def test_verify_mso_miss_cvc(self):
print "\n==================================================="
print "Begin to test Mso CVC is missing..."
print "==================================================="
initcode = {
"manufacturer": {
"organizationName": "cisco",
"codeAccessStart": "20160311122430Z",
"cvcAccessStart": "20160311122430Z"
},
"co-signer": {
"organizationName": "comcast",
"codeAccessStart": "20160311122430Z",
"cvcAccessStart": "20160311122430Z"
}
}
test = CFV(initcode, self.rootca)
# Verify MSO CVC
rst = test.verify_cvc("", False)
print "mso CVC verification result: " + str(
rst[0]) + ", " + RST.ssdErrorMessage[rst[1]]
if rst[0] == False:
return
def test_verify_no_co_initcode(self):
# {"manufacturer": {"organizationName":, "codeAccessStart":, "cvcAccessStart":},
# "co-signer":{"organizationName":, "codeAccessStart":, "cvcAccessStart":}}
# Format: YYYYMMDDHH[MM[SS[.fff]]]Z
print "\n==================================================="
print "Begin to test no co-signer information in initcode..."
print "==================================================="
# Case 1. Normal Case
initcode = {
"manufacturer": {
"organizationName": "cisco",
"codeAccessStart": "20160311122430Z",
"cvcAccessStart": "20160311122430Z"
}
}
test = CFV(initcode, self.rootca)
# Verify MFR CVC at first
rst = test.verify_cvc(self.mfr_cvc, True)
print "manufacturer CVC verification result: " + str(
rst[0]) + ", " + RST.ssdErrorMessage[rst[1]]
if rst[0] == False:
return
# Verify MSO CVC
rst = test.verify_cvc(self.mso_cvc, False)
print "mso CVC verification result: " + str(
rst[0]) + ", " + RST.ssdErrorMessage[rst[1]]
if rst[0] == False:
return
def test_verify_mso_no_exkey(self):
print "\n==================================================="
print "Begin to test MSO's extended key usage is missing or incorrect..."
print "==================================================="
initcode = {
"manufacturer": {
"organizationName": "cisco",
"codeAccessStart": "20160311122430Z",
"cvcAccessStart": "20160311122430Z"
},
"co-signer": {
"organizationName": "Comcast",
"codeAccessStart": "20160311122430Z",
"cvcAccessStart": "20160311122430Z"
}
}
test = CFV(initcode, self.rootca)
# Verify MFR CVC at first
rst = test.verify_cvc(self.mfr_cvc, True)
print "manufacturer CVC verification result: " + str(
rst[0]) + ", " + RST.ssdErrorMessage[rst[1]]
if rst[0] == False:
return
# Verify MSO CVC
rst = test.verify_cvc(self.wrong_mso_cvc, False)
print "mso CVC verification result: " + str(
rst[0]) + ", " + RST.ssdErrorMessage[rst[1]]
if rst[0] == False:
return
def test_verify_mfr_bad_chain(self):
print "\n==================================================="
print "Begin to test MFR CVC is not chained to root CA..."
print "==================================================="
initcode = {
"manufacturer": {
"organizationName": "cisco",
"codeAccessStart": "20160311122430Z",
"cvcAccessStart": "20160311122430Z"
},
"co-signer": {
"organizationName": "comcast",
"codeAccessStart": "20160311122430Z",
"cvcAccessStart": "20160311122430Z"
}
}
test = CFV(initcode, self.wrong_rootca)
# Verify MFR CVC at first
rst = test.verify_cvc(self.mfr_cvc, True)
print "manufacturer CVC verification result: " + str(
rst[0]) + ", " + RST.ssdErrorMessage[rst[1]]
if rst[0] == False:
return
def test_verify_mfr_no_issuer(self):
print "\n==================================================="
print "Begin to test MFR's issuer CA is missing or incorrect..."
print "==================================================="
# Case 1. Normal Case
initcode = {
"manufacturer": {
"organizationName": "cisco",
"codeAccessStart": "20160311122430Z",
"cvcAccessStart": "20160311122430Z"
},
"co-signer": {
"organizationName": "comcast",
"codeAccessStart": "20160311122430Z",
"cvcAccessStart": "20160311122430Z"
}
}
test = CFV(initcode, self.rootca)
# Verify MFR CVC at first
rst = test.verify_cvc(self.single_mfr_cvc, True)
print "manufacturer CVC verification result: " + str(
rst[0]) + ", " + RST.ssdErrorMessage[rst[1]]
if rst[0] == False:
return
def test_verify_mso_less_starttime(self):
print "\n==================================================="
print "Begin to test MSO's validity start time in CVC is less than RPD..."
