def eval_lookup():
import platform
import csv
import time
sample_no = 10000
writer = csv.writer(open("lookup_" + platform.system() +"_"+ platform.node() +"_"+ platform.release()+ "_" + platform.processor() + ".csv","ab"))
testAPDB = APdb(Itemsfile="EVALDB.db",SAfile="EVALSADB.db")
said1 = testAPDB.addSA(address="00:00:00:00:00:FF", key=sofi_crypt.singleHash("THISISMYKEYKEYKEY"), chained=False, chainIndex=0, name="horst")
said2 = testAPDB.addSA(address="00:00:00:00:DE:AD", key=sofi_crypt.singleHash("THISISMYKEYKEYKEY"), chained=False, chainIndex=0, name="dings")
item1 = testAPDB.addDataItem(location="/bin/bash", descString="bin bash", serviceId=2, private=True, ACL=[said1,said2])
item2 = testAPDB.addDataItem(location="/bin/false", descString="bin false", serviceId=2, private=False, ACL=[])
SAid1 = testAPDB.getSA(said1)
for i in xrange(6):
result_list = ["%s" %(10**i)]
for _j in xrange(10**i):
testAPDB.addDataItem(location=''.join(random.choice(string.ascii_uppercase + string.digits) for x in range(50)), descString=''.join(random.choice(string.ascii_uppercase + string.digits) for x in range(30)), serviceId=2, private=True, ACL=[said1,said2])
for _k in xrange(sample_no):
key = sofi_crypt.xorDecode(item1.getSearchHash(),SAid1.getKey())
Address=SAid1.getAddress()
start_time = time.time()
SA,iteml = testAPDB.getAvailable(key,Address=Address)
end_time = time.time()
result_list.append(end_time - start_time)
writer.writerow(result_list)
def eval_lookup():
import platform
import csv
import time
sample_no = 10000
writer = csv.writer(
open(
"lookup_" + platform.system() + "_" + platform.node() + "_" +
platform.release() + "_" + platform.processor() + ".csv", "ab"))
testAPDB = APdb(Itemsfile="EVALDB.db", SAfile="EVALSADB.db")
said1 = testAPDB.addSA(address="00:00:00:00:00:FF",
key=sofi_crypt.singleHash("THISISMYKEYKEYKEY"),
chained=False,
chainIndex=0,
name="horst")
said2 = testAPDB.addSA(address="00:00:00:00:DE:AD",
key=sofi_crypt.singleHash("THISISMYKEYKEYKEY"),
chained=False,
chainIndex=0,
name="dings")
item1 = testAPDB.addDataItem(location="/bin/bash",
descString="bin bash",
serviceId=2,
private=True,
ACL=[said1, said2])
item2 = testAPDB.addDataItem(location="/bin/false",
descString="bin false",
serviceId=2,
private=False,
ACL=[])
SAid1 = testAPDB.getSA(said1)
for i in xrange(6):
result_list = ["%s" % (10**i)]
for _j in xrange(10**i):
testAPDB.addDataItem(location=''.join(
random.choice(string.ascii_uppercase + string.digits)
for x in range(50)),
descString=''.join(
random.choice(string.ascii_uppercase +
string.digits)
for x in range(30)),
serviceId=2,
private=True,
ACL=[said1, said2])
for _k in xrange(sample_no):
key = sofi_crypt.xorDecode(item1.getSearchHash(), SAid1.getKey())
Address = SAid1.getAddress()
start_time = time.time()
SA, iteml = testAPDB.getAvailable(key, Address=Address)
end_time = time.time()
result_list.append(end_time - start_time)
writer.writerow(result_list)
def test():
myhash = sofi_crypt.singleHash(
"hashStringhashString ABCDEFGHIJKLMNOPQRSTUVWXYZ")
print "Creating SSID Object from Config with with Hash:"
ssid1 = ssid(hashString=myhash,
native=True,
private=False,
request=True,
reply=False,
service=1,
Comid=255)
print "SSID: %s" % ssid1.toString()
print "Service: %s" % ssid1.getService()
print "Hash: %s" % ssid1.getHash()
print "ID: %s" % ssid1.getID()
print "Creating SSID Object from SSID String:"
ssid2 = ssid(SSID=ssid1.toString())
print "SSID: %s" % ssid2.toString()
print "Service: %s" % ssid2.getService()
print "Hash: %s" % ssid2.getHash()
print "ID: %s" % ssid2.getID()
if (ssid1.toString() == ssid2.toString()
and ssid1.getService() == ssid2.getService()
and ssid1.getHash() == ssid2.getHash()
and ssid1.getID() == ssid2.getID() and ssid1 != ssid2):
print "SSIDs match! Successful conversion!"
