- Generated by
1.9.8
|
BDE 4.14.0 Production release
|
Classes | |
| class | Decimal_StandardNamespaceCanary |
| class | Decimal_Type128 |
| class | Decimal_Type32 |
| class | Decimal_Type64 |
| struct | DecimalConvertUtil |
| class | DecimalFormatConfig |
| class | DecimalImpUtil |
| class | DecimalNumGet |
| class | DecimalNumPut |
| class | DecimalNumPut_WideBufferWrapper |
| class | DecimalNumPut_WideBufferWrapper< char, WCHAR_8_BIT > |
| class | DecimalNumPut_WideBufferWrapper< wchar_t, false > |
| struct | DecimalStorage |
| struct | DecimalUtil |
| struct | DecimalUtil_CStringUtil |
| class | faux_numeric_limits |
| class | faux_numeric_limits< BloombergLP::bdldfp::Decimal128, DUMMY_TYPE > |
| class | faux_numeric_limits< BloombergLP::bdldfp::Decimal32, DUMMY_TYPE > |
| class | faux_numeric_limits< BloombergLP::bdldfp::Decimal64, DUMMY_TYPE > |
| class | faux_numeric_limits< Decimal_StandardNamespaceCanary, DUMMY_TYPE > |
| class | Uint128 |
Typedefs | |
| typedef Decimal_Type32 | Decimal32 |
| typedef Decimal_Type64 | Decimal64 |
| typedef Decimal_Type128 | Decimal128 |
| typedef Decimal_Type128 bdldfp::Decimal128 |
The decimal floating-point types are typedefs to the unspecified implementation types.
| typedef Decimal_Type32 bdldfp::Decimal32 |
| typedef Decimal_Type64 bdldfp::Decimal64 |
| void bdldfp::hashAppend | ( | HASHALG & | hashAlg, |
| const Decimal128 & | object | ||
| ) |
Pass the specified object to the specified hashAlg. This function integrates with the bslh modular hashing system and effectively provides a bsl::hash specialization for Decimal128. Note that two objects which have the same value but different representations will hash to the same value.
| void bdldfp::hashAppend | ( | HASHALG & | hashAlg, |
| const Decimal32 & | object | ||
| ) |
Pass the specified object to the specified hashAlg. This function integrates with the bslh modular hashing system and effectively provides a bsl::hash specialization for Decimal32. Note that two objects which have the same value but different representations will hash to the same value.
| void bdldfp::hashAppend | ( | HASHALG & | hashAlg, |
| const Decimal64 & | object | ||
| ) |
Pass the specified object to the specified hashAlg. This function integrates with the bslh modular hashing system and effectively provides a bsl::hash specialization for Decimal64. Note that two objects which have the same value but different representations will hash to the same value.
| bool bdldfp::operator!= | ( | const DecimalFormatConfig & | lhs, |
| const DecimalFormatConfig & | rhs | ||
| ) |
Return true if the specified lhs and rhs objects do not have the same value, and false otherwise. Two DecimalFormatConfig objects do not have the same value if any of their attributes (respectively) do not have the same value. Note that comparison of two string type attributes are done via 'bsl::strcmp() function.
Return true if the specified lhs and the specified rhs objects do not have the same value, and false otherwise. Two Uint128 objects do not have the same value if either of their low and high attributes are not the same.
| bool bdldfp::operator!= | ( | Decimal128 | lhs, |
| Decimal128 | rhs | ||
| ) |
Return true if the specified lhs and rhs do not have the same value, and false otherwise. Two Decimal128 objects do not have the same value if the compareQuietEqual operation (IEEE-754 defined, non-total ordering comparison) considers the underlying IEEE representations not equal. In other words, two Decimal128 objects do not have the same value if:
This operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
Note that a NaN is never equal to anything, including itself:
| bool bdldfp::operator!= | ( | Decimal128 | lhs, |
| Decimal32 | rhs | ||
| ) |
| bool bdldfp::operator!= | ( | Decimal128 | lhs, |
| Decimal64 | rhs | ||
| ) |
| bool bdldfp::operator!= | ( | Decimal32 | lhs, |
| Decimal128 | rhs | ||
| ) |
Return true if the specified lhs and rhs do not have the same value, and false otherwise. Two decimal objects do not have the same value if the compareQuietEqual operation (IEEE-754 defined, non-total ordering comparison) considers the underlying IEEE representations not equal. In other words, two decimal objects do not have the same value if:
This operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
Return true if the specified lhs and rhs do not have the same value, and false otherwise. Two Decimal32 objects do not have the same value if the compareQuietEqual operation (IEEE-754 defined, non-total ordering comparison) considers the underlying IEEE representations not equal. In other words, two Decimal32 objects do not have the same value if:
This operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
Note that a NaN is never equal to anything, including itself:
Return true if the specified lhs and rhs do not have the same value, and false otherwise. Two decimal objects do not have the same value if the compareQuietEqual operation (IEEE-754 defined, non-total ordering comparison) considers the underlying IEEE representations not equal. In other words, two decimal objects do not have the same value if:
This operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
| bool bdldfp::operator!= | ( | Decimal64 | lhs, |
| Decimal128 | rhs | ||
| ) |
Return true if the specified lhs and rhs do not have the same value, and false otherwise. Two Decimal64 objects do not have the same value if the compareQuietEqual operation (IEEE-754 defined, non-total ordering comparison) considers the underlying IEEE representations not equal. In other words, two Decimal64 objects do not have the same value if:
This operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
Note that a NaN is never equal to anything, including itself:
Return an Uint128 object having the value of a the bitwise and between the specified lhs and the specified rhs value.
| Decimal128 bdldfp::operator* | ( | Decimal128 | lhs, |
| Decimal128 | rhs | ||
| ) |
Multiply the value of the specified lhs object by the value of the specified rhs as described by IEEE-754 and return the result.
lhs or rhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.lhs or rhs is NaN, return a NaN.EDOM into errno and return a NaN.lhs and rhs are infinity (positive or negative), return infinity. The sign of the returned value will be positive if lhs and rhs have the same sign, and negative otherwise.lhs or rhs is zero, return zero. The sign of the returned value will be positive if lhs and rhs have the same sign, and negative otherwise.lhs and rhs has an absolute value that is larger than std::numeric_limits<Decimal128>::max() then store the value of the macro ERANGE into errno and return an infinity with the same sign as that result.lhs and rhs has an absolute value that is smaller than std::numeric_limits<Decimal128>::min() then store the value of the macro ERANGE into errno and return zero with the same sign as that result.rhs and the number represented by rhs. | Decimal128 bdldfp::operator* | ( | Decimal128 | lhs, |
| Decimal32 | rhs | ||
| ) |
| Decimal128 bdldfp::operator* | ( | Decimal128 | lhs, |
| Decimal64 | rhs | ||
| ) |
| Decimal128 bdldfp::operator* | ( | Decimal128 | lhs, |
| int | rhs | ||
| ) |
Multiply the specified rhs by the value of the specified lhs as described by IEEE-754, and return the result.
lhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.lhs is NaN, then return a NaN.lhs is infinity (positive or negative), and rhs is zero, then store the value of the macro EDOM into'errno' and return a NaN.lhs is infinity (positive or negative), then return lhs.rhs is zero, then return zero with the sign of lhs.rhs and the value of lhs results in an absolute value that is larger than std::numeric_limits<Decimal128>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.rhs and the value of lhs results in an absolute value that is smaller than std::numeric_limits<Decimal128>::min() then store the value of the macro ERANGE into errno and return zero with the same sign as that result.lhs and value rhs. | Decimal128 bdldfp::operator* | ( | Decimal128 | lhs, |
| long long | rhs | ||
| ) |
| Decimal128 bdldfp::operator* | ( | Decimal128 | lhs, |
| long | rhs | ||
| ) |
| Decimal128 bdldfp::operator* | ( | Decimal128 | lhs, |
| unsigned int | rhs | ||
| ) |
| Decimal128 bdldfp::operator* | ( | Decimal128 | lhs, |
| unsigned long long | rhs | ||
| ) |
| Decimal128 bdldfp::operator* | ( | Decimal128 | lhs, |
| unsigned long | rhs | ||
| ) |
| Decimal128 bdldfp::operator* | ( | Decimal32 | lhs, |
| Decimal128 | rhs | ||
| ) |
Multiply the value of the specified lhs object by the value of the specified rhs as described by IEEE-754 and return the result.
lhs or rhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.lhs or rhs is NaN, return a NaN.EDOM into errno and return a NaN.lhs and rhs are infinity (positive or negative), return infinity. The sign of the returned value will be positive if lhs and rhs have the same sign, and negative otherwise.lhs or rhs is zero, return zero. The sign of the returned value will be positive if lhs and rhs have the same sign, and negative otherwise.lhs and rhs has an absolute value that is larger than std::numeric_limits<Decimal32>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.lhs and rhs has an absolute value that is smaller than std::numeric_limits<Decimal32>::min() then store the value of the macro ERANGE into errno and return zero with the same sign as that result.rhs and the number represented by rhs. Multiply the specified rhs by the value of the specified lhs as described by IEEE-754, and return the result.
lhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.lhs is NaN, then return a NaN.lhs is infinity (positive or negative), and rhs is zero, then store the value of the macro EDOM into errno and return a NaN.lhs is infinity (positive or negative), then return lhs.rhs is zero, then return zero with the sign of lhs.rhs and the value of lhs results in an absolute value that is larger than std::numeric_limits<Decimal32>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.rhs and the value of lhs results in an absolute value that is smaller than std::numeric_limits<Decimal32>::min() then store the value of the macro ERANGE into errno and return zero with the same sign as that result.lhs and value rhs. | Decimal128 bdldfp::operator* | ( | Decimal64 | lhs, |
| Decimal128 | rhs | ||
| ) |
Multiply the value of the specified lhs object by the value of the specified rhs as described by IEEE-754 and return the result.
lhs or rhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.lhs or rhs is NaN, return a NaN.EDOM into errno and return a NaN.lhs and rhs are infinity (positive or negative), return infinity. The sign of the returned value will be positive if lhs and rhs have the same sign, and negative otherwise.lhs or rhs is zero, return zero. The sign of the returned value will be positive if lhs and rhs have the same sign, and negative otherwise.lhs and rhs has an absolute value that is larger than std::numeric_limits<Decimal64>::max() then store the value of the macro ERANGE into errno and return an infinity with the same sign as that result.lhs and rhs has an absolute value that is smaller than std::numeric_limits<Decimal64>::min() then store the value of the macro ERANGE into errno and return zero with the same sign as that result.rhs and the number represented by rhs. Multiply the specified rhs by the value of the specified lhs as described by IEEE-754, and return the result.
lhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.lhs is NaN, then return a NaN.lhs is infinity (positive or negative), and rhs is zero, then store the value of the macro EDOM into'errno' and return a NaN.lhs is infinity (positive or negative), then return lhs.rhs is zero, then return zero with the sign of lhs.rhs and the value of lhs results in an absolute value that is larger than std::numeric_limits<Decimal64>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.rhs and the value of lhs results in an absolute value that is smaller than std::numeric_limits<Decimal64>::min() then store the value of the macro ERANGE into errno and return zero with the same sign as that result.lhs and value rhs. | Decimal128 bdldfp::operator* | ( | int | lhs, |
| Decimal128 | rhs | ||
| ) |
Multiply the specified lhs by the value of the specified rhs as described by IEEE-754, and return the result.
rhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.rhs is NaN, then return a NaN.rhs is infinity (positive or negative), and lhs is zero, then store the value of the macro EDOM into'errno' and return a NaN.rhs is infinity (positive or negative), then return rhs.lhs is zero, then return zero with the sign of rhs.lhs and the value of rhs results in an absolute value that is larger than std::numeric_limits<Decimal128>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.lhs and the value of rhs results in an absolute value that is smaller than std::numeric_limits<Decimal128>::min() then store the value of the macro ERANGE into errno and return zero with the same sign as that result.lhs and value rhs. Multiply the specified lhs by the value of the specified rhs as described by IEEE-754, and return the result.
rhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.rhs is NaN, then return a NaN.rhs is infinity (positive or negative), and lhs is zero, then store the value of the macro EDOM into errno and return a NaN.rhs is infinity (positive or negative), then return rhs.lhs is zero, then return zero with the sign of rhs.lhs and the value of rhs results in an absolute value that is larger than std::numeric_limits<Decimal32>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.lhs and the value of rhs results in an absolute value that is smaller than std::numeric_limits<Decimal32>::min() then store the value of the macro ERANGE into errno and return zero with the same sign as that result.lhs and value rhs. Multiply the specified lhs by the value of the specified rhs as described by IEEE-754, and return the result.
rhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.rhs is NaN, then return a NaN.rhs is infinity (positive or negative), and lhs is zero, then store the value of the macro EDOM into'errno' and return a NaN.rhs is infinity (positive or negative), then return rhs.lhs is zero, then return zero with the sign of rhs.lhs and the value of rhs results in an absolute value that is larger than std::numeric_limits<Decimal64>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.lhs and the value of rhs results in an absolute value that is smaller than std::numeric_limits<Decimal64>::min() then store the value of the macro ERANGE into errno and return zero with the same sign as that result.lhs and value rhs. | Decimal128 bdldfp::operator* | ( | long | lhs, |
| Decimal128 | rhs | ||
| ) |
| Decimal128 bdldfp::operator* | ( | long long | lhs, |
| Decimal128 | rhs | ||
| ) |
| Decimal128 bdldfp::operator* | ( | unsigned int | lhs, |
| Decimal128 | rhs | ||
| ) |
| Decimal128 bdldfp::operator* | ( | unsigned long | lhs, |
| Decimal128 | rhs | ||
| ) |
| Decimal128 bdldfp::operator* | ( | unsigned long long | lhs, |
| Decimal128 | rhs | ||
| ) |
| Decimal128 bdldfp::operator+ | ( | Decimal128 | lhs, |
| Decimal128 | rhs | ||
| ) |
Add the value of the specified rhs to the value of the specified lhs as described by IEEE-754 and return the result.
lhs or rhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.lhs or rhs is NaN, return a NaN.lhs and rhs are infinities of differing signs, store the value of the macro EDOM into errno and return a NaN.lhs and rhs are infinities of the same sign then return infinity of that sign.rhs is zero (positive or negative), return lhs.lhs and rhs has an absolute value that is larger than std::numeric_limits<Decimal128>::max() then store the value of the macro ERANGE into errno and set this object to infinity with the same sign as that result.lhs and the number represented by rhs. | Decimal128 bdldfp::operator+ | ( | Decimal128 | lhs, |
| Decimal32 | rhs | ||
| ) |
| Decimal128 bdldfp::operator+ | ( | Decimal128 | lhs, |
| Decimal64 | rhs | ||
| ) |
| Decimal128 bdldfp::operator+ | ( | Decimal128 | lhs, |
| int | rhs | ||
| ) |
Add the specified rhs to the value of the specified lhs as described by IEEE-754 and return the result.
lhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.lhs object is NaN, then return a NaN.lhs is infinity, then return infinity.lhs and rhs has an absolute value that is larger than std::numeric_limits<Decimal128>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.rhs and the number represented by lhs. | Decimal128 bdldfp::operator+ | ( | Decimal128 | lhs, |
| long long | rhs | ||
| ) |
| Decimal128 bdldfp::operator+ | ( | Decimal128 | lhs, |
| long | rhs | ||
| ) |
| Decimal128 bdldfp::operator+ | ( | Decimal128 | lhs, |
| unsigned int | rhs | ||
| ) |
| Decimal128 bdldfp::operator+ | ( | Decimal128 | lhs, |
| unsigned long long | rhs | ||
| ) |
| Decimal128 bdldfp::operator+ | ( | Decimal128 | lhs, |
| unsigned long | rhs | ||
| ) |
| Decimal128 bdldfp::operator+ | ( | Decimal128 | value | ) |
Return a copy of the specified value if the value is not negative zero, and return positive zero otherwise.
| Decimal128 bdldfp::operator+ | ( | Decimal32 | lhs, |
| Decimal128 | rhs | ||
| ) |
Add the value of the specified rhs to the value of the specified lhs as described by IEEE-754 and return the result.
lhs or rhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.lhs or rhs is NaN, return a NaN.lhs and rhs are infinities of differing signs, store the value of the macro EDOM into errno and return a NaN.lhs and rhs are infinities of the same sign then return infinity of that sign.lhs and rhs has an absolute value that is larger than std::numeric_limits<Decimal32>::max() then store the value of the macro ERANGE into errno and set this object to infinity with the same sign as that result.lhs and the number represented by rhs. Add the specified rhs to the value of the specified lhs as described by IEEE-754 and return the result.
lhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.lhs object is NaN, then return a NaN.lhs is infinity, then return infinity.lhs and rhs has an absolute value that is larger than std::numeric_limits<Decimal32>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.rhs and the number represented by lhs. Return a copy of the specified value if the value is not negative zero, and return positive zero otherwise.
| Decimal128 bdldfp::operator+ | ( | Decimal64 | lhs, |
| Decimal128 | rhs | ||
| ) |
Add the value of the specified rhs to the value of the specified lhs as described by IEEE-754 and return the result.
lhs or rhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.lhs or rhs is NaN, return a NaN.lhs and rhs are infinities of differing signs, store the value of the macro EDOM into errno and return a NaN.lhs and rhs are infinities of the same sign then return infinity of that sign.rhs is zero (positive or negative), return lhs.lhs and rhs has an absolute value that is larger than std::numeric_limits<Decimal64>::max() then store the value of the macro ERANGE into errno and set this object to infinity with the same sign as that result.lhs and the number represented by rhs. Add the specified rhs to the value of the specified lhs as described by IEEE-754 and return the result.
lhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.lhs object is NaN, then return a NaN.lhs is infinity, then return infinity.lhs and rhs has an absolute value that is larger than std::numeric_limits<Decimal64>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.rhs and the number represented by lhs. | Decimal128 bdldfp::operator+ | ( | int | lhs, |
| Decimal128 | rhs | ||
| ) |
Add the specified lhs to the value of the specified rhs as described by IEEE-754 and return the result.
rhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.rhs object is NaN, then return a NaN.rhs is infinity, then return infinity.lhs and rhs has an absolute value that is larger than std::numeric_limits<Decimal128>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.lhs and the number represented by rhs. Add the specified lhs to the value of the specified rhs as described by IEEE-754 and return the result.
rhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.rhs object is NaN, then return a NaN.rhs is infinity, then return infinity.lhs and rhs has an absolute value that is larger than std::numeric_limits<Decimal32>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.lhs and the number represented by rhs. Add the specified lhs to the value of the specified rhs as described by IEEE-754 and return the result.
rhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.rhs object is NaN, then return a NaN.rhs is infinity, then return infinity.lhs and rhs has an absolute value that is larger than std::numeric_limits<Decimal64>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.lhs and the number represented by rhs. | Decimal128 bdldfp::operator+ | ( | long | lhs, |
| Decimal128 | rhs | ||
| ) |
| Decimal128 bdldfp::operator+ | ( | long long | lhs, |
| Decimal128 | rhs | ||
| ) |
| Decimal128 bdldfp::operator+ | ( | unsigned int | lhs, |
| Decimal128 | rhs | ||
| ) |
| Decimal128 bdldfp::operator+ | ( | unsigned long | lhs, |
| Decimal128 | rhs | ||
| ) |
| Decimal128 bdldfp::operator+ | ( | unsigned long long | lhs, |
| Decimal128 | rhs | ||
| ) |
| Decimal128 bdldfp::operator++ | ( | Decimal128 & | value, |
| int | |||
| ) |
Apply the prefix ++ operator to the specified value and return its original value. Note that this is a floating-point value so this operations may not change the value of this object at all (if the value is large) or it may just set it to 1.0 (if the original value is small).
Apply the prefix ++ operator to the specified value and return its original value. Note that this is a floating-point value so this operation may not change the value of this object at all (if the value is large) or it may just set it to 1.0 (if the original value is small).
Apply the prefix ++ operator to the specified value and return its original value. Note that this is a floating-point value so this operations may not change the value of this object at all (if the value is large) or it may just set it to 1.0 (if the original value is small).
| Decimal128 bdldfp::operator- | ( | Decimal128 | lhs, |
| Decimal128 | rhs | ||
| ) |
Subtract the value of the specified rhs from the value of the specified lhs as described by IEEE-754 and return the result.
lhs or rhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.lhs or rhs is NaN, return a NaN.lhs and the rhs have infinity values of the same sign, store the value of the macro EDOM into errno and return a NaN.lhs and the rhs have infinity values of differing signs, then return lhs.lhs and rhs has an absolute value that is larger than std::numeric_limits<Decimal128>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.rhsfrom the value of lhs. | Decimal128 bdldfp::operator- | ( | Decimal128 | lhs, |
| Decimal32 | rhs | ||
| ) |
| Decimal128 bdldfp::operator- | ( | Decimal128 | lhs, |
| Decimal64 | rhs | ||
| ) |
| Decimal128 bdldfp::operator- | ( | Decimal128 | lhs, |
| int | rhs | ||
| ) |
Subtract the specified rhs from the value of the specified lhs as described by IEEE-754 and return a reference to this object.
lhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.lhs is NaN, then return a NaN.lhs is infinity, then return infinity.rhs from lhs object's value results in an absolute value that is larger than std::numeric_limits<Decimal128>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.rhs from the value of lhs. | Decimal128 bdldfp::operator- | ( | Decimal128 | lhs, |
| long long | rhs | ||
| ) |
| Decimal128 bdldfp::operator- | ( | Decimal128 | lhs, |
| long | rhs | ||
| ) |
| Decimal128 bdldfp::operator- | ( | Decimal128 | lhs, |
| unsigned int | rhs | ||
| ) |
| Decimal128 bdldfp::operator- | ( | Decimal128 | lhs, |
| unsigned long long | rhs | ||
| ) |
| Decimal128 bdldfp::operator- | ( | Decimal128 | lhs, |
| unsigned long | rhs | ||
| ) |
| Decimal128 bdldfp::operator- | ( | Decimal128 | value | ) |
Return the result of applying the unary - operator to the specified value as described by IEEE-754. Note that floating-point numbers have signed zero, therefore this operation is not the same as 0-value.
| Decimal128 bdldfp::operator- | ( | Decimal32 | lhs, |
| Decimal128 | rhs | ||
| ) |
Subtract the value of the specified rhs from the value of the specified lhs as described by IEEE-754 and return the result.
