#!/usr/bin/python
import connect
data = raw_input ('Enter name server, nusers name:').split(' ')
print ('Now we are checking if backup is...')
# bash_check_backup = 'ls -la /backup/cpbackup/daily/ | grep ' + data[2]
# bash_check_backup = 'date -r /backup/cpbackup/daily/' + data[2] + '/version'
bash_check_backup = 'date +%m.%-d.%Y_%H-%M-%S -r /backup/cpbackup/daily/' + data[2] + '/version'
result_split = connect.request_to_server(data[0], data[1], bash_check_backup)[:-1]
if result_split.find('No such file or directory') != -1:
print 'Backup has not been found'
else:
print (('Backup has been found: {0} {1}').format(result_split, data[2]))
print(connect.request_to_server(data[0], data[1], 'du -sh /backup/cpbackup/daily/' + data[2]))
answer1 = raw_input ('Do you want to create an archive of backup? (y/n)')
if answer1 == ('y' or 'Y' or 'yes' or 'Yes'):
name_of_archive = 'backup-' + result_split + '_' + data[2] + '.tar.gz'
answer_link = raw_input ('Do you want to create a link on the backup? (y/n)')
if answer_link == ('y' or 'Y' or 'yes' or 'Yes'):
bash_create_backup = 'cd /backup/cpbackup/daily/' +data[2] + '/; tar cvfz /home/' + name_of_archive+ ' ./; ln -s /home/' + name_of_archive+ ' /etc/httpd/htdocs/' + name_of_archive
print(bash_create_backup)
connect.request_to_server(data[0], data[1], bash_create_backup)
print('Archive: /home/' + name_of_archive + '\nLink: ' + connect.host + '/' + name_of_archive)
else:
bash_create_backup = 'cd /backup/cpbackup/daily/' +data[2] + '; tar cvfz /home/' + name_of_archive+ ' .'
#!/usr/bin/python
import connect
data = raw_input ('Enter name server, nusers name:').split(' ')
answer1 = raw_input ('Where can I find?\n1. /var/cpanel/\n2. Backup')
if answer1 == '1':
bash_check = 'cat /var/cpanel/users/'+ data[2]
elif answer1 == '2':
bash_check = 'cat /backup/cpbackup/daily/' +data[2] + '/cp/' + data[2]
info= (connect.request_to_server(data[0], data[1], bash_check))
print info
print ('Number of domains = {0}').format(info.count('DNS'))
#!/usr/bin/python
import connect
import argparse
data = raw_input('Enter name server, user, port, chat:').split(' ')
username = data[2]
port = data[3]
chat = data[4]
id_user = connect.request_to_server(data[0], data[1], 'id -u ' + username)
# if check_user[2] != 'No':
try:
id_user_id = int(id_user)
id_user_id = str(id_user_id)
bash_rule_in_csf = 'sed -i "/#=-=-=-= Custom ACL =-=-=-=#/ a tcp:out:d=' + port + ':u=' + id_user_id + ' # caht ID ' + chat + '" /etc/csf/csf.allow'
print(bash_rule_in_csf)
# print (connect.request_to_server(data[0], data[1], bash_create_modsec + '; ' + bash_edit_modsec + '; ' + bash_restart_httpd))
print (connect.request_to_server(data[0], data[1], bash_rule_in_csf + '; csf -r '))
except ValueError:
print('User has been not found')
#!/usr/bin/python
import connect
import argparse
data = raw_input('Enter name server, user, port, chat:').split(' ')
username = data[2]
port = data[3]
chat = data[4]
id_user = connect.request_to_server(data[0], data[1], 'id -u ' + username)
# if check_user[2] != 'No':
try:
id_user_id = int(id_user)
id_user_id = str(id_user_id)
