def string_literal():
whitespace()
quote = one_of('\'"')
commit()
st = u''.join(many1(p(string_char, quote)))
one_of(quote)
return ('str', st)
def parse(cls):
one_of('+')
pico.one_of_strings('register', 'reg')
result = {}
@tri
def ident():
whitespace1()
pico.hash()
commit()
return many1(any_token)
@tri
def number():
whitespace1()
return many1(partial(one_of, string.digits + ' -+()'))
@tri
def name():
whitespace1()
return pico.name()
ident = optional(partial(choice, ident, number), None)
if ident is not None:
result['ident'] = re.sub('[ \-+()]', '', "".join(ident))
else:
name = optional(name, None)
if name is not None:
result['name'] = name
return result
def parse(cls):
one_of('+')
caseless_string('echo')
whitespace()
return {
'echo': "".join(remaining())
}
def _ParseParam(self):
"""Consumes parameter keys for lookup in a parameter dictionary passed in with the query.
Parameter keys may consist of letters, digits and underscores (_).
Returns the value that the parameter key maps to.
"""
one_of('{')
param_name = ''.join(many_until1(p(one_of, letters + digits + '_'), p(one_of, '}'))[0])
return Parameter(param_name)
def parenthetical():
whitespace()
one_of('(')
commit()
whitespace()
v = expression()
whitespace()
one_of(')')
whitespace()
return ParentheticalNode(v)
def parenthetical():
whitespace()
one_of('(')
commit()
whitespace()
v = expression()
whitespace()
one_of(')')
whitespace()
return ParentheticalNode(v)
def _ParseParenthetical(self):
"""Consumes parenthetical expression."""
whitespace()
one_of('(')
commit()
whitespace()
node = self._expr_parser()
whitespace()
one_of(')')
whitespace()
return Parenthetical(self._schema, node)
def _ParsePhrase(self):
"""Consumes a key range specification of the form <table>.<column>=<maybe
quoted value>.
"""
whitespace()
table = self._token().lower()
one_of('.')
commit()
column = self._token().lower()
whitespace()
one_of('=')
whitespace()
phrase = self._param_parser()
node = PhraseNode(self._schema, table, column, phrase)
whitespace()
return node
def parse(cls):
one_of('+')
caseless_string('epi')
aggregates = {}
if whitespace():
while peek():
try:
code = "".join(pico.one_of_strings(*(
tuple(cls.TOKENS) + tuple(cls.ALIAS))))
code = code.upper()
except:
raise FormatError(
"Expected an epidemiological indicator "
"such as TB or MA (got: %s)." % \
"".join(remaining()))
# rewrite alias
code = cls.ALIAS.get(code, code)
if code in aggregates:
raise FormatError("Duplicate value for %s." % code)
whitespace1()
try:
minus = optional(partial(one_of, '-'), '')
value = int("".join([minus]+pico.digits()))
except:
raise FormatError("Expected a value for %s." % code)
if value < 0:
raise FormatError("Got %d for %s. You must "
"report a positive value." % (
value, cls.TOKENS[code].lower()))
aggregates[code] = value
many(partial(one_of, ' ,;.'))
return {
'aggregates': aggregates
}
def parse():
one_of('+')
one_of_strings('register', 'reg')
result = {}
@tri
def ident():
whitespace1()
one_of('#')
commit()
result['ident'] = "".join(many1(partial(not_one_of, ',')))
@tri
def name():
whitespace1()
result['name'] = "".join(many1(partial(not_one_of, ',')))
optional(partial(choice, ident, name), None)
return result
def char_spec_range():
one_of("[")
low = char_spec_range_char()
one_of('-')
high = char_spec_range_char()
one_of("]")
return partial(satisfies, lambda c: low <= c <= high)
def char_spec_range():
one_of("[")
low = char_spec_range_char()
one_of("-")
high = char_spec_range_char()
one_of("]")
return partial(satisfies, lambda c: low <= c <= high)
def _ParsePhrase(self):
"""Reads one attribute col_name=value. Creates a DB update
in self._updates.
"""
col_name = self._token().lower()
col_def = self._table.GetColumn(col_name)
one_of('=')
commit()
phrase = self._phrase()
if phrase:
value = eval(phrase)
if col_def.value_type == 'N':
value = int(value)
if self._raw:
self._updates[col_def.key] = db_client.UpdateAttr(value, 'PUT')
else:
self._updates[col_name] = value
else:
if self._raw:
self._updates[col_def.key] = db_client.UpdateAttr(None, 'DELETE')
else:
self._updates[col_name] = None
return None
def _ParsePhrase(self):
"""Reads one attribute col_name=value. Creates a DB update
in self._updates.
