Unlocking The Verification Puzzle

SystemVerilog provides several data types to facilitate hardware design and verification. These data types can be classified into several categories, including scalar types, composite types, and user-defined types. Here's an overview of the main data types in SystemVerilog: 1. Scalar Types :- bit : A single binary digit, representing '0' or '1'. logic : A 4-state data type, representing '0', '1', 'x' (unknown), or 'z' (high-impedance). byte : An 8-bit scalar data type. 2. Integer Types :-  int : A signed 32-bit integer. shortint : A signed 16-bit integer. longint : A signed 64-bit integer. byte : An unsigned 8-bit integer. shortint : An unsigned 16-bit integer. longint : An unsigned 64-bit integer. 3. Floating-Point Types :-  real : A 32-bit IEEE 754 single-precision floating-point number. realtime : Similar to the real...

Before start writing in debugging first I will explain design verification in brief. Please find below. What is verification ? ·       Verification is the process of ensuring that given hardware work as expected. ·       Around 70% of the overall design time and cost is spent on verification and validation ·       It becomes very important to verify the correctness of the circuits consisting of millions of transistors. ·       Finding functional defects in the design process at early stage will help save the cost. ·       In short I can say verification is all about think out of the box. ·         ·       Verification is all about planning, Strategy, and approach. ·       all you need strong verification plan & these are just platforms where you execute this plan. ·       what matter in the end is how confident...