canvas-debugging

Snap-to-grid alignment in Konva canvas can be debugged by validating pixel-to-grid conversion logic, checking grid constraint application, and verifying that drag-and-drop behavior respects grid boundaries. Use overlap detection and bounds validation to identify misaligned components.

Canvas positioning issues are diagnosed through layout diagnostics that identify overlapping elements, validate component placement against grid constraints, and check Canvas→CSS Grid conversions. Verify positioning across breakpoints to catch layout mismatches.

Validate grid constraints by testing layout behavior at each breakpoint, ensuring snap-to-grid logic applies consistently, and checking that CSS Grid conversions match canvas rendering. Use schema validation utilities to confirm constraint compliance across all breakpoints.

Yes. Drag-and-drop debugging validates snap-to-grid behavior during interaction, checks canvas bounds enforcement, detects component overlap during drags, and verifies that dropped positions align with grid constraints and schema normalization rules.

Conversion failures typically stem from pixel-to-grid conversion errors, grid constraint mismatches, or schema validation issues. Debug by comparing canvas layout logic against CSS Grid output, verifying breakpoint-specific constraints, and checking normalization utility behavior.

Overlap detection is built into the diagnostics workflow. Combine it with canvas bounds validation, grid alignment checks, and schema validation to comprehensively verify component placement without additional external tools.