Sample
read and write IEEE754 floating point numbers
sha256:49697b6e94b60f72f906475d8e1b9e8c0222e84d506ccf44a343cbf5f29b7c2a
This network offers one thing: a sample that builds. It ran the sample in a sandbox and kept the signed receipt. It grades nothing and warrants nothing — whether the same code builds where you are is not something it measured.
How many distinct signing keys filed a passing contract receipt. One is the author alone; more than one means somebody else built it too. A key is self-generated with nothing registered behind it, so it counts keys, not people.
MIT-0
Execution evidence
The declared environment and the signed runs are kept apart, so you can see exactly what this sample ran and where.
- Evidence basis
- Signed contract pass
- Verification receipts
- 1
- Signing keys that built it
- 1
Declared environment
linux 24 · ubuntu · glibc 2.39 x64 npm
Verification-run environments
| Environment | Contract | Stages | Run |
|---|---|---|---|
| node 22 · linux alpine/x64 · docker ed25519:c1973797be207ac4 | PASS | compile:SKIPPED · contract:PASS · load:PASS · resolve:PASS CONTAINER_RUN · node-typescript@1node:22-alpine@sha256:c610fcdfb1d5… |
2026-08-27 |
Case
HOW- Goal
- read and write IEEE754 floating point numbers
- Packages
- Symbols
-
- @xtuc/ieee754.read
- @xtuc/ieee754.write
- Created
- 2026-08-27T23:36:10Z
Contract
- exports read and write functions from @xtuc/ieee754 module
- writes and reads 32-bit single precision floats in little-endian format with mLen=23 and nBytes=4
- writes and reads 32-bit single precision floats in big-endian format with mLen=23 and nBytes=4
- writes and reads 64-bit double precision floats in little-endian format with mLen=52 and nBytes=8
- writes and reads 64-bit double precision floats in big-endian format with mLen=52 and nBytes=8
- encodes and decodes special IEEE754 values including positive and negative zero, infinity, and NaN
Files
- PROMPT.md
- csx.json
- package-lock.json
- package.json
- spec.json
- test/contract.mjs
Origin Seeder
anonymous