Python

Monitors in Java are an incredible tool for developers because it allows for multiple threads run through a single object without corrupting data. The monitor is a fundamental high-level synchronization method for Java because, since Java supports synchronization is through the monitor it allows for multithreading support at the language level (artima). In relation to class, in Java a monitor is simply an object which can be utilized for synchronization; however, a bit more can be elaborated on how

In this podcast Planet Money conducts an experiment to answer the question “Is there a way to make the holiday season both more efficient and more joyful?”. The experiment consisted of children who were in the seventh grade, variation of candy, and questions. The first thing that was done was sharing the candy. The cast of Planet Money went into a classroom and started passing out candy randomly. Some children got newton bars while others might had gotten a three musketeer. Once they got a candy

some Python code that included *args and **kwargs and wondered what in the world are these? Python is supposed to be immediately readable to someone either new to programming or someone coming from another programming language. What gives? The *args and **kwargs variables you commonly see are arbitrary positional and optional parameters respectively. They allow for your functions to accept dynamic parameters. Before we go into what they are and how to use them, let's briefly go over Python function

SUBMITTED BY UDAYGANESH KOMMALAPATI 700621789 ADVISOR: DR. XIAODONG YUE Respected Professor, I am UDAYGANESH KOMMALAPATI bearing the ID 700621789, working for TekInvaderz which is an Illinois based company focusing on building win-win relationship with the clients. Where I am reporting

Points to remember about Function:  Function is defined by the standard types T & R where, input type is denoted as T and output type is denoted as R.  Method apply() is the prime abstract functional method of Function interface. It takes a parameter t of type T as input and yields an output object of type R.  There are two default methods in Function. The first default method is compose(), that combines the function on which it is activated (which is also mentioned as the current function) with

SECTION III: EXAMPLE OpenCL PROGRAM Using OpenCL in programming is relatively straightforward. First, write a kernel-type method in C; this is the code that will be run on a kernel. Next, identify the platform the code is running on, and the device it will execute on within that platform. Then you must instantiate a context from the device and create an instance of the kernel (this is the program). Next, send the kernel to the The following is a very short program written in C++ that uses the

worked on and grasped knowledge on different java platforms while I work at Damian Consulting Inc. Java programming, one of the best programming platforms for getting the right output with a little ease. The understanding of how to develop a project using java programming is made clear. In the first few weeks of my job I had to learn and brush up all about the basic features of java programming so that when I had to apply on the coding I had no chance to confuse. The basic features of java are dependent

Research Proposal Title Programming Models of WSN System: A State-of-the-Art Survey Introduction There are a lot scenarios need different sensor nodes to collaborate and integrated on the air into networks to facilitate applications. The scaled-down censoring system presented below is an example of those wireless sensor networks (WSN). In this system sensors are different between corridors area and manufacturing area, since they need different precise level. Those sensors combined together by different

6.1 Weighted Methods per Class: WMC relates directly to complexity of a thing, since methods are properties of object classes and complexity is determined by the cardinality of its set of properties. The number of methods is, therefore, a measure of class definition as well as being attributes of a class, since attributes correspond to properties. 6.2 Depth of Inheritance Tree (DIT): DIT measures the effect of an ancestor class over the class for which the metrics is being measured. In DIT,

UML to Java Executable Code Generator First A. Author, Second B. Author, Jr., and Third C. Author, Member, IEEE Abstract Automatic Code generation from UML diagrams gains much interest lately in software design, because it has many benefits as it reduces the effort to generate code and moreover automated code is less error prone than writing code manually. However, major challenges in this area include checking consistency of UML models, and ensuring accuracy, maintainability, and efficiency of