![]() Scalable Software: software written to operate across as many machines as required.Let’s take an oversimplified example of scalesUp score: This might spread across several options, or in the case of Smoslt: SideEffects as Options When scoring for saturation, you know that the score can never exceed 100, but you also know that many different activities may be required to meet that goal. It takes a different kind of thinking to score against a Saturation model when there are a number of different options that each contribute to a score. This is something that is not obvious until you start the process of scoring for Saturation in a specific score. We can conclude then that each of these fits the opposite scoring model This is the Saturation model, and that model can be easily represented as a 1-100 score, where 100 is the highest score. It works, and more, in this case is not better. Once you have built software which can and does deploy to near infinite scale, you are pretty much done with that. It is a goal which is actually quite attainable in a very finite sense. In practice, there is no hope of ever reducing the number of hours to zero, so really hours is always a MoreIsBetter model – the more efficient the process – in this case the least number of hours, the better.īut ScalesUp is like most other scoring aspects of creating software. ScalesUp – feature of software that makes it scale to near infinite number of usersīoth of these are actually Saturation based scoring models, but only theoretically.Hours – number of man-hours it takes to complete a complex software creation schedule.Imagine two different types of scoring scenarios Saturation vs MoreIsBetter Scoring for SideEffects This entry was posted in How To on by Pete Carapetyan. Where myRunName is any string, and the -f argument is a path to a SMOSLT compliant ProjectLibre file l myRunName -f /smoslt.given/src/test/resources/smoslt.pod Run Configuration > Arguments tab > Program Arguments Go to the Run Configuration and add these arguments to the run config.This won’t cause anything real to happen, but at least it will set up your Run Configuration Run it, using right click Run as Java Application.Find the smostl.main//smoslt.main/Main class.Go to your eclipse workspace and using the import command, import some or all of these projects into your workspace.If you want the full source code for the entire app rather than just the part you want to consume, instead of init.sh above, run initfull.sh.I have had to run this twice in a row to get it to run perfectly. This will download 200+ megs into your ~/.m2/repository directory, so it may take a while init.sh or whatever your favorite way to run init.sh as a shell script clone smoslt.init into your workspace using this command.cd to /smoslt or wherever your dedicated smoslt workspace is. ![]()
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