def annotate(self, dictionary, startmark, endmark):
result = dictionary.copy()
value = self.word
for a in dictionary:
L = dictionary.get(a)
# pr "<hr> a,L =", (a,L), "<hr>"
result[a] = [delimitMatches(v, value, startmark, endmark) for v in L]
return result
def annotate(self, dictionary, startmark, endmark):
result = dictionary.copy()
attr = self.attr
value = self.word
L = dictionary.get(self.attr)
if L:
result[attr] = [delimitMatches(v, value, startmark, endmark) for v in L]
return result
def annotate(self, dictionary, startmark, endmark):
"from a dictionary representation for an entry, generate a new dictionary with annotations added at matches for self"
result = dictionary.copy()
attr = self.attr
value = self.value
L = dictionary.get(attr)
if L:
result[attr] = [delimitMatches(v, value, startmark, endmark) for v in L]
return result
def annotate(self, dictionary, startmark, endmark):
result = dictionary.copy()
attr = self.attr
low = self.low
high = self.high
L = dictionary.get(attr)
if L:
L2 = []
for v in L:
if v >= low and v <= high:
L2.append(delimitMatches(str(v), str(v), startmark, endmark))
else:
L2.append(v)
result[attr] = L2
return result
