def _defn(self):
s = ''
if self.keyword:
s += self.keyword + ' '
s += '{} = {};'.format(sasoptpy.to_expression(self.identifier),
sasoptpy.to_expression(self.expression))
return s
def _defn(self):
elems = []
for i in self.elements:
elems.append('{}={}'.format(sasoptpy.to_expression(i[0]),
sasoptpy.to_expression(i[1])))
s = self.keyword + ' ' + ' '.join(elems) + ';'
return s
def _expr(self):
left = self._left._cond_expr() if hasattr(self._left, '_cond_expr') \
else sasoptpy.to_expression(self._left)
right = self._right._cond_expr() if hasattr(self._right, '_cond_expr') \
else sasoptpy.to_expression(self._right)
if self._type in ['and', 'or', 'AND', 'OR']:
left = '({})'.format(left)
right = '({})'.format(right)
return '{} {} {}'.format(left, self._type, right)
def get_iterator_str(self):
key_defs = []
for k in self._key:
if sasoptpy.abstract.is_key_abstract(k):
key_defs.append(k._defn())
else:
key_defs.append(sasoptpy.to_expression(k))
return ' {{{}}}'.format(', '.join(key_defs))
def _defn(self):
keyword = f'{self._print_type}'
items = []
for i in self.elements:
word = sasoptpy.to_expression(i)
if self._print_names:
word += '='
items.append(word)
return keyword + ' ' + ' '.join(items) + ';'
def _get_for_expr(self):
return '{} in {}'.format(self._expr(),
sasoptpy.to_expression(self._set))
def _get_for_expr(self):
#return '<{}> in {}'.format(self._expr(), self._set._name)
comb = '<' + ', '.join(str(i) for i in self.values()) + '>'
s = '{} in {}'.format(comb, sasoptpy.to_expression(self._set))
return s
def get_base_str(self):
if self._base is None:
return ''
return sasoptpy.to_expression(self._base)
def _expr(self):
if self.get_name() is not None:
return self.get_name()
else:
return sasoptpy.to_expression(self._value)
def get_target_expr(cls, target):
return sasoptpy.to_expression(target)