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import socket # Added For Finding Host IP |
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2
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import subprocess as sub # Added For Run Command By CMD |
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3
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import string |
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4
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import datetime |
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5
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import sys # For Exit |
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6
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import multiprocessing as mu # for multtiprocessing |
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7
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import time |
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8
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def ping(i): # ping function |
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9
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output=str(list(sub.Popen("ping "+i,stdout=sub.PIPE,stderr=sub.PIPE,shell=True).communicate())[0]) |
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10
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return output |
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11
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def ip_filter(i_list): # This Function Get A List Of IPs and Split IP |
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12
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'''((list)->list''' |
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13
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temp_list=[] |
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14
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for i in range(len(i_list)): |
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15
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for j in range(len(i_list[i])): |
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16
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if i_list[i][j] not in dic: |
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temp_list.append(i_list[i][:j]) |
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18
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break |
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19
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return temp_list |
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20
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def search_ip(output): # This Function Get A String As Input ( ARP Command Output) and Find For Local IPs |
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21
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'''(str)->list''' |
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22
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index=0 |
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ip_list=[] |
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24
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while(True): |
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25
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index=output.find("192",index) |
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26
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ip_list.append(output[index:index+16]) |
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if (index==-1): |
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28
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break |
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else: |
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index=index+16 |
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return ip_list |
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32
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def string_conv(i): |
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33
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return mask+str(i) |
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34
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def ARP(my_ip): |
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sub.Popen("ping " + my_ip, stdout=sub.PIPE, stderr=sub.PIPE, shell=True) |
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response = sub.Popen("arp -a", stdout=sub.PIPE, stderr=sub.PIPE, shell=True) |
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output = str(list(response.communicate())[0]) |
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ip_list = search_ip(output) |
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39
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ip_list = ip_filter(ip_list) |
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40
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for i in ip_list: |
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41
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print("IP : ", i, "Is available") |
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42
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def Manual(range_min,range_max,file): |
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43
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try: |
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ip_list = list(map(string_conv, list(range(range_min, range_max + 1)))) |
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45
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p = mu.Pool(mu.cpu_count() + 100) # for multiprocessing |
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46
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result = p.map(ping, ip_list) # result of pings |
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47
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for output in result: |
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48
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if output.find("timed out") == -1 and output.find("unreachable") == -1: |
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49
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# ssh_response=sub.call("ssh "+ip_list[result.index(output)],stdout=sub.PIPE,stderr=sub.PIPE,timeout=30,shell=True) |
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print("IP : ", ip_list[result.index(output)], "Is available") |
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51
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file.write("IP : "+ ip_list[result.index(output)]+ " Is available\n") |
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52
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else: |
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53
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print("IP : ", ip_list[result.index(output)], "Is not available") |
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54
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file.write("IP : "+ ip_list[result.index(output)]+ " Is not available\n") |
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55
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except Exception as e: |
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56
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if file.closed==False: |
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57
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file.close() |
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58
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print(e) |
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59
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60
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def find(mode="manual",my_ip="0.0.0.0",range_min=0,range_max=254): # This Function Ping And SSH IPs to find SSH Server |
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61
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log_file=open("log_file.txt","a") |
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if mode=="manual": |
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63
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Manual(range_max=range_max,range_min=range_min,file=log_file) |
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64
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log_file.close() |
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65
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elif mode=="ARP": |
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66
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ARP(my_ip) |
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67
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68
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if __name__=="__main__": |
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69
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mask="192.168.166." |
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70
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mu.freeze_support() |
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71
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dic=list(string.digits+".") |
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72
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print("Running On Netmask: " + mask) |
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73
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my_ip=socket.gethostbyname(socket.gethostname()) |
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74
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if my_ip=="127.0.0.1": |
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75
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print("Problem In Netwrok Connection ( Please Check )") |
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76
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input() |
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77
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sys.exit() |
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78
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ssh_test=sub.Popen("ssh",stdout=sub.PIPE,stderr=sub.PIPE,shell=True) |
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79
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ssh_result=str(list(ssh_test.communicate())[1]) |
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80
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#print(ssh_result) |
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81
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inp=int(input("Please Choose ARP[1] or Linear Search[2]")) |
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82
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time_1=time.perf_counter() |
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83
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if inp==1: |
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84
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print("Please Wait : Scan IPs . . . ") |
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85
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find(mode="ARP",my_ip=my_ip) |
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86
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time_2=time.perf_counter() |
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87
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else: |
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88
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get_mask=input("Please Enter Mask :") |
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89
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try: |
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90
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range_max_input=int(input("Please Enter Range Max : ")) |
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91
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range_min_input=int(input("Please Enter Range Min : ")) |
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92
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except ValueError: # If User Ignore Input Step |
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93
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range_max_input=0 |
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94
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range_min_input=0 |
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95
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print("Please Wait : Scan IPs . . . ") |
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96
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if get_mask.find("192.")!=-1 and get_mask.find("168.")!=-1: |
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97
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if get_mask[-1]!=".": |
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98
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get_mask=get_mask+"." |
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99
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mask=get_mask |
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100
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if range_max_input>range_min_input and range_max_input<256: |
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101
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find(range_max=range_max_input,range_min=range_min_input) |
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102
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else: |
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103
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find() |
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104
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time_2=time.perf_counter() |
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105
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print("Scan Time :",str((time_2-time_1)/60)," min") |
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106
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input("Press Any Key To Exit") |
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107
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108
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109
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110
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111
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sepandhaghighi /
findip
