guardian/interactive-travel-countries Placeholder description: @blosky created this with repo-genesis |
for people* (7/10)
for AI* (7/9)
Rule-of-thumb estimates
Rebuild value
Maintenance effort
analysis.maintainabilityScores.- Duplication0.0×1−2.554% of main code duplicated
For people: A fix in one copy must be repeated in all the others; a missed copy becomes a bug.
For AI agents: Agents copy the patterns they find, so duplicates multiply; a change to one copy misses the others, and every copy costs context.
- Tests presence1.0×0.75−1.3no test code
For people: A test suite documents the intended behaviour and makes changes safe. Counted is whether there is one of reasonable size, not its coverage.
For AI agents: Tests let an agent check its own work; without them its mistakes surface later, in review or in production.
- Volume9.7×13,342 lines of main code
For people: More code is more to learn, search and keep in mind; onboarding and judging a change's impact slow down as it grows.
For AI agents: An agent sees only a slice at a time: the bigger the code base, the more it searches, and the likelier it misses relevant code or rewrites an existing helper.
- Unit size10.0×1.50% of unit code in units > 50 lines
For people: Long functions do many things at once: they are hard to name, read, test and reuse.
For AI agents: To change one line, an agent reads and often rewrites the whole function: bigger edits, more tokens, more breakage.
- Unit complexity10.0×20% of unit code with McCabe > 25
For people: Every branch is another path to understand and test; complex logic is where mistakes are made and missed in review.
For AI agents: Nested conditions are where generated changes break edge cases; complex units need more tests and review before an agent's change can be trusted.
- File size10.0×0.750% of main code in files > 500 lines
For people: Large files are hard to navigate, mix responsibilities and attract merge conflicts.
For AI agents: Agents read whole files into their context: every change to a large file costs many tokens and crowds out other relevant code.
- File complexity10.0×10% of main code in files with McCabe sum > 125
For people: Complex files concentrate risk: understanding one means keeping many paths in mind.
For AI agents: Much to read and much logic to get right in one place: the costliest combination for an agent.
- Duplication0.0×1.5−2.854% of main code duplicated
For AI agents: Agents copy the patterns they find, so duplicates multiply; a change to one copy misses the others, and every copy costs context.
For people: A fix in one copy must be repeated in all the others; a missed copy becomes a bug.
- Tests presence1.0×1.5−2.0no test code
For AI agents: Tests let an agent check its own work; without them its mistakes surface later, in review or in production.
For people: A test suite documents the intended behaviour and makes changes safe. Counted is whether there is one of reasonable size, not its coverage.
- Volume9.7×0.753,342 lines of main code
For AI agents: An agent sees only a slice at a time: the bigger the code base, the more it searches, and the likelier it misses relevant code or rewrites an existing helper.
For people: More code is more to learn, search and keep in mind; onboarding and judging a change's impact slow down as it grows.
- Unit size10.0×10% of unit code in units > 50 lines
For AI agents: To change one line, an agent reads and often rewrites the whole function: bigger edits, more tokens, more breakage.
For people: Long functions do many things at once: they are hard to name, read, test and reuse.
- Unit complexity10.0×10% of unit code with McCabe > 25
For AI agents: Nested conditions are where generated changes break edge cases; complex units need more tests and review before an agent's change can be trusted.
For people: Every branch is another path to understand and test; complex logic is where mistakes are made and missed in review.
- File size10.0×1.750% of main code in files > 500 lines
For AI agents: Agents read whole files into their context: every change to a large file costs many tokens and crowds out other relevant code.
For people: Large files are hard to navigate, mix responsibilities and attract merge conflicts.
- File complexity10.0×0.750% of main code in files with McCabe sum > 125
For AI agents: Much to read and much logic to get right in one place: the costliest combination for an agent.
For people: Complex files concentrate risk: understanding one means keeping many paths in mind.
- 1scrollyteller.jsshared/js/McCabe 1670 LOC
- 2util.jsshared/js/McCabe 1073 LOC
- 3render.jsatoms/europe-map/server/McCabe 14 LOC
- 4render.jsatoms/map/server/McCabe 14 LOC
- 5render.jsatoms/red-list-countries/server/McCabe 14 LOC
- 6render.jsatoms/scatterplot/server/McCabe 14 LOC
| Standard analyses: | Main Code: 3,342 LOC (41 files) = SCSS (55%) + JS (37%) + HTML (4%) + SASS (2%) Secondary code: Test: 0 LOC (0); Generated: 0 LOC (0); Build & Deploy: 66 LOC (2); Other: 176 LOC (6); |
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| Duplication: 54% | |||
| File Size: 0% long (>1000 LOC), 54% short (<= 200 LOC) | |||
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Logical Component Decomposition: primary (4 components) | ||
| Goals: Keep the system simple and easy to change (4) | |||
| Experimental analyses (less reliable heuristic analyses): | |||
| Unit Size: 0% long (>100 LOC), 60% short (<= 10 LOC) | |||
| Conditional Complexity: 0% complex (McCabe index > 50), 42% simple (McCabe index <= 5) | |||
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Static Component Dependencies: primary (4 components) | ||
No commit history found.
Visual Code Explorers
| MAIN (41) | Circles | Sunburst | |
| TEST (0) |
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| BUILD AND DEPLOYMENT (2) | Circles | Sunburst | |
| GENERATED (0) |
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| OTHER (6) | Circles | Sunburst |
File Visualizations
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Duplication views:
File age views:
File change frequency views:
Contributors per file views:
Contributor Visualizations
Contributor dependency views:
Components and Dependencies Visualizations
| Components | Temporal Dependencies | Duplication | Commits Racing Charts | ||||||||||
| 30 days | 3 months | 6 months | |||||||||||
| PRIMARY (4) | Bubble Chart | Tree Map |
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All Time | 12 Months | |||
File Dependencies Visualizations
Temporal dependencies among files:
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Units Visualizations
Unit size and conditional complexity views:
Lists of Files Per Scope
- MAIN (41 files)
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TEST
- BUILD AND DEPLOYMENT (2 files)
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GENERATED
- OTHER (6 files)
- FILES: History Data
- IGNORED FILES: By Extension | By Rule
Analysis Results
- CONFIGURATION: JSON
- ALL ANALYSIS RESULTS: JSON
- DUPLICATES: TXT | JSON
- UNITS: TXT | JSON
- CONTRIBUTORS: TXT | JSON
- LOGICAL DECOMPOSITIONS: JSON
- CONCERNS: JSON
- CONTROLS: TXT
- ALL METRICS: TXT