fixed indent in radius_mysql_pam/task.py

git-svn-id: https://svn.lusy.fri.uni-lj.si/kpov-public-svn/kpov-public@214 5cf9fbd1-b2bc-434c-b4b7-e852f4f63414

4 files changed, 41 insertions, 47 deletions

diff --git a/kpov_judge/tasks/custom_rdate/task.py b/kpov_judge/tasks/custom_rdate/task.py
index 515792d..1e3ad15 100644
--- a/kpov_judge/tasks/custom_rdate/task.py
+++ b/kpov_judge/tasks/custom_rdate/task.py
@@ -23,8 +23,7 @@ sestavljen iz crk in stevilk.Tega parametra student ne bo mogel
 nastavljati sam. S tem parametrom se bo preverjalo ali je prišlo do
 prepisovanja.
 
-"""
-
+""",
     'en':u"""
 Setup two virtual machines: 
 -SimpleArbiterDhcpRdate from disk image simpleArbiterRdate and 
diff --git a/kpov_judge/tasks/nat_vlc/task.py b/kpov_judge/tasks/nat_vlc/task.py
index fae3be5..b595961 100644
--- a/kpov_judge/tasks/nat_vlc/task.py
+++ b/kpov_judge/tasks/nat_vlc/task.py
@@ -12,9 +12,8 @@ instructions = {
     'si':u"""
 Postavi dva navidezna računalnika - SimpleArbiter z diskom simpleArbiter
 ter NATServer. NATServer naj ima dva omrežna vmesnika - z enim naj bo povezan
-na simpleArbiter, z drugim pa na Internet. Na NATServer z ukazom ifconfig in z datoteko /etc/network/interfaces skonfiguriraj omre�ne 
-vmesnike tako da bo en vmesnik povezan v WAN (Internet) in en vmesnik na LAN (simpleArbiter). SimpleArbiter skonfiguriraj tako, da 
-bo za privzeti prehod uporabljal NATServer. Nastavi DNS (etc/resolv.conf). �e �e ni, omogo�i posredovanje IP naslovov. Nastavi NAT 
+na simpleArbiter, z drugim pa na Internet. Na NATServer z ukazom ifconfig in z datoteko /etc/network/interfaces skonfiguriraj omrežne vmesnike tako da bo en vmesnik povezan v WAN (Internet) in en vmesnik na LAN (simpleArbiter). SimpleArbiter skonfiguriraj tako, da 
+bo za privzeti prehod uporabljal NATServer. Nastavi DNS (etc/resolv.conf). če še ni, omogoči posredovanje IP naslovov. Nastavi NAT 
 z uporabo paketa iptables. Na simpleArbiter z vlc preberi naslov, na katerem si lahko ogledaš kratek filmček.
 """,
 	'en':u"""
@@ -76,7 +75,7 @@ params_meta = {
 #    'IP_NM': {'descriptions': {'si': 'Naslov maliNetworkManager'}, 'w': False, 'public':True, 'type': 'IP', 'generated': True},
 #   'DNS_NM': {'descriptions': {'si': 'DNS za maliNetworkManager'}, 'w': False, 'public':True, 'type': 'IP', 'generated': True},
    'IP_simple': {'descriptions': {'si': 'Naslov SimpleArbiter'}, 'w': False, 'public': True, 'type': 'IP', 'generated': True},
-   'IP_NAT': {'descriptions': {'si': 'Naslov NAT'} 'w': False, 'public': True,  'type': 'IP', 'generated': True },    
+   'IP_NAT': {'descriptions': {'si': 'Naslov NAT'}, 'w': False, 'public': True,  'type': 'IP', 'generated': True },    
 #    'DNS_static': {'descriptions': {'si': 'DNS za maliBrezNetworkManager'}, 'w': False, 'public': True, 'type': 'IP', 'generated': True},
 }
 