lhs or rhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.lhs or rhs is NaN, return a NaN.lhs and the rhs have infinity values of the same sign, store the value of the macro EDOM into errno and return a NaN.lhs and the rhs have infinity values of differing signs, then return lhs.lhs and rhs has an absolute value that is larger than std::numeric_limits<Decimal32>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.rhs from the value of lhs. Subtract the specified rhs from the value of the specified lhs as described by IEEE-754 and return a reference to this object.
lhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.lhs is NaN, then return a NaN.lhs is infinity, then return infinity.rhs from lhs object's value results in an absolute value that is larger than std::numeric_limits<Decimal32>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.rhs from the value of lhs. Return the result of applying the unary - operator to the specified value as described by IEEE-754, essentially reversing the sign bit. Note that floating-point numbers have signed zero, so this operation is not the same as 0 - value.
| Decimal128 bdldfp::operator- | ( | Decimal64 | lhs, |
| Decimal128 | rhs | ||
| ) |
Subtract the value of the specified rhs from the value of the specified lhs as described by IEEE-754 and return the result.
lhs or rhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.lhs or rhs is NaN, return a NaN.lhs and the rhs have infinity values of the same sign, store the value of the macro EDOM into errno and return a NaN.lhs and the rhs have infinity values of differing signs, then return lhs.lhs and rhs has an absolute value that is larger than std::numeric_limits<Decimal64>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.rhsfrom the value of lhs. Subtract the specified rhs from the value of the specified lhs as described by IEEE-754 and return a reference to this object.
lhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.lhs is NaN, then return a NaN.lhs is infinity, then return infinity.rhs from lhs object's value results in an absolute value that is larger than std::numeric_limits<Decimal32>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.rhs from the value of lhs. Return the result of applying the unary - operator to the specified value as described by IEEE-754. Note that floating-point numbers have signed zero, therefore this operation is not the same as 0-value.
| Decimal128 bdldfp::operator- | ( | int | lhs, |
| Decimal128 | rhs | ||
| ) |
Subtract the specified rhs from the value of the specified lhs as described by IEEE-754 and return a reference to this object.
rhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.rhs is NaN, then return a NaN.rhs is infinity, then return infinity.rhs from lhs object's value results in an absolute value that is larger than std::numeric_limits<Decimal128>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.rhs from the number lhs. Subtract the specified rhs from the value of the specified lhs as described by IEEE-754 and return a reference to this object.
rhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.rhs is NaN, then return a NaN.rhs is infinity, then return infinity.rhs from lhs object's value results in an absolute value that is larger than std::numeric_limits<Decimal32>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.rhs from the number lhs. Subtract the specified rhs from the value of the specified lhs as described by IEEE-754 and return a reference to this object.
rhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.rhs is NaN, then return a NaN.rhs is infinity, then return infinity.rhs from lhs object's value results in an absolute value that is larger than std::numeric_limits<Decimal64>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.rhs from the number lhs. | Decimal128 bdldfp::operator- | ( | long | lhs, |
| Decimal128 | rhs | ||
| ) |
| Decimal128 bdldfp::operator- | ( | long long | lhs, |
| Decimal128 | rhs | ||
| ) |
| Decimal128 bdldfp::operator- | ( | unsigned int | lhs, |
| Decimal128 | rhs | ||
| ) |
| Decimal128 bdldfp::operator- | ( | unsigned long | lhs, |
| Decimal128 | rhs | ||
| ) |
| Decimal128 bdldfp::operator- | ( | unsigned long long | lhs, |
| Decimal128 | rhs | ||
| ) |
| Decimal128 bdldfp::operator-- | ( | Decimal128 & | value, |
| int | |||
| ) |
Apply the prefix – operator to the specified value and return its original value. Note that this is a floating-point value so this operations may not change the value of this object at all (if the value is large) or it may just set it to -1.0 (if the original value is small).
Apply the prefix – operator to the specified value and return its original value. Note that this is a floating-point value so this operation may not change the value of this object at all (if the value is large) or it may just set it to -1.0 (if the original value is small).
Apply the prefix – operator to the specified value and return its original value. Note that this is a floating-point value so this operations may not change the value of this object at all (if the value is large) or it may just set it to -1.0 (if the original value is small).
| Decimal128 bdldfp::operator/ | ( | Decimal128 | lhs, |
| Decimal128 | rhs | ||
| ) |
Divide the value of the specified lhs by the value of the specified rhs as described by IEEE-754, and return the result.
lhs or rhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.lhs or rhs is NaN, return a NaN.lhs and rhs are both infinity (positive or negative) or both zero (positive or negative) then store the value of the macro EDOM into errno and return a NaN.lhs has a normal value and rhs has a positive zero value, store the value of the macro ERANGE into errno and return infinity with the sign of lhs.lhs has a normal value and rhs has a negative zero value, store the value of the macro ERANGE into errno and return infinity with the opposite sign as lhs.lhs has infinity value and rhs has a positive zero value, return infinity with the sign of lhs.lhs has infinity value and rhs has a negative zero value, return infinity with the opposite sign as lhs.lhs by the value of rhs results in an absolute value that is larger than std::numeric_limits<Decimal128>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.lhs by the value of rhs results in an absolute value that is smaller than std::numeric_limits<Decimal128>::min() then store the value of the macro ERANGE into errno and return zero with the same sign as that result.lhs by the value of rhs. | Decimal128 bdldfp::operator/ | ( | Decimal128 | lhs, |
| Decimal32 | rhs | ||
| ) |
| Decimal128 bdldfp::operator/ | ( | Decimal128 | lhs, |
| Decimal64 | rhs | ||
| ) |
| Decimal128 bdldfp::operator/ | ( | Decimal128 | lhs, |
| int | rhs | ||
| ) |
Divide the value of the specified lhs by the specified rhs as described by IEEE-754, and return the result.
lhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.lhs is NaN then return a NaN.lhs is infinity (positive or negative) and rhs is positive value then return infinity value with the same sign as its original value.lhs is infinity (positive or negative) and rhs is negative value then return infinity value with the opposite sign as its original value.rhs is zero, store the value of the macro ERANGE into errno and return infinity with the same sign it had prior to this operation.lhs by the value of rhs results in an absolute value that is larger than std::numeric_limits<Decimal128>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.lhs by the value of rhs results in an absolute value that is smaller than std::numeric_limits<Decimal128>::min() then store the value of the macro ERANGE into errno and return zero with the same sign as that result.lhs by the value of rhs. | Decimal128 bdldfp::operator/ | ( | Decimal128 | lhs, |
| long long | rhs | ||
| ) |
| Decimal128 bdldfp::operator/ | ( | Decimal128 | lhs, |
| long | rhs | ||
| ) |
| Decimal128 bdldfp::operator/ | ( | Decimal128 | lhs, |
| unsigned int | rhs | ||
| ) |
| Decimal128 bdldfp::operator/ | ( | Decimal128 | lhs, |
| unsigned long long | rhs | ||
| ) |
| Decimal128 bdldfp::operator/ | ( | Decimal128 | lhs, |
| unsigned long | rhs | ||
| ) |
| Decimal128 bdldfp::operator/ | ( | Decimal32 | lhs, |
| Decimal128 | rhs | ||
| ) |
Divide the value of the specified lhs by the value of the specified rhs as described by IEEE-754, and return the result.
