def test_add_block():
'''
Add a basic empty block to the plog.blocks
'''
plog = Plog()
block = PlogBlock()
plog.add_block(block)
assert len(plog.blocks) == 1
def test_add_block_string():
'''
Add a plog block as as a string. This is converted to conform
into a plog.line for a plog.block
'''
plog = Plog()
plog.add_block('Device')
assert len(plog.blocks) == 1
def test_add_block_string():
'''
Add a plog block as as a string. This is converted to conform
into a plog.line for a plog.block
'''
plog = Plog()
plog.add_block('Device')
assert len(plog.blocks) == 1
def test_add_block():
'''
Add a basic empty block to the plog.blocks
'''
plog = Plog()
block = PlogBlock()
plog.add_block(block)
assert len(plog.blocks) == 1
def test_add_string():
CDP_DATA = '''
Device ID: SEP001F9EAB59F1
Entry address(es):
IP address: 10.243.14.48
Platform: Cisco IP Phone 7941, Capabilities: Host Phone
Interface: FastEthernet0/15, Port ID (outgoing port): Port 1
Holdtime : 124 sec
'''
plog = Plog(CDP_DATA)
assert plog.get_file()
def test_add_string():
CDP_DATA = '''
Device ID: SEP001F9EAB59F1
Entry address(es):
IP address: 10.243.14.48
Platform: Cisco IP Phone 7941, Capabilities: Host Phone
Interface: FastEthernet0/15, Port ID (outgoing port): Port 1
Holdtime : 124 sec
'''
plog = Plog(CDP_DATA)
assert plog.get_file()
def test_enumerate():
'''
Check to ensure the enumeration of a file or string
is exaclty the length of lines for the supplied.
'''
CDP_DATA = '''Device ID: SEP001F9EAB59F1
Entry address(es):
IP address: 10.243.14.48
Platform: Cisco IP Phone 7941, Capabilities: Host Phone
Interface: FastEthernet0/15, Port ID (outgoing port): Port 1
Holdtime : 124 sec'''
plog = Plog(CDP_DATA)
plog._c = 0
def counts(line, line_no):
plog._c = plog._c + 1
plog.run(counts)
assert plog._c == 6
def test_enumerate():
'''
Check to ensure the enumeration of a file or string
is exaclty the length of lines for the supplied.
'''
CDP_DATA = '''Device ID: SEP001F9EAB59F1
Entry address(es):
IP address: 10.243.14.48
Platform: Cisco IP Phone 7941, Capabilities: Host Phone
Interface: FastEthernet0/15, Port ID (outgoing port): Port 1
Holdtime : 124 sec'''
plog = Plog(CDP_DATA)
plog._c = 0
def counts(line, line_no):
plog._c = plog._c + 1
plog.run(counts)
assert plog._c == 6
block = PlogBlock('Device ID:', ref='Device')
block.header.ref = 'device_id'
block.footer = PlogLine('----------', ref='footer').anything()
lines = {}
lines['entry_address'] = PlogLine('IP address:')
lines['platform'] = PlogLine('Platform:')
lines['interface'] = PlogLine('Interface:')
lines['hold_time'] = PlogLine('Holdtime').maybe(' ').then(':')
lines['version'] = PlogLine('Version').maybe(' ').then(':').multiline()
lines['version'] = PlogLine('advertisement version:')
lines['duplex'] = PlogLine('Duplex:')
lines['power_drawn'] = PlogLine('Power drawn:')
lines['power_request_id'] = PlogLine('Power request id:')
lines['power_management_id'] = PlogLine('Power management id:')
lines['power_request_levels'] = PlogLine('Power request levels are:')
block.add_lines(**lines)
# new parser
f = open('test_data2.txt', 'r')
# plog = Plog(f, whitespace='|')
plog = Plog(f, whitespace='|', terminator=',')
# run it
plog.add_block(block)
blocks = plog.run()
for block in blocks:
if block.valid():
print block.as_dict()
def test_file_on_init():
f = open('file')
plog = Plog(f)
assert plog.get_file() == f
assert plog.get_data() == f
def test_add_file():
f = open('file')
plog = Plog()
plog.set_file(f)
assert plog.get_file() == f
assert plog.get_data() == f
from api import Plog
from patterns import PlogLine, PlogBlock
f = open('test_data2.txt', 'r')
# Capture something
block = PlogBlock('Device ID:', ref='Device')
block.header.ref = 'device_id'
block.footer = PlogLine('----------', ref='footer').anything()
# new parser
plog = Plog(f, whitespace='|')
# run it
plog.add_block(block)
blocks = plog.run()
for block in blocks:
if block.valid():
print block.as_dict()
#
block = PlogBlock('Device ID:', ref='Device')
block.header.ref='device_id'
block.footer = PlogLine('----------', ref='footer').anything()
lines = {}
lines['entry_address'] = PlogLine('IP address:')
lines['platform'] = PlogLine('Platform:')
lines['interface'] = PlogLine('Interface:')
lines['hold_time'] = PlogLine('Holdtime').maybe(' ').then(':')
lines['version'] = PlogLine('Version').maybe(' ').then(':').multiline()
lines['ad_version'] = PlogLine('advertisement version:')
block.add_lines(**lines)
# new parser
f = open('test_data2.txt', 'r')
plog = Plog(f, whitespace='|')
# run it
plog.add_block(block)
blocks = plog.run()
for block in blocks:
if block.valid():
print block.as_dict()
from pprint import pprint
from api import Plog
from patterns import PlogLine, PlogBlock
from blocks import CDPBlock
f = open('test_data2.txt', 'r')
plog = Plog(f, whitespace='|', terminator=',')
# import pdb; pdb.set_trace()
plog.add_blocks(CDPBlock)
plog.run()
for block in plog.data_blocks:
if block.valid():
d = block.as_dict()
print d
import pdb
pdb.set_trace()
def test_file_on_init():
f = open('file')
plog = Plog(f)
assert plog.get_file() == f
assert plog.get_data() == f
def test_add_file():
f = open('file')
plog = Plog()
plog.set_file(f)
assert plog.get_file() == f
assert plog.get_data() == f
