import mechanize
import cookielib
from bs4 import BeautifulSoup as BS
import datetime
import sys
import csv
import os
 
br = mechanize.Browser()
cj = cookielib.LWPCookieJar()
br.set_cookiejar(cj)
br.set_handle_robots(False)
br.addheaders = [('User-agent', 'Mozilla/5.0 (Windows NT 6.1; Win64; x64; rv:24.0) Gecko/20140610 Firefox/24.0 PaleMoon/24.6.2')]
       
def techlevels(alliance):
    advanced = persian = almost = vietnam = korean = second = first = finest = stone = 0
    for i in alliance:
        if i['equipment'].rstrip() == 'Advanced':
            advanced += 1
        elif i['equipment'].rstrip() == 'Persian Gulf War surplus':
            persian += 1
        elif i['equipment'].rstrip() == 'Almost Modern':
            almost += 1
        elif i['equipment'].rstrip() == 'Vietnam War surplus':
            vietnam += 1
        elif i['equipment'].rstrip() == 'Korean War surplus':
            korean += 1
        elif i['equipment'].rstrip() == 'Second World War surplus':
            second += 1
        elif i['equipment'].rstrip() == 'First World War surplus':
            first += 1
        elif i['equipment'].rstrip() == 'Finest of the 19th century':
            finest += 1
        else:
            stone += 1
    return advanced, persian, almost, vietnam, korean, second, first, finest, stone
   
def airforcelevels(alliance):
    vpowerful = powerful = large = somelarge = mediocre = meagre = small = none = 0
    for i in alliance:
        if i['airforce'].rstrip() == 'Very Powerful':
            vpowerful += 1
        elif i['airforce'].rstrip() == 'Powerful':
            powerful += 1
        elif i['airforce'].rstrip() == 'Large':
            large += 1
        elif i['airforce'].rstrip() == 'Somewhat Large':
            somelarge += 1
        elif i['airforce'].rstrip() == 'Mediocre':
            mediocre += 1
        elif i['airforce'].rstrip() == 'Meagre':
            meagre += 1
        elif i['airforce'].rstrip() == 'Small':
            small += 1
        else:
            none += 1
    return vpowerful, powerful, large, somelarge, mediocre, meagre, small, none
 
def traininglevels(alliance):
    elite = good = standard = poor = rabble = 0
    for i in alliance:
        if i['training'].rstrip() == 'Elite':
            elite += 1
        elif i['training'].rstrip() == 'Good':
            good += 1
        elif i['training'].rstrip() == 'Standard':
            standard += 1
        elif i['training'].rstrip() == 'Poor':
            poor += 1
        else:
            rabble += 1
    return elite, good, standard, poor, rabble
   
def regionlevels(alliance):
    mam = car = gra = ama = sco = saf = con = eaf = gui = waf = atl = egy = ara = mpo = per = sub = chi = ind = ein = pac = 0
    for i in alliance:
        if i['region'].rstrip() == 'Mesoamerica':
            mam += 1
        elif i['region'].rstrip() == 'Caribbean':
            car += 1
        elif i['region'].rstrip() == 'Gran Colombia':
            gra += 1
        elif i['region'].rstrip() == 'Amazonia':
            ama += 1
        elif i['region'].rstrip() == 'Southern Cone':
            sco += 1
        elif i['region'].rstrip() == 'Southern Africa':
            saf += 1
        elif i['region'].rstrip() == 'Congo':
            con += 1
        elif i['region'].rstrip() == 'East Africa':
            eaf += 1
        elif i['region'].rstrip() == 'Guinea':
            gui += 1
        elif i['region'].rstrip() == 'West Africa':
            waf += 1
        elif i['region'].rstrip() == 'Atlas':
            atl += 1
        elif i['region'].rstrip() == 'Egypt':
            egy += 1
        elif i['region'].rstrip() == 'Arabia':
            ara += 1
        elif i['region'].rstrip() == 'Mesopotamia':
            mpo += 1
        elif i['region'].rstrip() == 'Persia':
            per += 1
        elif i['region'].rstrip() == 'The Subcontinent':
            sub += 1
        elif i['region'].rstrip() == 'China':
            chi += 1
        elif i['region'].rstrip() == 'Indochina':
            ind += 1
        elif i['region'].rstrip() == 'East Indies':
            ein += 1
        elif i['region'].rstrip() == 'Pacific Rim':
            pac += 1
    return mam, car, gra, ama, sco, saf, con, eaf, gui, waf, atl, egy, ara, mpo, per, sub, chi, ind, ein, pac
 
def manpowerlevels(alliance):
    untapped = plentiful = halved = low = neardep = depleted = 0
    for i in alliance:
        if i['manpower'].rstrip() == 'Untapped':
            untapped += 1
        elif i['manpower'].rstrip() == 'Plentiful':
            plentiful += 1
        elif i['manpower'].rstrip() == 'Halved':
            halved += 1
        elif i['manpower'].rstrip() == 'Low':
            low += 1
        elif i['manpower'].rstrip() == 'Near Depletion':
            neardep += 1
        elif i['manpower'].rstrip() == 'Depleted':
            depleted += 1
    return untapped, plentiful, halved, low, neardep, depleted
 
