Oversized agent backlog for
jtgsystems/free-sitemap-generator. This file intentionally contains 500 candidate roadmap items so bots always have something to pick up.
- This is not a committed plan. It is a high-volume opportunity map inferred from the current repo shape.
- The file is split into 10 sections with 50 items each so work can be sliced by area instead of one giant queue.
- Promote, rewrite, or delete items after real repo verification.
- Repository description: Free sitemap generator - Create XML sitemaps for SEO
- Detected stack: Python
- Profile guess:
sitemap-tool - Inferred stage:
scale - README emphasis: - Async Concurrent Crawling - Crawl up to 50 pages simultaneously - Connection Pooling - Reuse connections for faster crawling - Smart Rate Limiting - Respects server resources while maximizing speed
- Key paths:
sitemap_generator/ - Workflow files present:
ci.yml,dependabot-automerge.yml - Read-first signals:
README.md,CONTRIBUTING.md,pyproject.toml,requirements.txt,setup.py,.github/workflows/ - Detected commands: install=
python -m pip install -r requirements.txt, tests=python -m pytest, build=python -m build
- Crawl Engine And Queueing:
sitemap_generator/ - URL Normalization And Crawl Policy:
sitemap_generator/ - Export Formats And Output Quality:
sitemap_generator/ - Operator Surface And Packaging:
sitemap_generator/,main.py,setup.py - Scheduling, Audits, And External SEO Hooks:
.github/,CONTRIBUTING.md - Testing, Verification, And CI:
.github/ - Documentation, Onboarding, And Handoffs:
README.md,CONTRIBUTING.md,AGENTS.md - Tooling, Scripts, And Maintenance Automation:
.github/,pyproject.toml - Security, Reliability, And Operational Safety:
.github/ - Integrations, Scale, And Portfolio Leverage: integration hooks, scale surfaces, and cross-repo extension points
Scope: sitemap_generator/
Goal: higher crawl throughput without lower crawl safety
- Audit crawl concurrency, queueing, retries, rate limiting, and request orchestration against the current goal of higher crawl throughput without lower crawl safety and capture the 10 weakest spots first.
- Map the boundaries, dependencies, and hidden assumptions inside crawl concurrency, queueing, retries, rate limiting, and request orchestration.
- Create representative fixtures, samples, or example states for crawl concurrency, queueing, retries, rate limiting, and request orchestration.
- Add stronger automated checks around crawl concurrency, queueing, retries, rate limiting, and request orchestration before widening the change surface.
- Review empty, partial, stale, retry, and failure states across crawl concurrency, queueing, retries, rate limiting, and request orchestration.
- Collapse duplicated logic, duplicated content, or duplicated process around crawl concurrency, queueing, retries, rate limiting, and request orchestration.
- Normalize naming, file layout, and ownership expectations around crawl concurrency, queueing, retries, rate limiting, and request orchestration.
- Improve diagnostics, error messages, and debug signals emitted by crawl concurrency, queueing, retries, rate limiting, and request orchestration.
- Document the safest maintainer workflow for changing crawl concurrency, queueing, retries, rate limiting, and request orchestration.
- Build a one-command smoke path that exercises crawl concurrency, queueing, retries, rate limiting, and request orchestration without a full release cycle.
- Remove stale files, stale branches of logic, or legacy patterns still hanging off crawl concurrency, queueing, retries, rate limiting, and request orchestration.
- Tighten config validation and defaults that influence crawl concurrency, queueing, retries, rate limiting, and request orchestration.
- Add rollback, recovery, or escape-hatch guidance for risky edits in crawl concurrency, queueing, retries, rate limiting, and request orchestration.
- Create a preview, diff, or review mode for changes touching crawl concurrency, queueing, retries, rate limiting, and request orchestration.
- Extract one reusable primitive that reduces cross-file churn in crawl concurrency, queueing, retries, rate limiting, and request orchestration.
- Measure the hottest or slowest path in crawl concurrency, queueing, retries, rate limiting, and request orchestration and record a baseline.
- Add a performance guard or budget where crawl concurrency, queueing, retries, rate limiting, and request orchestration is likely to become a hot path.
- Clarify which files, docs, and workflows actually own crawl concurrency, queueing, retries, rate limiting, and request orchestration.
- Move tribal knowledge about crawl concurrency, queueing, retries, rate limiting, and request orchestration into durable docs, examples, or tests.
- Strengthen contract checks at the boundaries of crawl concurrency, queueing, retries, rate limiting, and request orchestration.
- Improve discovery, navigation, or filtering around crawl concurrency, queueing, retries, rate limiting, and request orchestration.
- Add safer fallbacks when crawl concurrency, queueing, retries, rate limiting, and request orchestration partially succeeds but leaves confusing state behind.
- Create a repeatable template or scaffold for recurring work in crawl concurrency, queueing, retries, rate limiting, and request orchestration.
- Review security, permissions, and secret handling assumptions around crawl concurrency, queueing, retries, rate limiting, and request orchestration.
- Add observability hooks, summaries, or reports around crawl concurrency, queueing, retries, rate limiting, and request orchestration.
- Turn repeated manual steps touching crawl concurrency, queueing, retries, rate limiting, and request orchestration into scripts or automation.
- Write a migration note for old versus new patterns that affect crawl concurrency, queueing, retries, rate limiting, and request orchestration.
- Review compatibility risks across supported environments for crawl concurrency, queueing, retries, rate limiting, and request orchestration.
- Improve onboarding so a new maintainer can modify crawl concurrency, queueing, retries, rate limiting, and request orchestration without guessing.
- Capture the top recurring bugs, regressions, or support issues around crawl concurrency, queueing, retries, rate limiting, and request orchestration.
- Build clearer summaries, dashboards, or status outputs for crawl concurrency, queueing, retries, rate limiting, and request orchestration.
- Add sample data, demo flows, or walkthroughs that show crawl concurrency, queueing, retries, rate limiting, and request orchestration in action.
- Create a prioritized bug-hunt lane specifically for crawl concurrency, queueing, retries, rate limiting, and request orchestration.
- Tighten CI so changes touching crawl concurrency, queueing, retries, rate limiting, and request orchestration run the right checks, not just generic ones.
- Reduce noisy or low-value outputs from crawl concurrency, queueing, retries, rate limiting, and request orchestration and keep only useful signals.
- Improve readability, accessibility, or operator ergonomics around crawl concurrency, queueing, retries, rate limiting, and request orchestration.
- Add clearer success, warning, and failure states around crawl concurrency, queueing, retries, rate limiting, and request orchestration.
- Review whether crawl concurrency, queueing, retries, rate limiting, and request orchestration needs a cleaner split between stable and experimental work.
- Add integration hooks around crawl concurrency, queueing, retries, rate limiting, and request orchestration for likely adjacent systems or sibling repos.
- Create a safer bulk or batch mode for crawl concurrency, queueing, retries, rate limiting, and request orchestration if this area naturally scales up.
- Build a reuse layer so lessons from crawl concurrency, queueing, retries, rate limiting, and request orchestration can seed other repos safely.
- Create an agent-friendly task slicing plan for crawl concurrency, queueing, retries, rate limiting, and request orchestration so parallel workers can contribute safely.
- Add versioning or release-note discipline around changes that affect crawl concurrency, queueing, retries, rate limiting, and request orchestration.
- Create a quarterly maintenance checklist for crawl concurrency, queueing, retries, rate limiting, and request orchestration.
- Review data or state integrity risks caused by edits in crawl concurrency, queueing, retries, rate limiting, and request orchestration.
- Create a change-impact map so edits in crawl concurrency, queueing, retries, rate limiting, and request orchestration show likely downstream surfaces.
- Improve the default path through crawl concurrency, queueing, retries, rate limiting, and request orchestration for speed, trust, and low-friction recovery.
