def main(argv):
if len(argv) != 2:
print """\
usage: %s <argfoop>
where <argfoop> is a valid foop.""" % (prog_name)
sys.exit(1)
else:
print 'argv 1 is ' + argv[1]
if probe(dev0):
print 'Device not Found'. dev0
sys.exit(1)
patWrkNum = 5 # pattern gen
smaWrkNum = 6 # SMA
gbeWrkNum = 9 # GBE
dp0WrkNum = 13 # dgdp dp0
#wreset(dev0, iqWrkNum)
#wunreset(dev0, iqWrkNum)
#wwctl(dev0, iqWrkNum, 0x8000000F)
#wreset(dev0, capWrkNum)
#wunreset(dev0, capWrkNum)
#wwctl(dev0, capWrkNum, 0x8000000F)
for addr in range(0, 0x30, 4):
rval = wread(dev0, patWrkNum, addr)
print 'pat addr:', hex(addr), ' data:', hex(rval)
for addr in range(0, 0x4C, 4):
rval = wread(dev0, smaWrkNum, addr)
print 'sma addr:', hex(addr), ' data:', hex(rval)
for addr in range(0, 0x18, 4):
rval = wread(dev0, gbeWrkNum, addr)
print 'gbe addr:', hex(addr), ' data:', hex(rval)
for addr in range(0, 0xBC, 4):
rval = wread(dev0, dp0WrkNum, addr)
print 'dp0 addr:', hex(addr), ' data:', hex(rval)
sys.exit(0)
def main(argv):
if len(argv) != 2:
print """\
usage: %s <argfoop>
where <argfoop> is a valid foop.""" % (prog_name)
sys.exit(1)
else:
print 'argv 1 is ' + argv[1]
if probe(dev0):
print 'Device not Found'. dev0
sys.exit(1)
pat0WrkNum = 2 # Pattern
biasWrkNum = 3 # Bias
cap0WrkNum = 4 # Capture
workerList = [2,3,4]
print 'Reset cycling each worker...'
for w in workerList:
print 'Worker: ' + str(w)
print 'reset'
wreset(dev0, w)
print 'unreset'
wunreset(dev0, w)
# Modification for extended timeout...
#print 'f-value timeout'
#wwctl(dev0, w, 0x8000000F)
#print 'Testing admin scratch regsiters...'
#testAdminReg(dev0, 0x20)
#testAdminReg(dev0, 0x24)
wadmin(dev0, 0x20, 0xFEEDC0DE)
wadmin(dev0, 0x24, 0xBABECAFE)
print 'Probing Worker Control Status ahead of init...'
for w in workerList:
rwsr(dev0, w)
print 'Initializing each worker...'
for w in workerList:
wop(dev0, w, 'initialize')
wwrite(dev0, pat0WrkNum, 0x04, 0x00000001);
print 'Reading Config Prop status regs...'
wread(dev0, pat0WrkNum, 0x1C);
wread(dev0, cap0WrkNum, 0x0C);
print 'Starting each worker...'
for w in workerList:
wop(dev0, w, 'start')
print 'Write capture enable bit...'
wwrite(dev0, cap0WrkNum, 0x00, 0x00000001);
print 'Set Page Register to Metadata on Pattern Generator...'
wwpage(dev0, pat0WrkNum, 0x400);
print 'Write Metadata...'
wwrite(dev0, pat0WrkNum, 0x0000, 0x00000080); # 32*4=128
wwrite(dev0, pat0WrkNum, 0x0004, 0x00000002); # opcode 2
wwrite(dev0, pat0WrkNum, 0x0008, 0x00000042);
wwrite(dev0, pat0WrkNum, 0x000C, 0x00000043);
print 'Set Page Register to Data Region on Pattern Generator...'
wwpage(dev0, pat0WrkNum, 0x800);
print 'Write Data Region...'
#wwrite(dev0, pat0WrkNum, 0x0000, 0x03020100);
#wwrite(dev0, pat0WrkNum, 0x0004, 0x07060504);
#wwrite(dev0, pat0WrkNum, 0x0008, 0x0B0A0908);
#wwrite(dev0, pat0WrkNum, 0x000C, 0x0F0E0D0C);
#wwrite(dev0, pat0WrkNum, 0x0010, 0x13121110);
startWord = 0x03020100;
for i in range(32):
wwrite(dev0, pat0WrkNum, i*4, i);
print 'ReturnPage Register to 0 on Pattern Generator...'
wwpage(dev0, pat0WrkNum, 0x0); # Page 0
print 'Write Data Region...'
wwrite(dev0, pat0WrkNum, 0x0010, 0x00000003); # send 3 messages
wwrite(dev0, pat0WrkNum, 0x0000, 0x00000001); # Fire!
print 'Command Sequence complete and fired!'
#print 'Probing Worker Control Status after init...'
#for w in workerList:
# rwsr(dev0, w)
#print 'Testing scratch registers...'
