def __init__(self, chip_id, debug=False):
rc = ecmd.ecmdLoadDll(os.environ['ECMD_DLL_FILE'], "ver13,ver14")
if (rc):
print("ERROR: problem on dll load")
#setup chip target
self.tgt = ecmd.ecmdChipTarget()
self.tgt.chipType = "pu"
self.tgt.cage = 0
self.tgt.node = 0
self.tgt.slot = 0
self.tgt.pos = chip_id
self.tgt.core = 0
#self.looper = ecmd.ecmdLooperData();
#rc = ecmd.ecmdConfigLooperInit(self.tgt, ecmd.ECMD_ALL_TARGETS_LOOP, self.looper)
#if (rc):
# print("ERROR: problem calling ecmdConfigLooperInit")
self.debug = debug
#!/usr/bin/python
import ecmd
tgts = ecmd.ecmdChipTargetList()
tgt = ecmd.ecmdChipTarget()
print("size: %d") % (tgts.size())
tgt.chipType = "chip 1"
tgts.push_back(tgt)
tgt.chipType = "chip 2"
tgts.push_back(tgt)
print("size: %d") % (tgts.size())
for tgt in tgts:
print("name: %s") % (tgt.chipType)
print("****")
for i in range(0, tgts.size()):
print("name: %s") % (tgts[i].chipType)
print("****")
tgt = tgts.pop()
print("name: %s") % (tgt.chipType)
print("****")
tgts.push_back(tgt)
for i in range(0, tgts.size()):
print("name: %s") % (tgts[i].chipType)
print("ERROR: problem querying plugin")
print("some dll info:\n");
print("dllType = %s" % dllInfo.dllType)
print("dllProduct = %s" % dllInfo.dllProduct)
print("dllProductType = %s" % dllInfo.dllProductType)
print("dllEnv = %s" % dllInfo.dllEnv)
print("dllBuildDate = %s" % dllInfo.dllBuildDate)
print("dllCapiVersion = %s" % dllInfo.dllCapiVersion)
print("dllBuildInfo = %s" % dllInfo.dllBuildInfo)
# Pulling this test for now
# It breaks builds where ring support isn't included, so some smarts would need to be put into it
# JTA 11/11/2014
if (0):
testNum+=1; print("dll %02d) Query Ring Info" % testNum)
tgt = ecmd.ecmdChipTarget()
ringInfo = ecmd.ecmdRingDataList()
rc = ecmd.ecmdQueryRing(tgt, ringInfo)
print("size: %d" % ringInfo.size())
for i in range(0, ringInfo.size()):
for j in range(0, ringInfo[i].ringNames.size()):
print("%s" % ringInfo[i].ringNames[j])
for item in ringInfo:
for itemName in item.ringNames:
print("%s" % itemName)
for item in ringInfo:
print("ringNames: "),
for itemName in item.ringNames:
print("%s " % itemName),
print("dllCapiVersion = %s" % dllInfo.dllCapiVersion)
print("dllBuildInfo = %s" % dllInfo.dllBuildInfo)
testNum += 1
print("dll %02d) Python tuple return example" % testNum)
(rc, unitIdVer) = ecmd.ecmdGetUnitIdVersion()
if (rc):
print("ERROR: problem getting unit id version")
else:
print("Unit Id Version: %08x" % unitIdVer)
# Make sure target hashing is working
# If it is working, we can setup two different targets with the same states
# The 2nd target should be able to access what was loaded for the 1st target
# If it breaks, the target2 access will throw a key error
target1 = ecmd.ecmdChipTarget()
target2 = ecmd.ecmdChipTarget()
target1.cageState = ecmd.ECMD_TARGET_FIELD_VALID
target2.cageState = ecmd.ECMD_TARGET_FIELD_VALID
targets = dict()
targets[target1] = "hi"
if (targets[target2] != "hi"):
print("ERROR: target hashing broke!")
# A couple deepcopy tests to make sure the defined __deepcopy__ functions work
# If not, we'll take a traceback and the test will fail
edborig = ecmd.ecmdDataBuffer()
targetorig = ecmd.ecmdChipTarget()
edbcopy = copy.deepcopy(edborig)
targetcopy = copy.deepcopy(targetorig)