def test_max_count(self):
"""
Testing max count flag.
"""
for title, source in self.get_sources():
self.assertEqual(2, grep(source, "h", c=True, m=2))
self.assertEqual(2, grep(source, "h", c=True, m=2, i=True))
def test_whole_lines(self):
"""
Testing whole lines flags.
"""
for title, source in self.get_sources():
self.assertListEqual(['hub'], grep(source, "hub", x=True))
self.assertListEqual(['hub'], grep(source, "hub", x=True, F=True))
def test_count(self):
"""
Testing count flag.
"""
for title, source in self.get_sources():
self.assertEqual(3, grep(source, "hub", c=True))
self.assertEqual(4, grep(source, "h", c=True))
self.assertEqual(6, grep(source, "h", c=True, i=True))
def test_keep_eol(self):
"""
Testing keep eol flag.
"""
self.assertListEqual(['chubby\n', 'hub\n', 'blue hub\n'],
grep(self.test_file, "hub", k=True))
self.assertListEqual(['chubby', 'hub', 'blue hub'],
grep(self.test_list, "hub", k=True))
def test_whole_words(self):
"""
Testing whole words flags.
"""
for title, source in self.get_sources():
self.assertListEqual(['hub', 'blue hub'],
grep(source, "hub", w=True))
self.assertListEqual(['hub', 'blue hub'],
grep(source, "hub", w=True, F=True))
def test_quiet(self):
"""
Testing quiet flag.
"""
for title, source in self.get_sources():
self.assertEqual(True, grep(source, "hub", c=True, q=True))
self.assertEqual(True, grep(source, "hub", c=True, q=True, i=True))
self.assertEqual(True, grep(source, "dog", c=True, q=True, i=True))
self.assertEqual(False,
grep(source, "wrong", c=True, q=True, i=True))
def test_case_insensitive(self):
"""
Testing case insensitive flags.
"""
for title, source in self.get_sources():
self.assertListEqual(
['chubby', 'hub', 'Hub', 'green HuB.', 'blue hub'],
grep(source, "hub", i=True))
self.assertListEqual(
['chubby', 'hub', 'Hub', 'green HuB.', 'blue hub'],
grep(source, "hub", i=True, F=True))
def test_basic(self):
"""
Testing basic grep with regex and fixed strings.
"""
for title, source in self.get_sources():
self.assertListEqual(['chubby', 'hub', 'blue hub'],
grep(source, "hub"))
self.assertListEqual(['chubby', 'hub', 'blue hub'],
grep(source, "hub", F=True))
self.assertListEqual(['chubby', 'hub', 'blue hub'],
grep(source, ["hub"], F=True))
self.assertListEqual(['chubby', 'hub', 'dog', 'blue hub'],
grep(source, ["hub", "dog"], F=True))
def test_re_flags(self):
"""
Testing re-flags flags.
"""
import re
for title, source in self.get_sources():
# test re flag ignore case. note: in second call the flag is ignored because we use pattern as strings.
self.assertListEqual(
['chubby', 'hub', 'Hub', 'green HuB.', 'blue hub'],
grep(source, "hub", r=re.IGNORECASE))
self.assertListEqual(['chubby', 'hub', 'blue hub'],
grep(source, "hub", r=re.IGNORECASE, F=True))
def test_before_context(self):
"""
Testing before context flag.
"""
# test before-context alone
for title, source in self.get_sources():
self.assertListEqual([['hub', 'Hub', 'dog']],
grep(source, "dog", B=2, t=True))
self.assertListEqual([['chubby']],
grep(source, "chubby", B=2, t=True))
# combined with after-context
for title, source in self.get_sources():
self.assertListEqual([['hub', 'Hub', 'dog', 'hottub ']],
grep(source, "dog", B=2, A=1))
def test_after_context(self):
"""
Testing after context flag.