lhs or rhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.lhs or rhs is NaN, return a NaN.lhs and rhs are both infinity (positive or negative) or both zero (positive or negative) then store the value of the macro EDOM into errno and return a NaN.lhs has a normal value and rhs has a positive zero value, store the value of the macro ERANGE into errno and return infinity with the sign of lhs.lhs has a normal value and rhs has a negative zero value, store the value of the macro ERANGE into errno and return infinity with the opposite sign as lhs.lhs has infinity value and rhs has a positive zero value, return infinity with the sign of lhs.lhs has infinity value and rhs has a negative zero value, return infinity with the opposite sign as lhs.lhs by the value of rhs results in an absolute value that is larger than std::numeric_limits<Decimal32>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.lhs by the value of rhs results in an absolute value that is smaller than std::numeric_limits<Decimal32>::min() then store the value of the macro ERANGE into errno and return zero with the same sign as that result.lhs by the value of rhs. Divide the value of the specified lhs by the specified rhs as described by IEEE-754, and return the result.
lhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.lhs is NaN then return a NaN.lhs is infinity (positive or negative) and rhs is positive value then return infinity value with the same sign as its original value.lhs is infinity (positive or negative) and rhs is negative value then return infinity value with the opposite sign as its original value.rhs is zero, store the value of the macro ERANGE into errno and return infinity with the same sign it had prior to this operation.lhs by the value of rhs results in an absolute value that is larger than std::numeric_limits<Decimal32>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.lhs by the value of rhs results in an absolute value that is smaller than std::numeric_limits<Decimal32>::min() then store the value of the macro ERANGE into errno and return zero with the same sign as that result.lhs by the value rhs. | Decimal128 bdldfp::operator/ | ( | Decimal64 | lhs, |
| Decimal128 | rhs | ||
| ) |
Divide the value of the specified lhs by the value of the specified rhs as described by IEEE-754, and return the result.
lhs or rhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.lhs or rhs is NaN, return a NaN.lhs and rhs are both infinity (positive or negative) or both zero (positive or negative) then store the value of the macro EDOM into errno and return a NaN.lhs has a normal value and rhs has a positive zero value, store the value of the macro ERANGE into errno and return infinity with the sign of lhs.lhs has a normal value and rhs has a negative zero value, store the value of the macro ERANGE into errno and return infinity with the opposite sign as lhs.lhs has infinity value and rhs has a positive zero value, return infinity with the sign of lhs.lhs has infinity value and rhs has a negative zero value, return infinity with the opposite sign as lhs.lhs by the value of rhs results in an absolute value that is larger than std::numeric_limits<Decimal64>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.lhs by the value of rhs results in an absolute value that is smaller than std::numeric_limits<Decimal64>::min() then store the value of the macro ERANGE into errno and return zero with the same sign as that result.lhs by the value of rhs. Divide the value of the specified lhs by the specified rhs as described by IEEE-754, and return the result.
lhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.lhs is NaN then return a NaN.lhs is infinity (positive or negative) and rhs is positive value then return infinity value with the same sign as its original value.lhs is infinity (positive or negative) and rhs is negative value then return infinity value with the opposite sign as its original value.rhs is zero, store the value of the macro ERANGE into errno and return infinity with the same sign it had prior to this operation.lhs by the value of rhs results in an absolute value that is larger than std::numeric_limits<Decimal64>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.lhs by the value of rhs results in an absolute value that is smaller than std::numeric_limits<Decimal64>::min() then store the value of the macro ERANGE into errno and return zero with the same sign as that result.lhs by the value rhs. | Decimal128 bdldfp::operator/ | ( | int | lhs, |
| Decimal128 | rhs | ||
| ) |
Divide the specified lhs by the value of the specified rhs as described by IEEE-754, and return the result.
rhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.rhs is NaN then return a NaN.rhs is infinity (positive or negative), and lhs is zero, store the value of the macro ERANGE into errno and return a NaN.rhs is zero (positive or negative), store the value of the macro ERANGE into errno and return infinity with the sign of lhs.lhs by the value of rhs results in an absolute value that is larger than std::numeric_limits<Decimal128>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.lhs by the value of rhs results in an absolute value that is smaller than std::numeric_limits<Decimal128>::min() then store the value of the macro ERANGE into errno and return zero with the same sign as that result.lhs by the value of rhs. Note that this is a floating-point operation, not integer. Divide the specified lhs by the value of the specified rhs as described by IEEE-754, and return the result.
rhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.rhs is NaN then return a NaN.rhs is infinity (positive or negative), and lhs is zero, store the value of the macro ERANGE into errno and return a NaN.rhs is zero (positive or negative), store the value of the macro ERANGE into errno and return infinity with the sign of lhs.lhs by the value of rhs results in an absolute value that is larger than std::numeric_limits<Decimal32>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.lhs by the value of rhs results in an absolute value that is smaller than std::numeric_limits<Decimal32>::min() then store the value of the macro ERANGE into errno and return zero with the same sign as that result.lhs by the value rhs. Note that this is a floating-point operation, not integer. Divide the specified lhs by the value of the specified rhs as described by IEEE-754, and return the result.
rhs is signaling NaN, then store the value of the macro EDOM into errno and return a NaN.rhs is NaN then return a NaN.rhs is infinity (positive or negative), and lhs is zero, store the value of the macro ERANGE into errno and return a NaN.rhs is zero (positive or negative), store the value of the macro ERANGE into errno and return infinity with the sign of lhs.lhs by the value of rhs results in an absolute value that is larger than std::numeric_limits<Decimal64>::max() then store the value of the macro ERANGE into errno and return infinity with the same sign as that result.lhs by the value of rhs results in an absolute value that is smaller than std::numeric_limits<Decimal64>::min() then store the value of the macro ERANGE into errno and return zero with the same sign as that result.lhs by the value of rhs. Note that this is a floating-point operation, not integer. | Decimal128 bdldfp::operator/ | ( | long | lhs, |
| Decimal128 | rhs | ||
| ) |
| Decimal128 bdldfp::operator/ | ( | long long | lhs, |
| Decimal128 | rhs | ||
| ) |
| Decimal128 bdldfp::operator/ | ( | unsigned int | lhs, |
| Decimal128 | rhs | ||
| ) |
| Decimal128 bdldfp::operator/ | ( | unsigned long | lhs, |
| Decimal128 | rhs | ||
| ) |
| Decimal128 bdldfp::operator/ | ( | unsigned long long | lhs, |
| Decimal128 | rhs | ||
| ) |
| bool bdldfp::operator< | ( | Decimal128 | lhs, |
| Decimal128 | rhs | ||
| ) |
Return true if the specified lhs has a value less than the specified rhs and false otherwise. The value of a Decimal128 object lhs is less than that of an object rhs if the compareQuietLess operation (IEEE-754 defined, non-total ordering comparison) considers the underlying IEEE representation of lhs to be less than of that of rhs. In other words, lhs is less than rhs if:
lhs nor rhs are NaN, orlhs is zero (positive or negative) and rhs is positive, orrhs is zero (positive or negative) and lhs negative, orlhs is not positive infinity, orlhs is negative infinity and rhs is not, orlhs and rhs both represent a real number and the real number of lhs is less than that of rhsThis operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
| bool bdldfp::operator< | ( | Decimal128 | lhs, |
| Decimal32 | rhs | ||
| ) |
| bool bdldfp::operator< | ( | Decimal128 | lhs, |
| Decimal64 | rhs | ||
| ) |
| bool bdldfp::operator< | ( | Decimal32 | lhs, |
| Decimal128 | rhs | ||
| ) |
Return true if the specified lhs has a value less than the specified rhs and false otherwise. The value of a decimal object lhs is less than that of an object rhs if the compareQuietLess operation (IEEE-754 defined, non-total ordering comparison) considers the underlying IEEE representation of lhs to be less than of that of rhs. In other words, lhs is less than rhs if:
lhs nor rhs are NaN, orlhs is zero (positive or negative) and rhs is positive, orrhs is zero (positive or negative) and lhs negative, orlhs is not positive infinity, orlhs is negative infinity and rhs is not, orlhs and rhs both represent a real number and the real number of lhsis less than that of rhsThis operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
Return true if the specified lhs has a value less than the specified rhs and false otherwise. The value of a Decimal32 object lhs is less than that of an object rhs if the compareQuietLess operation (IEEE-754 defined, non-total ordering comparison) considers the underlying IEEE representation of lhs to be less than of that of rhs. In other words, lhs is less than rhs if:
lhs nor rhs are NaN, orlhs is zero (positive or negative) and rhs positive, orrhs is zero (positive or negative) and lhs negative, orlhs is not positive infinity, orlhs is negative infinity and rhs is not, orlhs and rhs both represent a real number and the real number of lhs is less than that of rhsThis operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
Return true if the specified lhs has a value less than the specified rhs and false otherwise. The value of a decimal object lhs is less than that of an object rhs if the compareQuietLess operation (IEEE-754 defined, non-total ordering comparison) considers the underlying IEEE representation of lhs to be less than of that of rhs. In other words, lhs is less than rhs if:
lhs nor rhs are NaN, orlhs is zero (positive or negative) and rhs is positive, orrhs is zero (positive or negative) and lhs negative, orlhs is not positive infinity, orlhs is negative infinity and rhs is not, orlhs and rhs both represent a real number and the real number of lhs is less than that of rhsThis operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
| bool bdldfp::operator< | ( | Decimal64 | lhs, |
| Decimal128 | rhs | ||
| ) |
Return true if the specified lhs has a value less than the specified rhs and false otherwise. The value of a Decimal64 object lhs is less than that of an object rhs if the compareQuietLess operation (IEEE-754 defined, non-total ordering comparison) considers the underlying IEEE representation of lhs to be less than of that of rhs. In other words, lhs is less than rhs if:
lhs nor rhs are NaN, orlhs is zero (positive or negative) and rhs is positive, orrhs is zero (positive or negative) and lhs negative, orlhs is not positive infinity, orlhs is negative infinity and rhs is not, orlhs and rhs both represent a real number and the real number of lhs is less than that of rhsThis operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
| bsl::basic_ostream< CHARTYPE, TRAITS > & bdldfp::operator<< | ( | bsl::basic_ostream< CHARTYPE, TRAITS > & | stream, |
| Decimal128 | object | ||
| ) |
Write the value of the specified object to the specified output stream in a single line format as described in the IEEE-754 2008 standard (5.12 Details of conversions between floating point numbers and external character sequences), and return a reference providing modifiable access to stream. If stream is not valid on entry, this operation has no effect.
NOTE: This method does not yet fully support iostream flags or the decimal floating point exception context.
| bsl::basic_ostream< CHARTYPE, TRAITS > & bdldfp::operator<< | ( | bsl::basic_ostream< CHARTYPE, TRAITS > & | stream, |
| Decimal32 | object | ||
| ) |
Write the value of the specified object to the specified output stream in a single line format as described in the IEEE-754 2008 standard (5.12 Details of conversions between floating point numbers and external character sequences), and return a reference providing modifiable access to stream. If stream is not valid on entry, this operation has no effect.
NOTE: This method does not yet fully support iostream flags or the decimal floating point exception context.
| bsl::basic_ostream< CHARTYPE, TRAITS > & bdldfp::operator<< | ( | bsl::basic_ostream< CHARTYPE, TRAITS > & | stream, |
| Decimal64 | object | ||
| ) |
Write the value of the specified object to the specified output stream in a single line format as described in the IEEE-754 2008 standard (5.12 Details of conversions between floating point numbers and external character sequences), and return a reference providing modifiable access to stream. If stream is not valid on entry, this operation has no effect.
NOTE: This method does not yet fully support iostream flags or the decimal floating point exception context.
Return an Uint128 value equal to the value of a bitwise left shift of the specified lhs 128-bit integer shifted by the specified rhs value. The behavior is undefined unless 0 <= rhs < 128.
| bool bdldfp::operator<= | ( | Decimal128 | lhs, |
| Decimal128 | rhs | ||
| ) |
Return true if the specified lhs has a value less than or equal the value of the specified rhs and false otherwise. The value of a Decimal128 object lhs is less than or equal to the value of an object rhs if the compareQuietLessEqual operation (IEEE-754 defined, non-total ordering comparison) considers the underlying IEEE representation of lhs to be less or equal to that of rhs. In other words, lhs is less or equal than rhs if:
lhs nor rhs are NaN, orlhs and rhs are both zero (positive or negative), orlhs and rhs are positive infinity, orlhs is negative infinity, orlhs and rhs both represent a real number and the real number of lhs is less or equal to that of rhsThis operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
| bool bdldfp::operator<= | ( | Decimal128 | lhs, |
| Decimal32 | rhs | ||
| ) |
| bool bdldfp::operator<= | ( | Decimal128 | lhs, |
| Decimal64 | rhs | ||
| ) |
| bool bdldfp::operator<= | ( | Decimal32 | lhs, |
| Decimal128 | rhs | ||
| ) |
Return true if the specified lhs has a value less than or equal the value of the specified rhs and false otherwise. The value of a decimal object lhs is less than or equal to the value of an object rhs if the compareQuietLessEqual operation (IEEE-754 defined, non-total ordering comparison) considers the underlying IEEE representation of lhs to be less or equal to that of rhs. In other words, lhs is less or equal than rhs if:
lhs nor rhs are NaN, orlhs and rhs are both zero (positive or negative), orlhs and rhs are positive infinity, orlhs is negative infinity, orlhs and rhs both represent a real number and the real number of lhs is less or equal to that of rhsThis operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
Return true if the specified lhs has a value less than or equal the value of the specified rhs and false otherwise. The value of a Decimal32 object lhs is less than or equal to the value of an object rhs if the compareQuietLessEqual operation (IEEE-754 defined, non-total ordering comparison) considers the underlying IEEE representation of lhs to be less or equal to that of rhs. In other words, lhs is less or equal than rhs if:
lhs nor rhs are NaN, orlhs and rhs are both zero (positive or negative), orlhs and rhs are positive infinity, orlhs is negative infinity, orlhs and rhs both represent a real number and the real number of lhs is less or equal to that of rhsThis operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
Return true if the specified lhs has a value less than or equal the value of the specified rhs and false otherwise. The value of a decimal object lhs is less than or equal to the value of an object rhs if the compareQuietLessEqual operation (IEEE-754 defined, non-total ordering comparison) considers the underlying IEEE representation of lhs to be less or equal to that of rhs. In other words, lhs is less or equal than rhs if:
lhs nor rhs are NaN, orlhs and rhs are both zero (positive or negative), orlhs and rhs are positive infinity, orlhs is negative infinity, orlhs and rhs both represent a real number and the real number of lhs is less or equal to that of rhsThis operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
| bool bdldfp::operator<= | ( | Decimal64 | lhs, |
| Decimal128 | rhs | ||
| ) |
Return true if the specified lhs has a value less than or equal the value of the specified rhs and false otherwise. The value of a Decimal64 object lhs is less than or equal to the value of an object rhs if the compareQuietLessEqual operation (IEEE-754 defined, non-total ordering comparison) considers the underlying IEEE representation of lhs to be less or equal to that of rhs. In other words, lhs is less or equal than rhs if:
lhs nor rhs are NaN, orlhs and rhs are both zero (positive or negative), orlhs and rhs are positive infinity, orlhs is negative infinity, orlhs and rhs both represent a real number and the real number of lhs is less or equal to that of rhsThis operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
| bool bdldfp::operator== | ( | const DecimalFormatConfig & | lhs, |
| const DecimalFormatConfig & | rhs | ||
| ) |
Return true if the specified lhs and rhs objects have the same value, and false otherwise. Two DecimalFormatConfig objects have the same value if each of their attributes (respectively) have the same value. Note that comparison of two string type attributes are done via 'bsl::strcmp() function.