else:
print "SSIDs do not match, or are the same Object! FAILURE!"
def test():
myhash = sofi_crypt.singleHash("hashStringhashString ABCDEFGHIJKLMNOPQRSTUVWXYZ")
print "Creating SSID Object from Config with with Hash:"
ssid1 = ssid(hashString=myhash, native=True, private=False, request=True, reply=False, service=1, Comid=255)
print "SSID: %s" % ssid1.toString()
print "Service: %s" % ssid1.getService()
print "Hash: %s" % ssid1.getHash()
print "ID: %s" % ssid1.getID()
print "Creating SSID Object from SSID String:"
ssid2 = ssid(SSID=ssid1.toString())
print "SSID: %s" % ssid2.toString()
print "Service: %s" % ssid2.getService()
print "Hash: %s" % ssid2.getHash()
print "ID: %s" % ssid2.getID()
if (
ssid1.toString() == ssid2.toString()
and ssid1.getService() == ssid2.getService()
and ssid1.getHash() == ssid2.getHash()
and ssid1.getID() == ssid2.getID()
and ssid1 != ssid2
):
print "SSIDs match! Successful conversion!"
else:
print "SSIDs do not match, or are the same Object! FAILURE!"
def speed_test(num_items):
print "Loading Database..."
start_time = time.clock()
testAPDB = APdb()
finish_time = time.clock() - start_time
a = finish_time
print "Database with %s items loaded in %.09f sec" %(len(testAPDB.getdataItems()),finish_time)
said1 = testAPDB.addSA(address="00:00:00:00:00:FF", key=sofi_crypt.singleHash("THISISMYKEYKEYKEY"), chained=False, chainIndex=0, name="horst")
said2 = testAPDB.addSA(address="00:00:00:00:DE:AD", key=sofi_crypt.singleHash("THISISMYKEYKEYKEY"), chained=False, chainIndex=0, name="dings")
item1 = testAPDB.addDataItem(location="/bin/bash", descString="bin bash", serviceId=2, private=True, ACL=[said1,said2])
item2 = testAPDB.addDataItem(location="/bin/false", descString="bin false", serviceId=2, private=False, ACL=[])
print "Adding %s items..." %num_items
start_time = time.clock()
for i in range(num_items):
testAPDB.addDataItem(location=''.join(random.choice(string.ascii_uppercase + string.digits) for x in range(50)), descString=''.join(random.choice(string.ascii_uppercase + string.digits) for x in range(30)), serviceId=2, private=True, ACL=[said1,said2])
finish_time = time.clock() - start_time
b = finish_time
print "Finished adding %s items in %0.6f sec" %(num_items,finish_time)
SAid1 = testAPDB.getSA(said1)
print "Staring search..."
start_time = time.clock()
SA,iteml = testAPDB.getAvailable(sofi_crypt.xorDecode(item1.getSearchHash(),SAid1.getKey()),Address=SAid1.getAddress())
finish_time = time.clock() - start_time
c = finish_time
#SA,iteml = testAPDB.getAvailable(item1.getSearchHash(),said1)
if(len(iteml)>0):
print "Found %s items." %len(iteml)
print "Search finished in %.012f sec" %finish_time
print "Saving Database..."
start_time = time.clock()
testAPDB.save()
finish_time = time.clock() - start_time
d = finish_time
print "Finished saving Database with %s entries in %.09f sec." %(len(testAPDB.getdataItems()),finish_time)
print "Currently holding %s security associations." %len(testAPDB.getSAs())
return (len(testAPDB.getdataItems()),finish_time),a,b,c,d
def station_test():
stationDB = STAdb()
print "Hostslist: %s" % stationDB.getHostList()
host1 = stationDB.addHost(myaddress="00:00:DE:AD:BE:EF",
remoteaddress="00:00:00:00:AF:FE",
key=sofi_crypt.singleHash("THISISMYKEYKEYKEY"),
chained=False,
chainIndex=0,
name="horst")
print "Host added: %s" % host1
host = stationDB.getHost(remoteaddress="00:00:00:00:AF:FE")
print "Host searched by remoteaddress: %s" % host
host = stationDB.getHost(name="horst")
print "Host searched by name: %s" % host
SAId = host1.getSAId()
host = stationDB.getHost(SAId=SAId)
print "Host searched by ID: %s" % host
print "Hostslist: %s" % stationDB.getHostList()
print "SA searched by ID: %s" % stationDB.getSAbyID(SAId)
print "SA List: %s" % stationDB.getSAList()
stationDB.save()
print "Saved Database."