def approvallevels(alliance):
    waag = adored = loved = liked = decent = middling = disliked = hated = despised = eop = 0
    for i in alliance:
        if i['approval'].rstrip() == 'Worshiped as a God':
            waag += 1
        elif i['approval'].rstrip() == 'Adored':
            adored += 1
        elif i['approval'].rstrip() == 'Loved':
            loved += 1
        elif i['approval'].rstrip() == 'Liked':
            liked += 1
        elif i['approval'].rstrip() == 'Decent':
            decent += 1
        elif i['approval'].rstrip() == 'Middling':
            middling += 1
        elif i['approval'].rstrip() == 'Disliked':
            disliked += 1
        elif i['approval'].rstrip() == 'Hated':
            hated += 1
        elif i['approval'].rstrip() == 'Utterly Despised':
            despised += 1
        elif i['approval'].rstrip() == 'Enemy of the People':
            eop += 1
    return waag, adored, loved, liked, decent, middling, disliked, hated, despised, eop
   
def polsystemlevels(alliance):
    libdem = authdem = opr = junta = dictat = 0
    for i in alliance:
        if i['polsystem'].rstrip() == 'Liberal Democracy':
            libdem += 1
        elif i['polsystem'].rstrip() == 'Authoritarian Democracy':
            authdem += 1
        elif i['polsystem'].rstrip() == 'One Party Rule':
            opr += 1
        elif i['polsystem'].rstrip() == 'Military Junta':
            junta += 1
        elif i['polsystem'].rstrip() == 'Dictatorship':
            dictat += 1
    return libdem, authdem, opr, junta, dictat
   
def stabilitylevels(alliance):
    unsink = entrenched = vstable = quiet = calm = tensions = chaotic = rioting = protests = collapse = 0
    for i in alliance:
        if i['stability'].rstrip() == 'Unsinkable':
            unsink += 1
        elif i['stability'].rstrip() == 'Entrenched':
            entrenched += 1
        elif i['stability'].rstrip() == 'Very Stable':
            vstable += 1
        elif i['stability'].rstrip() == 'Quiet':
            quiet += 1
        elif i['stability'].rstrip() == 'Seemingly Calm':
            calm += 1
        elif i['stability'].rstrip() == 'Growing Tensions':
            tensions += 1
        elif i['stability'].rstrip() == 'Chaotic':
            chaotic += 1
        elif i['stability'].rstrip() == 'Rioting':
            rioting += 1
        elif i['stability'].rstrip() == 'Mass Protests':
            protests += 1
        elif i['stability'].rstrip() == 'Brink of Collapse':
            collapse += 1
    return unsink, entrenched, vstable, quiet, calm, tensions, chaotic, rioting, protests, collapse
   
def rebelslevels(alliance):
    norebels = terror = guerrilla = rebellion = civil = 0
    for i in alliance:
        if i['rebels'].rstrip() == 'None':
            norebels += 1
        elif i['rebels'].rstrip() == 'Scattered terrorists':
            terror += 1
        elif i['rebels'].rstrip() == 'Guerrillas':
            guerrilla += 1
        elif i['rebels'].rstrip() == 'Open Rebellion':
            rebellion += 1
        elif i['rebels'].rstrip() == 'Civil War':
            civil += 1
    return norebels, terror, guerrilla, rebellion, civil
   
def econsystemlevels(alliance):
    free = mixed = command = 0
    for i in alliance:
        if i['econsystem'].rstrip() == 'Free Market':
            free += 1
        elif i['econsystem'].rstrip() == 'Mixed Economy':
            mixed += 1
        elif i['econsystem'].rstrip() == 'Central Planning':
            command += 1
    return free, mixed, command
   
def qollevels(alliance):
    developed = good = decent = above = average = poor = impov = desp = disast = crisis = 0
    for i in alliance:
        if i['qol'].rstrip() == 'Developed':
            developed += 1
        elif i['qol'].rstrip() == 'Good':
            good += 1
        elif i['qol'].rstrip() == 'Decent':
            decent += 1
        elif i['qol'].rstrip() == 'Above Average':
            above += 1
        elif i['qol'].rstrip() == 'Average':
            average += 1
        elif i['qol'].rstrip() == 'Poor':
            poor += 1
        elif i['qol'].rstrip() == 'Impoverished':
            impov += 1
        elif i['qol'].rstrip() == 'Desperate':
            desp += 1
        elif i['qol'].rstrip() == 'Disastrous':
            disast += 1
        else:
            crisis += 1
    return developed, good, decent, above, average, poor, impov, desp, disast, crisis
   
