Large Language Models (LLMs) are increasingly prevalent in professional environments, with their adoption frequently mandated by upper management. This trend occurs even in engineering roles, despite potential skepticism from practitioners regarding their practical application and the understanding of those mandating their use.
After three months of using tools like Claude for work, the author found them to be somewhat useful. However, a significant limitation identified was their inability to reliably generate functional code, advising against using them for this purpose.
The article clarifies that current 'Artificial Intelligence' largely refers to very large neural networks specialized in natural language processing. These models excel at parsing queries and generating textual responses based on probabilistic heuristics, rather than exhibiting genuine intelligence. This capability allows for processing text-based interactions and generating command-line outputs that can be executed and fed back into the model.
The concept of 'agentic workflow' with LLMs is described as adding layers of indirection to improve model output by providing more input. This approach involves querying the model to generate commands, executing them, and feeding results back. While this can enhance performance, it underscores that LLMs are tools for processing and generating text, not magical solutions for complex software development tasks like code generation.
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This article reviews the practical utility of large language models (LLMs) like Claude in programming workflows, noting their usefulness for certain tasks but strong limitations in generating functional code. It emphasizes that LLMs are primarily advanced natural language processors, not true artificial intelligence, and their adoption is often driven by management mandates.