output.txt

Flash芯片的CFI驱动c语言源代码,对自升级的系统有帮助。

Beginning test.....

AMD Flash found in socket...
Polling part for Device ID...found an Am29LV160B
Checking current flash status...flash is [Ready]

CFI Query String Read = [QRY]
Primary table address at offset [0x40] hex.

----Voltage and Signal Timing Parameters-------------------
Vcc operating voltage is [2.700] to [3.600] Volts
Device does not support Vpp voltage.
Typical timeout for single write (micro-sec) : [      16]us
Buffer writes not supported in this device.
Typical timeout for block erase (milli-sec) : [    1024]ms
Chip erase timeouts not supported in this device.
Maximum timeout for single write (micro-sec) : [     512]us
Maximum buffer writes not supported in this device.
Maximum timeout for block erase (milli-sec) : [   16384]ms
Chip erase timeouts not supported in this device.

----Sector Organization Parameters-------------------
Device size: [ 2097152] bytes, or [16] Mbit
There are    4 erase block regions in this device:
  Size:[   16384] bytes, Number:[   1]
  Size:[    8192] bytes, Number:[   2]
  Size:[   32768] bytes, Number:[   1]
  Size:[   65536] bytes, Number:[  31]

----Primary Vendor-Specific Extended Parameters----

CFI Extended String Read = [PRI]
Major version: [ 31]
Minor version: [ 30]
Sensitive Unlock: [  0]
Erase Suspend: [  2]
Sector Protect: [  1]
Temporary Sector Unprotect: [  1]
Protection Scheme: [  4]
Is simultaneous? : [  0]
Is Burst capable? : [  0]
Is Page capable? : [  0]
Done.


---------------------------
Flash has 35 sectors.
Sector[ 0] - size = [ 16384], based at [       0]
Sector[ 1] - size = [  8192], based at [    4000]
Sector[ 2] - size = [  8192], based at [    6000]
Sector[ 3] - size = [ 32768], based at [    8000]
Sector[ 4] - size = [ 65536], based at [   10000]
Sector[ 5] - size = [ 65536], based at [   20000]
Sector[ 6] - size = [ 65536], based at [   30000]
Sector[ 7] - size = [ 65536], based at [   40000]
Sector[ 8] - size = [ 65536], based at [   50000]
Sector[ 9] - size = [ 65536], based at [   60000]
Sector[10] - size = [ 65536], based at [   70000]
Sector[11] - size = [ 65536], based at [   80000]
Sector[12] - size = [ 65536], based at [   90000]
Sector[13] - size = [ 65536], based at [   a0000]
Sector[14] - size = [ 65536], based at [   b0000]
Sector[15] - size = [ 65536], based at [   c0000]
Sector[16] - size = [ 65536], based at [   d0000]
Sector[17] - size = [ 65536], based at [   e0000]
Sector[18] - size = [ 65536], based at [   f0000]
Sector[19] - size = [ 65536], based at [  100000]
Sector[20] - size = [ 65536], based at [  110000]
Sector[21] - size = [ 65536], based at [  120000]
Sector[22] - size = [ 65536], based at [  130000]
Sector[23] - size = [ 65536], based at [  140000]
Sector[24] - size = [ 65536], based at [  150000]
Sector[25] - size = [ 65536], based at [  160000]
Sector[26] - size = [ 65536], based at [  170000]
Sector[27] - size = [ 65536], based at [  180000]
Sector[28] - size = [ 65536], based at [  190000]
Sector[29] - size = [ 65536], based at [  1a0000]
Sector[30] - size = [ 65536], based at [  1b0000]
Sector[31] - size = [ 65536], based at [  1c0000]
Sector[32] - size = [ 65536], based at [  1d0000]
Sector[33] - size = [ 65536], based at [  1e0000]
Sector[34] - size = [ 65536], based at [  1f0000]
Performing API tests...

Erasing sector 8...done.
Verifying erase...................erase successful.
Writing a single word [0xABCD]
After write(0xABCD): abcd
Erasing sector 9...done.
Writing 32 kbyte string...done.

Testing erase suspend
Beginning erase...
Suspending erase...done.
Checking current flash status...flash is [Erase Suspended]
Resuming erase after status check..done.
Entering unlock bypass mode...
Programming a string in unlock bypass mode..done.
Exiting unlock bypass mode..

Verifying sector protection...
This device contains  35 sectors: 
Verify sector # 0, size [16384]: sector is not protected[ 0].
Verify sector # 1, size [8192 ]: sector is not protected[ 0].
Verify sector # 2, size [8192 ]: sector is not protected[ 0].
Verify sector # 3, size [32768]: sector is not protected[ 0].
Verify sector # 4, size [65536]: sector is not protected[ 0].
Verify sector # 5, size [65536]: sector is not protected[ 0].
Verify sector # 6, size [65536]: sector is not protected[ 0].
Verify sector # 7, size [65536]: sector is not protected[ 0].
Verify sector # 8, size [65536]: sector is not protected[ 0].
Verify sector # 9, size [65536]: sector is not protected[ 0].
Verify sector #10, size [65536]: sector is not protected[ 0].
Verify sector #11, size [65536]: sector is not protected[ 0].
Verify sector #12, size [65536]: sector is not protected[ 0].
Verify sector #13, size [65536]: sector is not protected[ 0].
Verify sector #14, size [65536]: sector is not protected[ 0].
Verify sector #15, size [65536]: sector is not protected[ 0].
Verify sector #16, size [65536]: sector is not protected[ 0].
Verify sector #17, size [65536]: sector is not protected[ 0].
Verify sector #18, size [65536]: sector is not protected[ 0].
Verify sector #19, size [65536]: sector is not protected[ 0].
Verify sector #20, size [65536]: sector is not protected[ 0].
Verify sector #21, size [65536]: sector is not protected[ 0].
Verify sector #22, size [65536]: sector is not protected[ 0].
Verify sector #23, size [65536]: sector is not protected[ 0].
Verify sector #24, size [65536]: sector is not protected[ 0].
Verify sector #25, size [65536]: sector is not protected[ 0].
Verify sector #26, size [65536]: sector is not protected[ 0].
Verify sector #27, size [65536]: sector is not protected[ 0].
Verify sector #28, size [65536]: sector is not protected[ 0].
Verify sector #29, size [65536]: sector is not protected[ 0].
Verify sector #30, size [65536]: sector is not protected[ 0].
Verify sector #31, size [65536]: sector is not protected[ 0].
Verify sector #32, size [65536]: sector is not protected[ 0].
Verify sector #33, size [65536]: sector is not protected[ 0].
Verify sector #34, size [65536]: sector is not protected[ 0].
Test drive done!