def alignlevels(alliance):
    west = non = east = 0
    for i in alliance:
        if i['alignment'].rstrip() == 'United States':
            west += 1
        elif i['alignment'].rstrip() == 'Neutral':
            non += 1
        elif i['alignment'].rstrip() == 'Soviet Union':
            east += 1
    return west, non, east
   
def replevels(alliance):
    gandhi = angelic = nice = good = normal = quest = isolated = pariah = maddog = aoe = 0
    for i in alliance:
        if i['reputation'].rstrip() == 'Gandhi-like':
            gandhi += 1
        elif i['reputation'].rstrip() == 'Angelic':
            angelic += 1
        elif i['reputation'].rstrip() == 'Nice':
            nice += 1
        elif i['reputation'].rstrip() == 'Good':
            good += 1
        elif i['reputation'].rstrip() == 'Normal':
            normal += 1
        elif i['reputation'].rstrip() == 'Questionable':
            quest += 1
        elif i['reputation'].rstrip() == 'Isolated':
            isolated += 1
        elif i['reputation'].rstrip() == 'Pariah':
            pariah += 1
        elif i['reputation'].rstrip() == 'Mad Dog':
            maddog += 1
        elif i['reputation'].rstrip() == 'Axis of Evil':
            aoe += 1
    return gandhi, angelic, nice, good, normal, quest, isolated, pariah, maddog, aoe
 
def regiontroops(alliance):
    mam = car = gra = ama = sco = saf = con = eaf = gui = waf = atl = egy = ara = mpo = per = sub = chi = ind = ein = pac = 0
    for i in alliance:
        if i['region'].rstrip() == 'Mesoamerica':
            mam += i['troops']
        elif i['region'].rstrip() == 'Caribbean':
            car += i['troops']
        elif i['region'].rstrip() == 'Gran Colombia':
            gra += i['troops']
        elif i['region'].rstrip() == 'Amazonia':
            ama += i['troops']
        elif i['region'].rstrip() == 'Southern Cone':
            sco += i['troops']
        elif i['region'].rstrip() == 'Southern Africa':
            saf += i['troops']
        elif i['region'].rstrip() == 'Congo':
            con += i['troops']
        elif i['region'].rstrip() == 'East Africa':
            eaf += i['troops']
        elif i['region'].rstrip() == 'Guinea':
            gui += i['troops']
        elif i['region'].rstrip() == 'West Africa':
            waf += i['troops']
        elif i['region'].rstrip() == 'Atlas':
            atl += i['troops']
        elif i['region'].rstrip() == 'Egypt':
            egy += i['troops']
        elif i['region'].rstrip() == 'Arabia':
            ara += i['troops']
        elif i['region'].rstrip() == 'Mesopotamia':
            mpo += i['troops']
        elif i['region'].rstrip() == 'Persia':
            per += i['troops']
        elif i['region'].rstrip() == 'The Subcontinent':
            sub += i['troops']
        elif i['region'].rstrip() == 'China':
            chi += i['troops']
        elif i['region'].rstrip() == 'Indochina':
            ind += i['troops']
        elif i['region'].rstrip() == 'East Indies':
            ein += i['troops']
        elif i['region'].rstrip() == 'Pacific Rim':
            pac += i['troops']
    return mam, car, gra, ama, sco, saf, con, eaf, gui, waf, atl, egy, ara, mpo, per, sub, chi, ind, ein, pac
 
def getsoup(url):
    while True:
        try:
            temp = br.open(url)
        except:
            print "Timeout, requesting again."
        else:
            break
    html = temp.read()
    soup = BS(html)
    # print soup.prettify()
    return soup
 
