
Phoenix GitHub
FreeStreamline GitHub issue and project management.
Free · Opens the source repo
What Phoenix GitHub does
Phoenix GitHub is a skill designed for managing GitHub issues, labels, project boards, and sprint operations specifically for the Arize-ai/phoenix repository. This skill leverages the GitHub CLI to facilitate various tasks such as filing roadmap issues, triaging bugs, and maintaining project boards. With two main project boards—one for sprint operations and another for roadmap tracking—users can efficiently navigate their workflow and ensure that all tasks are organized and up-to-date.
The skill includes a set of Python and Bash scripts that automate common tasks associated with sprint management. Users can close out sprints, check board hygiene, and run standups to review team progress. Each script is designed to read live data from the GitHub API, ensuring that users are working with the most current information. For example, the snapshot.sh script takes a comprehensive snapshot of the sprint board, which can then be used by other scripts to perform health checks and rollover tasks without repeatedly querying the API.
Additionally, the skill supports various configurations through environment variables, allowing teams to customize their experience based on their specific needs. This flexibility is particularly useful for managing ticket loads and ensuring that no team member is overwhelmed or underutilized. The dry-run feature of the scripts also promotes safety by allowing users to review actions before they are applied, reducing the risk of errors during sprint operations.
Overall, Phoenix GitHub is an essential tool for teams using the Arize-ai/phoenix repository who want to enhance their project management efficiency, maintain clear communication about sprint progress, and ensure that their roadmap is effectively managed.
When to use it
Use Phoenix GitHub when managing sprints and roadmaps for the Arize-ai/phoenix repository, especially during sprint close-outs and planning sessions.
When not to use it
This skill is not suitable for repositories outside of Arize-ai/phoenix or for teams not using GitHub for project management.
What you can build with it
Sprint Close-Out
At the end of a sprint, use the skill to roll over any unfinished tickets to the next sprint while documenting the slip.
Board Hygiene Check
Regularly check the status of your project board to ensure all items are up-to-date and properly categorized.
Standup Reports
Generate per-person reports for daily standups to quickly review recent work and ongoing tasks.
How to install Phoenix GitHub
View source1. Install with the skills CLI
npx skills add arize-ai/phoenix/phoenix-github --agent claude-code2. Or install it manually
Download the skill folder and drop it into ~/.claude/skills/ for all projects, or .claude/skills/ to scope it to one repo. Restart Claude Code so it picks up the new skill.
Anthropic's agentic coding CLI, and the reference implementation of Agent Skills. Drop a skill folder into ~/.claude/skills and Claude Code loads it automatically whenever a task matches the skill's description. Claude Code docs
Inside SKILL.md
Written by arize-aiPhoenix GitHub
Reference for managing issues, labels, project boards, and sprint operations on
Arize-ai/phoenix using the gh CLI.
Repository and Boards
Arize-ai/phoenix
There are two project boards. Pick deliberately.
| Board | Number | Project ID | What it holds |
|---|---|---|---|
| phoenix (sprint board) | #42 | PVT_kwDOA5FfSM4AIM-T | Everything. ~6.3k items, Sprint/Points/Priority fields. This is the board sprint work runs on. |
| phoenix roadmap | #45 | PVT_kwDOA5FfSM4AJaRo | ~75 high-level epics with Start/Target dates. No sprints. |
Day-to-day sprint operations mean board #42. Roadmap epics with dates live on #45.
Quick Reference
| Task | See |
|---|---|
| Close out a sprint / roll slipped tickets | Sprint Operations |
| Check the board is up to date | Board Hygiene |
| Check nobody is starving or buried | Ticket Load Health |
| Run a standup — recent work and work in flight per person | Standup |
| Keep roadmap epics current / flag ones needing planning | Roadmap Health |
| File a roadmap epic | Roadmap Issues |
| Add an epic to the roadmap board (#45) | Putting the Epic on the Roadmap Board |
| Apply the right labels | Label Taxonomy |
| Set project fields by hand | Project Field Mechanics |
| Create a bug or feature request | Standard Issues |
Tooling
Five bundled scripts under scripts/ back the tech-lead workflows. They read
the roster, the sprint calendar, and all field IDs live — nothing about a
person, sprint, or ticket is hardcoded.
cd .agents/skills/phoenix-github/scripts
# Sprint board (#42) — needs a snapshot first
./snapshot.sh board.json # ~60-90s, walks the whole board once
./health.py board.json # hygiene + load report (read-only)
./rollover.py board.json # sprint rollover plan (dry run by default)
./standup.py board.json # per-person did/doing report (read-only;
# snapshot optional but recommended)
# Roadmap board (#45) — small, fetches live
./roadmap.py # roadmap audit (dry run by default)
For board #42, snapshot once and run every check off that file. The ProjectV2 API has no server-side field filter, so a full read is ~63 sequential pages. Re-taking the snapshot per check wastes minutes.
