def update_pada(self,pada,tabstr):
if pada not in self.padas:
self.padas.append(pada)
self.tables[pada] = tabstr
else:
# handle duplicates
toldstr = self.tables[pada]
told = conjstr_listify(toldstr)
tnew = conjstr_listify(tabstr)
for i in xrange(0,len(told)):
old = told[i] # a list of strings
new = tnew[i] # ditto
for x in new:
if x not in old:
old.append(x)
told[i] = old
self.tables[pada] = prettify(told)
def update_pada(self, pada, tabstr):
if pada not in self.padas:
self.padas.append(pada)
self.tables[pada] = tabstr
else:
# handle duplicates
toldstr = self.tables[pada]
told = conjstr_listify(toldstr)
tnew = conjstr_listify(tabstr)
for i in xrange(0, len(told)):
old = told[i] # a list of strings
new = tnew[i] # ditto
for x in new:
if x not in old:
old.append(x)
told[i] = old
self.tables[pada] = prettify(told)
def update_pada(self, kind, pada, tabstr):
kp = "%s%s" % (kind, pada)
if kp not in self.kps:
self.kps.append(kp)
self.tables[kp] = tabstr
else:
# handle duplicates
toldstr = self.tables[kp]
told = conjstr_listify(toldstr)
tnew = conjstr_listify(tabstr)
for i in xrange(0, len(told)):
old = told[i] # a list of strings
new = tnew[i] # ditto
for x in new:
if x not in old:
old.append(x)
told[i] = old
self.tables[kp] = prettify(told)
def update_pada(self,kind,pada,tabstr):
kp = "%s%s" %(kind,pada)
if kp not in self.kps:
self.kps.append(kp)
self.tables[kp] = tabstr
else:
# handle duplicates
toldstr = self.tables[kp]
told = conjstr_listify(toldstr)
tnew = conjstr_listify(tabstr)
for i in xrange(0,len(told)):
old = told[i] # a list of strings
new = tnew[i] # ditto
for x in new:
if x not in old:
old.append(x)
told[i] = old
self.tables[kp] = prettify(told)
def conjstr_join(tab1str, tab2str):
""" tab1str, tab2str are in Elisp format
tablen is length of the tables
convert the inputs to lists,
join the lists (element-wise)
reconstruct lists in Elisp format
"""
tab1 = conjstr_listify(tab1str)
tab2 = conjstr_listify(tab2str)
#print "tab1str=",tab1str,"\ntab2str=",tab2str
#print "tab1=",tab1,"\ntab2=",tab2
tablen = len(tab1)
# join the tab1, tab2 lists
tab = []
for i in xrange(0, tablen):
# assumes each element is a list
t = tab1[i] + tab2[i]
tab.append(t)
#print "tab=",tab
tabstr = Elisp_serialize(tab, tablen)
#print "tabstr=",tabstr
return tabstr
def conjstr_join(tab1str,tab2str):
""" tab1str, tab2str are in Elisp format
tablen is length of the tables
convert the inputs to lists,
join the lists (element-wise)
reconstruct lists in Elisp format
"""
tab1 = conjstr_listify(tab1str)
tab2 = conjstr_listify(tab2str)
#print "tab1str=",tab1str,"\ntab2str=",tab2str
#print "tab1=",tab1,"\ntab2=",tab2
tablen = len(tab1)
# join the tab1, tab2 lists
tab=[]
for i in xrange(0,tablen):
# assumes each element is a list
t = tab1[i]+tab2[i]
tab.append(t)
#print "tab=",tab
tabstr = Elisp_serialize(tab,tablen)
#print "tabstr=",tabstr
return tabstr