#print 'sma0'
#testScratchReg(dev0, pat0WrkNum, 0)
#print 'bias'
#testScratchReg(dev0, biasWrkNum, 0x4)
#print 'sma1'
#testScratchReg(dev0, cap0WrkNum, 0)
print 'Done.'
sys.exit(0)
def main(argv):
if len(argv) != 2:
print """\
usage: %s <argfoop>
where <argfoop> is a valid foop.""" % (prog_name)
sys.exit(1)
else:
print 'argv 1 is ' + argv[1]
if probe(dev0):
print 'Device not Found'. dev0
sys.exit(1)
iqWrkNum = 10 # the IQADCWorker
capWrkNum = 11 # the WSI Capture Worker
wreset(dev0, iqWrkNum)
wunreset(dev0, iqWrkNum)
wwctl(dev0, iqWrkNum, 0x8000000F)
wreset(dev0, capWrkNum)
wunreset(dev0, capWrkNum)
wwctl(dev0, capWrkNum, 0x8000000F)
for addr in range(0, 0x64, 4):
rval = wread(dev0, iqWrkNum, addr)
print 'IQADC CFG addr:', hex(addr), ' data:', hex(rval)
#wwrite(dev0, iqWrkNum, 0x400, 0x2) # soft reset ADC device
#while (wread(dev0, iqWrkNum, 0x400) & 0x2): # test if bit 1 is set - goes to zero when reset finishes
# print 'waiting for reset bit to self clear'
print 'Enabling ADC Ramp Output...'
wwrite(dev0, iqWrkNum, 0x28, 0x00000002) # soft reset ADC (0x00) <= 0x02
wwrite(dev0, iqWrkNum, 0x28, 0x00001480) # (0x14) <= 0x80 override bit d7
wwrite(dev0, iqWrkNum, 0x28, 0x00001604) # ramp pattern (0x16) <= 0x4
#wwrite(dev0, iqWrkNum, 0x28, 0x00001B80) # Offset Correction
wwrite(dev0, iqWrkNum, 0x28, 0x000018AA)
wwrite(dev0, iqWrkNum, 0x28, 0x000019AA)
for addr in range(0, 0x64, 4):
rval = wread(dev0, iqWrkNum, addr)
print 'IQADC CFG addr:', hex(addr), ' data:', hex(rval)
for i in range(0, 10):
addr = 0x1C # sample spy
rval = wread(dev0, iqWrkNum, addr)
print 'CFG addr:', hex(addr), ' data:', hex(rval)
for addr in range(0, 0x20, 4):
rval = wread(dev0, capWrkNum, addr)
print 'WSICAP CFG addr:', hex(addr), ' data:', hex(rval)
print 'start capture'
wop(dev0, capWrkNum, 'initialize')
wop(dev0, capWrkNum, 'start')
wwrite(dev0, capWrkNum, 0x00, 0x00000003) # b1=wrapInhibit b0=captureEnabled
print 'start iqadc'
wop(dev0, iqWrkNum, 'initialize')
wop(dev0, iqWrkNum, 'start')
wwrite(dev0, capWrkNum, 0x00, 0x00000000) # b1=wrapInhibit b0=captureEnabled
for addr in range(0, 0x64, 4):
rval = wread(dev0, iqWrkNum, addr)
print 'IQADC CFG addr:', hex(addr), ' data:', hex(rval)
for addr in range(0, 0x20, 4):
rval = wread(dev0, capWrkNum, addr)
print 'WSICAP CFG addr:', hex(addr), ' data:', hex(rval)
for addr in range(0, 0x1000, 4):
rval = wread(dev0, capWrkNum, 0x80000000 + addr)
print 'WSICAP DATA_REGION addr:', hex(addr), ' data:', hex(rval)
for addr in range(0, 0x32, 4):
rval = wread(dev0, capWrkNum, 0x40000000 + addr)
print 'WSICAP META_REGION addr:', hex(addr), ' data:', hex(rval)
#wwrite(dev0, iqWrkNum, 0x28, 0x00001000) # (0x10) <= 0x00
#wwrite(dev0, iqWrkNum, 0x28, 0x00001100) # (0x11) <= 0x00
####wwrite(dev0, iqWrkNum, 0x28, 0x00001480) # (0x14) <= 0x80 override bit d7
#wwrite(dev0, iqWrkNum, 0x28, 0x00001600) # (0x16) <= 0x00
#wwrite(dev0, iqWrkNum, 0x28, 0x00001700) # (0x17) <= 0x00
#wwrite(dev0, iqWrkNum, 0x28, 0x00001800) # (0x18) <= 0x00
#wwrite(dev0, iqWrkNum, 0x28, 0x00001900) # (0x19) <= 0x00
#wwrite(dev0, iqWrkNum, 0x28, 0x00001A00) # (0x1A) <= 0x00
#wwrite(dev0, iqWrkNum, 0x28, 0x00001A00) # (0x1B) <= 0x00
#wwrite(dev0, iqWrkNum, 0x28, 0x00001D00) # (0x1D) <= 0x00
#wwrite(dev0, iqWrkNum, 0x28, 0x00000001) # ramp pattern (0x16) <= 0x4
#wwrite(dev0, iqWrkNum, 0x28, 0x80001400) #
#for addr in [0x400, 0x458]:
# rval = spi_read(dev0, iqWrkNum, addr)
# print 'SPI addr:', hex(addr), ' data:', hex(rval)
#for addr in range(0x478, 0x4AC, 4):
# rval = spi_read(dev0, iqWrkNum, addr)
# print 'COEF addr:', hex(addr), ' data:', hex(rval)
sys.exit(0)
def spi_read(device, iqWrkNum, addr): wwrite(device, iqWrkNum, 0x400, 0x1) # enable serial readout rval = wread(device, iqWrkNum, addr) wwrite(device, iqWrkNum, 0x400, 0x0) # disable serial readout return(rval)