A snapshot is a read cache, not a source of truth for writes. Anything
closed or moved since it was taken still reads as open in the file, so
rollover.py --apply refuses to run against a snapshot older than 2 hours
(PHOENIX_SNAPSHOT_MAX_AGE_MIN; override with --stale-ok if you know the file
is still accurate). Re-snapshot before applying, and again afterwards.
Board #45 is ~75 items — one page — so roadmap.py just fetches it each run.
Every script that writes is dry-run by default and takes --apply.
Tunable via env vars: PHOENIX_MIN_TICKETS (3), PHOENIX_MAX_TICKETS (15),
PHOENIX_ROSTER_TEAM (oss-eng; comma-separated list of org teams),
PHOENIX_ROSTER_EXCLUDE (empty; comma-separated logins to omit from all
reporting), PHOENIX_ROSTER_INCLUDE (empty; comma-separated logins to add to
the roster regardless of team membership), PHOENIX_STANDUP_DAYS (2),
PHOENIX_PROJECT_NUMBER (42), PHOENIX_SNAPSHOT_MAX_AGE_MIN (120),
PHOENIX_ISSUE_LIMIT (5000). Team-wide values live in .claude/settings.json
(env block); personal overrides go in .claude/settings.local.json. Neither
is read by a plain shell — export them when running the scripts outside
Claude Code.
Sprint Operations
Sprints are 14 days, defined by the Sprint iteration field on board #42
(field ID PVTIF_lADOA5FfSM4AIM-TzgFYwU4 — stable). Individual iteration IDs
rotate every sprint, so always resolve them live; never hardcode one.
# Current and upcoming sprints
gh api graphql -F org=Arize-ai -F num=42 -f query='
query($org: String!, $num: Int!) {
organization(login: $org) { projectV2(number: $num) {
field(name: "Sprint") { ... on ProjectV2IterationField {
id configuration { iterations { id title startDate duration } } } } } } }'
The current sprint is the iteration whose [startDate, startDate + duration)
window contains today.
New iterations cannot be created through the API. If no future sprint exists, add it on the Sprint field in the GitHub UI before rolling anything over. The scripts fail with a clear message rather than guessing.
Sprint Close-Out
Run at the end of each sprint. Any ticket still open and not Done rolls to the next sprint and gets a comment recording the slip.
./snapshot.sh board.json
./rollover.py board.json # 1. review the plan (changes nothing)
./rollover.py board.json --apply # 2. move them + comment
Slip comment posted on each rolled ticket:
Slipped from **Sprint 11-21-33** → moved to **Sprint 11-21-34**.
Rolled over during sprint close-out.
Useful flags:
| Flag | Effect |
|---|---|
| (none) | Dry run — prints the plan, changes nothing |
--apply | Perform the moves and post comments |
--stranded | Also sweep tickets left behind on already-completed sprints |
--only 123,456 | Restrict to specific issue numbers |
--no-comment | Move without commenting (use for bulk cleanup of old strays) |
--stale-ok | Apply from a snapshot older than the freshness limit |
"Stranded" means a sprint that has actually finished, taken from the board's own completed-iteration list. Work parked on a future iteration is deliberate planning and is never pulled backwards, no matter how many iterations exist.
Always review the dry run before --apply. Rolling a sprint comments on
every affected ticket, which notifies every assignee and watcher — it is loud
and not worth undoing by hand.
A ticket whose move succeeded but whose comment failed is reported separately: it is already in the next sprint, so re-running will not pick it up again.
For the --stranded sweep specifically, prefer --no-comment: those tickets
slipped many sprints ago and a fresh "slipped" notification on each is noise.
Board Hygiene
The board is only useful if it reflects reality. health.py checks six things:
| Check | Why it matters |
|---|---|
| Open tickets tagged to a past sprint | Slipped but never rolled — invisible work |
| Status Done but issue still open | Either close the issue or correct the status |
| In progress with no assignee | Nobody actually owns it |
| Current-sprint tickets with no assignee | Committed to but unowned |
| Current-sprint tickets with no Status | Won't appear in any board column |
| Open repo issues not on the board | Work that exists but is untracked |
./health.py board.json --section hygiene
Fix stranded past-sprint tickets with ./rollover.py board.json --stranded.
Add missing issues to the board with the mutation in
Project Field Mechanics.
Ticket Load Health
Goal: keep everyone fed at all times. Every person on the roster should be carrying between 3 and 15 tickets. Under 3 means they are about to run dry; over 15 means they are buried and the queue is not real.
Roster is the live membership of the PHOENIX_ROSTER_TEAM team(s) (default
@Arize-ai/oss-eng), so it self-updates as the teams change. Collaborators
who carry sprint work without belonging to a roster team are added by login via
PHOENIX_ROSTER_INCLUDE, and show in the roster label as +login. Prefer
adding someone to the org team when that is appropriate — the include list is a
standing override that does not self-update. Logins listed
in PHOENIX_ROSTER_EXCLUDE are dropped from the roster and filtered out of
snapshot assignee data at parse time, so they never appear in any report.
