UI Components of JSF Application

UI Components of JSF Application


Comments

Post a Comment

Popular posts from this blog

Log4j2 Setup

Log4j2 Setup Pre-Requisite 1.       Maven Or Jar of Log4J2 a.       http://apachemirror.wuchna.com/logging/log4j/2.12.1/apache-log4j-2.12.1-bin.zip (download jar from her)    log4j-api-2.11.2.jar,   log4j-core-2.11.2.jar b.       Maven Dependencies:     < dependency >               < groupId > org.apache.logging.log4j </ groupId >               < artifactId > log4j-api </ artifactId >               < version > 2.13.3 </ version >        </ dependency >        < dependency >               < group...
Read more

Junit 5 (Jupiter) Intro and Architecture

Image
 Junit Api called Jupiter (as we all know Jupiter is 5th planet in solar system) Jupiter : Its Junit 5  Vintage : is another set of Api that you can use where you are running older junit test, so that you can have your old junit which was written on junit 4 also can run parallel with your Junit 5(Jupiter) Ext 3rd Party : This is your own extensions which you have written and have it still use the platform to run the test case IDE : almost all IDE support junit 5 ( Like Eclipse, Intelij) means integrated system will allow you when you click on your Java Class file and write junit test file it will directly pop up with the java 5 Jupiter option  Junit Jupiter 1. Its New Programming Model in Junit 2. Extension Model  3. What you will be primarily working with                                                      ...
Read more

My Challanging Work

Image
  Challenging work i have done in my previous project ✅ 1️⃣ One-minute interview explanation (you can speak this) “We were reading millions of records from one system and inserting them into another database. Initially, we faced performance issues and OutOfMemoryError because the entire data was loaded into memory. To solve this, I implemented batch processing with multithreading. I processed records in chunks of 1000, performed transformation, inserted them into the database, cleared memory, and then processed the next batch. This made the system memory-efficient and scalable public void processLargeData(List<String> records) {         for (int i = 0; i < records.size(); i += BATCH_SIZE) {             int end = Math.min(i + BATCH_SIZE, records.size());             List<String> batch = records.subList(i, end);...
Read more