L47 model support

[waseembaig]

Following are the proposed models for L47.

https://redocly.github.io/redoc/?url=https://raw.githubusercontent.com/open-traffic-generator/models/L47_model_support/artifacts/openapi.yaml&nocors

Sample script

import snappi
api = snappi.api(location="10.10.10.10",ext='ixload')
config = api.config()
tx = config.ports.port("10.36.79.165;11;1")
rx = config.ports.port("10.36.79.165;11:2")
#creating device with Ethernet and IP
#device 1 configs
dev_1 = config.devices.device(name='CLIENT')
d1_eth = config.ethernet(name="Ethernet1", mac="00:1A:6E:18:00:01")  # ethernet properties
d1_eth.vlans.add(name="vlan1", id=1002)
dev_1.ethernets = [d1_eth]
d1_ipv1 = config.ip(name="IPv4_1",address="2.2.2.2", gateway='1.1.1.1', prefix="16") #ipv4/6 properties
d1_eth.ips = [d1_ipv1]

dev_2 = config.devices.device(name='SERVER')
d2_eth = dev_2.ethernets.add(name="Ethernet1", mac="00:1A:6E:18:00:01") # ethernet properties
d2_eth.vlans.add(name="vlan1", id=1002)
d2_ipv1 = d2_eth.ipv4_addresses.add(name="IPv4_1",address="2.2.2.2", gateway='1.1.1.1', prefix="16") #ipv4/6 properties 

#TCP/UDP configs
tcp_1 = config.devices.tcp(name="Tcp1")
tcp_1.ip_address = d1_ipv1.name
tcp_1.REUSE_TIME_SOCKET = True
tcp_1.RFC1897_TIMESTAMP = True
tcp_1.close_type = tcp_1.types[].3_WAY_CLOSE

tcp_2 = config.devices.tcp(name="Tcp2")
tcp_2.ip_address = d2_ipv1.name
tcp_2.REUSE_TIME_SOCKET = True
tcp_2.RFC1897_TIMESTAMP = True
tcp_2.close_type = tcp_2.types.3_WAY_CLOSE


http_1 = config.device.Http(name="HTTP1")
http_1.transport = tcp_1.name   #UDP configs can be mapped http.transport = udp_1.name
http_1.client.version = '1.1'
http_1.client(endpoints_allow_inbound)

get1 = http1.client.method.add("get")
get1.page = "./1b.html"
get1.destination = "10.10.10.1" #real http server ip or emulated http object  get1.destination = "http2:80"
#for http server emulation
#get1.destination = http_2.name 

http_2 = config.device.Http(name="HTTP2")
http_1.transport = tcp_2.name		#UDP configs can be mapped http.transport = udp_2.name
http_2.server(endpoints_allow_outbound)
http_2.server.port = "80"




# create cps traffic
traffic_profile = config.TrafficProfiles.TrafficProfile(name = "traffic_profile_1")
traffic_profile.apps = [http_1, http_2] # traffic_profile_cps.app - "app" using it for reference can be some generic name for traffic profile on which traffic has to flow
cps_objective = traffic_profile.objective.connection_per_sec()
cps_objective.sustain_time = 100
cps_objective.ramp_down_time = 10
SU_objective = traffic_profile.objective.simulation_user()
SU_objective.sustain_time = 100
SU_objective.ramp_down_time = 10
traffic_profile.objectiveType = [cps_objective, SU_objective]
traffic_profile.objectiveValue =["100", "100]"
segment1 = traffic_profile.segment()
segment1.name = "Linear segment1"
segment1.start = 0
segment1.duration = 10
segment1.rate = 10
segment1.target = 100
segment2 = traffic_profile.segment()
segment2.name = "Linear segment2"
segment2.start = 0
segment2.duration = 10
segment2.rate = 10
segment2.target = 100
traffic_profile.timeline = [segment1.name, segment2.name]