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decorators

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Hizenberg469
2025-03-19 15:46:10 +05:30
parent 98558bab53
commit 00197cf3c5
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16
Basic/hello-world.py
View File

@@ -1,13 +1,7 @@
def j(n): def main():
if n == 1: print("This is the main function.")
return 1
if n % 2 == 0 :
return 2 * j(n/2) - 1
else:
return 2 * j((n-1)/2) + 1
for i in range(1,33):
print(f'{i} : {j(i)}')
print('hello world')
if __name__ == "__main__":
main()

483
Basic/prog.py
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@@ -1 +1,482 @@
print(bool(None)) import unittest
from netmiko import ConnectHandler
from testset import Testset
import time
import re
globals = None
report = unittest.Report()
class TRA884_AUTOMATE_103(unittest.SystemTestCase):
@classmethod
def setUpClass(inst):
""" Add the initial configuration if any """
ne1_dict = {
'host' : globals.NE1_IP,
'http_username' : globals.NE1_httpUsername,
'http_password' : globals.NE1_httpPassword,
'username' : globals.NE1_userName,
'password' : globals.NE1_password,
'port' : globals.NE1_socketNo,
'device_type' : globals.NE1_productType,
'verbose' : True
}
global device_ne1
device_ne1 = ConnectHandler(**ne1_dict)
inst.ne1_uni_ports = [
globals.NE1_UNI1.split("#")[0],
globals.NE1_UNI2.split("#")[0]
]
inst.ne1_ch1 = inst.ne1_uni_ports[0].split(",")[0]
inst.ne1_si1 = inst.ne1_uni_ports[0].split(",")[1]
inst.ne1_ch2 = inst.ne1_uni_ports[1].split(",")[0]
inst.ne1_si2 = inst.ne1_uni_ports[1].split(",")[1]
inst.port_details = {
"NE1" : {
'handle' : device_ne1,
'uni_ports' : inst.ne1_uni_ports,
'ont_ports' : [],
'nni_ports' : []
}
}
inst.port_details = inst.get_config_details(**inst.port_details)
inst.packetRate = int(inst.port_details["packet_rate"])
inst.ts_ports = [
globals.NE1_UNI1.split("#")[1],
globals.NE1_UNI2.split("#")[1]
]
ts_dict = {
'ip' : globals.L3_Testset_IP,
'port_list' : inst.ts_ports
}
global testset
testset = Testset.initialize_testset(**ts_dict)
testset.reserve()
inst.tc_details = {
'cvlan1' : '230',
'evc_name' : 'TRA884_MT_ELAN_EVC_101',
'cvlan_fpt_name' : 'TRA884_MT_FPT_101',
'total_frames_sent' : '100',
'total_frames_received' : '100'
}
@classmethod
def tearDownClass(inst):
""" Add the teardown configuration if any """
print("<b> TearDown </b>")
device_ne1.tear_down()
inst.default_port_switching_params(**inst.port_details)
for ts_port in inst.ts_ports:
testset.ixDeleteDevice(
port = ts_port,
device_name = 'all'
)
testset.release()
device_ne1.disconnect()
"""Add the definitions for tests defined in suite here"""
"""
Function description:
Uses:
To configure the physical parameters of port.
"""
def configure_phycl_param_ne1(self, ne1_ch, ne1_si, device_port_ne1, **param_dict):
port_phycl_param_dict = {
}
for param, config_value in param_dict.items():
port_phycl_param_dict[param] = config_value
device_ne1.edit_port_physical_parameters(
ch = ne1_ch,
si = ne1_si,
interface = device_port_ne1,
**port_phycl_param_dict
)
def testConfigure_phycl_param_admin_up_ne1(self):
param_dict = {
'admin_status' : 'enable'
}
device_port1_ne1 = self.ne1_uni_ports[0]
device_port2_ne1 = self.ne1_uni_ports[1]
self.configure_phycl_param_ne1(
ne1_ch = self.ne1_ch1,
ne1_si = self.ne1_si1,
device_port_ne1 = device_port1_ne1,
**param_dict
)
self.configure_phycl_param_ne1(
ne1_ch = self.ne1_ch2,
ne1_si = self.ne1_si2,
device_port_ne1 = device_port2_ne1,
**param_dict
)
def testConfigure_phycl_param_admin_down_ne1(self):
param_dict = {
'admin_status' : 'disable',
}
device_port1_ne1 = self.ne1_uni_ports[0]
device_port2_ne1 = self.ne1_uni_ports[1]
self.configure_phycl_param_ne1(
ne1_ch = self.ne1_ch1,
ne1_si = self.ne1_si1,
device_port_ne1 = device_port1_ne1,
**param_dict
)
self.configure_phycl_param_ne1(
ne1_ch = self.ne1_ch2,
ne1_si = self.ne1_si2,
device_port_ne1 = device_port2_ne1,
**param_dict
)
"""
Function description:
Uses:
To configure the switching parameters of port.
