The StringTemplate class introduced in Java 21 is a powerful API for creating and manipulating string templates with placeholders. This tutorial will cover all the methods provided by the StringTemplate class, explain how they work, and provide examples to demonstrate their functionality.
The StringTemplate.values() method in Java 21 is used to retrieve the values associated with the placeholders in a StringTemplate. This guide will cover the method’s usage, explain how it works, and provide examples to demonstrate its functionality.
The StringTemplate.of() method in Java 21 is used to create StringTemplate instances from a given string. This guide will cover the method’s usage, explain how it works, and provide examples to demonstrate its functionality.
The StringTemplate.interpolate() method in Java 21 is used to interpolate values into a StringTemplate. This guide will cover the method’s usage, explain how it works, and provide examples to demonstrate its functionality.
The StringTemplate.fragments() method in Java is part of the new StringTemplate API introduced in Java 21. This method allows you to retrieve the fragments of a StringTemplate, providing a way to inspect the individual parts that make up the template.
The StringTemplate.combine() method in Java 21 is used to combine multiple StringTemplate instances into a single StringTemplate. This guide will cover the method’s usage, explain how it works, and provide examples to demonstrate its functionality.
The ThreadGroup.list() method in Java is used to print information about the thread group to the standard output. This guide will cover the method’s usage, explain how it works, and provide examples to demonstrate its functionality.
The ThreadGroup.interrupt() method in Java is used to interrupt all threads in the thread group. This guide will cover the method’s usage, explain how it works, and provide examples to demonstrate its functionality.
The ThreadGroup.getParent() method in Java is used to return the parent thread group of the current thread group. This guide will cover the method’s usage, explain how it works, and provide examples to demonstrate its functionality.
The ThreadGroup.getName() method in Java is used to return the name of the thread group. This guide will cover the method’s usage, explain how it works, and provide examples to demonstrate its functionality.
The ThreadGroup.getMaxPriority() method in Java is used to return the maximum priority of the thread group. This guide will cover the method’s usage, explain how it works, and provide examples to demonstrate its functionality.
The ThreadGroup.enumerate(Thread[] list) method in Java is used to copy into the specified array every active thread in the thread group and its subgroups. This guide will cover the method’s usage, explain how it works, and provide examples to demonstrate its functionality.
The ThreadGroup.activeGroupCount() method in Java is used to return an estimate of the number of active subgroups in a thread group. This guide will cover the method’s usage, explain how it works, and provide examples to demonstrate its functionality.
The ThreadGroup.activeCount() method in Java is used to return an estimate of the number of active threads in a thread group and its subgroups. This guide will cover the method’s usage, explain how it works, and provide examples to demonstrate its functionality.
The ThreadLocal.set() method in Java is used to set the current thread’s value for the thread-local variable. This guide will cover the method’s usage, explain how it works, and provide examples to demonstrate its functionality.
The ThreadLocal.remove() method in Java is used to remove the current thread’s value for the thread-local variable. This guide will cover the method’s usage, explain how it works, and provide examples to demonstrate its functionality.
The ThreadLocal.initialValue() method in Java provides a mechanism for setting the initial value of the thread-local variable. This guide will cover the method’s usage, explain how it works, and provide examples to demonstrate its functionality.
The ThreadLocal.get() method in Java provides thread-local variables. Each thread accessing such a variable has its own, independently initialized copy of the variable. This guide will cover the method’s usage, explain how it works, and provide examples to demonstrate its functionality.
The ThreadPoolExecutor class in Java provides the shutdownNow() method to initiate an immediate shutdown of the executor service. This guide will cover the usage of the shutdownNow() method, explain how it works, and provide concise examples to demonstrate its functionality in real-world use cases.
The ThreadPoolExecutor class in Java provides the shutdown() method to initiate an orderly shutdown of the executor service. This guide will cover the usage of the shutdown() method, explain how it works, and provide concise examples to demonstrate its functionality in real-world use cases.
The ThreadPoolExecutor class in Java provides the setThreadFactory() method to set a new ThreadFactory for creating new threads. This guide will cover the usage of the setThreadFactory() method, explain how it works, and provide concise examples to demonstrate its functionality in real-world use cases.
The ThreadPoolExecutor class in Java provides the setCorePoolSize() method to set the core number of threads in the pool. This guide will cover the usage of the setCorePoolSize() method, explain how it works, and provide concise examples to demonstrate its functionality in real-world use cases.
The ThreadPoolExecutor class in Java provides the remove(Runnable task) method to remove a specific task from the executor’s internal queue. This guide will cover the usage of the remove(Runnable task) method, explain how it works, and provide concise examples to demonstrate its functionality in real-world use cases.
The ThreadPoolExecutor class in Java provides the purge() method to remove cancelled tasks from the executor’s internal queue. This guide will cover the usage of the purge() method, explain how it works, and provide concise examples to demonstrate its functionality in real-world use cases.
The ThreadPoolExecutor class in Java provides the isTerminated() method to check if all tasks have completed following a shutdown request. This guide will cover the usage of the isTerminated() method, explain how it works, and provide concise examples to demonstrate its functionality in real-world use cases.