def getdata(soup):
    data = {}
    if soup.find(size="2").string == 'online now':
        data['online'] = 0
    else:
        data['online'] = int(soup.find(size="2").string[12:-10])
    data['name'] = soup.find(id="nationtitle").string
    data['approval'] = soup.find(text='Approval:').parent.next_sibling.next_sibling.contents[0].string
    data['polsystem'] = soup.find(text='Political System:').parent.next_sibling.next_sibling.contents[0].string
    data['stability'] = soup.find(text='Stability:').parent.next_sibling.next_sibling.contents[0].string
    data['qol'] = soup.find(text='Quality of Life:').parent.next_sibling.next_sibling.contents[0].string
    data['territory'] = int(str(soup.find(text='Territory:').parent.next_sibling.next_sibling.contents)[4:-20])
    data['rebels'] = soup.find(text='Rebel Threat:').parent.next_sibling.next_sibling.contents[0].string
    data['econsystem'] = soup.find(text='Economic System:').parent.next_sibling.next_sibling.contents[0].string
    if soup.find(text='Industry:').parent.next_sibling.next_sibling.contents[0].string == 'None':
        data['factories'] = 0
    elif soup.find(text='Industry:').parent.next_sibling.next_sibling.contents[0].string == '1 factory':
        data['factories'] = 1
    else:
        data['factories'] = int(soup.find(text='Industry:').parent.next_sibling.next_sibling.contents[0].string[:-10])
    data['gdp'] = int(soup.find(text='Gross Domestic Product:').parent.next_sibling.next_sibling.contents[0].string[1:-8])
    data['growth'] = int(soup.find(text='Growth:').parent.next_sibling.next_sibling.contents[0].string[1:-18])
    if soup.find(text='Discovered Oil Reserves:').parent.next_sibling.next_sibling.contents[0].string == 'None':
        data['oilres'] = 0
    else:
        data['oilres'] = int(soup.find(text='Discovered Oil Reserves:').parent.next_sibling.next_sibling.contents[0].string[:-5])
    if soup.find(text='Oil Production:').parent.next_sibling.next_sibling.contents[0].string == 'None':
        data['oilprod'] = 0
    else:
        data['oilprod'] = int(soup.find(text='Oil Production:').parent.next_sibling.next_sibling.contents[0].string[:-15])
    try:
        data['rmprod'] = int(soup.find(text='Raw Material Production:').parent.next_sibling.next_sibling.contents[0].string[:-23])
    except:
        print "rm" + soup.find(text='Raw Material Production:').parent.next_sibling.next_sibling.contents[0].string
    data['alignment'] = soup.find(text='Official Alignment:').parent.next_sibling.next_sibling.contents[0].string
    data['region'] = soup.find(text='Region:').parent.next_sibling.next_sibling.contents[0].string
    data['reputation'] = soup.find(text='Reputation:').parent.next_sibling.next_sibling.contents[0].string
    try:
        data['troops'] = int(soup.find(text='Army Size:').parent.next_sibling.next_sibling.contents[0].string[:-18])
    except:
        print 'tr' + soup.find(text='Army Size:').parent.next_sibling.next_sibling.contents[0].string
    data['manpower'] = soup.find(text='Manpower:').parent.next_sibling.next_sibling.contents[0].string
    data['equipment'] = soup.find(text='Equipment:').parent.next_sibling.next_sibling.contents[0].string
    data['training'] = soup.find(text='Training:').parent.next_sibling.next_sibling.contents[0].string
    data['airforce'] = soup.find(text='Airforce:').parent.next_sibling.next_sibling.contents[0].string
    if soup.find(text='Wars:').parent.next_sibling.next_sibling.contents[0].string == 'At peace.':
        data['wars'] = 'peace'
    else:
        data['wars'] = 'war'
    if soup.find(text='Uranium:') == None:
        data['uranium'] = 0
    else:
        data['uranium'] = int(soup.find(text='Uranium:').parent.next_sibling.next_sibling.contents[0].string[:-5])
    return data
 
   
# print "\nWhat is your username?"
# username = str(raw_input("> "))
 
# print "\nWhat is your password?"
# password = str(raw_input("> "))
 
# print "\nHow many pages of alliances do you want to capture? 10 per page. Suggested 2."
# alliancepagesno = int(raw_input("> "))
alliancepagesno = 2
 
print "\nLogging in..."
while True:
    try:
        loginresponse = br.open('http://blocgame.com')
    except:
        print "Timeout, requesting again."
    else:
        break
br.form = list(br.forms())[0]
br["username"] = 'dashiell'
br["password"] = '1db512a7'
br.submit()
print "Done."
 
 
alliancelinks = []
print "\nGetting alliance urls..."
for i in range(1,1+alliancepagesno):
    soup = getsoup('http://blocgame.com/alliancerankings.php?page=%s' % i)
    for link in soup.find_all('a'):
        if 'alliancestats.php?allianceid=' in str(link.get('href')):
            alliancelinks.append(link.get('href'))
print "Done."
 
j = 1
names = []
data = []
for i in alliancelinks:
    print "\nGathering data on alliance %s of %s..." % (j, len(alliancelinks))
    alliance = []
    nations = []
 
    soup = getsoup('http://blocgame.com/%s' % i)
    names.append(soup.find('h1').string)
 
    for link in soup.find_all('a'):
        if 'stats.php?id=' in str(link.get('href')):
            nations.append(link.get('href'))
 
    for i in nations:
        soup = getsoup('http://blocgame.com/%s' % i)
        nationdata = getdata(soup)
        nationdata['id'] = i[13:]
        alliance.append(nationdata)
 
    data.append(alliance)
    j += 1
    print "Done."
 
