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About 10,000 papers for “Control flow”
Margot Tollefson · Apress eBooks · 2019
Flow control statements are used to repeat a series of tasks a number of times or to direct flow based on a logical object. For persons who came into programming in the age of FORTRAN and BASIC, using loops is very comfortable. In R, the better choice, if possible, is to use arrays and index selection instead of looping. Using indices is much faster than looping.
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Sandeep Nagar · Apress eBooks · 2017
When you evaluate Julia code line-by-line for execution, you sometimes need to shift the flow of execution out of this line-by-line manner to a different point of the code. In other words, the flow of the program needs to be altered. There are many reasons why you would need to make this shift. For example, a condition needs to be checked and then the flow can be directed to one of many directions, some parts of the calculation are repetitive so the program needs to be altered before returning back, or an error might happen and the flow needs to redirected. Julia provides powerful constructs for these situations, which will be described in this chapter.
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Taylor R. Brown · 2023
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W. C. Reynolds · 1991
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Avner Friedman · 1994
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Franziska Schroeder Et Al, Pedro Rebelo, Peter Nelson · 1979
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Krishna Kumar Mohbey, Malika Acharya · BENTHAM SCIENCE PUBLISHERS eBooks · 2023
It's now the time for the readers to acquaint themselves with the control flow in the programming. So far the users have seen the linear path of execution, where the execution commences from the top and moves sequentially to the bottom. Further, our world is filled with tasks required to run in loops, for example in banking applications, unless the user enters the correct password the system prompts the dialogue "Please enter the correct password". In this chapter, we introduce the concept of control flow through which the users can decide the execution path for the program and the looping constructs to iterate through the tasks. Our key takeaways from this chapter are listed below: 1. Understanding the decision control statements. 2. Programming with if-else ladder and its variants. 3. A hand on for, and while loop statements. 4. Understanding the control flow alterations the jump statements like break, continue and pass.
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Gerry Howser · 2019
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Clemens Heitzinger · 2022
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Kevin Sene · 2015
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Apress eBooks · 2008
As I discussed in Chapter 2, SSIS features a much more enterprise-ready architecture than was available through DTS. One feature of this architecture is the abstraction of the different logical layers one might find in any ETL or integration tool. To work as dynamically and with as much flexibility as possible, an ETL tool requires a number of constituent parts to work together in creating a whole. In SSIS, these parts are • Control Flow • Data Flow • Precedence constraints • Connection managers
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Katharine A. Shapcott (20570616), Marvin Weigand (20570619), Mina Glukhova (20570622) et al. · Figshare · 2025
(A) An illustration of a potential trial state machine. Arrows indicate the logic. Blueprint code for an example trial state machine is given in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0308848#pone.0308848.s002" target="_blank">S2 Fig</a>. (B) An example of a state “Correct” which sends an event marker among other functions (see Input/output). (C) An example of an alternative state CorrectResponse which has a new reward function added via drag-and-drop. (D) An illustration of the control flow of a DomeVR experimental task. A “Session” describes the loading of a Level for the subject to play. This loads a “Block” state machine containing a “Trial” state machine. Single states are shown as small boxes.
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Mcewen Et Al, Inventors James A. Mcewen, Ca) Michael Jameson et al. · 1979
(52) U.S. Cl......................................................... 6061202 An adaptive surgical tourniquet comprises: an inflatable cuff for encircling a limb of a patient; pressurizing means for pressurizing the cuff; pressure relief means for depressuriz-ing the cuff; cuff pressure sensing means for sensing cuff pressure; limb occlusion pressure sensing means for sensing the patient&apos;s initial limb occlusion pressure at a selected time; physiologic characteristic sensing means for sensing a physi-010gic characteristic of the patient; and pressure regulator means for establishing an adapted limb occlusion pressure that is a predetennined function of the initial limb occlusion pressure and the physiologic characteristic, wherein the pres-sure regulator means is operable after the initial limb occlu-sion pressure is sensed for selectably activating the pressur-izing means and the pressure relief means to maintain the cuff pressure above the adapted limb occlusion pressure for a time period suitably long for the performance of a surgical proce-dure. 42-1J() &apos;)-;===.--1
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Casey Fagley · 2013
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2023
This chapter discusses how branch instructions alter the flow of execution. These instructions are primarily used to invoke functions and subroutines. Branch instructions change the flow of execution by updating the program counter to the target address specified in the branch instruction. Branch instructions not only change the flow of execution but can also change the instruction set state. Subroutine branches follow a different rule than the direct branches. The chapter looks at how subroutines work and the branch instructions used to call them. Calls to subroutines are performed using a specialized group of branch instructions called branch-with-link instructions. For the purpose of reverse engineering Arm binaries, the chapter focuses on the basics of the Procedure Call Standard for the Arm Architecture. It shows why LR is a nonvolatile register and the circumstances in which it needs to be preserved through the subroutine prologue and epilogue.
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Waqar Malik · Apress eBooks · 2015
In programming, Control Flow referes to the order of instructions (statements) are executed. Swift provides the standard set of conditional constructs. These include for, while, if and switch, plus break and continue to transfer the control to another location in the code.
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SpringerReference · 2011
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Mohamed Gad‐el‐Hak · Mechanical engineering series · 2001
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Malte Grosser, Henning Bumann, Hadley Wickham · 2021
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Frontiers Media SA eBooks · 2025
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