RxnInt class - rx_types library

Constructors

RxnInt([int? initial])

Properties

bitLength → int: Available on Rx<int>, provided by the RxIntExt extension
Returns the minimum number of bits required to store this integer.
no setter
bitLength → int?: Available on Rx<int?>, provided by the RxnIntExt extension
Returns the minimum number of bits required to store this integer.
no setter
canUpdate → bool: no setterinherited
firstRebuild ↔ bool: getter/setter pairinherited
hashCode → int: The hash code for this object.
no setterinherited
isEven → bool: Available on Rx<int>, provided by the RxIntExt extension
Returns true if and only if this integer is even.
no setter
isEven → bool?: Available on Rx<int?>, provided by the RxnIntExt extension
Returns true if and only if this integer is even.
no setter
isOdd → bool: Available on Rx<int>, provided by the RxIntExt extension
Returns true if and only if this integer is odd.
no setter
isOdd → bool?: Available on Rx<int?>, provided by the RxnIntExt extension
Returns true if and only if this integer is odd.
no setter
runtimeType → Type: A representation of the runtime type of the object.
no setterinherited
sentToStream ↔ bool: getter/setter pairinherited
sign → int: Available on Rx<int>, provided by the RxIntExt extension
Returns the sign of this integer.
no setter
sign → int?: Available on Rx<int?>, provided by the RxnIntExt extension
Returns the sign of this integer.
no setter
stream → Stream<int?>: no setterinherited
string → String: Same as toString() but using a getter.
no setterinherited
subject ↔ GetStream<int?>: getter/setter pairinherited
value ↔ int?: Returns the current value
getter/setter pairinherited

Methods

abs() → int: Available on Rx<int>, provided by the RxIntExt extension
Returns the absolute value of this integer.
abs() → int?: Available on Rx<int?>, provided by the RxnIntExt extension
Returns the absolute value of this integer.
addError(Object error, [StackTrace? stackTrace]) → void: inherited
addListener(GetStream<int?> rxGetx) → void: This is an internal method. Subscribe to changes on the inner stream.
inherited
bindStream(Stream<int?> stream) → void: Binds an existing Stream<T> to this Rx
inherited
call([int? v]) → int?: updates the value to null and adds it to the Stream. Even with null-safety coming, is still an important feature to support, as call() doesn't accept null values. For instance, InputDecoration.errorText has to be null to not show the "error state".
inherited
ceil() → int: Available on Rx<int>, provided by the RxIntExt extension
Returns this.
ceil() → int?: Available on Rx<int?>, provided by the RxnIntExt extension
Returns this.
ceilToDouble() → double?: Available on Rx<int?>, provided by the RxnIntExt extension
Returns this.toDouble().
ceilToDouble() → double: Available on Rx<int>, provided by the RxIntExt extension
Returns this.toDouble().
close() → void: Closes the subscriptions for this Rx, releasing the resources.
inherited
floor() → int?: Available on Rx<int?>, provided by the RxnIntExt extension
Returns this.
floor() → int: Available on Rx<int>, provided by the RxIntExt extension
Returns this.
floorToDouble() → double?: Available on Rx<int?>, provided by the RxnIntExt extension
Returns this.toDouble().
floorToDouble() → double: Available on Rx<int>, provided by the RxIntExt extension
Returns this.toDouble().
gcd(int other) → int: Available on Rx<int>, provided by the RxIntExt extension
Returns the greatest common divisor of this integer and other.
gcd(int other) → int?: Available on Rx<int?>, provided by the RxnIntExt extension
Returns the greatest common divisor of this integer and other.
listen(void onData(int?), {Function? onError, void onDone()?, bool? cancelOnError}) → StreamSubscription<int?>: inherited
listenAndPump(void onData(int? event), {Function? onError, void onDone()?, bool? cancelOnError}) → StreamSubscription<int?>: Returns a StreamSubscription similar to listen, but with the added benefit that it primes the stream with the current value, rather than waiting for the next value. This should not be called in onInit or anywhere else during the build process.
inherited
map<R>(R mapper(int? data)) → Stream<R>: inherited
modInverse(int modulus) → int: Available on Rx<int>, provided by the RxIntExt extension
Returns the modular multiplicative inverse of this integer modulo modulus.
modInverse(int modulus) → int?: Available on Rx<int?>, provided by the RxnIntExt extension
Returns the modular multiplicative inverse of this integer modulo modulus.
modPow(int exponent, int modulus) → int: Available on Rx<int>, provided by the RxIntExt extension
Returns this integer to the power of exponent modulo modulus.
modPow(int exponent, int modulus) → int?: Available on Rx<int?>, provided by the RxnIntExt extension
Returns this integer to the power of exponent modulo modulus.
noSuchMethod(Invocation invocation) → dynamic: Invoked when a nonexistent method or property is accessed.
inherited
refresh() → void: Makes a direct update of value adding it to the Stream useful when you make use of Rx for custom Types to referesh your UI.
inherited
round() → int?: Available on Rx<int?>, provided by the RxnIntExt extension
Returns this.
round() → int: Available on Rx<int>, provided by the RxIntExt extension
Returns this.
roundToDouble() → double?: Available on Rx<int?>, provided by the RxnIntExt extension
Returns this.toDouble().
roundToDouble() → double: Available on Rx<int>, provided by the RxIntExt extension
Returns this.toDouble().
toJson() → dynamic: Returns the json representation of value.
inherited
toSigned(int width) → int: Available on Rx<int>, provided by the RxIntExt extension
Returns the least significant width bits of this integer, extending the highest retained bit to the sign. This is the same as truncating the value to fit in width bits using an signed 2-s complement representation. The returned value has the same bit value in all positions higher than width.
toSigned(int width) → int?: Available on Rx<int?>, provided by the RxnIntExt extension
Returns the least significant width bits of this integer, extending the highest retained bit to the sign. This is the same as truncating the value to fit in width bits using an signed 2-s complement representation. The returned value has the same bit value in all positions higher than width.
toString() → String: A string representation of this object.
inherited
toUnsigned(int width) → int: Available on Rx<int>, provided by the RxIntExt extension
Returns the least significant width bits of this integer as a non-negative number (i.e. unsigned representation). The returned value has zeros in all bit positions higher than width.
toUnsigned(int width) → int?: Available on Rx<int?>, provided by the RxnIntExt extension
Returns the least significant width bits of this integer as a non-negative number (i.e. unsigned representation). The returned value has zeros in all bit positions higher than width.
trigger(int? v) → void: Following certain practices on Rx data, we might want to react to certain listeners when a value has been provided, even if the value is the same. At the moment, we ignore part of the process if we .call(value) with the same value since it holds the value and there's no real need triggering the entire process for the same value inside, but there are other situations where we might be interested in triggering this.
inherited
truncate() → int?: Available on Rx<int?>, provided by the RxnIntExt extension
Returns this.
truncate() → int: Available on Rx<int>, provided by the RxIntExt extension
Returns this.
truncateToDouble() → double?: Available on Rx<int?>, provided by the RxnIntExt extension
Returns this.toDouble().
truncateToDouble() → double: Available on Rx<int>, provided by the RxIntExt extension
Returns this.toDouble().
update(void fn(int? val)) → void: Uses a callback to update value internally, similar to refresh, but provides the current value as the argument. Makes sense for custom Rx types (like Models).
inherited

