The getInt8() function of the DataView gets and returns a signed 8-bit floating point number at the specified position.SyntaxIts syntax is as followsdataView.getInt8();Example Live Demo    JavaScript Example           var arrayBuffer = new ArrayBuffer(20);       var dataView = new DataView(arrayBuffer);       dataView.setInt8(1, 362);       document.write(dataView.getInt8(1));     Output106ExampleTo this function you cannot pass float value, if you try to do so it is considered as integer value. Live Demo    JavaScript Example           var arrayBuffer = new ArrayBuffer(20);       ... Read More

The getInt32() function of the DataView gets and returns a signed 32-bit integer at the specified position.SyntaxIts syntax is as followsdataView.getInt32();Example Live Demo    JavaScript Example           var arrayBuffer = new ArrayBuffer(20);       var dataView = new DataView(arrayBuffer);       dataView.setInt32(1, 36274722);       document.write(dataView.getInt32(1));     Output36274722ExampleTo this function you cannot pass float value, if you try to do so it is considered as integer value. Live Demo    JavaScript Example           var arrayBuffer = new ArrayBuffer(20);       var dataView ... Read More

The getInt16() function of the DataView gets and returns a signed 16-bit integer at the specified position.SyntaxIts syntax is as followsdataView.getInt16();Example Live Demo JavaScript Example           var arrayBuffer = new ArrayBuffer(20);       var dataView = new DataView(arrayBuffer);       dataView.setInt16(1, 3225);       document.write(dataView.getInt16(1));     Output3225ExampleTo this function you cannot pass float value, if you try to do so it is considered as integer value. Live Demo    JavaScript Example           var arrayBuffer = new ArrayBuffer(20);       var dataView = ... Read More

The getFloat64() function of the DataView gets and returns a signed 64-bit floating point number at the specified position.SyntaxIts syntax is as followsdataView.getFloat64();ExampleTry the following example. Live Demo    JavaScript Example           var arrayBuffer = new ArrayBuffer(20);       var dataView = new DataView(arrayBuffer);       dataView.setFloat64(1, 654.44);       document.write(dataView.getFloat64(1));     Output654.44ExampleTo this function, in addition to floating point values you can also pass Math functions. Live Demo    JavaScript Example           var arrayBuffer = new ArrayBuffer(20);       var dataView ... Read More

The getFloat32() function of the DataView gets and returns a signed 32-bit floating point number at the specified position.SyntaxIts syntax is as followsdataView.getFloat32();ExampleTry the following example. Live Demo    JavaScript Example           var arrayBuffer = new ArrayBuffer(8);       var dataView = new DataView(arrayBuffer);       dataView.setFloat32(1, Math.LOG2E);       document.write(dataView.getFloat32(1));     Output1.4426950216293335ExampleTo this function, in addition to floating point values you can also pass Math functions. Live Demo    JavaScript Example           var arrayBuffer = new ArrayBuffer(8);       var dataView ... Read More

The buffer property of the DataView represents the ArrayBuffer of the current DataView.SyntaxIts syntax is as followsdataView.buffer;ExampleTry the following example. Live Demo    JavaScript Example           var arrayBuffer = new ArrayBuffer(156);       var dataView = new DataView(arrayBuffer);       document.write(dataView.buffer.byteLength);     Output156

The byteOffset property of the DataView represents the offset of the current DataView.SyntaxIts syntax is as followsdataView.byteOffset();ExampleTry the following example. Live Demo    JavaScript Example           var arrayBuffer = new ArrayBuffer(114);       var dataView = new DataView(arrayBuffer);       document.write(dataView.buffer.byteLength);     Output114

The byteLength property of the DataView represents the length of the current Data View.SyntaxIts syntax is as followsdataView.byteLength();Example Live Demo    JavaScript Example           var arrayBuffer = new ArrayBuffer(8);       var dataView = new DataView(arrayBuffer);       document.write(dataView.byteLength);     Output8

The Atomic object of JavaScript is an object and which provides atomic operations such as add, sub, and, or, xor, load, store etc. as static methods, these methods are used with SharedArrayBuffer objects.The xor() function of the atomic object accepts a number and the position and, performs an xor operation on the given value at the given position.SyntaxIts syntax is as followsAtomics.xor()Example Live Demo    JavaScript Example           var arrayBuffer = new SharedArrayBuffer(16);       var data = new Uint8Array(arrayBuffer);       data[0] = 30;       document.write(Atomics.xor(data, 0, 3));       document.write(", "+Atomics.load(data, 0));     Output30, 29

The Atomic object of JavaScript is an object and which provides atomic operations such as add, sub, and, or, xor, load, store etc. as static methods, these methods are used with SharedArrayBuffer objects.The sub() function of the atomic object accepts a number and the position, subtracts the given number from the number in the given position and it returns the value of the number in the old position.SyntaxIts syntax is as follows.Atomics.sub()Example Live Demo    JavaScript Example           var arrayBuffer = new SharedArrayBuffer(16);       var data = new Uint8Array(arrayBuffer);       ... Read More