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COBOL was popular in the business community. Colour screens 7 colours arrived later. For preparing data input diskettes, as a successor to card punches, there was a special workstation called a "dual display" which employed a system of mirrors to split a horizontally mounted screen into two 12x80 displays.
Two users sat on either side of it with two keyboards and two diskette drives. However, bythe IBM terminal helped usher in the age of IBM Color - seven colors pink, red, blue, yellow, green, white, and turquoise.
Bythere was another type of "color" monitor - instead of green, the displayed characters were yellow "amber," in IBM-speak. Programming IBM colors[ edit ] Programming colors did not require a new screen programming language, because the implementation was completely at the hardware level.
A protocol called the IBM Data Stream interpreted field attributes such as blinking, non-display, high intensity, reverse image, underline, and column separators and was used in combination to create colors. Normal text was presented as green on a color terminal, but high intensity became white.
Column separators became yellow. Underlined text was presented as blue. High intensity blinking became pink. High intensity column separators became turquoise.
The five lights[ edit ] On a type terminal, there were five lights to watch for: Other users, and the system itself, can send messages to workstations.
If lit, there is at least 1 message that has not been seen yet. When a program ends or when the user signs on, the message s will be shown. The Insert key has been pressed. Characters after the cursor while shift right when text is keyed.
Press Insert again to cease Insert Mode. The Caps Lock key has been pressed. All keys pressed will be uppercase. Press Caps Lock again to unlock.
The Shift key is being pressed. The key pressed simultaneously will be uppercase. Keyboards[ edit ] The and terminals used an key keyboard with a similar key arrangement to the IBM PC There was a special terminal and keyboard for Katakanaa syllabary of the Japanese Language Dipswitches[ edit ] Printers and workstations had a series of binary switches known as "dipswitches" for configuration.
The binary OFF settings, zero "0" and one "1" were used to switch back and forth internally. A switch could be set up on printers and monitors where in the zero position the British value would display or print.
In the one position the American value would display or print. Eight devices could be configured per line; these were numbered 0 through 7. Three binary switches on every device were used for the terminal's address the physical designation of a particular terminal on a particular line.
Sometimes, the switches were numbered 1, 2, and 4. In order to set an address, simple addition was used:Acceptance tests are created from user stories. During an iteration the user stories selected during the iteration planning meeting will be translated into acceptance tests.
The customer specifies scenarios to test when a user story has been correctly implemented. A story can have one or many acceptance tests, what ever it takes to . What Is HomeLink?
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