Return true if the specified lhs and the specified rhs objects have the same value, and false otherwise. Two Uint128 objects have the same value if both of their low and high attributes are the same.
| bool bdldfp::operator== | ( | Decimal128 | lhs, |
| Decimal128 | rhs | ||
| ) |
Return true if the specified lhs and rhs have the same value, and false otherwise. Two Decimal128 objects have the same value if the compareQuietEqual operation (IEEE-754 defined, non-total ordering comparison) considers the underlying IEEE representations equal. In other words, two Decimal128 objects have the same value if:
This operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
Note that a NaN is never equal to anything, including itself:
| bool bdldfp::operator== | ( | Decimal128 | lhs, |
| Decimal32 | rhs | ||
| ) |
| bool bdldfp::operator== | ( | Decimal128 | lhs, |
| Decimal64 | rhs | ||
| ) |
| bool bdldfp::operator== | ( | Decimal32 | lhs, |
| Decimal128 | rhs | ||
| ) |
Return true if the specified lhs and rhs have the same value, and false otherwise. Two decimal objects have the same value if the compareQuietEqual operation (IEEE-754 defined, non-total ordering comparison) considers the underlying IEEE representations equal. In other words, two decimal objects have the same value if:
This operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
Return true if the specified lhs and rhs have the same value, and false otherwise. Two Decimal32 objects have the same value if the compareQuietEqual operation (IEEE-754 defined, non-total ordering comparison) considers the underlying IEEE representations equal. In other words, two Decimal32 objects have the same value if:
This operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
Note that a NaN is never equal to anything, including itself:
Return true if the specified lhs and rhs have the same value, and false otherwise. Two decimal objects have the same value if the compareQuietEqual operation (IEEE-754 defined, non-total ordering comparison) considers the underlying IEEE representations equal. In other words, two decimal objects have the same value if:
This operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
| bool bdldfp::operator== | ( | Decimal64 | lhs, |
| Decimal128 | rhs | ||
| ) |
Return true if the specified lhs and rhs have the same value, and false otherwise. Two Decimal64 objects have the same value if the compareQuietEqual operation (IEEE-754 defined, non-total ordering comparison) considers the underlying IEEE representations equal. In other words, two Decimal64 objects have the same value if:
This operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
Note that a NaN is never equal to anything, including itself:
| bool bdldfp::operator> | ( | Decimal128 | lhs, |
| Decimal128 | rhs | ||
| ) |
Return true if the specified lhs has a greater value than the specified rhs and false otherwise. The value of a Decimal128 object lhs is greater than that of an object rhs if the compareQuietGreater operation (IEEE-754 defined, non-total ordering comparison) considers the underlying IEEE representation of lhs to be greater than of that of rhs. In other words, lhs is greater than rhs if:
lhs nor rhs are NaN, orrhs is zero (positive or negative) and lhs positive, orlhs is zero (positive or negative) and rhs negative, orlhs is not negative infinity, orlhs is positive infinity and rhs is not, orlhs and rhs both represent a real number and the real number of lhs is greater than that of rhsThis operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
| bool bdldfp::operator> | ( | Decimal128 | lhs, |
| Decimal32 | rhs | ||
| ) |
| bool bdldfp::operator> | ( | Decimal128 | lhs, |
| Decimal64 | rhs | ||
| ) |
| bool bdldfp::operator> | ( | Decimal32 | lhs, |
| Decimal128 | rhs | ||
| ) |
Return true if the specified lhs has a greater value than the specified rhs and false otherwise. The value of a decimal object lhs is greater than that of an object rhs if the compareQuietGreater operation (IEEE-754 defined, non-total ordering comparison) considers the underlying IEEE representation of lhs to be greater than of that of rhs. In other words, lhs is greater than rhs if:
lhs nor rhs are NaN, orrhs is zero (positive or negative) and lhs positive, orlhs is zero (positive or negative) and rhs negative, orlhs is not negative infinity, orlhs is positive infinity and rhs is not, orlhs and rhs both represent a real number and the real number of lhs is greater than that of rhsThis operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
Return true if the specified lhs has a greater value than the specified rhs and false otherwise. The value of a Decimal32 object lhs is greater than that of an object rhs if the compareQuietGreater operation (IEEE-754 defined, non-total ordering comparison) considers the underlying IEEE representation of lhs to be greater than of that of rhs. In other words, lhs is greater than rhsif:
lhs nor rhs are NaN, orlhs and rhs are not both zero (positive or negative), orlhs is not negative infinity, orlhs is positive infinity and rhs is not, orlhs and rhs both represent a real number and the real number of lhs is greater than that of rhsThis operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
Return true if the specified lhs has a greater value than the specified rhs and false otherwise. The value of a decimal object lhs is greater than that of an object rhs if the compareQuietGreater operation (IEEE-754 defined, non-total ordering comparison) considers the underlying IEEE representation of lhs to be greater than of that of rhs. In other words, lhs is greater than rhs if:
lhs nor rhs are NaN, orrhs is zero (positive or negative) and lhs positive, orlhs is zero (positive or negative) and rhs negative, orlhs is not negative infinity, orlhs is positive infinity and rhs is not, orlhs and rhs both represent a real number and the real number of lhs is greater than that of rhsThis operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
| bool bdldfp::operator> | ( | Decimal64 | lhs, |
| Decimal128 | rhs | ||
| ) |
Return true if the specified lhs has a greater value than the specified rhs and false otherwise. The value of a Decimal64 object lhs is greater than that of an object rhs if the compareQuietGreater operation (IEEE-754 defined, non-total ordering comparison) considers the underlying IEEE representation of lhs to be greater than of that of rhs. In other words, lhs is greater than rhs if:
lhs nor rhs are NaN, orrhs is zero (positive or negative) and lhs positive, orlhs is zero (positive or negative) and rhs negative, orlhs is not negative infinity, orlhs is positive infinity and rhs is not, orlhs and rhs both represent a real number and the real number of lhs is greater than that of rhsThis operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
| bool bdldfp::operator>= | ( | Decimal128 | lhs, |
| Decimal128 | rhs | ||
| ) |
Return true if the specified lhs has a value greater than or equal to the value of the specified rhs and false otherwise. The value of a Decimal128 object lhs is greater or equal to a Decimal128 object rhs if the compareQuietGreaterEqual operation (IEEE-754 defined, non-total ordering comparison ) considers the underlying IEEE representation of lhs to be greater or equal to that of rhs. In other words, lhs is greater than or equal to rhs if:
lhs nor rhs are NaN, orlhs and rhs are both zero (positive or negative), orlhs and rhs are negative infinity, orlhs is positive infinity, orlhs and rhs both represent a real number and the real number of lhs is greater or equal to that of rhsThis operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
| bool bdldfp::operator>= | ( | Decimal128 | lhs, |
| Decimal32 | rhs | ||
| ) |
| bool bdldfp::operator>= | ( | Decimal128 | lhs, |
| Decimal64 | rhs | ||
| ) |
| bool bdldfp::operator>= | ( | Decimal32 | lhs, |
| Decimal128 | rhs | ||
| ) |
Return true if the specified lhs has a value greater than or equal to the value of the specified rhs and false otherwise. The value of a decimal object lhs is greater or equal to a decimal object rhs if the compareQuietGreaterEqual operation (IEEE-754 defined, non-total ordering comparison ) considers the underlying IEEE representation of lhs to be greater or equal to that of rhs. In other words, lhs is greater than or equal to rhs if:
lhs nor rhs are NaN, orlhs and rhs are both zero (positive or negative), orlhs and rhs are negative infinity, orlhs is positive infinity, orlhs and rhs both represent a real number and the real number of lhs is greater or equal to that of rhsThis operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
