def __init__(self,
name="AxiMicronMt28ew",
description="AXI-Lite Micron MT28EW PROM",
tryCount=5,
**kwargs):
super().__init__(name=name,
description=description,
size=(0x1 << 12),
**kwargs)
self._mcs = misc.McsReader()
self._progDone = False
self._tryCount = tryCount
@self.command(
value='',
description="Load the .MCS into PROM",
)
def LoadMcsFile(arg):
click.secho(('%s.LoadMcsFile: %s' % (self.path, arg)), fg='green')
self._progDone = False
# Start time measurement for profiling
start = time.time()
# Open the MCS file
self._mcs.open(arg)
# Erase the PROM
self.eraseProm()
# Write to the PROM
self.writeProm()
# Verify the PROM
self.verifyProm()
# End time measurement for profiling
end = time.time()
elapsed = end - start
click.secho('LoadMcsFile() took %s to program the PROM' %
datetime.timedelta(seconds=int(elapsed)),
fg='green')
# Add a power cycle reminder
self._progDone = True
click.secho(
"\n\n\
***************************************************\n\
***************************************************\n\
The MCS data has been written into the PROM. \n\
To reprogram the FPGA with the new PROM data, \n\
a IPROG CMD or power cycle is be required.\n\
***************************************************\n\
***************************************************\n\n"\
, bg='green',
)
def __init__(
self,
name="AxiMicronN25Q",
description="AXI-Lite Micron N25Q and Micron MT25Q PROM",
addrMode=False, # False = 24-bit Address mode, True = 32-bit Address Mode
tryCount=5,
**kwargs):
super().__init__(name=name,
description=description,
size=(0x1 << 10),
**kwargs)
self._mcs = misc.McsReader()
self._addrMode = addrMode
self._progDone = False
self._tryCount = tryCount
##############################
# Constants
##############################
self.READ_3BYTE_CMD = (0x03 << 16)
self.READ_4BYTE_CMD = (0x13 << 16)
self.FLAG_STATUS_REG = (0x70 << 16)
self.FLAG_STATUS_RDY = (0x80)
self.WRITE_ENABLE_CMD = (0x06 << 16)
self.WRITE_DISABLE_CMD = (0x04 << 16)
self.ADDR_ENTER_CMD = (0xB7 << 16)
self.ADDR_EXIT_CMD = (0xE9 << 16)
self.ERASE_CMD = (0xD8 << 16)
self.WRITE_CMD = (0x02 << 16)
self.STATUS_REG_WR_CMD = (0x01 << 16)
self.STATUS_REG_RD_CMD = (0x05 << 16)
self.DEV_ID_RD_CMD = (0x9F << 16)
self.WRITE_NONVOLATILE_CONFIG = (0xB1 << 16)
self.WRITE_VOLATILE_CONFIG = (0x81 << 16)
self.READ_NONVOLATILE_CONFIG = (0xB5 << 16)
self.READ_VOLATILE_CONFIG = (0x85 << 16)
##########################
## Configuration Register:
##########################
## BIT[15:12] Number of dummy clock cycles = 0xF (default)
## BIT[11:09] XIP mode at power-on reset = 0x7 (default)
## BIT[08:06] Output driver strength = x7 (default)
## BIT[05:05] Double transfer rate protocol = 0x1 (default)
## BIT[04:04] Reset/hold = 0x1 (default)
## BIT[03:03] Quad I/O protocol = 0x1 (default)
## BIT[02:02] Dual I/O protocol = 0x1 (default)
## BIT[01:01] 128Mb segment select = 0x1 (default)
## BIT[00:00] 1 = Enable 3-byte address mode (default)
## BIT[00:00] 0 = Enable 4-byte address mode
self.DEFAULT_3BYTE_CONFIG = 0xFFFF
self.DEFAULT_4BYTE_CONFIG = 0xFFFE
self.READ_MASK = 0x00000000
self.WRITE_MASK = 0x80000000
self.VERIFY_MASK = 0x40000000
self.add(
pr.LocalCommand(
name='LoadMcsFile',
function=self._LoadMcsFile,
description='Load the .MCS into PROM',
value='',
))