This example demonstrates how to generate a technical software engineering book complete with code examples, syntax highlighting, callout tips, and reference citations.
vasukisquare \
--topic "Python 3.12 Deep Dive: Concurrency, Type Annotations, and AsyncIO Internals" \
--title "Modern Python Concurrency" \
--prompt "A rigorous deep dive for intermediate to senior Python developers. Emphasize task groups, exception groups, async iterators, memory efficiency, GIL improvements in 3.12, and practical pitfalls in high-throughput network services." \
--pages 45 \
--output-dir "./output/python-concurrency"vasukisquare \
--topic "Python 3.12 Deep Dive: Concurrency, Type Annotations, and AsyncIO Internals" \
--title "Modern Python Concurrency" \
--pages 45 \
--output-dir "./output/python-concurrency"vasukisquare `
--topic "Python 3.12 Deep Dive: Concurrency, Type Annotations, and AsyncIO Internals" `
--title "Modern Python Concurrency" `
--pages 45 `
--output-dir "./output/python-concurrency"- Intent Inference: Automatically identifies the subject as technical (
is_technical=true), detectspythonas the primary programming language, and schedules code blocks across chapter content pages. - Research Grounding: Plans search queries targeting official Python documentation (
docs.python.org), PEP specifications (peps.python.org), and authoritative articles. - Structured Components: Emits terminal command blocks, syntax-highlighted code listings, architectural cards, and warning/tip callouts.
- Theme Assignment: Alternates visual themes (dark theme for odd chapters, light theme for even chapters) using the mathematical
editorial_codeortechnical_blueprintpalette.