Current repository readingScanned Jul 24, 2026, 4:10 PM UTC

kube-linter Codebase Valuation

KubeLinter is a static analysis tool that checks Kubernetes YAML files and Helm charts to ensure the applications represented in them adhere to best practices.

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RepoWorth
github.com/stackrox

kube-linter

KubeLinter is a static analysis tool that checks Kubernetes YAML files and Helm charts to ensure the applications represented in them adhere to best practices.

RepoWorth$2,474Current measured development value · 1.5 active build days
Rebuild complexity89.248/100Profile: Complex
177.7K code tokens278 source filesGo primary language
Scanned Jul 24, 2026Public GitHub repositorycodevaluation.com/repoworth/kube-linter
Authored code177.7K tokens · 22,004 source lines
Complexity89.248/100 · Complex
Primary stackGo
Scan coverage100% · Content scan
RepoWorth development valuation

One valuation, with the evidence behind it.

RepoWorth models the current development value represented by the visible repository evidence. It does not include ideation, intellectual property, business value, product discovery, or sale price.

RepoWorthCurrent measured development value
$2,474

Modeled range $1,979 to $2,968

1.5 active build days11.7 engineering hours146.3K implementation tokens
Repository evidenceMeasured at the scanned commit
177.7K tokens

22,004 source lines across 278 authored files

64 test files712 dependencies100% scan coverage
Measured RepoWorth history

The current RepoWorth starts the measured history.

This current scan is the first measured point. Later scans add comparable history when the repository changes. RepoWorth is not back-cast onto commits that were never scanned.

Recorded RepoWorth$2,474
Current measured reading
Measured · Jul 24, 2026Data through · Jul 24, 2026
Measurement basisCurrent readingCurrent published repository scan
Evidence coverage100%current scan
Complexity89/100Measured from code scale and structural signals
Maintainability66/100Current structure, tests, and generated-code balance

This current scan establishes the RepoWorth baseline. Comparable value changes appear only after another completed scan under the same measurement basis.

RepoWorth history compares completed repository scans only when their measurement basis is compatible. Commit activity is shown separately so delivery volume is not presented as code value.

Repository contributors

Top contributors.

Ranked from the public GitHub contributor evidence available at the latest scan. This table describes measured repository activity, not ownership or original authorship.

RankContributorContributionsShare of top groupLatest measured activity
#1janisz@janisz5535.5%Current GitHub contributor snapshot
#2viswajithiii@viswajithiii4529.0%Current GitHub contributor snapshot
#3dhaus67@dhaus67138.4%Current GitHub contributor snapshot
#4msugakov@msugakov85.2%Current GitHub contributor snapshot
#5rhybrillou@rhybrillou85.2%Current GitHub contributor snapshot
#6mmorel-35@mmorel-3574.5%Current GitHub contributor snapshot
#7kreamkorokke@kreamkorokke63.9%Current GitHub contributor snapshot
#8charlesoconor@charlesoconor53.2%Current GitHub contributor snapshot
#9arghya88@arghya8842.6%Current GitHub contributor snapshot
#10heckler1@heckler142.6%Current GitHub contributor snapshot
About kube-linter

What the public repository appears to contain.

KubeLinter is a static analysis tool that checks Kubernetes YAML files and Helm charts to ensure the applications represented in them adhere to best practices.

hacktoberfesthactoberfesthelm-chartskubernetesstatic-analysisyaml-files
License
Apache-2.0
Default branch
main
GitHub stars
3,487
Forks
268
Last public push
Jul 22, 2026
Repository state
Active public repository
Detected language profile723.3KB authored source
Go82.69%
Shell10.71%
MOD5.67%
CSS0.48%
HTML0.45%
Source files278
Test files64
Manifests3
Dependencies712
Measured technical evidence

A fuller view of what the scanner found.

These values come from the same immutable repository scan as the headline RepoWorth. They stay tied to the scanned commit so the reading can be inspected against one exact source state.

Maintainability signal66/100

Established based on deterministic repository structure and complexity signals.

Production source110.6K tokens

First-party implementation tokens eligible for the modeled code-scale input.

Test evidence67.1K tokens

64 detected test files contribute separately from production code.

Configuration and infrastructure0 tokens

3 manifests and 0 workspace boundaries were detected.

Documentation10.8K tokens

14 documentation files remain visible as a distinct enablement signal.

Integration surface251 signals

712 dependency declarations and 0 public-interface signals were measured.

Repository structure5 levels deep

0 large files and 1,421 branch signals add structural context.

Excluded from authored evidence0 files

72 generated files were identified. Ignored and generated material does not inflate RepoWorth.

Measured repository distinctions

Repository evidence highlights.

Each highlight records a measured characteristic of the same repository scan used for this RepoWorth report.

quality

Verification depth

At least 20 percent of measured source tokens are in test paths.

architecture

Dependency ecosystem

At least 500 dependency declarations were measured across supported manifests.

quality

Test fortress

At least 35 percent of measured source tokens are in detected test paths.

Technical effort profile

What makes this repository harder to rebuild.

Code scale, branching, dependencies, languages, structure, and visible test evidence shape the implementation and verification effort represented by this repository.

Code scaleModerate

Measured from the current source archive.

ComplexityHigh

Derived from branch density, dependencies, languages, and code scale.

VerificationHigh

Measures visible test code relative to the source corpus.

Development effort composition

Source volume alone does not explain the work.

This view separates authored evidence from the implementation, integration, verification, and engineering oversight represented by the current repository.

Reading boundary: These are modeled development inputs for the visible code. They do not include product discovery, company value, private systems, or commercial outcomes.

Weighted authored evidence146.3KProduction, tests, configuration, and documentation
Estimated implementation output146.3KImplementation, retries, integration, and verification
Engineering oversight11.7 hoursOrientation, integration, tests, and review
Active build time1.5 daysModeled effort represented by the current source state
Evidence boundary

What this valuation includes.

CodeValuation.com counted supported authored source on commit 0de9bf3b25e60b547a870bcd8efd56cdbda5505a, measured deterministic repository signals, then estimated implementation, rework, testing, integration, and engineering oversight.

Included

Supported first-party source, tests, configuration, manifests, repository structure, dependency signals, and framework boundaries.

Excluded

Common generated and vendored files, build output, dependencies, lockfiles, minified assets, binaries, media, and private systems outside this repository.

Not claimed

Ideation, intellectual-property rights, security posture, production reliability, company value, sale price, revenue, user value, proprietary data, or the cost of discovering the original product.

This is a modeled current development valuation for the repository's visible code at a specific commit. It reflects code volume, implementation output, complexity, and engineering oversight. It is not a business valuation, investment appraisal, security review, or estimate of sale price, ideation, intellectual property, revenue, users, brand, proprietary data, undocumented domain knowledge, or private infrastructure.

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