print "==================================================="
# Case 1. Normal Case
initcode = {
"manufacturer": {
"organizationName": "cisco",
"codeAccessStart": "20160311122430Z",
"cvcAccessStart": "20160311122430Z"
},
"co-signer": {
"organizationName": "comcast",
"codeAccessStart": "20160911122430Z",
"cvcAccessStart": "20160911122430Z"
}
}
test = CFV(initcode, self.rootca)
# Verify MFR CVC at first
rst = test.verify_cvc(self.mfr_cvc, True)
print "manufacturer CVC verification result: " + str(
rst[0]) + ", " + RST.ssdErrorMessage[rst[1]]
if rst[0] == False:
return
# Verify MSO CVC
rst = test.verify_cvc(self.mso_cvc, False)
print "mso CVC verification result: " + str(
rst[0]) + ", " + RST.ssdErrorMessage[rst[1]]
if rst[0] == False:
return
def test_verify_negative(self):
print "\n==================================================="
print "Begin to test the negative value verify....."
print "==================================================="
initcode = {
"manufacturer": {
"organizationName": "cisco",
"codeAccessStart": "20160311122430Z",
"cvcAccessStart": "20160311122430Z"
},
"co-signer": {
"organizationName": "comcast",
"codeAccessStart": "20160311122430Z",
"cvcAccessStart": "20160311122430Z"
}
}
test = CFV(initcode, self.rootca)
rst = test.verify_cvc('0000000000000000000000000000000', True)
print "manufacturer CVC verification result: " + str(
rst[0]) + ", " + RST.ssdErrorMessage[rst[1]]
rst = test.verify_file('000000000000000000000000000000')
print "codefile verification result: " + str(
rst[0]) + ", " + RST.ssdErrorMessage[rst[1]]
def test_verify_invalid_period_in_codefile(self):
# {"manufacturer": {"organizationName":, "codeAccessStart":, "cvcAccessStart":},
# "co-signer":{"organizationName":, "codeAccessStart":, "cvcAccessStart":}}
# Format: YYYYMMDDHH[MM[SS[.fff]]]Z
print "\n==================================================="
print "Begin to test invalid period in codefile MFR CVC....."
print "==================================================="
# Case 1. Normal Case
initcode = {
"manufacturer": {
"organizationName": "cisco",
"codeAccessStart": "20160311122430Z",
"cvcAccessStart": "20160311122430Z"
},
"co-signer": {
"organizationName": "comcast",
"codeAccessStart": "20160311122430Z",
"cvcAccessStart": "20160311122430Z"
}
}
test = CFV(initcode, self.rootca)
# Verify MFR CVC at first
rst = test.verify_cvc(self.mfr_cvc, True)
print "manufacturer CVC verification result: " + str(
rst[0]) + ", " + RST.ssdErrorMessage[rst[1]]
if rst[0] == False:
return
# Verify MSO CVC
rst = test.verify_cvc(self.mso_cvc, False)
print "mso CVC verification result: " + str(
rst[0]) + ", " + RST.ssdErrorMessage[rst[1]]
if rst[0] == False:
return
# Get the new parameters
print "\nGet the new initcode:"
initcode = test.get_initcode()
print initcode
# Reset the linux date
save_date = datetime.datetime.now().date()
os.system("date -s 2011-08-03")
# Test codefile
rst = test.verify_file(self.codefile)
print "codefile verification result: " + str(
rst[0]) + ", " + RST.ssdErrorMessage[rst[1]]
# recover the date
os.system("date -s " + str(save_date))
if rst[0] == False:
return
def test_verify_mfr_bad_signature(self):
# {"manufacturer": {"organizationName":, "codeAccessStart":, "cvcAccessStart":},
# "co-signer":{"organizationName":, "codeAccessStart":, "cvcAccessStart":}}
# Format: YYYYMMDDHH[MM[SS[.fff]]]Z
print "\n==================================================="
print "Begin to test MFR's bad signature in codefile.."
