import encode, decode, shared
import tables
import os

conf={}
confp=os.path.expanduser('~/.config/swat.cfg') # This won't work on Windows. You'll need to tweak this to run it on Windows. Not my problem.


defaults={'classes':[(1,3),(1,3),(1,3),(1,3),(1,3),(1,3),(1,3),(0,0),(0,0),(1,3),(1,3),(1,3)],'guns':[(1,3),(1,3),(1,3),(1,3),(1,3),(0,0),(0,0),(0,0)],'armour':[(1,3),(1,3),(1,3),(1,3)],'traits':[(1,3),(1,3),(1,3),(1,3),(1,3),(1,3),(1,3),(1,3),(1,3),(1,3),(1,3),(1,3),(1,3),(1,3),(1,3),(1,3)],'specs':[(1,3),(1,3),(1,3),(1,3),(1,3),(1,3),(1,3),(1,3),(1,3)],'talents':[(12,12),(1,3),(1,3),(1,3),(1,3),(1,3),(1,3)],'medals':{}}
def add_user(name):
	namehash=encode.hash_name(name) # Store the hash so that if they request a different name that happens to have the same hash, it can just be stored together.
	if namehash in conf : conf[namehash]['names'].add(name)
	else: conf[namehash]=defaults.copy()|{'names':{name}}
	save_conf()
	global active_profile
	active_profile=namehash

def parse_conf_line(line):
	a=line.split(' ')
	out=[]
	for n in a:
		b=n.split('/')
		out.append((int(b[0]),int(b[1])))
	return out

def load_conf():
	if not os.path.exists(confp): return
	a=open(confp).read()
	for n in a.split('\n\n'):
		lines=n.split('\n')
		header=lines[0].split(' ')
		nhash=int(header[0]); names=set(header[1:]) # Makes deduping way easier
		medals={}
		if ':' in lines[-1]: # Since this isn't used in any other line, it's safe
			medals={int(n.split(':')[0]):int(n.split(':')[1]) for n in lines.pop(-1).split(' ')}
		stuff={k:parse_conf_line(v) for k,v in zip(tables.displays_str[:-1],lines[1:])}
		conf[nhash]={'names':names}|stuff|{'medals':medals}
	update_all_talents()
	global active_profile
	active_profile=nhash

def unparse_conf_line(line):
	return ' '.join([str(n[0])+'/'+str(n[1]) for n in line])

def save_conf():
	write=''
	for k,v in conf.items():
		write+=' '.join([str(k)]+list(v['names']))+'\n'
		for n in map(lambda x:unparse_conf_line(v[x]),tables.displays_str[:-1]):
			write+=n+'\n'
		write+=' '.join(f'{h}:{m}' for h,m in v['medals'].items())+'\n'
		write+='\n'
	write=write[:-2]
	open(confp,'w').write(write)

def update_all_talents():
	for profile in conf:
		cl=dict(enumerate(conf[profile]['classes']))
		t=defaults['talents'].copy()
		conf[profile]['talents']=t
		for n in range(1,7):
			t[n]=update_talent(n,cl)

def update_talents(clas,profile=None):
	if profile is None: profile=active_profile
	cl=dict(enumerate(conf[profile]['classes']))
	for talent in tables.clas[clas][1:]: # Don't care about courage
		conf[profile]['talents'][talent]=update_talent(talent,cl)

def update_talent(talent,classes):
	a=enumerate(tables.clas); b=filter(lambda x:talent in x[1],a); c=list(map(lambda x:x[0],b)); d=filter(lambda x:x[0] in c,classes.items()); rel_classes=list(map(lambda x:x[1],d))
	ranks,caps=[],[]
	for n in rel_classes: ranks.append(n[0]); caps.append(n[1])
	ranks,caps=sorted(ranks),sorted(caps)
	lon=len(ranks)//2+len(ranks)%2
	return (ranks[-lon],caps[-lon])

def read_code(code,save=True):
	data=list(decode.decode(code,active_profile))
	check,validator=data.pop(-1),data.pop(-1)
	talent=data.pop(5)
	hero=data[0:6]
	show=list(map(lambda x:x[0][x[1]],zip(tables.displays,hero)))
	rank,cap=data[6:8]
	cap=tables.cap[cap]
	if rank==12: cap=12
	data=data[8:]
	if rank<9: show[-1]='Hidden' # Don't spoil the talent
	print(show)
	print(str(rank)+'/'+str(cap))
	print(data) # Extract medals and save them
	medals=data[1:-1]
	if any(medals): conf[active_profile]['medals'][shared.muxhero(hero[0],hero[3],hero[4])]=shared.muxmedals(medals)
	if not check: print('No name given, code validation not performed')
	else:
		if check!=validator: print('code did not validate:',validator,check); return
		else: print('code validated')
	for thing in zip(tables.displays_str[:-1],hero):
		saved=conf[active_profile][thing[0]][thing[1]]
		saved=(max(saved[0],rank),max(saved[1],cap))
		conf[active_profile][thing[0]][thing[1]]=saved
	update_talents(hero[0])
	if not save: return
	save_conf()

def mass_add():
	a=input('>')
	while a:
		try: read_code(a,false)
		except: pass
		a=input('>')
	save_conf()

def generate(officer=None):
	pro=conf[active_profile]
	if officer is None: officer=input('> ')
	pieces=officer.split('/')
	c=pieces[0].lower()
	if 'mav' in c:
		gun=c[0]
		pieces[0]='mav'
	elif 'wm' in c:
		gun=c[0:2]
		pieces[0]='wm'
	else: gun=''
	out=[]
	rank,cap=12,12
	for n in zip(pieces,tables.displays_nogun,tables.displays_nogun_str):
		ind=lookup_piece(n[0],n[1])
		rank,cap=min(rank,pro[n[2]][ind][0]),min(cap,pro[n[2]][ind][1])
		out.append(ind)
	cap=(cap-(cap<10)+(cap>10))//3 # Derp
	if gun: out.insert(1,lookup_piece(gun,tables.guns,True))
	else: out.insert(1,tables.gunmaps_wrapped[out[0]])
	out[-1]=tables.clas[out[0]].index(out[-1])
	muxed=shared.muxhero(out[0],out[3],out[4])
	meds=[]
	if muxed in pro['medals']: meds=shared.muxmedals(pro['medals'][muxed])
	return encode.encode(active_profile,*out,rank,cap,0,*meds)

def lookup_piece(piece,table,partial=False):
	if len(piece)<3: p=piece.upper()
	else: p=piece.capitalize() # Bloody Americans
	if not partial:
		try: return table.index(p)
		except ValueError: return None
	res=list(filter(lambda x:x.startswith(p),table))
	if len(res)!=1: return None # Ambiguous lookups not allowed
	return table.index(res[0])

def ranks():
	for n,m in zip(tables.displays_str,tables.displays):
		a=zip(m,conf[active_profile][n])
		for o in a:
			print(f'{o[0]}: {o[1][0]}/{o[1][1]}',end=', ')
		print()

load_conf()

if __name__=="__main__": print("Please open an interpreter and use 'import codegen', this script doesn't serve as an entrypoint on its own yet.")