Explain the difference between a computer process and thread
Explain the difference between a computer process and thread.
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A single process can consist multiple of threads which share global data and address space with other threads running within the same process, and thus can operate on similar data set simply. Processes do not share address space and a various mechanism must be used when they are to share data.
When we consider running a word processing program to be a process, there then the auto-save and spell check features which occur in the background are various threads of that process that are all operating on similar data set (your document).
Multiple-boot options: The hardware configurations of several computers are capable to run various operating system and window manager combinations. A few systems permit a user to select which combination they wish to utilize during a specific session
Low level programming languages: It is frequently termed as `assembly languages’; these give little more than the fundamental instruction set of a particular Central Processing Unit. Therefore programs written in low level programming languages
Explain the term Web Services Description Language.
Virtual desktop: The name employed to explain a user's graphical working area in a window manager. The name arises in the early days of graphical user interfaces whenever it was thought that such would lead to `paperless offices'. This was anticipated
Java Archive file: It is a Java Archive (JAR) file which makes it possible to store multiple bytecode files within a single file.
Define the term Image map: This is an image, divided into logical regions, each of which has a hot spot.
Who Issues Certificates and How?
Datagram: It is a packet of information passed between the two communicating procedures across a network. Both the Transmission Control Protocol (abbreviated as TCP) and the User Datagram Protocol (abbreviated as UDP) are indirectly comprised in sendi
Describe the term Long lock in the tibco iProcess in brief.
Overriding for breadth: It is a form of method overriding in which the sub-class version of a technique implements its own behavior within the context of attributes and behavior of the sub-class and then calls the super-class version and hence it can
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