bash_rule_in_csf = 'sed -i "/#=-=-=-= Custom ACL =-=-=-=#/ a tcp:out:d=' + port + ':u=' + id_user_id + ' # caht ID ' + chat + '" /etc/csf/csf.allow'
print(bash_rule_in_csf)
# print (connect.request_to_server(data[0], data[1], bash_create_modsec + '; ' + bash_edit_modsec + '; ' + bash_restart_httpd))
print(
connect.request_to_server(data[0], data[1],
bash_rule_in_csf + '; csf -r '))
except ValueError:
print('User has been not found')
#!/usr/bin/python
import connect
data = raw_input ('Enter name server, username, role:').split(' ')
username = data[2]
rule = data[3]
path_std = '/usr/local/apache/conf/userdata/std/2_2/'
path_ssl = '/usr/local/apache/conf/userdata/ssl/2_2/'
path_ssl_std = [path_std, path_ssl]
check_user = connect.request_to_server(data[0], data[1], 'id ' + username).split(' ')
if check_user[2] != 'No':
print 'User has been found'
bash_restart_httpd = 'service httpd restart'
for path in path_ssl_std:
bash_create_modsec = 'echo -e "<LocationMatch .*>\n</LocationMatch>" > ' + path + username + '/modsec.conf'
bash_edit_modsec = 'sed -i "/<LocationMatch .*>/ a SecRuleRemoveById ' + rule + '" ' + path + username +'/modsec.conf'
bash_create_folder = 'mkdir ' + path + username + '; chmod 775 ' + path + username
bash_grep_rules = 'grep ' + rule +' ' + path + username + '/modsec.conf'
bash_check_dir = 'ls -l ' + path + ' | grep ' + username
dir_path = connect.request_to_server(data[0], data[1], bash_check_dir)
if dir_path:
print (dir_path)
bash_check_modsec = 'ls ' + path + username + '/modsec.conf'
bash_check_modsec_result = connect.request_to_server(data[0], data[1], bash_check_modsec).split(' ')
print bash_check_modsec_result
#!/usr/bin/python
import connect
data = raw_input ('Enter name server, user name:').split(' ')
user = data[2]
bash_list_quarantine = 'cd /opt/cxs/quarantine/cxsuser/' + user +'; ls -la; cxs --force ./'
print(connect.request_to_server(data[0], data[1], bash_list_quarantine))
show_file = raw_input ('Do you want to look into file?(n/name file)')
if show_file != ('n' or 'no'):
bash_cat_file = 'cat /opt/cxs/quarantine/cxsuser/' + user + '/' + show_file
print(connect.request_to_server(data[0], data[1], bash_cat_file ))
restore_file = raw_input('Do you want to restore the file?(n/name file)')
if restore_file != ('n' or 'no'):
md5sum = connect.request_to_server(data[0], data[1], 'md5sum /opt/cxs/quarantine/cxsuser/' + user +'/'+ restore_file)
md5sum = md5sum.split(' ')
md5sum = md5sum[0]
bash_actfile = 'grep actfile /opt/cxs/quarantine/cxsuser/' + user +'/'+ restore_file + '.restore4'
bash_actfile = connect.request_to_server(data[0], data[1], bash_actfile).split('=')
bash_actfile = bash_actfile[1]
print(bash_actfile)
# bash_actfile = bash_actfile[1]
# print(bash_actfile)
bash_whitelist = 'echo md5sum:' + md5sum + ' >> /etc/cxs/cxs.ignore; echo md5sum:' + md5sum + ' >> /etc/cxs/cxs.ignore.watch ; cp ' + restore_file + ' ' + bash_actfile + '; chown ' + user + '. ' + bash_actfile
print(bash_whitelist)
# print(connect.request_to_server(data[0], data[1], bash_whitelist))
#!/usr/bin/python
import connect
data = raw_input('Enter name server, nusers name:').split(' ')
print('Now we are checking if backup is...')