Return true if the specified lhs has a value greater than or equal to the value of the specified rhs and false otherwise. The value of a Decimal32 object lhs is greater or equal to a Decimal32 object rhs if the compareQuietGreaterEqual operation (IEEE-754 defined, non-total ordering comparison ) considers the underlying IEEE representation of lhs to be greater or equal to that of rhs. In other words, lhs is greater than or equal to rhs if:
lhs nor rhs are NaN, orlhs and rhs are both zero (positive or negative), orlhs and rhs are negative infinity, orlhs is positive infinity, orlhs and rhs both represent a real number and the real number of lhs is greater or equal to that of rhsThis operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
Return true if the specified lhs has a value greater than or equal to the value of the specified rhs and false otherwise. The value of a decimal object lhs is greater or equal to a decimal object rhs if the compareQuietGreaterEqual operation (IEEE-754 defined, non-total ordering comparison ) considers the underlying IEEE representation of lhs to be greater or equal to that of rhs. In other words, lhs is greater than or equal to rhs if:
lhs nor rhs are NaN, orlhs and rhs are both zero (positive or negative), orlhs and rhs are negative infinity, orlhs is positive infinity, orlhs and rhs both represent a real number and the real number of lhs is greater or equal to that of rhsThis operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
| bool bdldfp::operator>= | ( | Decimal64 | lhs, |
| Decimal128 | rhs | ||
| ) |
Return true if the specified lhs has a value greater than or equal to the value of the specified rhs and false otherwise. The value of a Decimal64 object lhs is greater or equal to a Decimal64 object rhs if the compareQuietGreaterEqual operation (IEEE-754 defined, non-total ordering comparison ) considers the underlying IEEE representation of lhs to be greater or equal to that of rhs. In other words, lhs is greater than or equal to rhs if:
lhs nor rhs are NaN, orlhs and rhs are both zero (positive or negative), orlhs and rhs are negative infinity, orlhs is positive infinity, orlhs and rhs both represent a real number and the real number of lhs is greater or equal to that of rhsThis operation stores the value of the macro EDOM into errno if either or both operands are signaling NaN.
| bsl::basic_istream< CHARTYPE, TRAITS > & bdldfp::operator>> | ( | bsl::basic_istream< CHARTYPE, TRAITS > & | stream, |
| Decimal128 & | object | ||
| ) |
Read, into the specified object, from the specified input stream an IEEE 128 bit decimal floating-point value as described in the IEEE-754 2008 standard (5.12 Details of conversions between floating point numbers and external character sequences) and return a reference providing modifiable access to stream. If stream contains a Nan value, it is unspecified if object will receive a quiet or signaling Nan. If stream is not valid on entry stream.good() == false, this operation has no effect other than setting stream.fail() to true. If eof (end-of-file) is found before any non-whitespace characters stream.fail() is set to true and object remains unchanged. If eof is detected after some characters have been read (and successfully interpreted as part of the textual representation of a floating-point value as specified by IEEE-754) then stream.eof() is set to true. If the first non-whitespace character sequence is not a valid textual representation of a floating-point value (e.g., 12e or e12 or 1*2) the stream.fail() is set to true and object will remain unchanged. If a real number value is represented by the character sequence but it is a large positive or negative value that cannot be stored into object then store the value of the macro ERANGE into errno and positive or negative infinity is stored into object, respectively. If a real number value is represented by the character sequence but it is a small positive or negative value that cannot be stored into object then store the value of the macro ERANGE into errno and positive or negative zero is stored into object, respectively. If a real number value is represented by the character sequence but it cannot be stored exactly into object, the value is rounded according to the current rounding direction (of the environment) and then stored into object.
NOTE: This method does not yet fully support iostream flags or the decimal floating point exception context.
| bsl::basic_istream< CHARTYPE, TRAITS > & bdldfp::operator>> | ( | bsl::basic_istream< CHARTYPE, TRAITS > & | stream, |
| Decimal32 & | object | ||
| ) |
Read, into the specified object, from the specified input stream an IEEE 32 bit decimal floating-point value as described in the IEEE-754 2008 standard (5.12 Details of conversions between floating point numbers and external character sequences) and return a reference providing modifiable access to stream. If stream contains a NaN value, it is unspecified if object will receive a quiet or signaling Nan. If stream is not valid on entry stream.good() == false, this operation has no effect other than setting stream.fail() to true. If eof (end-of-file) is found before any non-whitespace characters stream.fail() is set to true and object remains unchanged. If eof is detected after some characters have been read (and successfully interpreted as part of the textual representation of a floating-point value as specified by IEEE-754) then stream.eof() is set to true. If the first non-whitespace character sequence is not a valid textual representation of a floating-point value (e.g., 12e or e12 or 1*2) the stream.fail() is set to true and object will remain unchanged. If a real number value is represented by the character sequence but it is a large positive or negative value that cannot be stored into object then store the value of the macro ERANGE into errno and positive or negative infinity is stored into object, respectively. If a real number value is represented by the character sequence but it is a small positive or negative value that cannot be stored into object then store the value of the macro ERANGE into errno and positive or negative zero is stored into object, respectively. If a real number value is represented by the character sequence but it cannot be stored exactly into object, the value is rounded according to the current rounding direction (of the environment) and then stored into object.
NOTE: This method does not yet fully support iostream flags or the decimal floating point exception context.
| bsl::basic_istream< CHARTYPE, TRAITS > & bdldfp::operator>> | ( | bsl::basic_istream< CHARTYPE, TRAITS > & | stream, |
| Decimal64 & | object | ||
| ) |
Read, into the specified object, from the specified input stream an IEEE 64 bit decimal floating-point value as described in the IEEE-754 2008 standard (5.12 Details of conversions between floating point numbers and external character sequences) and return a reference providing modifiable access to stream. If stream contains a Nan value, it is unspecified if object will receive a quiet or signaling Nan. If stream is not valid on entry stream.good() == false, this operation has no effect other than setting stream.fail() to true. If eof (end-of-file) is found before any non-whitespace characters stream.fail() is set to true and object remains unchanged. If eof is detected after some characters have been read (and successfully interpreted as part of the textual representation of a floating-point value as specified by IEEE-754) then stream.eof() is set to true. If the first non-whitespace character sequence is not a valid textual representation of a floating-point value (e.g., 12e or e12 or 1*2) the stream.fail() is set to true and object will remain unchanged. If a real number value is represented by the character sequence but it is a large positive or negative value that cannot be stored into object then store the value of the macro ERANGE into errno and positive or negative infinity is stored into object, respectively. If a real number value is represented by the character sequence but it is a small positive or negative value that cannot be stored into object then store the value of the macro ERANGE into errno and positive or negative zero is stored into object, respectively. If a real number value is represented by the character sequence but it cannot be stored exactly into object, the value is rounded according to the current rounding direction (of the environment) and then stored into object.
NOTE: This method does not yet fully support iostream flags or the decimal floating point exception context.
Return an Uint128 value equal to the value of a bitwise right shift of the specified lhs 128-bit integer shifted by the specified rhs value. The behavior is undefined unless 0 <= rhs < 128.
Return an Uint128 object having the value of a the bitwise xor between the specified lhs and the specified rhs value.
Return an Uint128 object having the value of a the bitwise or between the specified lhs and the specified rhs value.
1.9.8