# python blahhhhhhThings.py myHouse.wad

import sys
import numpy as np

def nullPad(string,length=8):
    return string+chr(0)*(length-len(string))

M_NAMES = [nullPad('MAP'+'0'*(n<10)+str(n)) for n in xrange(100)] + [nullPad('E'+str(n)[0]+'M'+str(n)[1]) for n in xrange(11,100)]

def readThingsLumps(inWad):
    f = open(inWad,'rb')
    [pwad,nLmp,dirP] = np.fromfile(f,'<i4',3)
    f.seek(dirP)
    lmpDir = []
    allData = []
    for n in range(nLmp):
        [lmpP,lmpS] = np.fromfile(f,'<i4',2)
        name = f.read(8)
        lmpDir.append([name,lmpP,lmpS])
    outDict = {}
    for n in lmpDir:
        if n[0] in M_NAMES:
            currentMap = n[0][:5]
        if n[0] == nullPad('THINGS'):
            f.seek(n[1])
            outDict[currentMap] = f.read(n[2])
    f.close()
    return outDict

ARTIFACTS  = {2023: 'Berserk',          2026: 'Computer Map',       2014: 'Health Bonus',
              2024: 'Invisibility',     2022: 'Invulnerability',    2045: 'Light Visor',
              83:   'Megasphere',       2013: 'Soul Sphere',        2015: 'Armor Bonus'}
POWERUPS   = {8:    'Backpack',         2019: 'Blue Armor',         2018: 'Green Armor',
              2012: 'Medikit',          2025: 'Rad Suit',           2011: 'Stimpack'}
WEAPONS    = {2006: 'BFG 9000',         2002: 'Chaingun',           2005: 'Chainsaw',
              2004: 'Plasma Gun',       2003: 'Rocket Launcher',    2001: 'Shotgun',
              82:   'Super Shotgun'}
AMMUNITION = {2007: 'Ammo Clip',        2048: 'Box of Ammo',        2046: 'Box of Rockets',
              2049: 'Box of Shells',    2047: 'Cell Charge',        17:   'Cell Charge Pack',
              2010: 'Rocket',           2008: 'Shotgun Shells'}
MONSTERS   = {68:   'Arachnotron',      64:   'Arch-Vile',          3003: 'Baron of Hell',
              3005: 'Cacodemon',        65:   'Chaingunner',        72:   'Commander Keen',
              16:   'Cyberdemon',       3002: 'Demon',              3004: 'Zombieman',
              9:    'Sergeant',         69:   'Hell Knight',        3001: 'Imp',
              3006: 'Lost Soul',        67:   'Mancubus',           71:   'Pain Elemental',
              66:   'Revenant',         58:   'Spectre',            7:    'Spiderdemon',
              84:   'Wolfenstein SS',   88:   'Boss Brain',         89:   'Spawn Shooter'}
KEYS       = {5:    'Blue Keycard',     40:   'Blue Skull Key',     13:   'Red Keycard',
              38:   'Red Skull Key',    6:    'Yellow Keycard',     39:   'Yellow Skull Key'}
OBSTACLES  = {2035: 'Barrel'}

def main():
    things = readThingsLumps(sys.argv[1])
    for k in sorted(things.keys()):
        print '\n'+'*'*19+'\n'+'*****  '+k+'  *****\n'+'*'*19+'\n'
        countDict = {'Skill 1&2': {}, 'Skill 3':{}, 'Skill 4&5':{}}
        for i in xrange(0,len(things[k]),10):
            tid = np.fromstring(things[k][i+6:i+8],'<i2')[0]
            dif = np.fromstring(things[k][i+8:i+10],'<i2')[0]
            skillList = ('Skill 1&2'*bool(dif&1)+'/Skill 3'*bool(dif&2)+'/Skill 4&5'*bool(dif&4)).split('/')
            if len(skillList) and not dif&16:
                for skl in [s for s in skillList if len(s)]:
                    if tid not in countDict[skl]: countDict[skl][tid] = 0
                    countDict[skl][tid] += 1
        for k1 in sorted(countDict.keys()):
            print '\n'+k1+':\n'
            print '\tArtifacts:'
            for k2 in ARTIFACTS.keys():
                if k2 in countDict[k1]:
                    print '\t\t'+str(countDict[k1][k2])+'\t'+ARTIFACTS[k2]
            print '\tPowerups:'
            for k2 in POWERUPS.keys():
                if k2 in countDict[k1]:
                    print '\t\t'+str(countDict[k1][k2])+'\t'+POWERUPS[k2]
            print '\tWeapons:'
            for k2 in WEAPONS.keys():
                if k2 in countDict[k1]:
                    print '\t\t'+str(countDict[k1][k2])+'\t'+WEAPONS[k2]
            print '\tAmmunition:'
            for k2 in AMMUNITION.keys():
                if k2 in countDict[k1]:
                    print '\t\t'+str(countDict[k1][k2])+'\t'+AMMUNITION[k2]
            print '\tMonsters:'
            for k2 in MONSTERS.keys():
                if k2 in countDict[k1]:
                    print '\t\t'+str(countDict[k1][k2])+'\t'+MONSTERS[k2]
            print '\tKeys:'
            for k2 in KEYS.keys():
                if k2 in countDict[k1]:
                    print '\t\t'+str(countDict[k1][k2])+'\t'+KEYS[k2]
            print '\tObstacles:'
            for k2 in OBSTACLES.keys():
                if k2 in countDict[k1]:
                    print '\t\t'+str(countDict[k1][k2])+'\t'+OBSTACLES[k2]

if __name__ == '__main__':
    main()