Tiny BPE1 tokenizer fixture — f32

Observed TinyRustLM SLM1 f32 artifact from the 2026-06-25 implementation source snapshot. Deterministic runtime smoke only; no trained assistant quality is claimed.


Experimental

Verified 2026-06-25 00:00 UTC

Model details

Family
TinyRustLM deterministic smoke
Module type
Standalone specialist model
Skill identifier
tiny-test-bpe
Capability evidence
Observed
Parameter count
4,856
Context size
16
Supported tasks
Runtime execution smoke, Parser and ABI regression
Formats
SLM1 custom .slm v1
Precision or quantization
f32
Reported file size
20,544 bytes — measured from supplied artifact
Estimated runtime memory
Not measured. Artifact bytes exclude transfer duplication, decoded tensors, 8 MiB KV cache for TinyLM-16M, scratch, logits, and browser overhead.
Target environments
Browser WebAssembly CPU — implementation source and artifact present, Node WebAssembly ABI — locally rechecked only for TinyLM-16M q8_0
Backend compatibility
TinyRustLM scalar Rust/WASM runtime 0.1.0 — Experimental
License
Not separately declared; workspace metadata: Proprietary
Exact base requirement
Standalone SLM1 transformer artifact; no external base model at runtime.
Tokenizer requirement
Tokenizer is embedded in the artifact as BTOK or BPE1 and must match header vocabulary.
Module dependencies
tinyrustlm-runtime 0.1.0, matching SLM1 tokenizer/tensor contract
Artifact SHA-256
31b27903c1588a1f246281def8027094c0d3862635fa7d3761aa1327471f3e82

Module contract

Input contract
UTF-8 prompt transferred to the synchronous raw WASM ABI; context must remain below the artifact maximum after tokenization.
Output contract
Generated UTF-8 text plus runtime diagnostics JSON. Model output has no execution authority.
Authority and side-effect scope
May generate local text inside the TinyRustLM runtime. No network, file, browser-action, tool, or write authority is granted.

Known limitations

Vocabulary 262; proves embedded BPE1 selection and the “the” → 256,261 merge path. Deterministic smoke weights; no trained assistant quality; no GGUF compatibility; no GPU; no modular routing.

Source and verification

Verification current

Primary source
Not recorded
Source revision
GGUF.MiRust.com-20260625.zip SHA-256 bd47fe8e91db5f5e5674ae4d77520b44248ab52117b170b345e1a0c87e636629; artifact SHA-256 31b27903c1588a1f246281def8027094c0d3862635fa7d3761aa1327471f3e82
Reviewer
MiRust implementation source audit
Last verified
2026-06-25 00:00 UTC

Verification notes

Artifact path, byte length, SHA-256, SLM manifest, and source implementation were reviewed from GGUF.MiRust.com-20260625.zip (bd47fe8e91db5f5e5674ae4d77520b44248ab52117b170b345e1a0c87e636629).

This is an exact local artifact record from the inspected GGUF.MiRust.com source package.

Observed purpose

Vocabulary 262; proves embedded BPE1 selection and the “the” → 256,261 merge path.

Evidence boundary

The artifact exists, its byte length and SHA-256 were verified, and its sidecar admits it only for runtime execution smoke. It is not a downloadable asset from MiRust.com and is not presented as a useful trained assistant.

Runtime contract

Format: custom .slm v1. Backend: TinyRustLM scalar Rust/WASM CPU path. Tokenizer and exact shape are bound by the source artifact and manifest.

Known limitations

No independent task quality, safety, latency, peak-memory, cross-browser, device-compatibility, or license-rights conclusion is made. The project workspace declares Proprietary licensing; the individual model manifest does not provide a separate license identifier.