@@ -107,11 +106,11 @@ def gen_params(user_id, params_meta):
     r = random.Random(user_id)
     # IP_NM, DNS_NM, IP_static, DNS_static)
     # dns_servers = ['193.2.1.66', '193.2.1.72', '8.8.8.8', '8.8.4.4', '208.67.222.222', '208.67.220.220']
-    net = kpov_random_helpers.IPv4_net_gen(r, 254, true, false)
+    net = kpov_random_helpers.IPv4_net_gen(r, 253, True, False)
     # params['DNS_NM'] = r.choice(dns_servers)
-    params['IP_NAT']  = net
+    params['IP_NAT'], params['IP_simple'] = kpov_random_helpers.IPv4_addr_gen(r, net, 2)
     # params['IP_NM'] 
-    params['IP_simple'] = kpov_random_helpers.IPv4_addr_gen(r, net, 1)
+    # params['IP_simple'] = kpov_random_helpers.IPv4_addr_gen(r, net, 1)
     # params['DNS_static'] = r.choice(dns_servers)
     return params
 
diff --git a/kpov_judge/tasks/openvpn_simple_smb/task.py b/kpov_judge/tasks/openvpn_simple_smb/task.py
index e1bb9b0..efec2e3 100644
--- a/kpov_judge/tasks/openvpn_simple_smb/task.py
+++ b/kpov_judge/tasks/openvpn_simple_smb/task.py
@@ -10,17 +10,16 @@ VPNClient1 in VPNClient2, ki jima nastavite pravilne mrežne nastavitve (medsebo
 Na vse racunalnike namestite OpenVPN in program za nadzor nad virtualnimi napravami (s katerim kreirate napravo tap).
 Strežnik SimpleArbiterVPN naj generira skupno skrivnost (*.key), katero shranite v imenik /vpn in jo na VPNCLient uporabite
 skupaj z konfiguracijsko datoteko za OpenVPN povezavo. Nato poskrbite, da bo VPNClient na navideznem omrežju prek NFS omogočil
-dostop do imenika /home/test/IME_IMENIKA, pri čemer IME_IMENIKA preberite na SimpleArbiter.
+dostop do imenika /home/test/DIRNAME, pri čemer DIRNAME preberite na SimpleArbiter.
 V ta imenik skopirajte datoteke, ki so prek SMB dostopne na SimpleArbiter.
-"""
-
+""",
 	'en':u"""
 Setup three virtual machines - SimpleArbiterVPN and two VPN clients (VPNClient1, VPNClient2). Set both 
 clients network cards so that they will have access to internal network and internet. Install OpenVPN to 
 all three machines and a program for supervising virtual devices (which you will use to create device tap).
 Server SimpleArbiterVPN should generate a common secret (*.key), which you should save to /vpn directory
 and use on VPNClient together with configuration file for OpenVPN connection. After that make sure that 
-VPNClient has enabled access to /home/test/IME_IMENIKA over NFS on it's virtual connection. You will get 
+VPNClient has enabled access to /home/test/DIRNAME over NFS on it's virtual connection. You will get 
 IME_IMENIKA from SimpleArbiter. Copy files that should be available from AimpleArbiter over SMB to IME_IMENIKA.
 """
 }
@@ -63,7 +62,7 @@ computers = {
             {
                 'network': 'net1'
             }
-        },
+        ],
         'flavor': 'm1.tiny',
         'config_drive': False
 
@@ -81,7 +80,7 @@ computers = {
             {
                 'network': 'net1'
             }
-        },
+        ],
         'flavor': 'm1.tiny',
         'config_drive': False
 
@@ -99,11 +98,14 @@ networks = {
 }
 #Tukaj sem generiral tri parametre, prosil bi če se upoštevajo pri Tasku. 
 params_meta = {
-    'IME_IMENIKA': {}, 'IME_KLJUCA':{}, 'HASH': {}
+    'IP_SimpleArbiterVPN': {'descriptions':{'si':'IP za SimpleArbiter'}, 'w': False, 'public': True, 'type': 'IP', 'generated': True}, 
+    'IP_VPNClient1': {'descriptions':{'si':'IP za 1. klienta'}, 'w': False, 'public': True, 'type': 'IP', 'generated': True},
+    'IP_VPNClient2': {'descriptions':{'si':'IP za 2. klienta'}, 'w': False, 'public': True, 'type': 'IP', 'generated': True},
+    'DIRNAME': {'descriptions':{'si':'Imenik, dostopen prek NFS'}, 'w': False, 'public': True, 'type': 'IP', 'generated': True},
 }
 