print "\nOutputting to CSV... "
 
generaldata = []
troopdata = []
uraniumlist = []
for alliance in data:
    datad = {}
    troopd = {}
    gdp = growth = troops = factories = territory = rmprod = oilprod = oilres = uranium = inactive = 0
    for nation in alliance:
        gdp += nation['gdp']
        growth += nation['growth']
        troops += nation['troops']
        factories += nation['factories']
        rmprod += nation['rmprod']
        oilprod += nation['oilprod']
        oilres += nation['oilres']
        uranium += nation['uranium']
        inactive += nation['online']
        if nation['uranium'] > 0:
            uraniumlist.append({'name':nation['name'], 'id':nation['id'], 'uranium':uranium})
 
    datad['size'] = len(alliance)
    datad['gdp'] = gdp
    datad['avggdp'] = round(gdp/float(len(alliance)), 1)
    datad['growth'] = growth
    datad['avggrowth'] = round(growth/float(len(alliance)), 1)
    datad['factories'] = factories
    datad['avgfactories'] = round(factories/float(len(alliance)), 1)
    datad['territory'] = territory
    datad['avgterritory'] = round(territory/float(len(alliance)), 1)
    datad['rmprod'] = rmprod
    datad['avgrmprod'] = round(rmprod/float(len(alliance)), 1)
    datad['oilprod'] = oilprod
    datad['avgoilprod'] = round(oilprod/float(len(alliance)), 1)
    datad['oilres'] = oilres
    datad['avgoilres'] = round(oilres/float(len(alliance)), 1)
    datad['inactive'] = inactive
    datad['avginactive'] = round(inactive/float(len(alliance)), 1)
    datad['uranium'] = uranium
 
    datad['advanced'], datad['persian'], datad['almost'], datad['vietnam'], datad['korean'], datad['second'], \
        datad['first'], datad['finest'], datad['stone'] = techlevels(alliance)
 
    datad['vpowerful'], datad['powerful'], datad['large'], datad['somelarge'], datad['mediocre'], datad['meagre'], \
        datad['small'], datad['noair'] = airforcelevels(alliance)
 
    datad['elite'], datad['good'], datad['standard'], datad['poortr'], datad['rabble'] = traininglevels(alliance)
 
    datad['mam'], datad['car'], datad['gra'], datad['ama'], datad['sco'], datad['saf'], datad['con'], datad['eaf'], \
        datad['gui'], datad['waf'], datad['atl'], datad['egy'], datad['ara'], datad['mpo'], datad['per'], datad['sub'], \
        datad['chi'], datad['ind'], datad['ein'], datad['pac'] = regionlevels(alliance)
 
    datad['untapped'], datad['plentiful'], datad['halved'], datad['low'], datad['neardep'], datad['depleted'] = manpowerlevels(alliance)
 
    datad['waag'], datad['adored'], datad['loved'], datad['liked'], datad['decent'], datad['middling'], datad['disliked'], \
        datad['hated'], datad['despised'], datad['eop'] = approvallevels(alliance)
 
    datad['libdem'], datad['authdem'], datad['opr'], datad['junta'], datad['dictat'] = polsystemlevels(alliance)
 
    datad['unsink'], datad['entren'], datad['vstable'], datad['quiet'], datad['calm'], datad['tensions'], datad['chaotic'], \
        datad['rioting'], datad['protests'], datad['collapse'] = stabilitylevels(alliance)
 
    datad['norebels'], datad['terror'], datad['guerrilla'], datad['rebellion'], datad['civil'] = rebelslevels(alliance)
   
    datad['free'], datad['mixed'], datad['command'] = econsystemlevels(alliance)
 
    datad['developed'], datad['good'], datad['decent'], datad['above'], datad['average'], datad['poorqol'], datad['impov'], \
        datad['desp'], datad['disast'], datad['crisis'] = qollevels(alliance)
 
    datad['west'], datad['non'], datad['east'] = alignlevels(alliance)
 
    datad['gandhi'], datad['angelic'], datad['nice'], datad['good'], datad['normal'], datad['quest'], datad['isolated'], \
        datad['pariah'], datad['maddog'], datad['aoe'] = replevels(alliance)
 
    troopd['troops'] = troops
    troopd['avgtroops'] = round(troops/float(len(alliance)), 1)
 
    troopd['mam'], troopd['car'], troopd['gra'], troopd['ama'], troopd['sco'], troopd['saf'], troopd['con'], troopd['eaf'], \
        troopd['gui'], troopd['waf'], troopd['atl'], troopd['egy'], troopd['ara'], troopd['mpo'], troopd['per'], troopd['sub'], \
        troopd['chi'], troopd['ind'], troopd['ein'], troopd['pac'] = regiontroops(alliance)
 
    generaldata.append(datad)
    troopdata.append(troopd)
 
with open('generaldata,%s.csv' % datetime.datetime.utcnow().strftime('%d-%m,%H-%M-%S'), 'w') as csvfile:
    writer = csv.writer(csvfile, quoting=csv.QUOTE_MINIMAL)
    writer.writerow(['Name'] + [name for name in names])
 