- Prototype one stretch improvement in crawl concurrency, queueing, retries, rate limiting, and request orchestration only after the deterministic core is stable.
- Turn the best current pattern in crawl concurrency, queueing, retries, rate limiting, and request orchestration into a documented repo standard.
- Re-run the roadmap assumptions for crawl concurrency, queueing, retries, rate limiting, and request orchestration after the next milestone and prune stale items.
Scope: sitemap_generator/
Goal: higher sitemap correctness and lower noisy output
51. Audit URL normalization, exclusion rules, canonical handling, and crawl policy decisions against the current goal of higher sitemap correctness and lower noisy output and capture the 10 weakest spots first.
52. Map the boundaries, dependencies, and hidden assumptions inside URL normalization, exclusion rules, canonical handling, and crawl policy decisions.
53. Create representative fixtures, samples, or example states for URL normalization, exclusion rules, canonical handling, and crawl policy decisions.
54. Add stronger automated checks around URL normalization, exclusion rules, canonical handling, and crawl policy decisions before widening the change surface.
55. Review empty, partial, stale, retry, and failure states across URL normalization, exclusion rules, canonical handling, and crawl policy decisions.
56. Collapse duplicated logic, duplicated content, or duplicated process around URL normalization, exclusion rules, canonical handling, and crawl policy decisions.
57. Normalize naming, file layout, and ownership expectations around URL normalization, exclusion rules, canonical handling, and crawl policy decisions.
58. Improve diagnostics, error messages, and debug signals emitted by URL normalization, exclusion rules, canonical handling, and crawl policy decisions.
59. Document the safest maintainer workflow for changing URL normalization, exclusion rules, canonical handling, and crawl policy decisions.
60. Build a one-command smoke path that exercises URL normalization, exclusion rules, canonical handling, and crawl policy decisions without a full release cycle.
61. Remove stale files, stale branches of logic, or legacy patterns still hanging off URL normalization, exclusion rules, canonical handling, and crawl policy decisions.
62. Tighten config validation and defaults that influence URL normalization, exclusion rules, canonical handling, and crawl policy decisions.
63. Add rollback, recovery, or escape-hatch guidance for risky edits in URL normalization, exclusion rules, canonical handling, and crawl policy decisions.
64. Create a preview, diff, or review mode for changes touching URL normalization, exclusion rules, canonical handling, and crawl policy decisions.
65. Extract one reusable primitive that reduces cross-file churn in URL normalization, exclusion rules, canonical handling, and crawl policy decisions.
66. Measure the hottest or slowest path in URL normalization, exclusion rules, canonical handling, and crawl policy decisions and record a baseline.
67. Add a performance guard or budget where URL normalization, exclusion rules, canonical handling, and crawl policy decisions is likely to become a hot path.
68. Clarify which files, docs, and workflows actually own URL normalization, exclusion rules, canonical handling, and crawl policy decisions.
69. Move tribal knowledge about URL normalization, exclusion rules, canonical handling, and crawl policy decisions into durable docs, examples, or tests.
70. Strengthen contract checks at the boundaries of URL normalization, exclusion rules, canonical handling, and crawl policy decisions.
71. Improve discovery, navigation, or filtering around URL normalization, exclusion rules, canonical handling, and crawl policy decisions.
72. Add safer fallbacks when URL normalization, exclusion rules, canonical handling, and crawl policy decisions partially succeeds but leaves confusing state behind.
73. Create a repeatable template or scaffold for recurring work in URL normalization, exclusion rules, canonical handling, and crawl policy decisions.
74. Review security, permissions, and secret handling assumptions around URL normalization, exclusion rules, canonical handling, and crawl policy decisions.
75. Add observability hooks, summaries, or reports around URL normalization, exclusion rules, canonical handling, and crawl policy decisions.
76. Turn repeated manual steps touching URL normalization, exclusion rules, canonical handling, and crawl policy decisions into scripts or automation.
77. Write a migration note for old versus new patterns that affect URL normalization, exclusion rules, canonical handling, and crawl policy decisions.
78. Review compatibility risks across supported environments for URL normalization, exclusion rules, canonical handling, and crawl policy decisions.
79. Improve onboarding so a new maintainer can modify URL normalization, exclusion rules, canonical handling, and crawl policy decisions without guessing.
80. Capture the top recurring bugs, regressions, or support issues around URL normalization, exclusion rules, canonical handling, and crawl policy decisions.
81. Build clearer summaries, dashboards, or status outputs for URL normalization, exclusion rules, canonical handling, and crawl policy decisions.
82. Add sample data, demo flows, or walkthroughs that show URL normalization, exclusion rules, canonical handling, and crawl policy decisions in action.
83. Create a prioritized bug-hunt lane specifically for URL normalization, exclusion rules, canonical handling, and crawl policy decisions.
84. Tighten CI so changes touching URL normalization, exclusion rules, canonical handling, and crawl policy decisions run the right checks, not just generic ones.
85. Reduce noisy or low-value outputs from URL normalization, exclusion rules, canonical handling, and crawl policy decisions and keep only useful signals.
86. Improve readability, accessibility, or operator ergonomics around URL normalization, exclusion rules, canonical handling, and crawl policy decisions.
87. Add clearer success, warning, and failure states around URL normalization, exclusion rules, canonical handling, and crawl policy decisions.
88. Review whether URL normalization, exclusion rules, canonical handling, and crawl policy decisions needs a cleaner split between stable and experimental work.
89. Add integration hooks around URL normalization, exclusion rules, canonical handling, and crawl policy decisions for likely adjacent systems or sibling repos.
90. Create a safer bulk or batch mode for URL normalization, exclusion rules, canonical handling, and crawl policy decisions if this area naturally scales up.
91. Build a reuse layer so lessons from URL normalization, exclusion rules, canonical handling, and crawl policy decisions can seed other repos safely.
92. Create an agent-friendly task slicing plan for URL normalization, exclusion rules, canonical handling, and crawl policy decisions so parallel workers can contribute safely.
93. Add versioning or release-note discipline around changes that affect URL normalization, exclusion rules, canonical handling, and crawl policy decisions.
94. Create a quarterly maintenance checklist for URL normalization, exclusion rules, canonical handling, and crawl policy decisions.
95. Review data or state integrity risks caused by edits in URL normalization, exclusion rules, canonical handling, and crawl policy decisions.
96. Create a change-impact map so edits in URL normalization, exclusion rules, canonical handling, and crawl policy decisions show likely downstream surfaces.
97. Improve the default path through URL normalization, exclusion rules, canonical handling, and crawl policy decisions for speed, trust, and low-friction recovery.
98. Prototype one stretch improvement in URL normalization, exclusion rules, canonical handling, and crawl policy decisions only after the deterministic core is stable.
99. Turn the best current pattern in URL normalization, exclusion rules, canonical handling, and crawl policy decisions into a documented repo standard.
100. Re-run the roadmap assumptions for URL normalization, exclusion rules, canonical handling, and crawl policy decisions after the next milestone and prune stale items.
Scope: sitemap_generator/
Goal: cleaner exports and lower post-run cleanup cost
101. Audit XML output, alternative export formats, validation, and output quality controls against the current goal of cleaner exports and lower post-run cleanup cost and capture the 10 weakest spots first.
102. Map the boundaries, dependencies, and hidden assumptions inside XML output, alternative export formats, validation, and output quality controls.
103. Create representative fixtures, samples, or example states for XML output, alternative export formats, validation, and output quality controls.
104. Add stronger automated checks around XML output, alternative export formats, validation, and output quality controls before widening the change surface.
105. Review empty, partial, stale, retry, and failure states across XML output, alternative export formats, validation, and output quality controls.
106. Collapse duplicated logic, duplicated content, or duplicated process around XML output, alternative export formats, validation, and output quality controls.
