DIRECTORY TAXONOMY & STORAGE ARCHITECTURE SYSTEM
HQ Location10041 NE Glisan St, Portland, OR 97220
Index Coverage18 Core Structures
SYSTEM TAXONOMY

About the Independent Atlas

An independent analytical reference cataloging file archetypes, workspace footprints, and non-destructive disk management methodologies.

Methodology & Framework

Deconstructing Project Footprints & Derived Assets

StoragePattern Atlas approaches workstation storage through structured taxonomy. Modern developer environments, rendering setups, and creative repositories generate massive nested directory clusters that blur the boundary between irreplaceable source items and disposable cache layers.

Our analytical standard isolates primary working files, compiles intermediate build objects, and benchmarks directory weights against clean system states. By cataloging deterministic footprint patterns, we equip engineers and systems administrators with the precision needed to preserve working directories while safely eliminating redundant overhead.

Disposable Dependencies & Packages48% Average Volume
Build Targets & Compiled Artifacts34% Average Volume
Canonical Source Code & Configs18% Average Volume
StoragePattern Atlas visual file footprint analysis diagram
Classification Matrix

Interactive Storage Archetype Inspector

Select an asset class below to evaluate file preservation priority, reproduction difficulty, and automated purge safety.

Critical LayerNever Purge

Raw Source Code & Logic

Hand-authored scripts, styling definitions, algorithmic pipelines, and container configuration files that represent the primary product intellectual property.

Examples:.ts, .rs, .py, .cpp, .sql
Critical LayerNever Purge

Config & Project Manifests

Deterministic dependency locks, build recipes, environment parameter lists, and infrastructure-as-code manifests necessary for reproducible generation.

Examples:package-lock.json, Cargo.lock
Critical LayerNever Purge

Master Design Documents

Uncompressed layer vectors, 3D raw topology meshes, audio multi-tracks, and non-destructive graphic masters awaiting compilation or baking.

Examples:.blend, .psd, .ai, .fig
IntermediateSafe With Source

Compiled Target Binaries

Machine code outputs, dynamic link libraries, and bundle distributions generated strictly by compiling the underlying project tree.

Examples:/target/debug, /dist, /build
IntermediateSafe With Source

Transpiled Client Bundles

Minified scripts, aggregated style files, and sourcemaps that can be rebuilt in under two minutes via the standard workspace build harness.

Examples:.bundle.js, .min.css, .map
IntermediateSafe With Source

Packaged Containers & VMs

Local virtual disk snapshots, intermediate layer hashes, and container root filesystems built from local automated compose manifests.

Examples:.vdi, .qcow2, rootfs.tar
EphemeralAuto-Reclaimable

External Dependencies

Upstream language packages downloaded from public registries. These reproduce automatically via version manifest reinstalls.

Examples:node_modules, .gradle/caches
EphemeralAuto-Reclaimable

Language Compilation Index

Header caches, intermediate object files (.o/.obj), and AST parse indexes generated by language servers and incremental compilers.

Examples:.cache/clangd, __pycache__
EphemeralAuto-Reclaimable

Application Temp Dumps

Crash dumps, local test runner output logs, and staging sockets that serve no ongoing structural utility once test suites conclude.

Examples:/tmp/test-runs, *.log.gz
Rigorous Integrity

Three Pillars of Non-Destructive Storage Auditing

Deterministic Reconstruction

An item should only be marked for zero-hesitation removal if its regeneration commands are fully codified in existing project configs.

Zero Blind Tree Sweeps

We reject destructive glob scripts that blindly delete directories matching common names without verifying lock file validity first.

Measurable Density Audits

Catalog entries measure not only absolute megabytes, but also inode counts, file system block padding, and cluster fragmentation.

Continue Exploration

Apply Storage Archetypes Directly to Your Drive

Discover real-world disk scanning configurations and read our step-by-step visual diagnosis for WizTree spatial patterns.