if __name__ == '__main__':
# connection to NETCONF servers
session_1 = NetconfSSHSession(host_1, port, username, password)
session_2 = NetconfSSHSession(host_2, port, username, password)
# create operations
print(create_config(session_1, create_1))
time.sleep(ts)
print(create_config(session_2, create_1))
time.sleep(td)
# get operations
print(get_config(session_1))
time.sleep(ts)
print(get_config(session_2))
time.sleep(td)
# merge oeprations
print(merge_config(session_1, merge_1))
time.sleep(ts)
print(merge_config(session_2, merge_1))
time.sleep(td)
# delete operations
print(delete_config(session_1, delete))
time.sleep(ts)
print(delete_config(session_2, delete))
session_1.close()
session_2.close()
from netconf.client import NetconfSSHSession
from lxml import etree
session = NetconfSSHSession("localhost", "8300", "admin", "admin")
config = session.get()
# TODO: Catch the RPCerror exception.
print(type(config))
print(etree.tostring(config, pretty_print=True))
session.close()
def main(args):
if not args:
return
#print(type(args))
#return
#TODO: check if args is a valid IP
nsmap_add("sys", "urn:ietf:params:xml:ns:yang:ietf-system")
MODEL_NS = "urn:my-urn:my-model"
nsmap_add('pfx', MODEL_NS)
keyFileToSend = "python/cwCA/intermediate/certs/www.ap.controlware.com.cert.pem"
privateKeyFile = "/usr/src/app/python/vendorCA/intermediate/private/www.ownership.vendor1.com.key.pem"
fileString = getCertStringfromFile(keyFileToSend)
sign = signString(privateKeyFile, b"password", fileString.encode('ascii'),
"sha256")
#Encode signature so it can be send as a string
sign_base64 = base64.b64encode(sign)
utf8Signature = sign_base64.decode('utf-8')
ownershipRPC = util.elm("ownership")
cert = OpenSSL.crypto.load_certificate(
OpenSSL.crypto.FILETYPE_PEM,
getCertStringfromFile(
'/usr/src/app/python/vendorCA/intermediate/certs/www.ownership.vendor1.com.cert.pem'
))
#if verifyString(cert, sign, fileString.encode('ascii'),"sha256"):
if verifyString(
'/usr/src/app/python/vendorCA/intermediate/certs/www.ownership.vendor1.com.cert.pem',
sign, fileString.encode('ascii'), "sha256"):
ownerCertificate = util.subelm(ownershipRPC, "ownerCertificate")
ownerCertificate.append(util.leaf_elm("certificate", fileString))
#ownerCertificate.append(util.leaf_elm("certificateSignature", sign_base64))
ownerCertificate.append(
util.leaf_elm("certificateSignature", utf8Signature))
bootstrapRPC = util.elm("bootstrap")
bootInfo = util.subelm(bootstrapRPC, "bootInfo")
#bootInfo_base64 = base64.b64encode(asnString)
bytebootstrapArtifact = buildbootstrapArtifact()
bootInfo_base64 = base64.b64encode(bytebootstrapArtifact)
utf8BootInfo = bootInfo_base64.decode('utf-8')
privateKeyFile = "/usr/src/app/python/cwCA/intermediate/private/www.ap.controlware.com.key.pem"
sign = signString(privateKeyFile, b"password",
utf8BootInfo.encode('ascii'), "sha256")
sign_base64 = base64.b64encode(sign)
utf8Signature = sign_base64.decode('utf-8')
bootInfo.append(util.leaf_elm("bootInfoASN", utf8BootInfo))
if verifyString(
'/usr/src/app/python/cwCA/intermediate/certs/www.ap.controlware.com.cert.pem',
sign, utf8BootInfo.encode('ascii'), "sha256"):
bootInfo.append(util.leaf_elm("bootInfoSignature", utf8Signature))
#TODO: not hardcode
session = NetconfSSHSession(args, "8300", "admin", "admin", debug=True)
root, reply, replystring = session.send_rpc(ownershipRPC)
root, reply, replystring = session.send_rpc(bootstrapRPC)
session.close()
dataElem = reply.find("nc:data", namespaces=NSMAP)
x = dataElem.find("nc:result", namespaces=NSMAP)
if x is not None:
print(x.text)
else:
print("not found")