"""
# test after-context alone
for title, source in self.get_sources():
self.assertListEqual([['dog', 'hottub', 'green HuB.']],
grep(source, "dog", A=2, t=True))
self.assertListEqual([['blue hub']],
grep(source, "blue hub", A=2, t=True))
# combined with before-context
for title, source in self.get_sources():
self.assertListEqual([['Hub', 'dog', 'hottub', 'green HuB.']],
grep(source, "dog", A=2, B=1, t=True))
def test_regex(self):
"""
Testing a simple regex expression.
"""
for title, source in self.get_sources():
self.assertListEqual(['chubby', 'hub', 'blue hub'],
grep(source, "h.b"))
def test_line_number(self):
"""
Testing line number flag.
"""
for title, source in self.get_sources():
self.assertListEqual([(0, 'chubby'), (1, 'hub'), (6, 'blue hub')],
grep(source, "hub", n=True))
def test_only_match(self):
"""
Testing only_match flag.
"""
for title, source in self.get_sources():
self.assertListEqual(['hub', 'hub', 'Hub', 'HuB', 'hub'],
grep(source, "hub", o=True, i=True))
def test_offset(self):
"""
Testing offset flag.
"""
for title, source in self.get_sources():
self.assertListEqual([(1, 'chubby'), (0, 'hub'), (5, 'blue hub')],
grep(source, "hub", b=True))
def test_invert(self):
"""
Testing invert flags.
"""
for title, source in self.get_sources():
# check invert
self.assertListEqual(['Hub', 'dog', 'hottub ', 'green HuB.'],
grep(source, "hub", v=True))
self.assertListEqual(['Hub', 'dog', 'hottub ', 'green HuB.'],
grep(source, "hub", v=True, F=True))
# check invert with case insensitive as well
self.assertListEqual(['dog', 'hottub '],
grep(source, "hub", i=True, v=True))
self.assertListEqual(['dog', 'hottub '],
grep(source, "hub", i=True, v=True, F=True))
def port_scanner():
global open_tcp, open_udp
#create directories to store the scan results
sp.call("mkdir {}".format(file_name), shell = True)
sp.call("mkdir {}/XML".format(file_name), shell = True)
sp.call("mkdir {}/nmap".format(file_name), shell = True)
sp.call("mkdir {}/gnmap".format(file_name), shell = True)
###############################################tcp scan#######################################
if port_type == "tcp":
#stage 1
sp.call("nmap -T4 -sT -Pn -p- {} -oX {}/XML/tcp_scan1.xml -oN {}/nmap/tcp_scan1.nmap -oG {}/gnmap/tcp_scan1.gnmap".format(ip_addresse, file_name, file_name, file_name), shell = True)
with open("{}/nmap/tcp_scan1.nmap".format(file_name), "r") as port_file:
for line in port_file:
line = str(grep(line, "open")).split(" ")[0].translate(None, "/tcp")
if line != "[]":
line = line.translate(None, "['")
open_tcp.append(line)
open_tcp = ",".join(open_tcp)
#stage 2
sp.call("nmap -T4 -A -p{} {}".format(open_tcp, ip_addresse), shell = True)
#############################################udp scan###########################################
elif port_type == "udp":
#stage 1
sp.call("nmap -T4 -sU -p- {} -oX {}/XML/udp_scan1.xml -oN {}/nmap/udp_scan1.nmap -oG {}/gnmap/udp_scan1.gnmap".format(ip_addresse, file_name, file_name, file_name), shell = True)
with open("{}/nmap/udp_scan1.nmap".format(file_name), "r") as port_file:
for line in port_file:
line = str(grep(line, "open")).split(" ")[0].translate(None, "/udp")
if line != "[]":
line = line.translate(None, "['")
open_udp.append(line)
#stage 2
sp.call("nmap -T4 -sU -A -p{} {}".format(open_tcp, ip_addresse), shell = True)
def gethostname(shrun):
hostname = grep(shrun, "host-name", "i=True")
print("The hostname has been extracted.txt")
print(hostname)
return hostname
def test_trim(self):
"""
Testing trim flag.
"""
for title, source in self.get_sources():
self.assertListEqual(['hottub'], grep(source, "hottub", t=True))