random file organization is a organization were you search a certain object ofr file by the use of any key and in search by randomly
following are the types of organisation 1-line organisation 2-line and staff organisation 3-functional organisation 4-divisional organisation 5-project organisation 6-matrix organisation 7-virtual organisation 8-free-form organisation 9-geographical organisation 10-committee organisation
importances of meetings in an organisation
Well. A limited organisation is a organisation which is limited to one area, therefore you cannot make it worldwide:(
Board of directors is a group of people who are elected or appointed to an organisation to direct the strategy of the organisation.
A profit making organisation is an organisation which its priority is to make a profit rather than to help the community.
There are several methods of file organisation and each one is suited for a particular task or purpose. Here are the factors to consider before choosing a file organisation method; Frequency of update: A file that needs to be updated every now and then needs an organisation method that will allow easy retrieval of information and ease of updating, example of such a file is the transaction file. File activity: Different files have different activities, example a sort file is used to sort data in sequential order and therefore sequential method would be appropriate for such a file. File access method: Definitely different files have different methods of being accessed, example a reference file is accessed using random method for easy retrieval of data. Nature of the system: Files that are used in a particular system will depend on the nature of the system i.e the suitable organisation method for that particular system. Master file medium: The master file is the main file for keeping permanent updates of records from transaction files and other sources, the medium by which it is updated will determine the organisation method to be used.
hash file organisation is containing the record of the file.
why would an organisation have a file register
Heap file organization Sequential File Organization Hashing File organization
Here are the factors to consider before choosing a file organisation method; 1. Frequency of update: A file that needs to be updated every now and then needs an organisation method that will allow easy retrieval of information and ease of updating, example of such a file is the transaction file. 2. File activity: Different files have different activities, example a sort file is used to sort data in sequential order and therefore sequential method would be appropriate for such a file. 3. File access method: Definately different files have different methods of being accessed, example a reference file is accessed using random method for easy retrieval of data. 4. Nature of the system: Files that are used in a particular system will depend on the nature of the system i.e the suitable organisation method for that particular system. 5. Masterfile medium: The masterfile is the main file for keeping permanent updates of records from transaction files and other sources, the medium by which it is updated will determine the organisation method to be used.
it is a file (C/windows/exe/daw/evdll) is sum random file :)
A swap file is the file that an operating system uses when it is moving data. A computer creates this file when it is moving data from random access memory to virtual memory.
Two file modes are "text" and "binary". Text is used for human readable data, such as a C source file, or a notepad text file. Binary is used for computer readable data, such as an executable object file. Two other file modes are "sequential" and "random". Sequential is used when the file is accessed serially, from the beginning to the end, and can be used for both text and binary files. Random is used when the file is accessed non-serially, often jumping around from place to place. An example of random is a database file.
Random access simply means the ability to read and write anywhere in the file, as opposed to sequential access where data is simply appended to the end of the file and is accessed by traversing from the start of the file in sequential order. Random access is ideally suited to data arrays where every element in the file is exactly the same length, allowing constant-time traversal from one element to any other, in both directions. If the data is also sorted, random access also allows binary search to improve search efficiency.
The header file for random functions ( like rand(), srand() ) is stdlib.h in C and cstdlib in C++.
Sequential access,Random, Binary
Sequential and random access.