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# twister
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> Twister is a fast and light-weight micro-framework component library
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Another definition of this code release would be;
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> Twister is a set of fast and light-weight components around which a framework can be written
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I have written a skeleton framework, also called Twister based on this code!
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At the heart of the framework, sits a very flexible, simple and elegant Inversion-of-Control (IoC) Container.
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In fact, there are NO global variables, NO define's, NO pipeline, NO Kernel and NO App; just the Container.
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The Container controls the entire flow of code (except routing), with a custom `execute()` function (written by you);
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which is actually just an anonymous callback function inside the Container, called from the Front Controller (index.php);
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even the name of that function can be changed in the config file.
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ie. There is NO pre-programmed flow of the program or hard-coded Kernel/App.
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Most things are handled/registered with the IoC Container, objects are pre-configured and `lazy-loaded` on request/use only!
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Along with the Container, comes a very flexible and fast router (inside the Request class).
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I consider this router to be THE fastest router I've tested, with the same functionality.
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It includes the ability to filter by method (GET/POST), and optional parameters like `/user/{id}[/{name}]`
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Another somewhat unique capability is the ability to pre-define the patterns associated with named parameters eg. `id`=>`\d+`
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So everytime you specify `{id}`, `{date}`, `{uuid}` etc. in the routes, the pre-configured patterns are used,
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or you can specify custom patterns with `{id:[0-9]+}` or `{id:uuid}` where `uuid`=>`[A-F0-9-]+` etc.
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Two design choices make the router fast:
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* Everything is configured/loaded from a `config` array (which is usually cached by APC/Xcode/PHP7)
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* The router splits the request uri by '/', doing an `isset` array lookup for the first path segment
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* The router only takes further action after the first segment (eg. /admin/, /login etc.) is resolved
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Although Twister is a fully functional and useable framework (based on my personal framework),
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it's more a proof-of-concept for me to demonstrate my capabilities and design decisions.
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## Benchmarks:
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All tests were done with a skeleton `hello world` application on the same PC.
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Laravel and Symfony were NOT configured to establish a database connection, while Twister WAS!
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With a database connection, Symfony dropped to 9-12 requests per second, and Laravel 12-16 rps,
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Twister was running about 50x-100x faster than Symfony and Laravel
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```
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ab -t 30 http://laravel/
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Complete requests: 198
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Requests per second: 6.59 [#/sec] (mean)
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Time per request: 151.765 [ms] (mean)
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memory_get_usage(): 6,621,416
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memory_get_usage(true): 2,097,152
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memory_get_peak_usage(): 6,691,272
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memory_get_peak_usage(true): 2,097,152
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ab -t 30 http://symfony/
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Complete requests: 95
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Requests per second: 3.15 [#/sec] (mean)
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Time per request: 317.717 [ms] (mean)
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memory_get_usage(): 10,887,352
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memory_get_usage(true): 4,194,304
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memory_get_peak_usage(): 11,168,984
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memory_get_peak_usage(true): 4,194,304
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ab -t 30 http://twister/
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Complete requests: 911
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Requests per second: 30.35 [#/sec] (mean)
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Time per request: 32.952 [ms] (mean)
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memory_get_usage(): 858,848
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memory_get_usage(true): 2,097,152
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memory_get_peak_usage(): 1,049,528
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memory_get_peak_usage(true): 2,097,152
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```
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