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This book describes the scientific applications of OS/2, IBM’s operating system for advanced PCs, especially PS/2s. The system overcomes most objections to DOS by allowing access to up to 16 megabytes of memory - and offers true multi-tasking. The book covers lab data acquisition and display of lab data and has numerous examples from working programs. The reader is taught how to write scientific applications in the C language, which take advantage of special Presentation Manager features like drop-down menus, message and dialog boxes, and the device-independent graphical programming interface. The book includes such latest techniques of PM programming as how to use multiple threads of execution within a program to run several tasks simultaneously, how to use graphical features unique to the PS/2 PM environment, how to acquire data from data acquisition cards using IOPL instructions, how to write device drivers using C or Assembler, and how to capture, display and plot data plots.
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This book describes the scientific applications of OS/2, IBM’s operating system for advanced PCs, especially PS/2s. The system overcomes most objections to DOS by allowing access to up to 16 megabytes of memory - and offers true multi-tasking. The book covers lab data acquisition and display of lab data and has numerous examples from working programs. The reader is taught how to write scientific applications in the C language, which take advantage of special Presentation Manager features like drop-down menus, message and dialog boxes, and the device-independent graphical programming interface. The book includes such latest techniques of PM programming as how to use multiple threads of execution within a program to run several tasks simultaneously, how to use graphical features unique to the PS/2 PM environment, how to acquire data from data acquisition cards using IOPL instructions, how to write device drivers using C or Assembler, and how to capture, display and plot data plots.