    writer.writerow(['General'])
    writer.writerow(['Size'] + [alliance['size'] for alliance in generaldata])
    writer.writerow(['Total GDP'] + [alliance['gdp'] for alliance in generaldata])
    writer.writerow(['Average GDP'] + [alliance['avggdp'] for alliance in generaldata])
    writer.writerow(['Total growth'] + [alliance['growth'] for alliance in generaldata])
    writer.writerow(['Average growth'] + [alliance['avggrowth'] for alliance in generaldata])
    writer.writerow(['Total factories'] + [alliance['factories'] for alliance in generaldata])
    writer.writerow(['Average factories'] + [alliance['avgfactories'] for alliance in generaldata])
    writer.writerow(['Total RM production'] + [alliance['rmprod'] for alliance in generaldata])
    writer.writerow(['Average RM production'] + [alliance['avgrmprod'] for alliance in generaldata])
    writer.writerow(['Total oil production'] + [alliance['oilprod'] for alliance in generaldata])
    writer.writerow(['Average oil production'] + [alliance['avgoilprod'] for alliance in generaldata])
    writer.writerow(['Total oil reserves'] + [alliance['oilres'] for alliance in generaldata])
    writer.writerow(['Average oil reserves'] + [alliance['avgoilres'] for alliance in generaldata])
    writer.writerow(['Total territory'] + [alliance['territory'] for alliance in generaldata])
    writer.writerow(['Average territory'] + [alliance['avgterritory'] for alliance in generaldata])
    writer.writerow(['Total time inactive'] + [alliance['inactive'] for alliance in generaldata])
    writer.writerow(['Average time inactive'] + [alliance['avginactive'] for alliance in generaldata])
    writer.writerow(['Total uranium'] + [alliance['uranium'] for alliance in generaldata])
 
    writer.writerow(['Regions'])
    writer.writerow(['Mesoamerica'] + [alliance['mam'] for alliance in generaldata])
    writer.writerow(['Caribbean'] + [alliance['car'] for alliance in generaldata])
    writer.writerow(['Gran Colombia'] + [alliance['gra'] for alliance in generaldata])
    writer.writerow(['Amazonia'] + [alliance['ama'] for alliance in generaldata])
    writer.writerow(['Southern Cone'] + [alliance['sco'] for alliance in generaldata])
    writer.writerow(['Southern Africa'] + [alliance['saf'] for alliance in generaldata])
    writer.writerow(['Congo'] + [alliance['con'] for alliance in generaldata])
    writer.writerow(['East Africa'] + [alliance['eaf'] for alliance in generaldata])
    writer.writerow(['Guinea'] + [alliance['gui'] for alliance in generaldata])
    writer.writerow(['West Africa'] + [alliance['waf'] for alliance in generaldata])
    writer.writerow(['Atlas'] + [alliance['atl'] for alliance in generaldata])
    writer.writerow(['Egypt'] + [alliance['egy'] for alliance in generaldata])
    writer.writerow(['Arabia'] + [alliance['ara'] for alliance in generaldata])
    writer.writerow(['Mesopotamia'] + [alliance['mpo'] for alliance in generaldata])
    writer.writerow(['Persia'] + [alliance['per'] for alliance in generaldata])
    writer.writerow(['The Subcontinent'] + [alliance['sub'] for alliance in generaldata])
    writer.writerow(['China'] + [alliance['chi'] for alliance in generaldata])
    writer.writerow(['Indochina'] + [alliance['ind'] for alliance in generaldata])
    writer.writerow(['East Indies'] + [alliance['ein'] for alliance in generaldata])
    writer.writerow(['Pacific Rim'] + [alliance['pac'] for alliance in generaldata])
 
    writer.writerow(['Alignments'])
    writer.writerow(['West'] + [alliance['west'] for alliance in generaldata])
    writer.writerow(['Neutral'] + [alliance['non'] for alliance in generaldata])
    writer.writerow(['East'] + [alliance['east'] for alliance in generaldata])
 
    writer.writerow(['Political Systems'])
    writer.writerow(['Liberal Democracy'] + [alliance['libdem'] for alliance in generaldata])
    writer.writerow(['Authoritarian Democracy'] + [alliance['authdem'] for alliance in generaldata])
    writer.writerow(['One Party Rule'] + [alliance['opr'] for alliance in generaldata])
    writer.writerow(['Military Junta'] + [alliance['junta'] for alliance in generaldata])
    writer.writerow(['Dictatorship'] + [alliance['dictat'] for alliance in generaldata])
 
    writer.writerow(['Economics Systems'])
    writer.writerow(['Free Market'] + [alliance['free'] for alliance in generaldata])
    writer.writerow(['Mixed Economy'] + [alliance['mixed'] for alliance in generaldata])
    writer.writerow(['Central Planning'] + [alliance['command'] for alliance in generaldata])
 
