def __eq__(self, p_other):
if self is p_other:
return True
if p_other is None or not isinstance(p_other, (Contract)):
return False
l_theOther = p_other
if (self.m_conId != l_theOther.m_conId):
return False
if (Util.StringCompare(self.m_secType, l_theOther.m_secType) != 0):
return False
if (Util.StringCompare(self.m_symbol, l_theOther.m_symbol) != 0) or (Util.StringCompare(self.m_exchange, l_theOther.m_exchange) != 0) or (Util.StringCompare(self.m_primaryExch, l_theOther.m_primaryExch) != 0) or (Util.StringCompare(self.m_currency, l_theOther.m_currency) != 0):
return False
if not Util.NormalizeString(self.m_secType) == "BOND":
if (self.m_strike != l_theOther.m_strike):
return False
if (Util.StringCompare(self.m_expiry, l_theOther.m_expiry) != 0) or (Util.StringCompare(self.m_right, l_theOther.m_right) != 0) or (Util.StringCompare(self.m_multiplier, l_theOther.m_multiplier) != 0) or (Util.StringCompare(self.m_localSymbol, l_theOther.m_localSymbol) != 0):
return False
if (Util.StringCompare(self.m_secIdType, l_theOther.m_secIdType) != 0):
return False
if (Util.StringCompare(self.m_secId, l_theOther.m_secId) != 0):
return False
if not Util.VectorEqualsUnordered(self.m_comboLegs, l_theOther.m_comboLegs):
return False
if (self.m_underComp != l_theOther.m_underComp):
if self.m_underComp is None or l_theOther.m_underComp is None:
return False
if not self.m_underComp == l_theOther.m_underComp:
return False
return True
def __eq__(self, p_other):
""" generated source for method equals """
if self == p_other:
return True
if p_other == None or not (isinstance(p_other, (Contract, ))):
return False
l_theOther = p_other
if self.m_conId != l_theOther.m_conId:
return False
if Util.StringCompare(self.m_secType, l_theOther.m_secType) != 0:
return False
if Util.StringCompare(
self.m_symbol, l_theOther.m_symbol) != 0 or Util.StringCompare(
self.m_exchange,
l_theOther.m_exchange) != 0 or Util.StringCompare(
self.m_primaryExch,
l_theOther.m_primaryExch) != 0 or Util.StringCompare(
self.m_currency, l_theOther.m_currency) != 0:
return False
if not Util.NormalizeString(self.m_secType) == "BOND":
if self.m_strike != l_theOther.m_strike:
return False
if Util.StringCompare(
self.m_expiry,
l_theOther.m_expiry) != 0 or Util.StringCompare(
self.m_right,
l_theOther.m_right) != 0 or Util.StringCompare(
self.m_multiplier, l_theOther.m_multiplier
) != 0 or Util.StringCompare(
self.m_localSymbol, l_theOther.m_localSymbol) != 0:
return False
if Util.StringCompare(self.m_secIdType, l_theOther.m_secIdType) != 0:
return False
if Util.StringCompare(self.m_secId, l_theOther.m_secId) != 0:
return False
# compare combo legs
if not Util.VectorEqualsUnordered(self.m_comboLegs,
l_theOther.m_comboLegs):
return False
if self.m_underComp != l_theOther.m_underComp:
if self.m_underComp == None or l_theOther.m_underComp == None:
return False
if not self.m_underComp == l_theOther.m_underComp:
return False
return True
def __eq__(self, p_other):
if self is p_other:
return True
if p_other is None or not isinstance(p_other, (Contract)):
return False
l_theOther = p_other
if (self.m_conId != l_theOther.m_conId):
return False
if self.m_comboLegs and l_theOther.comboLegsSize and len(
self.m_comboLegs) != len(l_theOther.m_comboLegs):
return False
elif self.m_comboLegs or self.m_comboLegs:
return False
if (Util.StringCompare(self.m_secType, l_theOther.m_secType) != 0):
return False
if (Util.StringCompare(self.m_symbol, l_theOther.m_symbol) != 0) or (
Util.StringCompare(self.m_exchange, l_theOther.m_exchange) != 0
) or (Util.StringCompare(self.m_primaryExch, l_theOther.m_primaryExch)
!= 0) or (Util.StringCompare(self.m_currency,
l_theOther.m_currency) != 0):
return False
if not Util.NormalizeString(self.m_secType) == "BOND":
if (self.m_strike != l_theOther.m_strike):
return False
if (Util.StringCompare(self.m_expiry, l_theOther.m_expiry) !=
0) or (Util.StringCompare(self.m_right, l_theOther.m_right)
!= 0) or (Util.StringCompare(
self.m_multiplier, l_theOther.m_multiplier) !=
0) or (Util.StringCompare(
self.m_localSymbol,
l_theOther.m_localSymbol) != 0):
return False
if self.m_comboLegs and len(self.m_comboLegs) > 0:
comboLegsSize = len(self.m_comboLegs)
alreadyMatchedSecondLeg = [
bool() for __idx0 in range(comboLegsSize)
]
## for-while
ctr1 = 0
while ctr1 < comboLegsSize:
l_thisComboLeg = self.m_comboLegs[ctr1]
ctr2 = 0
## for-while
while ctr2 < comboLegsSize:
if alreadyMatchedSecondLeg[ctr2]:
continue
if l_thisComboLeg == l_theOther.m_comboLegs[ctr2]:
alreadyMatchedSecondLeg[ctr2] = True
break
ctr2 += 1
if ctr2 >= comboLegsSize:
return False
ctr1 += 1
if (self.m_underComp != l_theOther.m_underComp):
if self.m_underComp is None or l_theOther.m_underComp is None:
return False
if not self.m_underComp == l_theOther.m_underComp:
return False
return True
