systemverilog-coding

What problem does it solve?

This skill prevents common SystemVerilog RTL mistakes by teaching canonical patterns for types, procedural blocks, interfaces, single-driver struct semantics, and parameterized generate pipelines.

Core Features & Use Cases

• Use correct RTL primitives: choose logic-first declarations and pair them with always_ff/always_comb to avoid subtle simulation/synthesis bugs.
• Build clean, reusable interfaces: define parameterized interfaces with valid/ready modports for producer/consumer connectivity.
• Eliminate “multiple drivers” struct errors: drive packed structs safely (whole-struct assignment or split variables) to satisfy single-driver rules.
• Parameterize pipelines safely: generate N-stage modules with labeled generate-for, plus parameter validation using $fatal.

Example: You are implementing a pipelined, valid/ready RTL block and hit a “multiple drivers on struct field” error or mismatched behavior due to an incorrect combinational block style; apply the skill’s patterns to correct both the code structure and the procedural semantics.

Quick Start

Use systemverilog-coding to generate a SystemVerilog rewrite of your module using logic types, always_ff/always_comb, a parameterized interface with modports, and a generate-for pipelined structure while avoiding multiple-driver and latch/sensitivity issues.