    writer.writerow(['Approvals'])
    writer.writerow(['Worshiped as a God'] + [alliance['waag'] for alliance in generaldata])
    writer.writerow(['Adored'] + [alliance['adored'] for alliance in generaldata])
    writer.writerow(['Loved'] + [alliance['loved'] for alliance in generaldata])
    writer.writerow(['Liked'] + [alliance['liked'] for alliance in generaldata])
    writer.writerow(['Decent'] + [alliance['decent'] for alliance in generaldata])
    writer.writerow(['Middling'] + [alliance['middling'] for alliance in generaldata])
    writer.writerow(['Disliked'] + [alliance['disliked'] for alliance in generaldata])
    writer.writerow(['Hated'] + [alliance['hated'] for alliance in generaldata])
    writer.writerow(['Despised'] + [alliance['despised'] for alliance in generaldata])
    writer.writerow(['Enemy of the People'] + [alliance['eop'] for alliance in generaldata])
 
    writer.writerow(['Stabilities'])
    writer.writerow(['Unsinkable'] + [alliance['unsink'] for alliance in generaldata])
    writer.writerow(['Entrenched'] + [alliance['entren'] for alliance in generaldata])
    writer.writerow(['Very Stable'] + [alliance['vstable'] for alliance in generaldata])
    writer.writerow(['Quiet'] + [alliance['quiet'] for alliance in generaldata])
    writer.writerow(['Calm'] + [alliance['calm'] for alliance in generaldata])
    writer.writerow(['Growing Tensions'] + [alliance['tensions'] for alliance in generaldata])
    writer.writerow(['Chaotic'] + [alliance['chaotic'] for alliance in generaldata])
    writer.writerow(['Rioting'] + [alliance['rioting'] for alliance in generaldata])
    writer.writerow(['Mass Protests'] + [alliance['protests'] for alliance in generaldata])
    writer.writerow(['Brink of Collapse'] + [alliance['collapse'] for alliance in generaldata])
 
    writer.writerow(['Rebels'])
    writer.writerow(['None'] + [alliance['norebels'] for alliance in generaldata])
    writer.writerow(['Scattered Terrorists'] + [alliance['terror'] for alliance in generaldata])
    writer.writerow(['Guerrillas'] + [alliance['guerrilla'] for alliance in generaldata])
    writer.writerow(['Open Rebellion'] + [alliance['rebellion'] for alliance in generaldata])
    writer.writerow(['Civil War'] + [alliance['civil'] for alliance in generaldata])
 
    writer.writerow(['Qualities of Life'])
    writer.writerow(['Developed'] + [alliance['developed'] for alliance in generaldata])
    writer.writerow(['Good'] + [alliance['good'] for alliance in generaldata])
    writer.writerow(['Decent'] + [alliance['decent'] for alliance in generaldata])
    writer.writerow(['Above Average'] + [alliance['above'] for alliance in generaldata])
    writer.writerow(['Average'] + [alliance['average'] for alliance in generaldata])
    writer.writerow(['Poor'] + [alliance['poorqol'] for alliance in generaldata])
    writer.writerow(['Impoverished'] + [alliance['impov'] for alliance in generaldata])
    writer.writerow(['Desperate'] + [alliance['desp'] for alliance in generaldata])
    writer.writerow(['Disastrous'] + [alliance['disast'] for alliance in generaldata])
    writer.writerow(['Humanitarian Crisis'] + [alliance['crisis'] for alliance in generaldata])
 
    writer.writerow(['Reputations'])
    writer.writerow(['Gandhi-Like'] + [alliance['gandhi'] for alliance in generaldata])
    writer.writerow(['Angelic'] + [alliance['angelic'] for alliance in generaldata])
    writer.writerow(['Nice'] + [alliance['nice'] for alliance in generaldata])
    writer.writerow(['Good'] + [alliance['good'] for alliance in generaldata])
    writer.writerow(['Normal'] + [alliance['normal'] for alliance in generaldata])
    writer.writerow(['Questionable'] + [alliance['quest'] for alliance in generaldata])
    writer.writerow(['Isolated'] + [alliance['isolated'] for alliance in generaldata])
    writer.writerow(['Pariah'] + [alliance['pariah'] for alliance in generaldata])
    writer.writerow(['Mad Dog'] + [alliance['maddog'] for alliance in generaldata])
    writer.writerow(['Axis of Evil'] + [alliance['aoe'] for alliance in generaldata])
 
    writer.writerow(['Tech Levels'])
    writer.writerow(['Advanced'] + [alliance['advanced'] for alliance in generaldata])
    writer.writerow(['Persian'] + [alliance['persian'] for alliance in generaldata])
    writer.writerow(['Almost Modern'] + [alliance['almost'] for alliance in generaldata])
    writer.writerow(['Vietnam'] + [alliance['vietnam'] for alliance in generaldata])
    writer.writerow(['Korean'] + [alliance['korean'] for alliance in generaldata])
    writer.writerow(['World War II'] + [alliance['second'] for alliance in generaldata])
    writer.writerow(['World War I'] + [alliance['first'] for alliance in generaldata])
    writer.writerow(['19th Century'] + [alliance['finest'] for alliance in generaldata])
    writer.writerow(['Stone Age'] + [alliance['stone'] for alliance in generaldata])
 