"""
def configure_switch_param_ne1(self, ne1_ch, ne1_si, intf_type, interface, **param_dict):
self.intf_type = intf_type
self.interface = interface
port_switch_param_dict = {
}
for param, config_value in param_dict.items():
port_switch_param_dict[param] = config_value
device_ne1.edit_port_switching_params(
ch = ne1_ch,
si = ne1_si,
intf_type = self.intf_type,
interface = self.interface,
**port_switch_param_dict
)
def testConfigure_switch_param_case1_ne1(self):
param_dict = {
'port_type' : 'dot1q',
'port_mode' : 'regular',
'pvid' : '230',
'pvid_egress_untag' : 'disable',
'acceptable_frame_policy' : 'acceptall',
'fpcr_priority_source' : 'vlan_only'
}
device_port1_ne1 = self.ne1_uni_ports[0]
device_port2_ne1 = self.ne1_uni_ports[1]
self.configure_switch_param_ne1(
ne1_ch = self.ne1_ch1,
ne1_si = self.ne1_si1,
intf_type = 'interface',
interface = device_port1_ne1,
**param_dict
)
self.configure_switch_param_ne1(
ne1_ch = self.ne1_ch2,
ne1_si = self.ne1_si2,
intf_type = 'interface',
interface = device_port2_ne1,
**param_dict
)
"""
Function description:
Uses:
To create evc ( of type eline or elan).
"""
def create_evc_ne1(self, ne1_ch, ne1_si, evc_name, evc_type, forwarding_type, unknown_multicast_action, customer_name, **param_dict):
evc_param_dict = {
'admin_status' : 'up',
'evc_mode' : 'regular',
'trail_identifier' : '0',
'mvr' : 'disable',
}
for param, config_value in param_dict.items():
evc_param_dict[param] = config_value
device_ne1.create_evc(
ch = ne1_ch,
si = ne1_si,
evc_name = evc_name,
evc_type = evc_type,
forwarding_type = forwarding_type,
unknown_multicast_action = unknown_multicast_action,
customer_name = customer_name,
**evc_param_dict
)
def testCreate_elan_evc_case1_ne1(self):
self.create_evc_ne1(
ne1_ch = self.ne1_ch1,
ne1_si = self.ne1_si1,
evc_name = 'TRA884_MT_ELAN_EVC_101',
evc_type = 'elan',
forwarding_type = 'cvlan',
unknown_multicast_action = 'drop',
customer_name = 'tejas'
)
"""
Function description:
Uses:
To create Flowpoint template.
"""
def create_fpt_ne1(self, ne1_ch, ne1_si, fpt_name, fpt_type, **param_dict):
fpt_param_dict = {
'delete_if_exists' : True,
}
for param, config_value in param_dict.items():
fpt_param_dict[param] = config_value
device_ne1.create_fpt(
ch = ne1_ch,
si = ne1_si,
fpt_name = fpt_name,
fpt_type = fpt_type,
**fpt_param_dict
)
def testCreate_fpt_case1_ne1(self):
fpt_config_dict = {
'cvlan_low' : '200',
'cvlan_high' : '300'
}
self.create_fpt_ne1(
ne1_ch = self.ne1_ch1,
ne1_si = self.ne1_si1,
fpt_name = 'TRA884_MT_FPT_101',
fpt_type = 'cvlan',
**fpt_config_dict
)
"""
Function description:
Uses:
To create Flowpoint.
