refactor(codegen): enrichResolvedType emits canonical ResolvedType layout

[cs01]

Defensive. Previously the enrichResolvedType literal declared only 5 of the 11 fields on the ResolvedType interface. Rule-#5-adjacent: if Phase C interface-layout normalizer misses the literal, native consumers would read wrong GEP offsets for fields. Full 11-field literal in declaration order is robust regardless of normalizer coverage. No behavior change for existing consumers; all were reading base/arrayDepth which was already at its correct slot.

[github-actions]

Benchmark Results (Linux x86-64)

Benchmark	C	ChadScript	Go	Node	Place
Cold Start	1.0ms	0.8ms	1.2ms	26.2ms	🥇
Fibonacci	0.816s	0.763s	1.559s	3.225s	🥇
Hash Map Lookup	0.094s	0.062s	0.090s	0.110s	🥇
Binary Trees	1.372s	1.261s	2.700s	1.172s	🥈
File I/O	0.118s	0.090s	0.089s	0.196s	🥈
JSON Parse/Stringify	0.034s	0.051s	0.178s	0.132s	🥈
N-Body Simulation	1.670s	2.124s	2.197s	2.399s	🥈
Regex Match	0.016s	0.005s	0.021s	0.004s	🥈
SQLite	0.053s	0.366s	0.484s	0.415s	🥈
Monte Carlo Pi	0.389s	0.410s	0.405s	2.249s	🥉
Quicksort	0.215s	0.247s	0.213s	0.261s	🥉
Sieve of Eratosthenes	0.015s	0.026s	0.018s	0.038s	🥉
String Manipulation	0.008s	0.018s	0.017s	0.036s	🥉
Matrix Multiply	0.441s	0.977s	0.634s	0.364s	#4

CLI Tool Benchmarks

Benchmark	ChadScript	grep	node	xxd	Place
Hex Dump	0.555s	—	0.899s	0.133s	🥈
Recursive Grep	0.019s	0.009s	0.101s	—	🥈