107. Normalize naming, file layout, and ownership expectations around XML output, alternative export formats, validation, and output quality controls.
108. Improve diagnostics, error messages, and debug signals emitted by XML output, alternative export formats, validation, and output quality controls.
109. Document the safest maintainer workflow for changing XML output, alternative export formats, validation, and output quality controls.
110. Build a one-command smoke path that exercises XML output, alternative export formats, validation, and output quality controls without a full release cycle.
111. Remove stale files, stale branches of logic, or legacy patterns still hanging off XML output, alternative export formats, validation, and output quality controls.
112. Tighten config validation and defaults that influence XML output, alternative export formats, validation, and output quality controls.
113. Add rollback, recovery, or escape-hatch guidance for risky edits in XML output, alternative export formats, validation, and output quality controls.
114. Create a preview, diff, or review mode for changes touching XML output, alternative export formats, validation, and output quality controls.
115. Extract one reusable primitive that reduces cross-file churn in XML output, alternative export formats, validation, and output quality controls.
116. Measure the hottest or slowest path in XML output, alternative export formats, validation, and output quality controls and record a baseline.
117. Add a performance guard or budget where XML output, alternative export formats, validation, and output quality controls is likely to become a hot path.
118. Clarify which files, docs, and workflows actually own XML output, alternative export formats, validation, and output quality controls.
119. Move tribal knowledge about XML output, alternative export formats, validation, and output quality controls into durable docs, examples, or tests.
120. Strengthen contract checks at the boundaries of XML output, alternative export formats, validation, and output quality controls.
121. Improve discovery, navigation, or filtering around XML output, alternative export formats, validation, and output quality controls.
122. Add safer fallbacks when XML output, alternative export formats, validation, and output quality controls partially succeeds but leaves confusing state behind.
123. Create a repeatable template or scaffold for recurring work in XML output, alternative export formats, validation, and output quality controls.
124. Review security, permissions, and secret handling assumptions around XML output, alternative export formats, validation, and output quality controls.
125. Add observability hooks, summaries, or reports around XML output, alternative export formats, validation, and output quality controls.
126. Turn repeated manual steps touching XML output, alternative export formats, validation, and output quality controls into scripts or automation.
127. Write a migration note for old versus new patterns that affect XML output, alternative export formats, validation, and output quality controls.
128. Review compatibility risks across supported environments for XML output, alternative export formats, validation, and output quality controls.
129. Improve onboarding so a new maintainer can modify XML output, alternative export formats, validation, and output quality controls without guessing.
130. Capture the top recurring bugs, regressions, or support issues around XML output, alternative export formats, validation, and output quality controls.
131. Build clearer summaries, dashboards, or status outputs for XML output, alternative export formats, validation, and output quality controls.
132. Add sample data, demo flows, or walkthroughs that show XML output, alternative export formats, validation, and output quality controls in action.
133. Create a prioritized bug-hunt lane specifically for XML output, alternative export formats, validation, and output quality controls.
134. Tighten CI so changes touching XML output, alternative export formats, validation, and output quality controls run the right checks, not just generic ones.
135. Reduce noisy or low-value outputs from XML output, alternative export formats, validation, and output quality controls and keep only useful signals.
136. Improve readability, accessibility, or operator ergonomics around XML output, alternative export formats, validation, and output quality controls.
137. Add clearer success, warning, and failure states around XML output, alternative export formats, validation, and output quality controls.
138. Review whether XML output, alternative export formats, validation, and output quality controls needs a cleaner split between stable and experimental work.
139. Add integration hooks around XML output, alternative export formats, validation, and output quality controls for likely adjacent systems or sibling repos.
140. Create a safer bulk or batch mode for XML output, alternative export formats, validation, and output quality controls if this area naturally scales up.
141. Build a reuse layer so lessons from XML output, alternative export formats, validation, and output quality controls can seed other repos safely.
142. Create an agent-friendly task slicing plan for XML output, alternative export formats, validation, and output quality controls so parallel workers can contribute safely.
143. Add versioning or release-note discipline around changes that affect XML output, alternative export formats, validation, and output quality controls.
144. Create a quarterly maintenance checklist for XML output, alternative export formats, validation, and output quality controls.
145. Review data or state integrity risks caused by edits in XML output, alternative export formats, validation, and output quality controls.
146. Create a change-impact map so edits in XML output, alternative export formats, validation, and output quality controls show likely downstream surfaces.
147. Improve the default path through XML output, alternative export formats, validation, and output quality controls for speed, trust, and low-friction recovery.
148. Prototype one stretch improvement in XML output, alternative export formats, validation, and output quality controls only after the deterministic core is stable.
149. Turn the best current pattern in XML output, alternative export formats, validation, and output quality controls into a documented repo standard.
150. Re-run the roadmap assumptions for XML output, alternative export formats, validation, and output quality controls after the next milestone and prune stale items.
Scope: sitemap_generator/, main.py, setup.py
Goal: easier operation and safer releases
151. Audit operator-facing workflow, progress feedback, setup path, and packaging surface against the current goal of easier operation and safer releases and capture the 10 weakest spots first.
152. Map the boundaries, dependencies, and hidden assumptions inside operator-facing workflow, progress feedback, setup path, and packaging surface.
153. Create representative fixtures, samples, or example states for operator-facing workflow, progress feedback, setup path, and packaging surface.
154. Add stronger automated checks around operator-facing workflow, progress feedback, setup path, and packaging surface before widening the change surface.
155. Review empty, partial, stale, retry, and failure states across operator-facing workflow, progress feedback, setup path, and packaging surface.
156. Collapse duplicated logic, duplicated content, or duplicated process around operator-facing workflow, progress feedback, setup path, and packaging surface.
157. Normalize naming, file layout, and ownership expectations around operator-facing workflow, progress feedback, setup path, and packaging surface.
158. Improve diagnostics, error messages, and debug signals emitted by operator-facing workflow, progress feedback, setup path, and packaging surface.
159. Document the safest maintainer workflow for changing operator-facing workflow, progress feedback, setup path, and packaging surface.
160. Build a one-command smoke path that exercises operator-facing workflow, progress feedback, setup path, and packaging surface without a full release cycle.
161. Remove stale files, stale branches of logic, or legacy patterns still hanging off operator-facing workflow, progress feedback, setup path, and packaging surface.
162. Tighten config validation and defaults that influence operator-facing workflow, progress feedback, setup path, and packaging surface.
163. Add rollback, recovery, or escape-hatch guidance for risky edits in operator-facing workflow, progress feedback, setup path, and packaging surface.
164. Create a preview, diff, or review mode for changes touching operator-facing workflow, progress feedback, setup path, and packaging surface.
165. Extract one reusable primitive that reduces cross-file churn in operator-facing workflow, progress feedback, setup path, and packaging surface.
166. Measure the hottest or slowest path in operator-facing workflow, progress feedback, setup path, and packaging surface and record a baseline.
167. Add a performance guard or budget where operator-facing workflow, progress feedback, setup path, and packaging surface is likely to become a hot path.
168. Clarify which files, docs, and workflows actually own operator-facing workflow, progress feedback, setup path, and packaging surface.
169. Move tribal knowledge about operator-facing workflow, progress feedback, setup path, and packaging surface into durable docs, examples, or tests.
170. Strengthen contract checks at the boundaries of operator-facing workflow, progress feedback, setup path, and packaging surface.
171. Improve discovery, navigation, or filtering around operator-facing workflow, progress feedback, setup path, and packaging surface.
172. Add safer fallbacks when operator-facing workflow, progress feedback, setup path, and packaging surface partially succeeds but leaves confusing state behind.
173. Create a repeatable template or scaffold for recurring work in operator-facing workflow, progress feedback, setup path, and packaging surface.
174. Review security, permissions, and secret handling assumptions around operator-facing workflow, progress feedback, setup path, and packaging surface.