./health.py board.json --section load
Two numbers are reported per person, and they answer different questions:
- sprint — open, non-Done tickets in the current sprint. This is the actionable number: it drives who needs work assigned this sprint.
- total — open, non-Done tickets assigned anywhere on the board. This is ownership debt: a large gap between total and sprint means someone is nominally accountable for a long tail they are not working.
The report also flags sprint work assigned to people outside the roster team, which is informational rather than a problem.
Acting on the report
| Signal | Action |
|---|---|
| Someone under 3 in-sprint | Pull ready tickets from Backlog into the sprint and assign |
| Someone over 15 in-sprint | Re-assign to a starving teammate, or push to next sprint |
| Large ownership debt (high total, low sprint) | Unassign the stale tail, or move it to Backlog |
| Unassigned current-sprint tickets | Assign to whoever is furthest under the minimum |
Assigning and moving to the backlog:
gh issue edit 14541 --repo Arize-ai/phoenix --add-assignee <login>
gh issue edit 14541 --repo Arize-ai/phoenix --remove-assignee <login>
Prefer moving ready, well-scoped tickets to a starving teammate over inventing
new ones. Tickets labelled good-agent-issue are already scoped tightly enough
to hand off cleanly.
Standup
standup.py answers the two standup questions for every roster person:
- did — merged PRs they authored and closed issues they were assigned, inside the lookback window (default 2 days). Queried live from GitHub search.
- doing — their open PRs, plus (with a snapshot) their board items in In progress or Needs Review. Without a snapshot it falls back to open assigned issues updated inside the window, which is noisier.
./snapshot.sh board.json
./standup.py board.json # recommended: board statuses make "doing" real
./standup.py # defaults to board.json; if the file is
# missing, falls back to live-only mode
| Flag | Effect |
|---|---|
--days N | Lookback window in days (default 2, PHOENIX_STANDUP_DAYS) |
--person X | Only this login; repeatable, accepts non-roster logins too |
--json | Machine-readable output |
Read-only — it never mutates the board or issues. When presenting the report, lead with people whose did is empty and whose doing is empty or stale: they are the ones a standup exists to catch.
Roadmap Health
Board #45 is the roadmap. The job is to keep every current epic honest about two things: how far along it is, and how well it is broken down.
./roadmap.py # audit, changes nothing
./roadmap.py --apply # write planning labels + backfill Status
./roadmap.py --section planning # one section only:
# progress | planning | freshness | fields
What "current" means
An epic is current when it has started (Start Date on or before today, or no Start Date) and is still open. Everything scheduled for a future quarter is out of scope — there is no point auditing the specificity of work nobody has begun.
Today that is ~14 of the 46 open epics; the rest are dated Q4 2026 and later.
How progress is measured
Roadmap progress lives in the epic body checklist, not in the Status field
or GitHub sub-issues. Only a minority of epics use real sub-issues, so the audit
parses - [ ] / - [x] items out of the body and counts an item as a real
ticket when it references an issue (#1234 or a full issue URL). A bare number
under 1000 does not count — the repo passed that long ago, so Phase #2 is
prose, not a ticket.
Needs planning
An epic is flagged when it has no checklist at all, or when fewer than 50% of its remaining (unchecked) items are real tickets — meaning the work ahead is still loose bullets.
The ratio deliberately ignores completed items. Epics often record shipped work
as prose (- [x] OAuth audience scoping ...), and counting that history would
flag well-run epics as under-planned.
This matches how epics are meant to evolve: list new scope as generic bullets first, then promote them to real issues lazily as they get picked up. The flag fires when an epic is being worked but its remaining scope has not been promoted.
Flagged epics get the needs planning label:
# One-time setup; --apply creates it automatically if missing
gh label create "needs planning" --repo Arize-ai/phoenix \
--color FBCA04 --description "Roadmap epic lacks a broken-down plan"
# Find them later
gh issue list --repo Arize-ai/phoenix --label "needs planning" --state open
--apply also removes the label from epics that have since been planned, so
it stays truthful in both directions.
To clear a flag, break the loose bullets into issues (the to-issues skill does
this) and link them back into the parent's checklist.
Other checks
| Check | Meaning |
|---|---|
| Quiet | No body edit or comment on a current epic for over 60 days — either dead or unreported |
| Overdue | Past its Target Date and still open — re-date it or cut scope |
| Complete but open | Every checklist item ticked, issue still open — close it |
| Missing Status | Status is empty; the audit proposes a value (see below) |
| Status disagrees | Status contradicts the issue's real state |
| Missing dates | Open epic with no Start or Target Date |
| Missing Initiative | Current epic with no Initiative set (reported, never written) |
Status is inferred from the issue itself, and only ever written with --apply:
| Situation | Proposed Status |
|---|---|
| Issue closed | Done |
| Open, started | In Progress |
| Open, future Start Date | Todo |
Status is currently empty on most of board #45, so the first
--applywill propose a large backfill. Review the dry run before running it.
Label Taxonomy
Component Labels (c/)
Every issue should have at least one component label.
| Label | