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Imagine spending months developing a C++ application, only to have users report that it crashes whenever they enter unexpected input or when network connections fail. This common scenario happens when programs lack proper error handling. The good news is that C++ provides a built-in mechanism called exceptions that helps your code anticipate and respond to problems rather than simply crashing.

In Java “an event that occurs during the execution of a program that disrupts the normal flow of instructions” is called an exception. This is generally an unexpected or unwanted event which can occur either at compile-time or run-time in application code. Java exceptions can be of several types and all exception types are organized in a fundamental hierarchy. Understanding this hierarchy is crucial for implementing robust error handling strategies in production.

The error message "unexpected end of zlib input stream" means that the zlib library, while trying to decompress data, reached the end of the input stream sooner than expected. Basically, zlib anticipated more data (or proper termination) to decompress the stream, but it didn't find it. This could be due to a few reasons, such as the data being incomplete, corrupted, or even because of mistakes in how the data stream was handled in the code.