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IntelliSense Implementation of a Dynamic Language
Míšek, Jakub ; Zavoral, Filip (advisor)
In the context of computer programming, the importance of computer assistance is being understood by many developer communities. Developers are e.g. using the same well known expressions or searching method signatures in library documentations. Code sense or IntelliSense methods make most of these actions unnecessary because they serve the available useful information directly to the programmer in a completely automated way. Recently, with the increased focus of the industry on dynamic languages a problem emerges - the complete knowledge on the source code is postponed until the runtime, since there may be ambiguous semantics in the code fragment. As a part of the Phalanger project the methods for syntax and semantic analysis of the dynamic code were designed, especially targeted for the PHP programming language. These methods produce a list of valid possibilities which can be then used on a specified position in the source code; such as declarations, variables and function parameters. This collected information can be also used to a fine-grained syntax highlighting.
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IntelliSense Implementation of a Dynamic Language
Míšek, Jakub ; Zavoral, Filip (advisor)
In the context of computer programming, the importance of computer assistance is being understood by many developer communities. Developers are e.g. using the same well known expressions or searching method signatures in library documentations. Code sense or IntelliSense methods make most of these actions unnecessary because they serve the available useful information directly to the programmer in a completely automated way. Recently, with the increased focus of the industry on dynamic languages a problem emerges - the complete knowledge on the source code is postponed until the runtime, since there may be ambiguous semantics in the code fragment. As a part of the Phalanger project the methods for syntax and semantic analysis of the dynamic code were designed, especially targeted for the PHP programming language. These methods produce a list of valid possibilities which can be then used on a specified position in the source code; such as declarations, variables and function parameters. This collected information can be also used to a fine-grained syntax highlighting.
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Comparison of rapid development frameworks Nette(PHP) and Grails(Groovy)
Frank, Jiří ; Pavlíčková, Jarmila (advisor) ; Oraný, Vladimír (referee)
This thesis aims on comparison of rapid development frameworks Nette and Grails. Main objective of this paper is achieved by brief description of both languages (PHP, Groovy) and frameworks. Next is defined relatively complex set of criteria for comparison itself. Frameworks are then compared based on this set. Last part is development of the identical application on both platforms, thanks to which the practicle comparison may be done. The main contribution of this work is in comprehensive comparison of platforms Nette (PHP) and Grails (Groovy), which may be used for making decision about which platform to take for a development of new application. Comparision of course may serve like an information about that what developer should keep an eye on, what can make life easier or harder especially in contrast with that what offers concurent platform.
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