def setup( az):
d2sykr = dictOrder()
d2vse = dictOrder()
for a in az.dejnosti.strip().split( '\n'):
xx = a.split()
if not xx: continue
k = xx[0]
podrazb = k[0] == '*'
k = k.replace('*', '')
if podrazb:
az.dejnost_podrazbirane = k
dd = []
sykr = []
sykr_avto = []
for v in xx:
v = v.lstrip('*')
if v[0]=='.': appendif( sykr, v[1:] )
v = v.lstrip('.')
if '*' in v:
l,r = v.split('*')
vv = [ l+r[:i] for i in range( len(r))]
extendif( dd, vv)
extendif( sykr_avto, vv)
appendif( dd, v.replace('*',''))
d2vse[ k] = dd
dd += [ v.replace('-',' ') for v in dd if '-' in v ]
dd += [ cyr2lat( v) for v in dd ]
extendif( sykr, sorted( sykr_avto, key= len))
if sykr: d2sykr[k] = sykr
az.dejnosti = d2vse
az.dejnosti4vse = dict_lower( (v,k)
for k,vv in d2vse.items()
for v in vv
)
az.dejnosti4vse.update( (k,k) for k in d2vse )
az.dejnosti2sykr = dict( (k,v[0]) for k,v in d2sykr.items() )
ds = az.dejnosti4sykr = dict( (v,k)
for k,vv in d2sykr.items()
for v in vv
)
d = '('+'|'.join( ds.keys() )+')'
az.re_dejnost0 = '('+d+'([.+]|\.\+))*'+d+'\.'
az.re_dejnost = re.compile( '^'+az.re_dejnost0) #1
az.re_dejnost_ = re.compile( '(^| )('+ az.re_dejnost0 +'*) +') #много
az.dejnosti_vazhni = [ l.split()[0].replace('*','') for l in (az.dejnosti1+az.dejnosti3).strip().split( '\n') if l.strip() ]
def _init( klas):
if info._inited: return
info._inited = 1
info.stoinosti = stoinosti = DictAttr_lower()
info.stoinosti_imena = dict()
info.rstoinosti = dict_lower()
def kxv2kvv( d, dict_v0_k_v1 =True):
if isinstance( d, dict):
for k,vv in d.items():
vv = vv.split()
if dict_v0_k_v1: yield [vv[0],k]+vv[1:]
else: yield [k] + vv
else: #list
for kvv in d:
yield kvv.split()
#TODO ioformat; обедини тези kxv2kvv с meta_prevodi и може би Abbr и prevodi ??
for kvv in kxv2kvv( klas.stoinosti0, dict_v0_k_v1= True):
v0 = kvv[0].replace( '*','')
k = kvv[1]
for v in list(kvv):
if '-' not in v: continue
extendif( kvv, [v.replace('-',''), v.replace('-','_')])
kvv1 = []
for v in kvv:
if '*' not in v:
appendif( kvv1, v)
continue
l,r = v.split('*')
extendif( kvv1, [ l+r[:i] for i in range( len(r)+1)] )
kvv = kvv1
for v in list(kvv):
appendif( kvv, cyr2lat( v))
assert '*' not in k #lat
assert '*' not in v0 #cyr
for v in kvv:
assert '*' not in v, v
assert v not in stoinosti, v
info.rstoinosti[ v] = k
stoinosti[ v] = v0
info.stoinosti_imena[ v0] = kvv
#prn( 111111111, stoinosti)
klas.nasledimi = [ stoinosti[k] for k in klas.nasledimi ]
klas.izvyn_etiketi = [ stoinosti[k] for k in klas.izvyn_etiketi ]
klas.prevodachi = dict( (stoinosti[k],v) for k,v in klas.prevodachi.items())
zamestiteli_po_stoinost = DictAttr()
for et,zam in klas.zamestiteli_po_stoinost.items():
if not callable( zam):
rechnik = dict_lower()
for kvv in kxv2kvv( zam, dict_v0_k_v1 =True):
v0 = kvv[0]
for v in kvv:
rechnik[ v ] = v0
zam = rechnik
etp = stoinosti.get( et,et) #.lat = .cyr = ...
zamestiteli_po_stoinost[ et] = zamestiteli_po_stoinost[ etp] = zam
if etp not in klas.prevodachi: klas.prevodachi[ etp] = zam
klas.zamestiteli_po_stoinost = zamestiteli_po_stoinost