 
-def task(IP_SimpleArbiterVPN, DNS_SimpleArbiterVPN, IP_VPNClient1, DNS_VPNClient1, IP_VPNClient2, DNS_VPNClient2):
+def task(IP_SimpleArbiterVPN, IP_VPNClient1, IP_VPNClient2, DIRNAME):
     
     import pxssh    # Used to set up an SSH connection to a remote machine
     #import pexpect  # Allows the script to spawn a child application and control it as if a human were typing commands
@@ -227,7 +229,7 @@ def task(IP_SimpleArbiterVPN, DNS_SimpleArbiterVPN, IP_VPNClient1, DNS_VPNClient
     ######
     
     # Ping the VPN server
-    sC1.sendLine('ping -c 3 {0}'.format( DNS_SimpleArbiterVPN ))
+    sC1.sendLine('ping -c 3 {0}'.format( IP_SimpleArbiterVPN ))
     sC1.prompt()
     output = sC1.before
     results['VPNClient1_ping_VPN_server'] = output
@@ -238,7 +240,7 @@ def task(IP_SimpleArbiterVPN, DNS_SimpleArbiterVPN, IP_VPNClient1, DNS_VPNClient
     ######
     
     # Ping the VPN server
-    sC2.sendLine('ping -c 3 {0}'.format( DNS_SimpleArbiterVPN ))
+    sC2.sendLine('ping -c 3 {0}'.format( IP_SimpleArbiterVPN ))
     sC2.prompt()
     output = sC2.before
     results['VPNClient2_ping_VPN_server'] = output
@@ -263,7 +265,7 @@ def gen_params(user_id, params_meta):
     alpha=["1","2","3","4","5","6","7","8","9","0"]
     rnd = random.Random(alpha)
     for x in id:
-	hash+=chr(int(x)+80)+rnd
+        hash+=chr(int(x)+80)+rnd
     params['HASH']=hash
     return params
 
diff --git a/kpov_judge/tasks/radius_mysql_pam/task.py b/kpov_judge/tasks/radius_mysql_pam/task.py
index 70b1180..2e330cf 100644
--- a/kpov_judge/tasks/radius_mysql_pam/task.py
+++ b/kpov_judge/tasks/radius_mysql_pam/task.py
@@ -58,15 +58,15 @@ computers = {
 networks = { 'net1': {'public': False}, 'test-net': {'public': True} }

 

 params_meta = {

-	'IP_RS': {'descriptions': {'si': 'Naslov RadiusServer'}, 'w': False, 'public':True, 'type': 'IP', 'generated': True},

+    'IP_RS': {'descriptions': {'si': 'Naslov RadiusServer'}, 'w': False, 'public':True, 'type': 'IP', 'generated': True},

     'RADIUS_SECRET':{'descriptions': {'si': 'Skrivnost RADIUS'}, 'w': False, 'public':True, 'type': 'passwd', 'generated': True},

     'RADIUS_USERNAME': {'descriptions': {'si': 'Username v RADIUS'}, 'w': True, 'public':True, 'type': 'username', 'generated': False},

     'RADIUS_PASSWORD': {'descriptions': {'si': 'Geslo v RADIUS'}, 'w': False, 'public':True, 'type': '', 'generated': True},

-	'MYSQL_DB_NAME': {'descriptions': {'si': 'Ime baze v mysql'}, 'w': True, 'public':True, 'type': '', 'generated': False},

+    'MYSQL_DB_NAME': {'descriptions': {'si': 'Ime baze v mysql'}, 'w': True, 'public':True, 'type': '', 'generated': False},

     'MYSQL_ADMIN_USER':{'descriptions': {'si': 'Username za dostop do MySQL'}, 'w': True, 'public':True, 'type': 'username', 'generated': False},

     'MYSQL_ADMIN_PASSWORD': {'descriptions': {'si': 'Geslo za dostop do MySQL'}, 'w': True, 'public':True, 'type': 'passwd', 'generated': True},

-	'MYSQL_TEST_USER':{'descriptions': {'si': 'Username za testiranje PA;M'}, 'w': False, 'public':False, 'type': 'username', 'generated': True},

-	'MYSQL_TEST_PASSWORD': {'descriptions': {'si': 'Geslo za testiranje PAM'}, 'w': False, 'public':False, 'type': 'passwd', 'generated': True},

+    'MYSQL_TEST_USER':{'descriptions': {'si': 'Username za testiranje PA;M'}, 'w': False, 'public':False, 'type': 'username', 'generated': True},