print "==================================================="
# Case 1. Normal Case
initcode = {
"manufacturer": {
"organizationName": "cisco",
"codeAccessStart": "20160311122430Z",
"cvcAccessStart": "20160311122430Z"
},
"co-signer": {
"organizationName": "comcast",
"codeAccessStart": "20160311122430Z",
"cvcAccessStart": "20160311122430Z"
}
}
test = CFV(initcode, self.rootca)
# Verify MFR CVC at first
rst = test.verify_cvc(self.mfr_cvc, True)
print "manufacturer CVC verification result: " + str(
rst[0]) + ", " + RST.ssdErrorMessage[rst[1]]
if rst[0] == False:
return
# Verify MSO CVC
rst = test.verify_cvc(self.mso_cvc, False)
print "mso CVC verification result: " + str(
rst[0]) + ", " + RST.ssdErrorMessage[rst[1]]
if rst[0] == False:
return
# Get the new parameters
print "\nGet the new initcode:"
initcode = test.get_initcode()
print initcode
rst = test.verify_file(self.codefile + "abcd")
print "codefile verification result: " + str(
rst[0]) + ", " + RST.ssdErrorMessage[rst[1]]
if rst[0] == False:
return
def test_verify_sha1_sign(self):
# {"manufacturer": {"organizationName":, "codeAccessStart":, "cvcAccessStart":},
# "co-signer":{"organizationName":, "codeAccessStart":, "cvcAccessStart":}}
# Format: YYYYMMDDHH[MM[SS[.fff]]]Z
print "\n==================================================="
print "Begin to test the wrong sha1 signature....."
print "==================================================="
# Case 1. Normal Case
initcode = {
"manufacturer": {
"organizationName": "cisco",
"codeAccessStart": "20160311122430Z",
"cvcAccessStart": "20160311122430Z"
},
"co-signer": {
"organizationName": "comcast",
"codeAccessStart": "20160311122430Z",
"cvcAccessStart": "20160311122430Z"
}
}
test = CFV(initcode, self.rootca)
# Verify MFR CVC at first
rst = test.verify_cvc(self.mfr_cvc, True)
print "manufacturer CVC verification result: " + str(
rst[0]) + ", " + RST.ssdErrorMessage[rst[1]]
if rst[0] == False:
return
# Test codefile
rst = test.verify_file(self.sha1_codefile)
print "codefile verification result: " + str(
rst[0]) + ", " + RST.ssdErrorMessage[rst[1]]
if rst[0] == False:
return
def test_verify_mfr_name_mismatch(self):
print "\n==================================================="
print "Begin to test Manufacture's name mismatch in GCP CVC....."
print "==================================================="
# Case 1. Normal Case
initcode = {
"manufacturer": {
"organizationName": "cisco2",
"codeAccessStart": "20160311122430Z",
"cvcAccessStart": "20160311122430Z"
},
"co-signer": {
"organizationName": "comcast",
"codeAccessStart": "20160311122430Z",
"cvcAccessStart": "20160311122430Z"
}
}
test = CFV(initcode, self.rootca)
# Verify MFR CVC at first
rst = test.verify_cvc(self.mfr_cvc, True)
print "manufacturer CVC verification result: " + str(
rst[0]) + ", " + RST.ssdErrorMessage[rst[1]]
def test_verify(self):
# {"manufacturer": {"organizationName":, "codeAccessStart":, "cvcAccessStart":},
# "co-signer":{"organizationName":, "codeAccessStart":, "cvcAccessStart":}}
# Format: YYYYMMDDHH[MM[SS[.fff]]]Z
print "\n==================================================="
print "Begin to test the normal verification process....."
print "==================================================="
# Case 1. Normal Case
initcode = {
"manufacturer": {
"organizationName": "cisco",
"codeAccessStart": "20160311122430Z",
"cvcAccessStart": "20160311122430Z"
},
"co-signer": {
"organizationName": "comcast",
"codeAccessStart": "20160311122430Z",
"cvcAccessStart": "20160311122430Z"
}
}
test = CFV(initcode, self.rootca)
# Verify MFR CVC at first
rst = test.verify_cvc(self.mfr_cvc, True)
print "manufacturer CVC verification result: " + str(
rst[0]) + ", " + RST.ssdErrorMessage[rst[1]]
if rst[0] == False:
return
# Verify MSO CVC
rst = test.verify_cvc(self.mso_cvc, False)
print "mso CVC verification result: " + str(
rst[0]) + ", " + RST.ssdErrorMessage[rst[1]]
if rst[0] == False:
return
# Get the new parameters
print "\nGet the new initcode:"
initcode = test.get_initcode()
print initcode
# Test codefile
rst = test.verify_file(self.codefile)
print "codefile verification result: " + str(
rst[0]) + ", " + RST.ssdErrorMessage[rst[1]]
if rst[0] == False:
return
# Get the new parameters
print "\nGet the new initcode:"
initcode = test.get_initcode()
print initcode
# Get the image
ret = test.get_image('/tmp/testsvae', self.codefile)
self.assertTrue(ret)
ret = test.get_image('/tmp/', self.codefile)
self.assertFalse(ret)
