FILE I/O: Difference between revisions
No edit summary |
No edit summary |
||
| Line 1: | Line 1: | ||
Business Rules differentiates between three different file types: display, internal and external. Each of these file types facilitates different kinds of programming tasks. This section provides a comparison of the different file types and should help you in determining which is the best file type for a particular task. | Business Rules differentiates between three different file types: display, internal and external. Each of these file types facilitates different kinds of programming tasks. This section provides a comparison of the different file types and should help you in determining which is the best file type for a particular task. | ||
Communications files are not specifically addressed in this | Communications files are not specifically addressed in this section because they are considered a type of display file. For information about the special characteristics of communications files, see the [[Open Communications]] statement and the [[Communications]] section. | ||
Cross platform I/O is now supported. This means you can read and write data and indexes on both Intel and Risc platforms from either platform. Also see [[APPENDIX G]] File Comparison for more information. | Cross platform I/O is now supported. This means you can read and write data and indexes on both Intel and Risc platforms from either platform. Also see [[APPENDIX G]] File Comparison for more information. | ||
Latest revision as of 17:38, 22 July 2013
Business Rules differentiates between three different file types: display, internal and external. Each of these file types facilitates different kinds of programming tasks. This section provides a comparison of the different file types and should help you in determining which is the best file type for a particular task.
Communications files are not specifically addressed in this section because they are considered a type of display file. For information about the special characteristics of communications files, see the Open Communications statement and the Communications section.
Cross platform I/O is now supported. This means you can read and write data and indexes on both Intel and Risc platforms from either platform. Also see APPENDIX G File Comparison for more information.