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🧩 General

G / R / S – Move / Rotate / Scale

https://m.youtube.com/watch?v=BIreFXLK1rc&pp=ygUKQ2xpY2tjaGFtcA%3D%3D

https://clipchamp.com/en/blog/overlay-text-on-video-gifs/

https://www.tinkercad.com/learn/designs

align tool

https://youtu.be/uviljfyqlZ4?si=SS9tTK5ubrXYjKci

workplane

https://youtu.be/t_4U84Sypq4?si=7dd7-tbMi_qUqEY1

https://generativeai.pub/the-eternal-return-of-abstraction-why-programming-was-never-about-code-18412033b517?gi=769fe78a8b49

Based on the provided codebase, here are the architectural shortcomings of espforge. These issues range from rigidity in the hardware abstraction to fragility in the code generation logic.

1. Fragile "Transpilation" and String Manipulation

The bridge between the custom logic language ("Ruchy") and Rust is brittle. While it uses an AST parser (ruchy), the conversion to Rust code relies on post-processing string manipulation rather than semantic generation.

Evidence: In espforge/resolver/ruchy_bridge.rs, the format_rust_code function cleans up token streams using replacements like .replace(" . ", ".") and .replace(" :: ", "::").
Impact: This is prone to generating invalid syntax for complex expressions. It creates a disconnect where a user might write valid "Ruchy" code, but the generated Rust code fails to compile with obscure errors that don't map back to the source lines in the .ruchy file.

2. Hardcoded Hardware Resources & Blocking I/O

The platform abstraction layer

https://github.com/bitfocus/companion

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	2. convertio.co

	https://youtu.be/BsYD31_62BU?si=S6Jrunf-r5GJzHxd

	# INA3221 Triple-Channel, High-Side Current and Bus Voltage Monitor
	# Texas Instruments INA3221 Device Register Map
	# I2C Address: 0x40-0x43 (configurable via A0 pin)

	config:
	register_address_type: u8
	default_register_access: RO
	default_byte_order: BE

	# =============================================================================