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#185 – The Heap and the Stack
In C#, all objects are created on either the heap or the stack. The stack is an area of memory where the following is stored: Objects whose type is a value type (e.g. enums, built-in types and structs)...
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#186 – Value Types on the Heap
Value types are normally allocated on the stack. They can, however, be allocated on the heap–when they are declared within an object. When an object is instantiated, memory for the entire object,...
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#188 – Objects Are on the Heap, References to Objects Are on the Stack
When you instantiate an object, an area of memory on the heap is allocated to store the object’s data. So we typically say that the object is on the heap. Person thatGuy = new Person("Julius",...
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#189 – Memory Management for Stack-Based Objects
When an object is created on the stack, memory is allocated from the stack for that object. Memory for an object allocated from the stack is not deallocated until the function containing the...
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#842 – The Stack Data Type
A stack is a data type used to store a collection of items and which has the following properties: Elements can be added to the stack Elements can be removed from the stack, but only in the reverse...
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#843 – Using the Generic Stack Class
A stack is a data structure that allows adding elements to the top of the stack through a Push operation, or removing elements from the top of the stack through a Pop operation. The .NET Framework...
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#905 – Examining an Exception’s Stack Trace
When you access an exception object’s StackTrace property from within an exception handler, you only have access to a single multiline string that dumps out details about the stack. For example: This...
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