data:image/png;base64,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KBgAAH6CYJECBAgIAA+wECBAgQIBAICHCAbpIAAQIECByxcQFpoRMBzwAAAABJRU5ErkJggg==2true0The process of finding and resolving bugs within computer programs, software, or systems.190Input,"Data that is entered into or received by a computer. This could include a user pressing a key on a keyboard, clicking a mouse to select something on screen or tapping a touch pad. "Output,"Any information processed by and sent out from a computer or other electronic device. An example is anything viewed on your computer monitor screen, such as the words you type on your keyboard"Pseudocode,"An artificial and informal language that helps programmers develop algorithms. A ""text-based"" detail (algorithmic) design tool."Local variable, A variable that is only accessible within a specific part of a program. These variables are usually local to a subroutine and are declared or defined within that routine. Global variable,"Variables that are accessible everywhere throughout the program. Once declared, they remain in memory throughout the runtime of the program. This means that they can be changed by any function at any point and may affect the program as a whole."Algorithm,"A process or set of rules to be followed in calculations or other problem-solving operations, especially by a computer."Collaboration,"The process of two or more people, entities or organizations working together to complete a task or achieve a goal."Return statement,"A statement that ends the execution of a function, and returns control to the calling function. Execution resumes in the calling function at the point immediately following the call. It can return a value to the calling function."Data abstraction,The reduction of a particular body of data to a simplified representation of the whole.Modulus,The remainder that is left over when a number is divided by another.Boolean,A form of algebra where all values are either True or False. These values of true and false are usually used to test conditions.Iteration,A sequence of instructions or code being repeated until a specific end result is achievedPrototype,An early model of a product built to test a concept or process or to act as a thing to be replicated or learned from.Infinite Loop,"A sequence of instructions that, as written, will continue endlessly, unless an external intervention occurs. It may be intentional or unintentional. "Element,"A single part of a larger group. For example, in computer programming an array can contain different items that can be stored and called upon individually. "Traverse,"""Visiting"" or ""touching"" the elements of the structure, and doing something with the data. (Also sometimes called iterating over the data structure) "Code Segment,"A portion of an object file or the corresponding section of the program's virtual address space that contains executable instructions. "Malware,"Any software intentionally designed to cause disruption to a computer, server, client, or computer network, leak private information, gain unauthorized access to information or systems, deprive access to information, or which unknowingly interferes with the user's computer security and privacy."Keylogging,"The action of recording the keys struck on a keyboard, typically covertly, so that a person using the keyboard is unaware that their actions are being monitored. Data can then be retrieved by the person operating the logging program. "Index Out of Bounds,"An error meaning that you have tried to get something from an array or list with an invalid index. The -1 is most likely the index you gave it. An array or list will never have an index of -1 be valid. "Syntax Error,"An error in the syntax of a sequence of characters or tokens that is intended to be written in a particular programming language. For compiled languages, these errors are detected at compile-time. A program will not compile until all of these types of errors are fixed. "Logic Error,"A bug in a program that causes it to operate incorrectly, but not to terminate abnormally. This type of error produces unintended or undesired output or other behavior, although it may not immediately be recognized as such. "Run Time Error,"This error occurs when a program is syntactically correct but contains an issue that is only detected during program execution. "Phishing,A type of social engineering where an attacker sends a fraudulent message designed to trick a person into revealing sensitive information to the attacker or to deploy malicious software on the victim's infrastructure like ransomwareDebugging,"The process of finding and resolving bugs within computer programs, software, or systems."