Operators

operator &(int other) → int: Available on Rx<int>, provided by the RxIntExt extension
Bit-wise and operator.
operator &(int other) → int?: Available on Rx<int?>, provided by the RxnIntExt extension
Bit-wise and operator.
operator +(int other) → RxnInt: Addition operator.
operator -(int other) → RxnInt: Subtraction operator.
operator <<(int shiftAmount) → int: Available on Rx<int>, provided by the RxIntExt extension
Shift the bits of this integer to the left by shiftAmount.
operator <<(int shiftAmount) → int?: Available on Rx<int?>, provided by the RxnIntExt extension
Shift the bits of this integer to the left by shiftAmount.
operator ==(Object o) → bool: This equality override works for _RxImpl instances and the internal values.
inherited
operator >>(int shiftAmount) → int: Available on Rx<int>, provided by the RxIntExt extension
Shift the bits of this integer to the right by shiftAmount.
operator >>(int shiftAmount) → int?: Available on Rx<int?>, provided by the RxnIntExt extension
Shift the bits of this integer to the right by shiftAmount.
operator ^(int other) → int: Available on Rx<int>, provided by the RxIntExt extension
Bit-wise exclusive-or operator.
operator ^(int other) → int?: Available on Rx<int?>, provided by the RxnIntExt extension
Bit-wise exclusive-or operator.
operator unary-() → int: Available on Rx<int>, provided by the RxIntExt extension
Return the negative value of this integer.
operator unary-() → int?: Available on Rx<int?>, provided by the RxnIntExt extension
Return the negative value of this integer.
operator |(int other) → int: Available on Rx<int>, provided by the RxIntExt extension
Bit-wise or operator.
operator |(int other) → int?: Available on Rx<int?>, provided by the RxnIntExt extension
Bit-wise or operator.
operator ~() → int: Available on Rx<int>, provided by the RxIntExt extension
The bit-wise negate operator.
operator ~() → int?: Available on Rx<int?>, provided by the RxnIntExt extension
The bit-wise negate operator.