175. Add observability hooks, summaries, or reports around operator-facing workflow, progress feedback, setup path, and packaging surface.
176. Turn repeated manual steps touching operator-facing workflow, progress feedback, setup path, and packaging surface into scripts or automation.
177. Write a migration note for old versus new patterns that affect operator-facing workflow, progress feedback, setup path, and packaging surface.
178. Review compatibility risks across supported environments for operator-facing workflow, progress feedback, setup path, and packaging surface.
179. Improve onboarding so a new maintainer can modify operator-facing workflow, progress feedback, setup path, and packaging surface without guessing.
180. Capture the top recurring bugs, regressions, or support issues around operator-facing workflow, progress feedback, setup path, and packaging surface.
181. Build clearer summaries, dashboards, or status outputs for operator-facing workflow, progress feedback, setup path, and packaging surface.
182. Add sample data, demo flows, or walkthroughs that show operator-facing workflow, progress feedback, setup path, and packaging surface in action.
183. Create a prioritized bug-hunt lane specifically for operator-facing workflow, progress feedback, setup path, and packaging surface.
184. Tighten CI so changes touching operator-facing workflow, progress feedback, setup path, and packaging surface run the right checks, not just generic ones.
185. Reduce noisy or low-value outputs from operator-facing workflow, progress feedback, setup path, and packaging surface and keep only useful signals.
186. Improve readability, accessibility, or operator ergonomics around operator-facing workflow, progress feedback, setup path, and packaging surface.
187. Add clearer success, warning, and failure states around operator-facing workflow, progress feedback, setup path, and packaging surface.
188. Review whether operator-facing workflow, progress feedback, setup path, and packaging surface needs a cleaner split between stable and experimental work.
189. Add integration hooks around operator-facing workflow, progress feedback, setup path, and packaging surface for likely adjacent systems or sibling repos.
190. Create a safer bulk or batch mode for operator-facing workflow, progress feedback, setup path, and packaging surface if this area naturally scales up.
191. Build a reuse layer so lessons from operator-facing workflow, progress feedback, setup path, and packaging surface can seed other repos safely.
192. Create an agent-friendly task slicing plan for operator-facing workflow, progress feedback, setup path, and packaging surface so parallel workers can contribute safely.
193. Add versioning or release-note discipline around changes that affect operator-facing workflow, progress feedback, setup path, and packaging surface.
194. Create a quarterly maintenance checklist for operator-facing workflow, progress feedback, setup path, and packaging surface.
195. Review data or state integrity risks caused by edits in operator-facing workflow, progress feedback, setup path, and packaging surface.
196. Create a change-impact map so edits in operator-facing workflow, progress feedback, setup path, and packaging surface show likely downstream surfaces.
197. Improve the default path through operator-facing workflow, progress feedback, setup path, and packaging surface for speed, trust, and low-friction recovery.
198. Prototype one stretch improvement in operator-facing workflow, progress feedback, setup path, and packaging surface only after the deterministic core is stable.
199. Turn the best current pattern in operator-facing workflow, progress feedback, setup path, and packaging surface into a documented repo standard.
200. Re-run the roadmap assumptions for operator-facing workflow, progress feedback, setup path, and packaging surface after the next milestone and prune stale items.
Scope: .github/, CONTRIBUTING.md
Goal: more leverage after the initial crawl/export loop
201. Audit scheduled runs, diff audits, integration hooks, and downstream SEO workflows against the current goal of more leverage after the initial crawl/export loop and capture the 10 weakest spots first.
202. Map the boundaries, dependencies, and hidden assumptions inside scheduled runs, diff audits, integration hooks, and downstream SEO workflows.
203. Create representative fixtures, samples, or example states for scheduled runs, diff audits, integration hooks, and downstream SEO workflows.
204. Add stronger automated checks around scheduled runs, diff audits, integration hooks, and downstream SEO workflows before widening the change surface.
205. Review empty, partial, stale, retry, and failure states across scheduled runs, diff audits, integration hooks, and downstream SEO workflows.
206. Collapse duplicated logic, duplicated content, or duplicated process around scheduled runs, diff audits, integration hooks, and downstream SEO workflows.
207. Normalize naming, file layout, and ownership expectations around scheduled runs, diff audits, integration hooks, and downstream SEO workflows.
208. Improve diagnostics, error messages, and debug signals emitted by scheduled runs, diff audits, integration hooks, and downstream SEO workflows.
209. Document the safest maintainer workflow for changing scheduled runs, diff audits, integration hooks, and downstream SEO workflows.
210. Build a one-command smoke path that exercises scheduled runs, diff audits, integration hooks, and downstream SEO workflows without a full release cycle.
211. Remove stale files, stale branches of logic, or legacy patterns still hanging off scheduled runs, diff audits, integration hooks, and downstream SEO workflows.
212. Tighten config validation and defaults that influence scheduled runs, diff audits, integration hooks, and downstream SEO workflows.
213. Add rollback, recovery, or escape-hatch guidance for risky edits in scheduled runs, diff audits, integration hooks, and downstream SEO workflows.
214. Create a preview, diff, or review mode for changes touching scheduled runs, diff audits, integration hooks, and downstream SEO workflows.
215. Extract one reusable primitive that reduces cross-file churn in scheduled runs, diff audits, integration hooks, and downstream SEO workflows.
216. Measure the hottest or slowest path in scheduled runs, diff audits, integration hooks, and downstream SEO workflows and record a baseline.
217. Add a performance guard or budget where scheduled runs, diff audits, integration hooks, and downstream SEO workflows is likely to become a hot path.
218. Clarify which files, docs, and workflows actually own scheduled runs, diff audits, integration hooks, and downstream SEO workflows.
219. Move tribal knowledge about scheduled runs, diff audits, integration hooks, and downstream SEO workflows into durable docs, examples, or tests.
220. Strengthen contract checks at the boundaries of scheduled runs, diff audits, integration hooks, and downstream SEO workflows.
221. Improve discovery, navigation, or filtering around scheduled runs, diff audits, integration hooks, and downstream SEO workflows.
222. Add safer fallbacks when scheduled runs, diff audits, integration hooks, and downstream SEO workflows partially succeeds but leaves confusing state behind.
223. Create a repeatable template or scaffold for recurring work in scheduled runs, diff audits, integration hooks, and downstream SEO workflows.
224. Review security, permissions, and secret handling assumptions around scheduled runs, diff audits, integration hooks, and downstream SEO workflows.
225. Add observability hooks, summaries, or reports around scheduled runs, diff audits, integration hooks, and downstream SEO workflows.
226. Turn repeated manual steps touching scheduled runs, diff audits, integration hooks, and downstream SEO workflows into scripts or automation.
227. Write a migration note for old versus new patterns that affect scheduled runs, diff audits, integration hooks, and downstream SEO workflows.
228. Review compatibility risks across supported environments for scheduled runs, diff audits, integration hooks, and downstream SEO workflows.
229. Improve onboarding so a new maintainer can modify scheduled runs, diff audits, integration hooks, and downstream SEO workflows without guessing.
230. Capture the top recurring bugs, regressions, or support issues around scheduled runs, diff audits, integration hooks, and downstream SEO workflows.
231. Build clearer summaries, dashboards, or status outputs for scheduled runs, diff audits, integration hooks, and downstream SEO workflows.
232. Add sample data, demo flows, or walkthroughs that show scheduled runs, diff audits, integration hooks, and downstream SEO workflows in action.
233. Create a prioritized bug-hunt lane specifically for scheduled runs, diff audits, integration hooks, and downstream SEO workflows.
234. Tighten CI so changes touching scheduled runs, diff audits, integration hooks, and downstream SEO workflows run the right checks, not just generic ones.
235. Reduce noisy or low-value outputs from scheduled runs, diff audits, integration hooks, and downstream SEO workflows and keep only useful signals.
236. Improve readability, accessibility, or operator ergonomics around scheduled runs, diff audits, integration hooks, and downstream SEO workflows.
237. Add clearer success, warning, and failure states around scheduled runs, diff audits, integration hooks, and downstream SEO workflows.
238. Review whether scheduled runs, diff audits, integration hooks, and downstream SEO workflows needs a cleaner split between stable and experimental work.
239. Add integration hooks around scheduled runs, diff audits, integration hooks, and downstream SEO workflows for likely adjacent systems or sibling repos.
240. Create a safer bulk or batch mode for scheduled runs, diff audits, integration hooks, and downstream SEO workflows if this area naturally scales up.
241. Build a reuse layer so lessons from scheduled runs, diff audits, integration hooks, and downstream SEO workflows can seed other repos safely.
242. Create an agent-friendly task slicing plan for scheduled runs, diff audits, integration hooks, and downstream SEO workflows so parallel workers can contribute safely.
243. Add versioning or release-note discipline around changes that affect scheduled runs, diff audits, integration hooks, and downstream SEO workflows.
244. Create a quarterly maintenance checklist for scheduled runs, diff audits, integration hooks, and downstream SEO workflows.
245. Review data or state integrity risks caused by edits in scheduled runs, diff audits, integration hooks, and downstream SEO workflows.
246. Create a change-impact map so edits in scheduled runs, diff audits, integration hooks, and downstream SEO workflows show likely downstream surfaces.
247. Improve the default path through scheduled runs, diff audits, integration hooks, and downstream SEO workflows for speed, trust, and low-friction recovery.
248. Prototype one stretch improvement in scheduled runs, diff audits, integration hooks, and downstream SEO workflows only after the deterministic core is stable.
249. Turn the best current pattern in scheduled runs, diff audits, integration hooks, and downstream SEO workflows into a documented repo standard.
250. Re-run the roadmap assumptions for scheduled runs, diff audits, integration hooks, and downstream SEO workflows after the next milestone and prune stale items.
Scope: .github/
Goal: safer changes and lower regression risk
251. Audit tests, smoke checks, fixtures, CI, and verification discipline against the current goal of safer changes and lower regression risk and capture the 10 weakest spots first.
252. Map the boundaries, dependencies, and hidden assumptions inside tests, smoke checks, fixtures, CI, and verification discipline.
253. Create representative fixtures, samples, or example states for tests, smoke checks, fixtures, CI, and verification discipline.
254. Add stronger automated checks around tests, smoke checks, fixtures, CI, and verification discipline before widening the change surface.
255. Review empty, partial, stale, retry, and failure states across tests, smoke checks, fixtures, CI, and verification discipline.
256. Collapse duplicated logic, duplicated content, or duplicated process around tests, smoke checks, fixtures, CI, and verification discipline.
257. Normalize naming, file layout, and ownership expectations around tests, smoke checks, fixtures, CI, and verification discipline.
258. Improve diagnostics, error messages, and debug signals emitted by tests, smoke checks, fixtures, CI, and verification discipline.
259. Document the safest maintainer workflow for changing tests, smoke checks, fixtures, CI, and verification discipline.
260. Build a one-command smoke path that exercises tests, smoke checks, fixtures, CI, and verification discipline without a full release cycle.
261. Remove stale files, stale branches of logic, or legacy patterns still hanging off tests, smoke checks, fixtures, CI, and verification discipline.
262. Tighten config validation and defaults that influence tests, smoke checks, fixtures, CI, and verification discipline.
263. Add rollback, recovery, or escape-hatch guidance for risky edits in tests, smoke checks, fixtures, CI, and verification discipline.
264. Create a preview, diff, or review mode for changes touching tests, smoke checks, fixtures, CI, and verification discipline.
265. Extract one reusable primitive that reduces cross-file churn in tests, smoke checks, fixtures, CI, and verification discipline.
266. Measure the hottest or slowest path in tests, smoke checks, fixtures, CI, and verification discipline and record a baseline.
267. Add a performance guard or budget where tests, smoke checks, fixtures, CI, and verification discipline is likely to become a hot path.
268. Clarify which files, docs, and workflows actually own tests, smoke checks, fixtures, CI, and verification discipline.
269. Move tribal knowledge about tests, smoke checks, fixtures, CI, and verification discipline into durable docs, examples, or tests.
270. Strengthen contract checks at the boundaries of tests, smoke checks, fixtures, CI, and verification discipline.
271. Improve discovery, navigation, or filtering around tests, smoke checks, fixtures, CI, and verification discipline.
272. Add safer fallbacks when tests, smoke checks, fixtures, CI, and verification discipline partially succeeds but leaves confusing state behind.
273. Create a repeatable template or scaffold for recurring work in tests, smoke checks, fixtures, CI, and verification discipline.
274. Review security, permissions, and secret handling assumptions around tests, smoke checks, fixtures, CI, and verification discipline.
275. Add observability hooks, summaries, or reports around tests, smoke checks, fixtures, CI, and verification discipline.
276. Turn repeated manual steps touching tests, smoke checks, fixtures, CI, and verification discipline into scripts or automation.
277. Write a migration note for old versus new patterns that affect tests, smoke checks, fixtures, CI, and verification discipline.
278. Review compatibility risks across supported environments for tests, smoke checks, fixtures, CI, and verification discipline.
279. Improve onboarding so a new maintainer can modify tests, smoke checks, fixtures, CI, and verification discipline without guessing.
280. Capture the top recurring bugs, regressions, or support issues around tests, smoke checks, fixtures, CI, and verification discipline.
281. Build clearer summaries, dashboards, or status outputs for tests, smoke checks, fixtures, CI, and verification discipline.
282. Add sample data, demo flows, or walkthroughs that show tests, smoke checks, fixtures, CI, and verification discipline in action.
283. Create a prioritized bug-hunt lane specifically for tests, smoke checks, fixtures, CI, and verification discipline.
284. Tighten CI so changes touching tests, smoke checks, fixtures, CI, and verification discipline run the right checks, not just generic ones.
285. Reduce noisy or low-value outputs from tests, smoke checks, fixtures, CI, and verification discipline and keep only useful signals.
286. Improve readability, accessibility, or operator ergonomics around tests, smoke checks, fixtures, CI, and verification discipline.
287. Add clearer success, warning, and failure states around tests, smoke checks, fixtures, CI, and verification discipline.
288. Review whether tests, smoke checks, fixtures, CI, and verification discipline needs a cleaner split between stable and experimental work.
289. Add integration hooks around tests, smoke checks, fixtures, CI, and verification discipline for likely adjacent systems or sibling repos.
290. Create a safer bulk or batch mode for tests, smoke checks, fixtures, CI, and verification discipline if this area naturally scales up.
291. Build a reuse layer so lessons from tests, smoke checks, fixtures, CI, and verification discipline can seed other repos safely.
292. Create an agent-friendly task slicing plan for tests, smoke checks, fixtures, CI, and verification discipline so parallel workers can contribute safely.
293. Add versioning or release-note discipline around changes that affect tests, smoke checks, fixtures, CI, and verification discipline.
294. Create a quarterly maintenance checklist for tests, smoke checks, fixtures, CI, and verification discipline.
295. Review data or state integrity risks caused by edits in tests, smoke checks, fixtures, CI, and verification discipline.
296. Create a change-impact map so edits in tests, smoke checks, fixtures, CI, and verification discipline show likely downstream surfaces.
297. Improve the default path through tests, smoke checks, fixtures, CI, and verification discipline for speed, trust, and low-friction recovery.
298. Prototype one stretch improvement in tests, smoke checks, fixtures, CI, and verification discipline only after the deterministic core is stable.
299. Turn the best current pattern in tests, smoke checks, fixtures, CI, and verification discipline into a documented repo standard.