"""
def create_flowpoint_ne1(self, ne1_ch, ne1_si, evc_name, intf_type, interface, fpt_name, fp_mode, **param_dict):
fp_param_dict = {
'traffic_type' : 'data',
}
for param, config_value in param_dict.items():
fp_param_dict[param] = config_value
device_ne1.create_flowpoint(
ch = ne1_ch,
si = ne1_si,
evc_name = evc_name,
intf_type = intf_type,
interface = interface,
fpt_name = fpt_name,
fp_mode = fp_mode,
**fp_param_dict
)
def testCreate_flowpoint_case1_ne1(self):
self.create_flowpoint_ne1(
ne1_ch = self.ne1_ch1,
ne1_si = self.ne1_si1,
evc_name = 'TRA884_MT_ELAN_EVC_101',
intf_type = 'interface',
interface = self.ne1_uni_ports[0],
fpt_name = 'TRA884_MT_FPT_101',
fp_mode = 'dot1q'
)
self.create_flowpoint_ne1(
ne1_ch = self.ne1_ch2,
ne1_si = self.ne1_si2,
evc_name = 'TRA884_MT_ELAN_EVC_101',
intf_type = 'interface',
interface = self.ne1_uni_ports[1],
fpt_name = 'TRA884_MT_FPT_101',
fp_mode = 'dot1q'
)
"""
Function description:
Uses:
To configure a RAW stream block.
"""
def configure_rw_stream_block_TS1(self, stream_id):
port = self.ts_ports[0]
req_dict = {
'port' : port,
'streamID' : str(stream_id),
'FrameLengthMode' : 'fixedSize',
'FrameSize' : '1000',
'DurationMode' : 'Bursts',
'Duration' : self.tc_details['total_frames_sent']
}
testset.ixConfStreamBlock(**req_dict)
testset.save_testset_config()
"""
Function description:
Uses:
To configure a single vlan tagged frame.
"""
def configure_traffic_single_tagged_TS1(self, spirent_port, streamID,**param_dict):
self.configure_rw_stream_block_TS1(streamID)
frame_config_param_dict = {
'port' : spirent_port,
'streamID' : str(streamID),
'dstMAC' : '00:ce:00:01:02:03',
'srcMAC' : '00:ab:01:00:00:02',
'etherType' : '88b5',
'cvid' : '256',
}
for param, config_value in param_dict:
frame_config_param_dict[param] = config_value
testset.ixConfDot1ADFrame(**frame_config_param_dict)
def testConfigure_traffic_single_tagged_case1_TS1(self):
sp_port = self.ts_ports[0]
streamId = 1
self.configure_traffic_single_tagged_TS1(
spirent_port = sp_port,
streamID = streamId
)
"""
Function description:
Uses:
To check one or more fields from captured packet.
"""
def testValidate_traffic_TS1_to_TS2(self):
testset.ixCheckStreamParams(
txPort = self.ts_ports[0],
rxPort = self.ts_ports[1],
paramList = ['FrameCount'],
streamID = str(1)
)
"""
Function description:
Uses:
To start the traffic on the ports.
"""
def testStart_traffic_TS1(self):
testset.ixStartTraffic(
portList = [self.ts_ports[0], self.ts_ports[1]],
clearStats = True
)
time.sleep(5)
"""
Function description:
Uses:
To start the capturing packets on port.
