How to use rowsR method in pyatom

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pr-listvms2.py

Source:pr-listvms2.py

1#! /usr/bin/env python2.72"""3Created on Tue Feb 17 21:52:17 20154@author: prenato5"""6import urllib2, json7from tabulate import tabulate8#from pprint import pprint9#define variables10icfheader = 'X-Cloupia-Request-Key'11icfgetRESTKey = 'http://svl-icfd-1.cisco.com/app/api/rest?opName=getRESTKey&user=userblue&password=userblue'12#icfgetRESTKey = 'http://svl-icfd-1.cisco.com/app/api/rest?opName=getRESTKey&user=admin&password=sv11abPW!'13icflistAllVMs = "http://svl-icfd-1.cisco.com/app/api/rest?opName=Intercloud:userAPIGetAllVms"14#icflistSRs = "http://svl-icfd-1.cisco.com/app/api/rest?opName=userAPIGetVMsForServiceRequest&opData={param0:'21'}"15#icfReboot = "http://svl-icfd-1.cisco.comapp/api/rest?opName=Intercloud:userAPIVmReboot&opData={param0:'540'}"16#icfSRlist = "http://svl-icfd-1.cisco.com/app/api/rest?opName=userAPIGetServiceRequests"17#inicio = time.ctime() #script execution duration18def list_VMs():19    #get ICF REST key20    response = urllib2.urlopen(icfgetRESTKey).read()21    finalkey = (response.split('"')[1])22    # list all VMs23    request = urllib2.Request(icflistAllVMs)24    # Add Header25    request.add_header(icfheader,finalkey)26    # Getting the response27    response2 = urllib2.urlopen(request)28    #read url output29    mp = response2.read()30    #decode json31    jsondata = json.loads(mp)32    #print desired information33    list_VM=[]34    for row in jsondata['serviceResult']['rows']:35        instance = row['Instance_ID']36        cloud = row['Cloud']37        ipaddress = row['IP_Address']38        list_VM.append([cloud,instance,ipaddress])39    #create output40    print tabulate(list_VM, headers=["Cloud", "VM Name", "IP Address"], tablefmt="rst")41list_VMs()42"""43def list_SRs():44    #get ICF REST key45    response = urllib2.urlopen(icfgetRESTKey).read()46    finalkey = (response.split('"')[1])47    # list all VMs48    requestSR = urllib2.Request(icflistSRs)49    # Add Header50    requestSR.add_header(icfheader,finalkey)51    # Getting the response52    responseSR = urllib2.urlopen(requestSR)53    #read url output54    mpSR = responseSR.read()55    #decode json  56    jsondataSR = json.loads(mpSR)57    #print desired information58    list_SR=[]59    for rowSR in jsondataSR['serviceResult']['vms']:60        IDvm = rowSR['vmId']61        instanceID = rowSR['instanceId']62        ipAddress = rowSR['ipAddress']63        powerstatus = rowSR['powerStatus']64        list_SR.append([IDvm,instanceID,ipAddress,powerstatus])65    #create output66    print tabulate(list_SR, headers=["VM ID", "Instance ID", "IP Address", "Power Status"], tablefmt="rst")67list_SRs()68def list_SRs2():69    #get ICF REST key70    response = urllib2.urlopen(icfgetRESTKey).read()71    finalkey = (response.split('"')[1])72    # list all VMs73    requestSR2 = urllib2.Request(icfSRlist)74    # Add Header75    requestSR2.add_header(icfheader,finalkey)76    # Getting the response77    responseSR2 = urllib2.urlopen(requestSR2)78    #read url output79    mpSR2 = responseSR2.read()80    #decode json  81    jsondataSR2 = json.loads(mpSR2)82    #print desired information83    list_SR2=[]84    for rowSR2 in jsondataSR2['serviceResult']['rows']:85        SRID = rowSR2['Service_Request_Id']        86        InitUser = rowSR2['Initiating_User']87        #VMSR2 = rowSR2['VM']88        RS2 = rowSR2['Request_Status']89        CWN = rowSR2['Catalog_Workflow_Name']90        list_SR2.append([SRID,InitUser,RS2,CWN])91    #create output92    print tabulate(list_SR2, headers=["SR ID", "User", "Status", "Workflow"], tablefmt="rst", missingval="-")93list_SRs2()...

Vestigium.py

Source:Vestigium.py

1import sys2t = int(sys.stdin.readline())3for k in range(t):4    n = int(sys.stdin.readline())5    m = []6    for _ in range(n):7        line = sys.stdin.readline().split()8        nums = list(map(int, line))9        m.append(nums)10    11    trace = 012    rowsr = 013    colsr = 014    for i in range(n):15        one = [False] * n16        two = [False] * n17        for j in range(n):18            if i == j:19                trace += m[i][j]20            if one[m[i][j] - 1]:21                two[m[i][j] - 1] = True22            one[m[i][j] - 1] = True23        rowsr += min(1, sum(two))24    for j in range(n):25        one = [False] * n26        two = [False] * n27        for i in range(n):28            if one[m[i][j] - 1]:29                two[m[i][j] - 1] = True30            one[m[i][j] - 1] = True31        colsr += min(1, sum(two))...

1.py

Source:1.py

1import sys2(n, m) = list(map(int, input().split()))3Rowsr = [True] * n4Rowsr[0] = False5Rowsr[-1] = False6Rowsl = [True] * n7Rowsl[0] = False8Rowsl[-1] = False9Colu = [True] * n10Colu[0] = False11Colu[-1] = False12Cold = [True] * n13Cold[0] = False14Cold[-1] = False15for i in range(m):16    (a, b) = list(map(int, sys.stdin.readline().split()))17    Rowsr[a - 1] = False18    Colu[b - 1] = False19    Rowsl[a - 1] = False20    Cold[b - 1] = False21ans = 022for i in range(n // 2):23    x = [Rowsr[i], Rowsr[n - 1 - i], Colu[i], Colu[n - 1 - i]]24    ans += x.count(True)25if n % 2 == 1:26    if Rowsr[n // 2] or Colu[n // 2]:27        ans += 1...

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