phase

I have a Maven web application with text files in src/main/webapp/textfilesdir As I understand it, during the package phase this textfilesdir directory will be copied into the target/project-1.0-SNAPSHOT directory, which is then zipped up into a target/project-1.0-SNAPSHOT.war Problem Now, I need to do a string replacement on the contents of the text files in target/project-1.0-SNAPSHOT/textfilesdir. This must then be done after the textfilesdir is copied into target/project-1.0-SNAPSHOT, but prior to the target/project-1.0-SNAPSHOT.war file being created. I believe this is all done during the

I would like to breakup certain phases in the maven life cycle into sub phases. I would like to control the execution flow from one sub-phase to another, sort of like with ant dependencies. For example, I would like to use the NSIS plugin in order to package up my project into an installer at the package stage, AFTER my project had been packaged into a war file. I would like to do all that at the package phase. Is that possible? Thanks Plugins bound to the same phase should be executed in the same order as they are listed in the POM. Under certain circumstances (e.g. if you bind the same

I'm having an issue. I've implemented a PhaseListener, which is meant to add a style class to any UIInput components in the tree that have messages attached to them, and removes the style class if it doesn't have any messages attached to them. The PhaseListener runs in the RENDER_RESPONSE phase, and does it's work in both the beforePhase and afterPhase methods while debugging. While debugging, I found that beforePhase doesn't have access to the full component tree, but afterPhase does. Any changes done in afterPhase aren't rendered though. How do I go about this? I want this to be completely

I'm having problems plotting the FFT of a wav file. I managed to plot the magnitude and phase spectrums of the signal, however I need to repeat this in range -fs/2:fs/2 . %read sound files %'y' is the vector holding the original samples & 'fs' refers to the sampling frequency [y,fs] = wavread('handel.wav'); ydft = fft(y); %fft to transform the original signal into frequency domain n = length (y); %length of the original signal % y has even length ydft = ydft(1:length(y)/2+1); % create a frequency vector freq = 0:fs/length(y):fs/2; shiftfreq = fftshift(freq); %plot original signal in time

最近在网上看到一篇介绍maven基础知识的文章，觉得对初学Maven的 朋友一定有帮助。水平有限，翻译的不好，请大家见谅。 介绍 在处理WEB应用的时候，最终使用的工程文件是以War包的形式交付。Maven编译系统可以轻松的创建War包。接下来就让我们看看Maven是如何把一个源文件的工程转换成War包的。 Maven 版本 Apache Maven 3.0.4 工程实例 让我们来看看这个非常典型的Maven化的WEB工程 对应的POM.xml如下： <project xmlns="http://maven.apache.org/POM/4.0.0" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://maven.apache.org/POM/4.0.0 http://maven.apache.org/maven-v4_0_0.xsd"> <modelVersion>4.0.0</modelVersion> <groupId>mygroup.com</groupId> <artifactId>myprojectname</artifactId> <packaging>war</packaging> <version>1.0-SNAPSHOT</version> <name

I have generated three identical waves with a phase shift in each. For example: t = 1:10800; % generate time vector fs = 1; % sampling frequency (seconds) A = 2; % amplitude P = 1000; % period (seconds), the time it takes for the signal to repeat itself f1 = 1/P; % number of cycles per second (i.e. how often the signal repeats itself every second). y1 = A*sin(2*pi*f1*t); % signal 1 phi = 10; % phase shift y2 = A*sin(2*pi*f1*t + phi); % signal 2 phi = 15; % phase shift y3 = A*sin(2*pi*f1*t + phi); % signal 3 YY = [y1',y2',y3']; plot(t,YY) I would now like to use a method for detecting this

I have been looking through this fantastic article: http://blogs.zynaptiq.com/bernsee/pitch-shifting-using-the-ft/ While being fantastic, it is extremely hard and heavy going. This material is really stretching me. I have extracted the maths from Stefan's code module that calculates the exact frequency for a given bin. But I don't understand the last calculation. Can someone explain to me the mathematical construction at the end? Before digging into the code, let me set the scene: Let's say we set fftFrameSize = 1024, so we are dealing with 512+1 bins As an example, Bin[1]'s ideal frequency