"""
def testStart_capture_TS2(self):
testset.ixStartStopPacketCapture(
portList = [self.ts_ports[1]],
capture = 'start'
)
def testStop_capture_TS2(self):
time.sleep(10)
testset.ixStartStopPacketCapture(
portList = [self.ts_ports[1]],
capture = 'stop'
)
def testCheck_single_tagged_packet_TS1_to_TS_2(self):
param_dict = {
'txPortList' : [self.ts_ports[0]],
'rxPortList' : [self.ts_ports[1]],
'filter' : 'eth.src==00:ab:01:00:00:02',
'checkRxVID' : self.tc_details['cvlan1'],
'checkEthType' : '88 b5',
'checkRxFrames' : self.tc_details['total_frames_received']
}
testset.ixCheckTrafficSanity(**param_dict)
def suite():
suite = unittest.TestSuite()
"""Add your tests into the suite here"""
suite.addTest(TRA884_AUTOMATE_103("testConfigure_phycl_param_admin_down_ne1"))
suite.addTest(TRA884_AUTOMATE_103("testConfigure_phycl_param_admin_up_ne1"))
suite.addTest(TRA884_AUTOMATE_103("testConfigure_switch_param_case1_ne1"))
suite.addTest(TRA884_AUTOMATE_103("testCreate_elan_evc_case1_ne1"))
suite.addTest(TRA884_AUTOMATE_103("testCreate_fpt_case1_ne1"))
suite.addTest(TRA884_AUTOMATE_103("testCreate_flowpoint_case1_ne1"))
suite.addTest(TRA884_AUTOMATE_103("testConfigure_traffic_single_tagged_case1_TS1"))
suite.addTest(TRA884_AUTOMATE_103("testStart_capture_TS2"))
suite.addTest(TRA884_AUTOMATE_103("testStart_traffic_TS1"))
suite.addTest(TRA884_AUTOMATE_103("testStop_capture_TS2"))
suite.addTest(TRA884_AUTOMATE_103("testValidate_traffic_TS1_to_TS2"))
suite.addTest(TRA884_AUTOMATE_103("testCheck_single_tagged_packet_TS1_to_TS_2"))
return suite
def main():
runner = unittest.TextTestRunner()
return runner.run(suite())

10
Basic/wiki.txt
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@@ -87,6 +87,16 @@
list are mutable but tuple are immutable list are mutable but tuple are immutable
-> set:
set is a unordered collection of unique objects.
for ex:
my_set = { 1,2,3,4,5,5 }
my_set.add(100)
my_set.add(2)
print(my_set)
-> using keyword and using methods: -> using keyword and using methods:
using keyword to access anything which may not exist using keyword to access anything which may not exist

20
decorators/decorator.py Normal file
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@@ -0,0 +1,20 @@
#decorator
def my_decorator(func):
def wrap_func():
print('************')
func()
print('************')
return wrap_func
@my_decorator
def hello():
print('hellllooooooooooo')
@my_decorator
def bye():
print('see ya letter')
hello()
bye()

111
decorators/wiki.txt Normal file
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@@ -0,0 +1,111 @@
-> Functions:
functions in python are first class citizen,
i.e. they can be passed around as variables.
for ex:
def hello():
print('hello')
greet = hello
del hello
print(greet())
Here in this example, the hello function is defined
and assigned to newly defined variable called greet.
Then the function name hello is deleted using del
keyword.
Here, the "del hello" is called, only the name of the
function i.e. hello is deleted instead of deleting
the function. This is due to the "greet" variable
which is still pointing the function location.
Hence, calling the function using greet function
name works but calling the function with hello
name will throw error as the hello variable is
deleted.
-> High Order function:
function which might return a function or take a function
as an argument.
for ex:
def greet(func):
func()
def greet2():
def func():
return 5
return func
-> decorators:
These are used to super boost our function:
for ex:
#decorator
def my_decorator(func):
def wrap_func():
print('************')
func()
print('************')
return wrap_func
@my_decorator
def hello():
print('hellllooooooooooo')
def bye():
print('see ya letter')
Here, if we our function powerful by using decorators.
if we use @<decorator-name> and define the function,
during the function call the decorator function will
take our function as an argument and inside the
decorator function it will call the passed function
inside wrapped function.
For using decorators we need to write the decorator
function in way as written above.
But, how it works under the hood?
This function defination with decorator is same as
@my_decorator
def hello():
print('helloooo')
var = my_decorator(hello)
var()
-> decorator with function having arguments:
for ex:
def my_decorator(func):
def wrap_func(*args, **kwargs):
func(*args, **kwargs)
return wrap_func
@my_decorator
def hello(greeting, emoji = ':('):
print(greeting, emoji)
hello('hii')