"""
col_name = self._token().lower()
col_def = self._table.GetColumn(col_name)
one_of('=')
commit()
phrase = self._phrase()
if phrase:
value = eval(phrase)
if col_def.value_type == 'N':
value = int(value)
if self._raw:
self._updates[col_def.key] = db_client.UpdateAttr(value, 'PUT')
else:
self._updates[col_name] = value
else:
if self._raw:
self._updates[col_def.key] = db_client.UpdateAttr(
None, 'DELETE')
else:
self._updates[col_name] = None
return None
def bracketed():
one_of('[')
v = expression()
one_of(']')
return ['bracket', v]
def float_value():
whole_part = digits()
one_of('.')
commit()
decimal_part = digits()
return float('%s.%s' % (whole_part, decimal_part))
def entity():
one_of('&')
ent = choice(named_entity, numeric_entity)
one_of(';')
return ent
def float_value():
whole_part = digits()
one_of('.')
commit()
decimal_part = digits()
return float('%s.%s' % (whole_part, decimal_part))
def parse(cls):
result = {}
prefix = optional(tri(identifier), None)
if prefix is not None:
result['patient_id'] = "".join(prefix)
whitespace()
one_of('+')
caseless_string('muac')
if prefix is None:
try:
whitespace1()
part = optional(tri(identifier), None)
if part is not None:
result['patient_id'] = "".join(part)
else:
result['name'] = name()
except:
raise FormatError("Expected a patient id or name.")
if 'name' in result:
try:
separator()
result['sex'] = one_of('MmFf').upper()
except:
raise FormatError("Expected either M or F to indicate the patient's gender.")
try:
separator()
except:
raise FormatError("Expected age or birthdate of patient.")
try:
result['age'] = choice(*map(tri, (date, timedelta)))
except:
received, stop = many_until(any_token, comma)
raise FormatError("Expected age or birthdate of patient, but "
"received %s." % "".join(received))
try:
if prefix is None:
separator()
else:
whitespace1()
reading = choice(
partial(one_of_strings, 'red', 'green', 'yellow', 'r', 'g', 'y'),
digits)
try:
reading = int("".join(reading))
except:
reading = reading[0].upper()
else:
whitespace()
unit = optional(partial(one_of_strings, 'mm', 'cm'), None)
if unit is None:
reading = cls.get_reading_in_mm(reading)
elif "".join(unit) == 'cm':
reading = reading * 10
result['reading'] = reading
except:
raise FormatError(
"Expected MUAC reading (either green, yellow or red), but "
"received %s." % "".join(remaining()))
if optional(separator, None):
result['tags'] = tags()
return result
def braced():
one_of('{')
v = expression()
one_of('}')
return ['brace', v]
def bracketed():
one_of('[')
v = expression()
one_of(']')
return ['bracket', v]
def numeric_entity():
one_of("#")
return choice(hex_entity, dec_entity)
def hex_entity():
one_of("x")
return unichr(hex_value())
def entity():
one_of("&")
ent = choice(named_entity, numeric_entity)
one_of(";")
return ent
def operator_char(): return one_of(operator_chars)
def ident():
whitespace1()
one_of('#')
commit()
result['ident'] = "".join(many1(partial(not_one_of, ',')))
def matched(start, stop, name):
one_of(start)
v = expression()
one_of(stop)
return [name, v]
def braced():
one_of('{')
v = expression()
one_of('}')
return ['brace', v]
def parse_tracking_id():
return pico.digit() + pico.digit() + \
one_of(TRACKING_ID_LETTERS) + \
one_of(TRACKING_ID_LETTERS) + \
pico.digit() + pico.digit()
def parse(cls):
one_of('+')
caseless_string('error')
raise FormatError("error")
def matched(start, stop, name):
one_of(start)
v = expression()
one_of(stop)
return [name, v]
def parse(cls):
one_of('+')
caseless_string('break')
def numeric_entity():
one_of('#')
return choice(hex_entity, dec_entity)
def parse(cls):
one_of('+')
caseless_string('bad')
from django.core.exceptions import ImproperlyConfigured
raise ImproperlyConfigured("".join(remaining()))
def hex_entity():
one_of('x')
return unichr(hex_value())
def parse(cls):
one_of('+')
caseless_string('hello')
def parened():
one_of('(')
v = expression()
one_of(')')
return ['paren', v]
def parened():
one_of('(')
v = expression()
one_of(')')
return ['paren', v]