300. Re-run the roadmap assumptions for tests, smoke checks, fixtures, CI, and verification discipline after the next milestone and prune stale items.
Scope: README.md, CONTRIBUTING.md, AGENTS.md
Goal: faster maintainer recovery and lower onboarding friction
301. Audit README, onboarding, agent guidance, handoff notes, and maintainers' context recovery against the current goal of faster maintainer recovery and lower onboarding friction and capture the 10 weakest spots first.
302. Map the boundaries, dependencies, and hidden assumptions inside README, onboarding, agent guidance, handoff notes, and maintainers' context recovery.
303. Create representative fixtures, samples, or example states for README, onboarding, agent guidance, handoff notes, and maintainers' context recovery.
304. Add stronger automated checks around README, onboarding, agent guidance, handoff notes, and maintainers' context recovery before widening the change surface.
305. Review empty, partial, stale, retry, and failure states across README, onboarding, agent guidance, handoff notes, and maintainers' context recovery.
306. Collapse duplicated logic, duplicated content, or duplicated process around README, onboarding, agent guidance, handoff notes, and maintainers' context recovery.
307. Normalize naming, file layout, and ownership expectations around README, onboarding, agent guidance, handoff notes, and maintainers' context recovery.
308. Improve diagnostics, error messages, and debug signals emitted by README, onboarding, agent guidance, handoff notes, and maintainers' context recovery.
309. Document the safest maintainer workflow for changing README, onboarding, agent guidance, handoff notes, and maintainers' context recovery.
310. Build a one-command smoke path that exercises README, onboarding, agent guidance, handoff notes, and maintainers' context recovery without a full release cycle.
311. Remove stale files, stale branches of logic, or legacy patterns still hanging off README, onboarding, agent guidance, handoff notes, and maintainers' context recovery.
312. Tighten config validation and defaults that influence README, onboarding, agent guidance, handoff notes, and maintainers' context recovery.
313. Add rollback, recovery, or escape-hatch guidance for risky edits in README, onboarding, agent guidance, handoff notes, and maintainers' context recovery.
314. Create a preview, diff, or review mode for changes touching README, onboarding, agent guidance, handoff notes, and maintainers' context recovery.
315. Extract one reusable primitive that reduces cross-file churn in README, onboarding, agent guidance, handoff notes, and maintainers' context recovery.
316. Measure the hottest or slowest path in README, onboarding, agent guidance, handoff notes, and maintainers' context recovery and record a baseline.
317. Add a performance guard or budget where README, onboarding, agent guidance, handoff notes, and maintainers' context recovery is likely to become a hot path.
318. Clarify which files, docs, and workflows actually own README, onboarding, agent guidance, handoff notes, and maintainers' context recovery.
319. Move tribal knowledge about README, onboarding, agent guidance, handoff notes, and maintainers' context recovery into durable docs, examples, or tests.
320. Strengthen contract checks at the boundaries of README, onboarding, agent guidance, handoff notes, and maintainers' context recovery.
321. Improve discovery, navigation, or filtering around README, onboarding, agent guidance, handoff notes, and maintainers' context recovery.
322. Add safer fallbacks when README, onboarding, agent guidance, handoff notes, and maintainers' context recovery partially succeeds but leaves confusing state behind.
323. Create a repeatable template or scaffold for recurring work in README, onboarding, agent guidance, handoff notes, and maintainers' context recovery.
324. Review security, permissions, and secret handling assumptions around README, onboarding, agent guidance, handoff notes, and maintainers' context recovery.
325. Add observability hooks, summaries, or reports around README, onboarding, agent guidance, handoff notes, and maintainers' context recovery.
326. Turn repeated manual steps touching README, onboarding, agent guidance, handoff notes, and maintainers' context recovery into scripts or automation.
327. Write a migration note for old versus new patterns that affect README, onboarding, agent guidance, handoff notes, and maintainers' context recovery.
328. Review compatibility risks across supported environments for README, onboarding, agent guidance, handoff notes, and maintainers' context recovery.
329. Improve onboarding so a new maintainer can modify README, onboarding, agent guidance, handoff notes, and maintainers' context recovery without guessing.
330. Capture the top recurring bugs, regressions, or support issues around README, onboarding, agent guidance, handoff notes, and maintainers' context recovery.
331. Build clearer summaries, dashboards, or status outputs for README, onboarding, agent guidance, handoff notes, and maintainers' context recovery.
332. Add sample data, demo flows, or walkthroughs that show README, onboarding, agent guidance, handoff notes, and maintainers' context recovery in action.
333. Create a prioritized bug-hunt lane specifically for README, onboarding, agent guidance, handoff notes, and maintainers' context recovery.
334. Tighten CI so changes touching README, onboarding, agent guidance, handoff notes, and maintainers' context recovery run the right checks, not just generic ones.
335. Reduce noisy or low-value outputs from README, onboarding, agent guidance, handoff notes, and maintainers' context recovery and keep only useful signals.
336. Improve readability, accessibility, or operator ergonomics around README, onboarding, agent guidance, handoff notes, and maintainers' context recovery.
337. Add clearer success, warning, and failure states around README, onboarding, agent guidance, handoff notes, and maintainers' context recovery.
338. Review whether README, onboarding, agent guidance, handoff notes, and maintainers' context recovery needs a cleaner split between stable and experimental work.
339. Add integration hooks around README, onboarding, agent guidance, handoff notes, and maintainers' context recovery for likely adjacent systems or sibling repos.
340. Create a safer bulk or batch mode for README, onboarding, agent guidance, handoff notes, and maintainers' context recovery if this area naturally scales up.
341. Build a reuse layer so lessons from README, onboarding, agent guidance, handoff notes, and maintainers' context recovery can seed other repos safely.
342. Create an agent-friendly task slicing plan for README, onboarding, agent guidance, handoff notes, and maintainers' context recovery so parallel workers can contribute safely.
343. Add versioning or release-note discipline around changes that affect README, onboarding, agent guidance, handoff notes, and maintainers' context recovery.
344. Create a quarterly maintenance checklist for README, onboarding, agent guidance, handoff notes, and maintainers' context recovery.
345. Review data or state integrity risks caused by edits in README, onboarding, agent guidance, handoff notes, and maintainers' context recovery.
346. Create a change-impact map so edits in README, onboarding, agent guidance, handoff notes, and maintainers' context recovery show likely downstream surfaces.
347. Improve the default path through README, onboarding, agent guidance, handoff notes, and maintainers' context recovery for speed, trust, and low-friction recovery.
348. Prototype one stretch improvement in README, onboarding, agent guidance, handoff notes, and maintainers' context recovery only after the deterministic core is stable.
349. Turn the best current pattern in README, onboarding, agent guidance, handoff notes, and maintainers' context recovery into a documented repo standard.
350. Re-run the roadmap assumptions for README, onboarding, agent guidance, handoff notes, and maintainers' context recovery after the next milestone and prune stale items.
Scope: .github/, pyproject.toml
Goal: less manual work and higher maintainer leverage
351. Audit scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation against the current goal of less manual work and higher maintainer leverage and capture the 10 weakest spots first.
352. Map the boundaries, dependencies, and hidden assumptions inside scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation.
353. Create representative fixtures, samples, or example states for scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation.
354. Add stronger automated checks around scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation before widening the change surface.
355. Review empty, partial, stale, retry, and failure states across scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation.
356. Collapse duplicated logic, duplicated content, or duplicated process around scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation.
357. Normalize naming, file layout, and ownership expectations around scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation.
358. Improve diagnostics, error messages, and debug signals emitted by scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation.
359. Document the safest maintainer workflow for changing scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation.
360. Build a one-command smoke path that exercises scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation without a full release cycle.
361. Remove stale files, stale branches of logic, or legacy patterns still hanging off scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation.
