage:
readbadcol [Channel] [ceNum] [Die]
usage: mbbt [ROMFUSE] [chan] [chip] [die] [plane]
usage: mbbt [chan] [chip] [die] [plane]
Usage:
spmDDR [direction] [Type]
Usage:
wrfile [fileNum] [size]
Usage:
rdfile [fileNum]
usage: vba2pba [hex value of VBA] [star]
usage: event [hex value of event/s]
Usage:
ddl <type> <size/name>
type - tranfser type (s = serai(xmodem), j = jtag)
size - file size to transfer valid only for serial transfer or
name - file name to transfer valid for JTAG transfer
Note: for x-modem download, data transfer must be started
Usage:
readdeviceid
Usage:
dstmode
Usage:
setup [baudrate] [stopbits] [parity] [flowcontrol]
Valid values for [baudrate]:
115200 (default)
921600
Valid values for [stopbits]:
1 (default)
Valid values for [parity]:
none (default)
Valid values for [flowcontrol]:
no (default)
software
Usage:
read [die] [block] [page] [channel] [ce] [plane] [AUstart] [AUcount] [excludeFS] [directAPI]
Valid values for [block]: 0 to 2047 (blocks per plane)
Valid values for [die]: 0 to 7 or 0 to 3 (die per package)
Valid values for [page]: 0 to 127/255 or 0 to 63/127 (page per blk)
Valid values for [excludeFS]: 1= offset for FS, 0=don't offset for FS
Valid values for [directAPI]: 0 = direct access, 1 = through PS message queue
loopback on - turn loopback on
loopback off - turn loopback off
Usage:
setfeat [Channel] [Feature address] [Sub Feature Param 1] [Sub Feature Param 2] [Sub Feature Param 3] [Sub Feature Param 4]
Valid values for [Channel]: 0-7
Valid values for [Sub Feature Param 1-4]:
0x0 - 0xff
Usage:
freebuf
Prints content of the Error Buffer, that is filled in case of any excpetion or unhandled error occured.
Usage:
printerrbuf
Usage:
setstr <0|1>
0 - Stop Self-Throttling
1 - Start Self-Throttling
Provides possibility to check number of bad blocks per STAR
Usage:
chkbblimit limit
limit - Max number of bad blocks allowed per STAR.h
Shows essential variables of the specified module.
Usage:
show [module_id]
[module_id] - ID of the module that can be found in FH_ErrorCodes.h
Usage:
dumpstack
usage: MetaData_check
usage: SetPSLoggingLevel [logging level]:
logging level:
<0> - PS_EL_DATA_COLLECTION_LEVEL
<1> - PS_EL_INTERMIDEATE_LOGGING_LEVEL
<2> - PS_EL_CRITICAL_FAILURES_LEVEL
<255> - Get current logging level
Usage:
hndlSTDecom
Usage:
starpm [star-id] [mode]
star-id: (0 - MAX_STAR_ID-1)
mode: 0-power-up, 1-power-down
Usage:
psbbmgetinfo
Usage:
wsflash [Haddr=0] [v], if "v" is provided wirte verify will be anabled
[Haddr=0] relative address in sflash to write the buffer
Usage:
readmem [address] [size] [width]
[address] - start address of the memory (in hex)
[size] - size, 128 by default (in decimal)
[width] - width of the displayed item. Can be 1, 2 or 4 (default), that corresponds to Bytes, Words or Double Words
Usage:
pulldownpins
usage: ecu [type] [param]:
types:
ecc <power> - errors correction power: 0,10..78
scr <0/1> - scrambler
byp <0/1> - decoder bypass
Performes flash format.
Usage:
format
Usage:
gettemp <isRaw> <noOffset>
Get device temperature, if isRaw = 1, RAW temperature sensor
value is printed, if noOffset=1, data is printed without offset
usage: MEM [type] [value1] [value2] [value3] [value4]:
types:
CMD - set command byte to Flash
value1 = channel, value2 = ce#, value3 = cmd value
ADDR - set address byte to Flash
value1 = channel, value2 = ce#, value3 = address value
DATA - set data byte to Flash
value1 = channel, value2 = ce#, value3 = data value
RD - get byte from Flash
value1 = channel, value2 = ce#, value3 = number of bytes to read
SETPARAM - Set Parameter Flash Sequence
value1 = channel, value2 = ce#, value3 = register address, value4 = value
BITMASKSETPAR - Set Parameter with bitmask Flash Sequence
val1=channel, val2=ce#, val3=die# (0xFF=all), val4=address, val5=bitmask, val6 = value
GETPAR - get address byte from Flash
val=channel, val2 = ce#, val3=die# (0xFF=all), val4=address
TESTMODE - enable flash test mode
USERMODE - enable flash user mode
DISSMODE - dissable flash user & test modes
DIE - set die we are working with
value1 = channel, value2 = dieNumber
DLA - set flash DLA mode on/off
value1 = channel
value2 = die (to remain with current die just enter a number bigger than the number of dies in the system)
value3 = dlaOn
LM - read LM bytes
values = channel, chip, die, plane, block, page
Note: value should be in hex without '0x'
channel is a single digit