+    'MYSQL_TEST_PASSWORD': {'descriptions': {'si': 'Geslo za testiranje PAM'}, 'w': False, 'public':False, 'type': 'passwd', 'generated': True},

     'MYSQL_PAM_USERNAME': {'descriptions': {'si': 'Username v MySQL'}, 'w': True, 'public': True, 'type': 'IP', 'generated': False},

     'MYSQL_PAM_PASSWORD': {'descriptions': {'si': 'Geslo za uporabnika v MySQL'}, 'w': True, 'public': True, 'type': 'passwd', 'generated': False},

 }

@@ -79,39 +79,33 @@ def task(IP_RS, RADIUS_SECRET, RADIUS_USERNAME, RADIUS_PASSWORD, MYSQL_ADMIN_USE
     

     sR = pxssh.pxssh()

     sR.login(IP_RS, peer_user, peer_passwd)

-	

-	# Testiranje radius strtežnika

+

+    # Testiranje radius strtežnika

     results['Test_RadiusServer'] = sR.run('radtest {0} {1} {3} 1812 {4}'.format(

         RADIUS_USERNAME, RADIUS_USERNAME,

         RADIUS_PASSWORD, IP_RS, RADIUS_SECRET))

-	# Testiranje podatkovne base mysql

-	results['mysql_login'] = sR.run('mysql -u {MYSQL_ADMIN_USER} -p {MYSQL_ADMIN_PASSWORD}'.format(**locals()))

-	results['database_connect'] = sR.run('USE {MYSQL_DB_NAME}'.format(**locals()))	

-	results['select_from_users'] = sR.run('SELECT username, password FROM users;')

-	sR.run('INSERT INTO users (username, password) VALUES ({MYSQL_TEST_USER}, {MYSQL_TEST_PASSWORD});')

-	sR.run('\q');

-	# Testiranje PAM s testnim uporabnikom

-	sT.login(IP_RS, MYSQL_TEST_USER, MYSQL_TEST_PASSWORD)

-	

+    # Testiranje podatkovne base mysql

+    results['mysql_login'] = sR.run('mysql -u {MYSQL_ADMIN_USER} -p {MYSQL_ADMIN_PASSWORD}'.format(**locals()))

+    results['database_connect'] = sR.run('USE {MYSQL_DB_NAME}'.format(**locals()))	

+    results['select_from_users'] = sR.run('SELECT username, password FROM users;')

+    sR.run('INSERT INTO users (username, password) VALUES ({MYSQL_TEST_USER}, {MYSQL_TEST_PASSWORD});')

+    sR.run('\q');

+    # Testiranje PAM s testnim uporabnikom

+    sT.login(IP_RS, MYSQL_TEST_USER, MYSQL_TEST_PASSWORD)

+

     return results

     

 def gen_params(user_id, params_meta):

     params = dict()

     r = random.Random(user_id)

-    secrets = ['skupna', 'secret', 'skrivnost', 'mystery', 'tajna', 'skupnaskrivnost', 'nekadruga', 'spetnekaskrivnost']

-    crke = list(string.ascii_lowercase)

     for name, meta in param_meta.iteritems():

         params[name] = default_generators[meta.get('type', None)](r)

-    params['RADIUS_SECRET'] = r.choice(secrets)

-    password = SQLpassword = ""

-    for i in range(4):

-        passowrd+=crke[randint(0,25)]

-        SQLpassword+=crke[randint(0,25)]

-    params['RADIUS_PASSWORD'] = password

-    params['MYSQL_ADMIN_PASSWORD'] = SQLpassword

-	

-	ip_radius_server = ['10.0.2.7', '192.168.11.21', '192.168.0.47', '10.0.16.134', '10.0.16.17', '172.19.7.16']

-	params['IP_RS'] = r.choice(ip_radius_server);

+    params['RADIUS_SECRET'] = alnum_gen(r, 8)

+    params['RADIUS_PASSWORD'] = alnum_gen(r, 4)

+    params['MYSQL_ADMIN_PASSWORD'] = alnum_gen(r, 4)

+    net = IPv4_subnet_gen(r)

+    ip_radius_server = IPv4_addr_gen(r, net, 1)[0]

+	params['IP_RS'] = ip_radius_server

     return params

 

 def task_check(results, params):