362. Tighten config validation and defaults that influence scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation.
363. Add rollback, recovery, or escape-hatch guidance for risky edits in scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation.
364. Create a preview, diff, or review mode for changes touching scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation.
365. Extract one reusable primitive that reduces cross-file churn in scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation.
366. Measure the hottest or slowest path in scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation and record a baseline.
367. Add a performance guard or budget where scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation is likely to become a hot path.
368. Clarify which files, docs, and workflows actually own scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation.
369. Move tribal knowledge about scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation into durable docs, examples, or tests.
370. Strengthen contract checks at the boundaries of scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation.
371. Improve discovery, navigation, or filtering around scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation.
372. Add safer fallbacks when scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation partially succeeds but leaves confusing state behind.
373. Create a repeatable template or scaffold for recurring work in scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation.
374. Review security, permissions, and secret handling assumptions around scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation.
375. Add observability hooks, summaries, or reports around scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation.
376. Turn repeated manual steps touching scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation into scripts or automation.
377. Write a migration note for old versus new patterns that affect scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation.
378. Review compatibility risks across supported environments for scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation.
379. Improve onboarding so a new maintainer can modify scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation without guessing.
380. Capture the top recurring bugs, regressions, or support issues around scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation.
381. Build clearer summaries, dashboards, or status outputs for scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation.
382. Add sample data, demo flows, or walkthroughs that show scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation in action.
383. Create a prioritized bug-hunt lane specifically for scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation.
384. Tighten CI so changes touching scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation run the right checks, not just generic ones.
385. Reduce noisy or low-value outputs from scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation and keep only useful signals.
386. Improve readability, accessibility, or operator ergonomics around scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation.
387. Add clearer success, warning, and failure states around scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation.
388. Review whether scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation needs a cleaner split between stable and experimental work.
389. Add integration hooks around scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation for likely adjacent systems or sibling repos.
390. Create a safer bulk or batch mode for scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation if this area naturally scales up.
391. Build a reuse layer so lessons from scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation can seed other repos safely.
392. Create an agent-friendly task slicing plan for scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation so parallel workers can contribute safely.
393. Add versioning or release-note discipline around changes that affect scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation.
394. Create a quarterly maintenance checklist for scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation.
395. Review data or state integrity risks caused by edits in scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation.
396. Create a change-impact map so edits in scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation show likely downstream surfaces.
397. Improve the default path through scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation for speed, trust, and low-friction recovery.
398. Prototype one stretch improvement in scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation only after the deterministic core is stable.
399. Turn the best current pattern in scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation into a documented repo standard.
400. Re-run the roadmap assumptions for scripts, generators, cleanup jobs, local tooling, and repeatable maintenance automation after the next milestone and prune stale items.
Scope: .github/
Goal: lower operational risk and stronger recovery when things go wrong
401. Audit security defaults, retries, timeouts, permissions, release safety, and observability against the current goal of lower operational risk and stronger recovery when things go wrong and capture the 10 weakest spots first.
402. Map the boundaries, dependencies, and hidden assumptions inside security defaults, retries, timeouts, permissions, release safety, and observability.
403. Create representative fixtures, samples, or example states for security defaults, retries, timeouts, permissions, release safety, and observability.
404. Add stronger automated checks around security defaults, retries, timeouts, permissions, release safety, and observability before widening the change surface.
405. Review empty, partial, stale, retry, and failure states across security defaults, retries, timeouts, permissions, release safety, and observability.
406. Collapse duplicated logic, duplicated content, or duplicated process around security defaults, retries, timeouts, permissions, release safety, and observability.
407. Normalize naming, file layout, and ownership expectations around security defaults, retries, timeouts, permissions, release safety, and observability.
408. Improve diagnostics, error messages, and debug signals emitted by security defaults, retries, timeouts, permissions, release safety, and observability.
409. Document the safest maintainer workflow for changing security defaults, retries, timeouts, permissions, release safety, and observability.
410. Build a one-command smoke path that exercises security defaults, retries, timeouts, permissions, release safety, and observability without a full release cycle.
411. Remove stale files, stale branches of logic, or legacy patterns still hanging off security defaults, retries, timeouts, permissions, release safety, and observability.
412. Tighten config validation and defaults that influence security defaults, retries, timeouts, permissions, release safety, and observability.
413. Add rollback, recovery, or escape-hatch guidance for risky edits in security defaults, retries, timeouts, permissions, release safety, and observability.
414. Create a preview, diff, or review mode for changes touching security defaults, retries, timeouts, permissions, release safety, and observability.
415. Extract one reusable primitive that reduces cross-file churn in security defaults, retries, timeouts, permissions, release safety, and observability.
416. Measure the hottest or slowest path in security defaults, retries, timeouts, permissions, release safety, and observability and record a baseline.
417. Add a performance guard or budget where security defaults, retries, timeouts, permissions, release safety, and observability is likely to become a hot path.
418. Clarify which files, docs, and workflows actually own security defaults, retries, timeouts, permissions, release safety, and observability.
419. Move tribal knowledge about security defaults, retries, timeouts, permissions, release safety, and observability into durable docs, examples, or tests.
420. Strengthen contract checks at the boundaries of security defaults, retries, timeouts, permissions, release safety, and observability.
421. Improve discovery, navigation, or filtering around security defaults, retries, timeouts, permissions, release safety, and observability.
422. Add safer fallbacks when security defaults, retries, timeouts, permissions, release safety, and observability partially succeeds but leaves confusing state behind.
423. Create a repeatable template or scaffold for recurring work in security defaults, retries, timeouts, permissions, release safety, and observability.
424. Review security, permissions, and secret handling assumptions around security defaults, retries, timeouts, permissions, release safety, and observability.
425. Add observability hooks, summaries, or reports around security defaults, retries, timeouts, permissions, release safety, and observability.
426. Turn repeated manual steps touching security defaults, retries, timeouts, permissions, release safety, and observability into scripts or automation.
427. Write a migration note for old versus new patterns that affect security defaults, retries, timeouts, permissions, release safety, and observability.
428. Review compatibility risks across supported environments for security defaults, retries, timeouts, permissions, release safety, and observability.
429. Improve onboarding so a new maintainer can modify security defaults, retries, timeouts, permissions, release safety, and observability without guessing.
430. Capture the top recurring bugs, regressions, or support issues around security defaults, retries, timeouts, permissions, release safety, and observability.
431. Build clearer summaries, dashboards, or status outputs for security defaults, retries, timeouts, permissions, release safety, and observability.
432. Add sample data, demo flows, or walkthroughs that show security defaults, retries, timeouts, permissions, release safety, and observability in action.
433. Create a prioritized bug-hunt lane specifically for security defaults, retries, timeouts, permissions, release safety, and observability.
434. Tighten CI so changes touching security defaults, retries, timeouts, permissions, release safety, and observability run the right checks, not just generic ones.
435. Reduce noisy or low-value outputs from security defaults, retries, timeouts, permissions, release safety, and observability and keep only useful signals.
436. Improve readability, accessibility, or operator ergonomics around security defaults, retries, timeouts, permissions, release safety, and observability.
437. Add clearer success, warning, and failure states around security defaults, retries, timeouts, permissions, release safety, and observability.
438. Review whether security defaults, retries, timeouts, permissions, release safety, and observability needs a cleaner split between stable and experimental work.
439. Add integration hooks around security defaults, retries, timeouts, permissions, release safety, and observability for likely adjacent systems or sibling repos.
440. Create a safer bulk or batch mode for security defaults, retries, timeouts, permissions, release safety, and observability if this area naturally scales up.