# bash_check_backup = 'ls -la /backup/cpbackup/daily/ | grep ' + data[2]
# bash_check_backup = 'date -r /backup/cpbackup/daily/' + data[2] + '/version'
bash_check_backup = 'date +%m.%-d.%Y_%H-%M-%S -r /backup/cpbackup/daily/' + data[
2] + '/version'
result_split = connect.request_to_server(data[0], data[1],
bash_check_backup)[:-1]
if result_split.find('No such file or directory') != -1:
print 'Backup has not been found'
else:
print(('Backup has been found: {0} {1}').format(result_split, data[2]))
print(
connect.request_to_server(data[0], data[1],
'du -sh /backup/cpbackup/daily/' + data[2]))
answer1 = raw_input('Do you want to create an archive of backup? (y/n)')
if answer1 == ('y' or 'Y' or 'yes' or 'Yes'):
name_of_archive = 'backup-' + result_split + '_' + data[2] + '.tar.gz'
answer_link = raw_input(
'Do you want to create a link on the backup? (y/n)')
if answer_link == ('y' or 'Y' or 'yes' or 'Yes'):
bash_create_backup = 'cd /backup/cpbackup/daily/' + data[
2] + '/; tar cvfz /home/' + name_of_archive + ' ./; ln -s /home/' + name_of_archive + ' /etc/httpd/htdocs/' + name_of_archive
print(bash_create_backup)
#!/usr/bin/python
import connect
data = raw_input('Enter name server, user name:').split(' ')
user = data[2]
bash_list_quarantine = 'cd /opt/cxs/quarantine/cxsuser/' + user + '; ls -la; cxs --force ./'
print(connect.request_to_server(data[0], data[1], bash_list_quarantine))
show_file = raw_input('Do you want to look into file?(n/name file)')
if show_file != ('n' or 'no'):
bash_cat_file = 'cat /opt/cxs/quarantine/cxsuser/' + user + '/' + show_file
print(connect.request_to_server(data[0], data[1], bash_cat_file))
restore_file = raw_input('Do you want to restore the file?(n/name file)')
if restore_file != ('n' or 'no'):
md5sum = connect.request_to_server(
data[0], data[1],
'md5sum /opt/cxs/quarantine/cxsuser/' + user + '/' + restore_file)
md5sum = md5sum.split(' ')
md5sum = md5sum[0]
bash_actfile = 'grep actfile /opt/cxs/quarantine/cxsuser/' + user + '/' + restore_file + '.restore4'
bash_actfile = connect.request_to_server(data[0], data[1],
bash_actfile).split('=')
bash_actfile = bash_actfile[1]
print(bash_actfile)
# bash_actfile = bash_actfile[1]
# print(bash_actfile)
#!/usr/bin/python
import connect
data = raw_input('Enter name server, user: '******' ')
username = data[2]
# domen = data[3]
check_domen = connect.request_to_server(data[0], data[1], 'grep DNS= /var/cpanel/users/' + username)
domen = check_domen.split('=')
domen = domen[1].split('.')
domen = domen[0]
print ('LVEINFO:\n{0}').format(connect.request_to_server(data[0], data[1], 'lveinfo -u ' + username + ' --period=12h'))
print ('CRON:\n{0}').format(connect.request_to_server(data[0], data[1], 'cat /var/spool/cron/' + username))
print ('TOP:\n{0}').format(connect.request_to_server(data[0], data[1], 'top -c -b -n 1 -u ' + username))
print ('APACHE:\n{0}').format(connect.request_to_server(data[0], data[1], 'lynx -dump -width=500 http://localhost:81/whm-server-status | grep ' + domen + '| sort -k11'))
print ('MYSQL:\n{0}').format(connect.request_to_server(data[0], data[1], 'mysqladmin pr | grep ' + username))
#!/usr/bin/python
import connect
data = raw_input('Enter name server, nusers name:').split(' ')
answer1 = raw_input('Where can I find?\n1. /var/cpanel/\n2. Backup')
if answer1 == '1':
bash_check = 'cat /var/cpanel/users/' + data[2]
elif answer1 == '2':
bash_check = 'cat /backup/cpbackup/daily/' + data[2] + '/cp/' + data[2]
info = (connect.request_to_server(data[0], data[1], bash_check))
print info
print('Number of domains = {0}').format(info.count('DNS'))
#!/usr/bin/python
import connect
data = raw_input('Enter name server, username, role:').split(' ')
username = data[2]
rule = data[3]
path_std = '/usr/local/apache/conf/userdata/std/2_2/'
path_ssl = '/usr/local/apache/conf/userdata/ssl/2_2/'
path_ssl_std = [path_std, path_ssl]
check_user = connect.request_to_server(data[0], data[1],
'id ' + username).split(' ')
if check_user[2] != 'No':
print 'User has been found'
bash_restart_httpd = 'service httpd restart'
for path in path_ssl_std:
bash_create_modsec = 'echo -e "<LocationMatch .*>\n</LocationMatch>" > ' + path + username + '/modsec.conf'
bash_edit_modsec = 'sed -i "/<LocationMatch .*>/ a SecRuleRemoveById ' + rule + '" ' + path + username + '/modsec.conf'
bash_create_folder = 'mkdir ' + path + username + '; chmod 775 ' + path + username
bash_grep_rules = 'grep ' + rule + ' ' + path + username + '/modsec.conf'
bash_check_dir = 'ls -l ' + path + ' | grep ' + username
dir_path = connect.request_to_server(data[0], data[1], bash_check_dir)
if dir_path:
print(dir_path)
bash_check_modsec = 'ls ' + path + username + '/modsec.conf'
bash_check_modsec_result = connect.request_to_server(
data[0], data[1], bash_check_modsec).split(' ')
print bash_check_modsec_result