def station_test():
stationDB = STAdb()
print "Hostslist: %s" %stationDB.getHostList()
host1 = stationDB.addHost(myaddress="00:00:DE:AD:BE:EF", remoteaddress="00:00:00:00:AF:FE", key = sofi_crypt.singleHash("THISISMYKEYKEYKEY"), chained=False, chainIndex=0, name="horst")
print "Host added: %s" %host1
host = stationDB.getHost(remoteaddress="00:00:00:00:AF:FE")
print "Host searched by remoteaddress: %s" %host
host = stationDB.getHost(name="horst")
print "Host searched by name: %s" %host
SAId = host1.getSAId()
host = stationDB.getHost(SAId=SAId)
print "Host searched by ID: %s" %host
print "Hostslist: %s" %stationDB.getHostList()
print "SA searched by ID: %s" %stationDB.getSAbyID(SAId)
print "SA List: %s" %stationDB.getSAList()
stationDB.save()
print "Saved Database."
def _eval_doubleHash(self, hashString):
hash1 = sofi_crypt.singleHash(hashString)
hash2 = sofi_crypt.singleHash(hash1)
self._hashlist = [hash1,hash2]
def _eval_singleHash(self, hashString):
self._hashlist = sofi_crypt.singleHash(hashString)
def speed_test(num_items):
print "Loading Database..."
start_time = time.clock()
testAPDB = APdb()
finish_time = time.clock() - start_time
a = finish_time
print "Database with %s items loaded in %.09f sec" % (len(
testAPDB.getdataItems()), finish_time)
said1 = testAPDB.addSA(address="00:00:00:00:00:FF",
key=sofi_crypt.singleHash("THISISMYKEYKEYKEY"),
chained=False,
chainIndex=0,
name="horst")
said2 = testAPDB.addSA(address="00:00:00:00:DE:AD",
key=sofi_crypt.singleHash("THISISMYKEYKEYKEY"),
chained=False,
chainIndex=0,
name="dings")
item1 = testAPDB.addDataItem(location="/bin/bash",
descString="bin bash",
serviceId=2,
private=True,
ACL=[said1, said2])
item2 = testAPDB.addDataItem(location="/bin/false",
descString="bin false",
serviceId=2,
private=False,
ACL=[])
print "Adding %s items..." % num_items
start_time = time.clock()
for i in range(num_items):
testAPDB.addDataItem(location=''.join(
random.choice(string.ascii_uppercase + string.digits)
for x in range(50)),
descString=''.join(
random.choice(string.ascii_uppercase +
string.digits)
for x in range(30)),
serviceId=2,
private=True,
ACL=[said1, said2])
finish_time = time.clock() - start_time
b = finish_time
print "Finished adding %s items in %0.6f sec" % (num_items, finish_time)
SAid1 = testAPDB.getSA(said1)
print "Staring search..."
start_time = time.clock()
SA, iteml = testAPDB.getAvailable(sofi_crypt.xorDecode(
item1.getSearchHash(), SAid1.getKey()),
Address=SAid1.getAddress())
finish_time = time.clock() - start_time
c = finish_time
#SA,iteml = testAPDB.getAvailable(item1.getSearchHash(),said1)
if (len(iteml) > 0):
print "Found %s items." % len(iteml)
print "Search finished in %.012f sec" % finish_time
print "Saving Database..."
start_time = time.clock()
testAPDB.save()
finish_time = time.clock() - start_time
d = finish_time
print "Finished saving Database with %s entries in %.09f sec." % (len(
testAPDB.getdataItems()), finish_time)
print "Currently holding %s security associations." % len(
testAPDB.getSAs())
return (len(testAPDB.getdataItems()), finish_time), a, b, c, d
def _eval_doubleHash(self, hashString):
hash1 = sofi_crypt.singleHash(hashString)
hash2 = sofi_crypt.singleHash(hash1)
self._hashlist = [hash1, hash2]
def _eval_singleHash(self, hashString):
self._hashlist = sofi_crypt.singleHash(hashString)