441. Build a reuse layer so lessons from security defaults, retries, timeouts, permissions, release safety, and observability can seed other repos safely.
442. Create an agent-friendly task slicing plan for security defaults, retries, timeouts, permissions, release safety, and observability so parallel workers can contribute safely.
443. Add versioning or release-note discipline around changes that affect security defaults, retries, timeouts, permissions, release safety, and observability.
444. Create a quarterly maintenance checklist for security defaults, retries, timeouts, permissions, release safety, and observability.
445. Review data or state integrity risks caused by edits in security defaults, retries, timeouts, permissions, release safety, and observability.
446. Create a change-impact map so edits in security defaults, retries, timeouts, permissions, release safety, and observability show likely downstream surfaces.
447. Improve the default path through security defaults, retries, timeouts, permissions, release safety, and observability for speed, trust, and low-friction recovery.
448. Prototype one stretch improvement in security defaults, retries, timeouts, permissions, release safety, and observability only after the deterministic core is stable.
449. Turn the best current pattern in security defaults, retries, timeouts, permissions, release safety, and observability into a documented repo standard.
450. Re-run the roadmap assumptions for security defaults, retries, timeouts, permissions, release safety, and observability after the next milestone and prune stale items.
Scope: integration hooks, scale surfaces, and cross-repo extension points Goal: more strategic leverage beyond the current single-repo workflow 451. Audit integrations, exports, APIs, scale paths, and reuse across sibling repos against the current goal of more strategic leverage beyond the current single-repo workflow and capture the 10 weakest spots first. 452. Map the boundaries, dependencies, and hidden assumptions inside integrations, exports, APIs, scale paths, and reuse across sibling repos. 453. Create representative fixtures, samples, or example states for integrations, exports, APIs, scale paths, and reuse across sibling repos. 454. Add stronger automated checks around integrations, exports, APIs, scale paths, and reuse across sibling repos before widening the change surface. 455. Review empty, partial, stale, retry, and failure states across integrations, exports, APIs, scale paths, and reuse across sibling repos. 456. Collapse duplicated logic, duplicated content, or duplicated process around integrations, exports, APIs, scale paths, and reuse across sibling repos. 457. Normalize naming, file layout, and ownership expectations around integrations, exports, APIs, scale paths, and reuse across sibling repos. 458. Improve diagnostics, error messages, and debug signals emitted by integrations, exports, APIs, scale paths, and reuse across sibling repos. 459. Document the safest maintainer workflow for changing integrations, exports, APIs, scale paths, and reuse across sibling repos. 460. Build a one-command smoke path that exercises integrations, exports, APIs, scale paths, and reuse across sibling repos without a full release cycle. 461. Remove stale files, stale branches of logic, or legacy patterns still hanging off integrations, exports, APIs, scale paths, and reuse across sibling repos. 462. Tighten config validation and defaults that influence integrations, exports, APIs, scale paths, and reuse across sibling repos. 463. Add rollback, recovery, or escape-hatch guidance for risky edits in integrations, exports, APIs, scale paths, and reuse across sibling repos. 464. Create a preview, diff, or review mode for changes touching integrations, exports, APIs, scale paths, and reuse across sibling repos. 465. Extract one reusable primitive that reduces cross-file churn in integrations, exports, APIs, scale paths, and reuse across sibling repos. 466. Measure the hottest or slowest path in integrations, exports, APIs, scale paths, and reuse across sibling repos and record a baseline. 467. Add a performance guard or budget where integrations, exports, APIs, scale paths, and reuse across sibling repos is likely to become a hot path. 468. Clarify which files, docs, and workflows actually own integrations, exports, APIs, scale paths, and reuse across sibling repos. 469. Move tribal knowledge about integrations, exports, APIs, scale paths, and reuse across sibling repos into durable docs, examples, or tests. 470. Strengthen contract checks at the boundaries of integrations, exports, APIs, scale paths, and reuse across sibling repos. 471. Improve discovery, navigation, or filtering around integrations, exports, APIs, scale paths, and reuse across sibling repos. 472. Add safer fallbacks when integrations, exports, APIs, scale paths, and reuse across sibling repos partially succeeds but leaves confusing state behind. 473. Create a repeatable template or scaffold for recurring work in integrations, exports, APIs, scale paths, and reuse across sibling repos. 474. Review security, permissions, and secret handling assumptions around integrations, exports, APIs, scale paths, and reuse across sibling repos. 475. Add observability hooks, summaries, or reports around integrations, exports, APIs, scale paths, and reuse across sibling repos. 476. Turn repeated manual steps touching integrations, exports, APIs, scale paths, and reuse across sibling repos into scripts or automation. 477. Write a migration note for old versus new patterns that affect integrations, exports, APIs, scale paths, and reuse across sibling repos. 478. Review compatibility risks across supported environments for integrations, exports, APIs, scale paths, and reuse across sibling repos. 479. Improve onboarding so a new maintainer can modify integrations, exports, APIs, scale paths, and reuse across sibling repos without guessing. 480. Capture the top recurring bugs, regressions, or support issues around integrations, exports, APIs, scale paths, and reuse across sibling repos. 481. Build clearer summaries, dashboards, or status outputs for integrations, exports, APIs, scale paths, and reuse across sibling repos. 482. Add sample data, demo flows, or walkthroughs that show integrations, exports, APIs, scale paths, and reuse across sibling repos in action. 483. Create a prioritized bug-hunt lane specifically for integrations, exports, APIs, scale paths, and reuse across sibling repos. 484. Tighten CI so changes touching integrations, exports, APIs, scale paths, and reuse across sibling repos run the right checks, not just generic ones. 485. Reduce noisy or low-value outputs from integrations, exports, APIs, scale paths, and reuse across sibling repos and keep only useful signals. 486. Improve readability, accessibility, or operator ergonomics around integrations, exports, APIs, scale paths, and reuse across sibling repos. 487. Add clearer success, warning, and failure states around integrations, exports, APIs, scale paths, and reuse across sibling repos. 488. Review whether integrations, exports, APIs, scale paths, and reuse across sibling repos needs a cleaner split between stable and experimental work. 489. Add integration hooks around integrations, exports, APIs, scale paths, and reuse across sibling repos for likely adjacent systems or sibling repos. 490. Create a safer bulk or batch mode for integrations, exports, APIs, scale paths, and reuse across sibling repos if this area naturally scales up. 491. Build a reuse layer so lessons from integrations, exports, APIs, scale paths, and reuse across sibling repos can seed other repos safely. 492. Create an agent-friendly task slicing plan for integrations, exports, APIs, scale paths, and reuse across sibling repos so parallel workers can contribute safely. 493. Add versioning or release-note discipline around changes that affect integrations, exports, APIs, scale paths, and reuse across sibling repos. 494. Create a quarterly maintenance checklist for integrations, exports, APIs, scale paths, and reuse across sibling repos. 495. Review data or state integrity risks caused by edits in integrations, exports, APIs, scale paths, and reuse across sibling repos. 496. Create a change-impact map so edits in integrations, exports, APIs, scale paths, and reuse across sibling repos show likely downstream surfaces. 497. Improve the default path through integrations, exports, APIs, scale paths, and reuse across sibling repos for speed, trust, and low-friction recovery. 498. Prototype one stretch improvement in integrations, exports, APIs, scale paths, and reuse across sibling repos only after the deterministic core is stable. 499. Turn the best current pattern in integrations, exports, APIs, scale paths, and reuse across sibling repos into a documented repo standard. 500. Re-run the roadmap assumptions for integrations, exports, APIs, scale paths, and reuse across sibling repos after the next milestone and prune stale items.
- Treat each item as a starting hypothesis, not a guaranteed requirement.
- Pick a section, verify the local reality, then narrow the item into a safe diff.
Generated by scripts/github/repo_roadmap_rollout.py.