Java Source Statistics calculator aims to compute statistics of the source code not computed by other tools: the number of various java constructs, namely number of public methods, number of single line comments, etc. Utilizes the ANTLR technology along with the JAXMEJS library. Give javasourcestat a try to fully assess its capabilities!


 

 

 

 

 

 

Javasourcestat PC/Windows (2022)


java source statistics calculator Author: Alexander Vasiliev Current version: 1.1.0 Version 1.0.3: Released on July 02, 2006. Added support for multi-threading in J2ME mode, fixed a bug in J2ME code generation, and added support for J2ME JAR files. Version 1.0.2: Released on May 16, 2006. Added count of badly commented lines (lines starting with #), minor bug fixes. Version 1.0.1: Released on May 13, 2006. Added support for a more strict parser. Version 1.0.0: Released on April 28, 2006. Here is how it works: java source statistics calculator is a console Java compiler that generates a JAR file containing a static map of String — String pairs denoting the source line of each generated class. Each class is tagged with a source line number. The output JAR file is in the same directory as the command line arguments to java source statistics calculator. Import and add commands: Use the import command (must precede the add command) to import a source file and make it into a JAR file. The imported file can be a single JAR file or a directory of JAR files. Here is how to import a single JAR file: java source statistics calculator import inputfile [options] Usage example: import path/to/importfile/magic.jar Then the command line options are as follows: -w -walt=filepath -walt is the path to the Java compiler’s working directory. The parameter options are as follows: -w -walt=filepath -walt is the path to the Java compiler’s working directory. -w -javaagent=filepath -walt is the path to the Java compiler’s working directory. The parameter options are as follows: -javaagent -javaagent=filepath -javaagent is the path to the Java agent that will be run before the JAR file is built. The optional JAR file that will be run is the one to which the specified -javaagent parameter points. Here is how to import a directory of JAR files: java source statistics calculator import directory [options] Usage example: import path/to/importdirectory/magic.jar [options] Options are as follows: -x -xjvm -x is the



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Java Source Statistics calculator aims to compute statistics of the source code not computed by other tools: the number of various java constructs, namely number of public methods, number of single line comments, etc. Utilizes the ANTLR technology along with the JAXMEJS library. Give javasourcestat a try to fully assess its capabilities!Software developer A software developer is a person who creates or modifies software. A developer may be considered a practitioner, whose work may be considered in a relevant academic field such as computer science or engineering or a systems developer, whose work may be considered in a relevant academic field such as computer science or engineering. These fields focus on systems architecture, programming languages, and algorithms. Developers use programming languages to solve problems. They may also use compilers, batch files, and other tools. With the fast increasing availability of information and processing power of computers, today’s developer has far more options than in the past. For example, the programming language Java came into existence in order to combine the benefits of object-oriented programming with the dynamic nature of scripting. Developers must be able to learn new languages as required. The fast development of new technologies such as the Web, the advent of JavaScript, Flash, Ajax, and new patterns such as HTML5 and others, make it even more essential for modern developers to learn quickly. The software development process includes analysis, design, coding, testing, and maintenance. Early steps in the process include requirements gathering and analysis, scope definition, the identification of technologies and patterns, the drafting of requirements, design, coding, testing, and revision. The process of software development includes creating the blueprint or blueprint, details of the components, the user experience, and the process of delivering the product. Development tasks The area of programming expertise often overlaps with the areas of software design and software testing, which can involve different aspects of development such as requirements, design, testing and others. Requirements gathering consists of a technical requirement document that is used to define the requirements for a new product. Developers must create this document in an organized manner, prior to the development of the new software. The design process has many aspects, including the overall project architecture, the overall software architecture, the graphical design of the software, the visual design of the software, the navigation design of the software, the behavior of individual components, and the behavior of modules. Overall architectural considerations may include elements such as the size and scope of 91bb86ccfa



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Java Source Statistics calculator is a java calculator aimed to compute some interesting and useful statistics of the source code such as the number of various java constructs (method, class, block etc..), the number of Java statements per line, the total number of methods, etc. Output can be saved as a file or transmitted to another Java Source Statistics tool. KEY FEATURES: * Supports ANTLR v2.x, v3.x and v4.x parsers * JaxmeJS is the JavaScript parser library powering the java calculator which also supports Adobe Flex and Adobe AIR. To use javasourcestat just click on the Open button and select the required options. Java Source Statistics tool features the below statistics calculation options 1) Total number of java statements on a selected location. 2) Number of methods per.java file. 3) Number of methods per.class file. 4) Number of methods per.inner class file. 5) Number of classes on a selected location. 6) Number of public methods per.java file. 7) Number of public methods per.class file. 8) Number of public methods per.inner class file. 9) Number of public methods per.package. 10) Number of public methods per.class file. 11) Number of public methods per.inner class file. 12) Number of package names per.java file. 13) Number of classes per package. 14) Number of public methods per class. 15) Number of classes per package. 16) Number of methods per class. 17) Number of methods per class per inner class. 18) Number of Statements per line. 19) Number of statements per line. 20) Average number of statements per line. 21) Percentage of statements per line. 22) Percentage of line of code at the bottom of the file. 23) Percentage of lines of code at the bottom of the file. 24) Number of constructors per method. 25) Number of blocks per method. 26) Number of statements per block. 27) Percentage of statements per block. 28) Percentage of lines of code at the bottom of the file. 29) Percentage of lines of code at the bottom of the file. 30) Number of statements per method. 31) Number of non public methods per.class file. 32) Number of non public methods per.inner



What’s New in the Javasourcestat?


javasourcestat was created from javaserverstat-1.4.0.jar, released by the author of the javaserverstat (Yakov) ANTLR version of the source code was generated with the following command: antlr_3.2.jar -o antlr_grammar.g4 Parser source code was generated with the following command: antlr_grammar.g4 info.c 19 21 24 21 22 24 21 23 16 21 22 23 19 20 23 22 It computes the same stats as the Sun’s checkstyle, but are all worded in different ways. The main reason for this is the checkstyle cannot be customized, and you are stuck with their format. I personally use this checkstyle, and I think that they are great. You should give it a try. A similar checker is Eclipse’s PMD which can calculate the same stats as checkstyle. PMD has an output format that is closely related to that of checkstyle. The Eclipse plugin requires a tika jar to be placed in your project library. checkstyle Resultant Stats Number of Errors: 55 Number of Failures: 42 Number of Warnings: 8 Number of CPs: 87 Number of PHPs: 81 Number of JSPs: 14 Number of HTML Pages: 10 Number of CSS Files: 6 Number of Classes: 15 Number of Holes: 4 Number of Empty Methods: 8 Number of Single line comments: 8 Number of Double line comments: 8 Number of Group Comments: 2 Number of Methods With Comments: 2 Number of Inner Classes: 2 Number of Instance Initializers: 0 Number of Pre-condition check-offs: 5 Number of Todo’s: 3 Number of Package Comments: 13 Number of Package initializers: 2 Number of initializers: 4 Number of Constructors: 2 Number of Constructors with Empty Body: 0 Number of static initializers: 2 Number of Finalization methods: 2 Number of Illegal statements: 7 Number of Uninitialized values: 3 Number of Illegal array Initializers: 0



System Requirements:


iPad 4G, iPad 2G, iPad 1G iOS 7.0 or later 128GB available storage XBox 360, Xbox One Microsoft Windows 10/8/7 Asus A80 Web Browser: Chrome, Firefox, Internet Explorer 9.0+ MacBook Pro Retina 13″ Mini Tablets, Android Galaxy Tab 10.1, iPad mini, Samsung Galaxy S