    writer.writerow(['Airforces'])
    writer.writerow(['Very Powerful'] + [alliance['vpowerful'] for alliance in generaldata])
    writer.writerow(['Powerful'] + [alliance['powerful'] for alliance in generaldata])
    writer.writerow(['Large'] + [alliance['large'] for alliance in generaldata])
    writer.writerow(['Somewhat Large'] + [alliance['somelarge'] for alliance in generaldata])
    writer.writerow(['Mediocre'] + [alliance['mediocre'] for alliance in generaldata])
    writer.writerow(['Meagre'] + [alliance['meagre'] for alliance in generaldata])
    writer.writerow(['Small'] + [alliance['small'] for alliance in generaldata])
    writer.writerow(['None'] + [alliance['noair'] for alliance in generaldata])
 
    writer.writerow(['Training Levels'])
    writer.writerow(['Elite'] + [alliance['elite'] for alliance in generaldata])
    writer.writerow(['Good'] + [alliance['good'] for alliance in generaldata])
    writer.writerow(['Standard'] + [alliance['standard'] for alliance in generaldata])
    writer.writerow(['Poor'] + [alliance['poortr'] for alliance in generaldata])
    writer.writerow(['Rabble'] + [alliance['rabble'] for alliance in generaldata])
 
    writer.writerow(['Manpower Levels'])
    writer.writerow(['Untapped'] + [alliance['untapped'] for alliance in generaldata])
    writer.writerow(['Plentiful'] + [alliance['plentiful'] for alliance in generaldata])
    writer.writerow(['Halved'] + [alliance['halved'] for alliance in generaldata])
    writer.writerow(['Low'] + [alliance['low'] for alliance in generaldata])
    writer.writerow(['Near Depletion'] + [alliance['neardep'] for alliance in generaldata])
    writer.writerow(['Depleted'] + [alliance['depleted'] for alliance in generaldata])
 
with open('troopdata,%s.csv' % datetime.datetime.utcnow().strftime('%d-%m,%H-%M-%S'), 'w') as csvfile:
    writer = csv.writer(csvfile, quoting=csv.QUOTE_MINIMAL)
    writer.writerow(['Name'] + [name for name in names])
 
    writer.writerow(['Total troops'] + [alliance['troops'] for alliance in troopdata])
    writer.writerow(['Average troops'] + [alliance['avgtroops'] for alliance in troopdata])
 
    writer.writerow(['Regions'])
    writer.writerow(['Mesoamerica'] + [alliance['mam'] for alliance in troopdata])
    writer.writerow(['Caribbean'] + [alliance['car'] for alliance in troopdata])
    writer.writerow(['Gran Colombia'] + [alliance['gra'] for alliance in troopdata])
    writer.writerow(['Amazonia'] + [alliance['ama'] for alliance in troopdata])
    writer.writerow(['Southern Cone'] + [alliance['sco'] for alliance in troopdata])
    writer.writerow(['Southern Africa'] + [alliance['saf'] for alliance in troopdata])
    writer.writerow(['Congo'] + [alliance['con'] for alliance in troopdata])
    writer.writerow(['East Africa'] + [alliance['eaf'] for alliance in troopdata])
    writer.writerow(['Guinea'] + [alliance['gui'] for alliance in troopdata])
    writer.writerow(['West Africa'] + [alliance['waf'] for alliance in troopdata])
    writer.writerow(['Atlas'] + [alliance['atl'] for alliance in troopdata])
    writer.writerow(['Egypt'] + [alliance['egy'] for alliance in troopdata])
    writer.writerow(['Arabia'] + [alliance['ara'] for alliance in troopdata])
    writer.writerow(['Mesopotamia'] + [alliance['mpo'] for alliance in troopdata])
    writer.writerow(['Persia'] + [alliance['per'] for alliance in troopdata])
    writer.writerow(['The Subcontinent'] + [alliance['sub'] for alliance in troopdata])
    writer.writerow(['China'] + [alliance['chi'] for alliance in troopdata])
    writer.writerow(['Indochina'] + [alliance['ind'] for alliance in troopdata])
    writer.writerow(['East Indies'] + [alliance['ein'] for alliance in troopdata])
    writer.writerow(['Pacific Rim'] + [alliance['pac'] for alliance in troopdata])
 
with open('uraniumdata,%s.csv' % datetime.datetime.utcnow().strftime('%d-%m,%H-%M-%S'), 'w') as csvfile:
    writer = csv.writer(csvfile, quoting=csv.QUOTE_MINIMAL)
 
    writer.writerow(['Name'] + [nation['name'] for nation in uraniumlist])
    writer.writerow(['ID'] + [nation['id'] for nation in uraniumlist])
    writer.writerow(['Uranium'] + [nation['uranium'] for nation in uraniumlist])
 
print "Done."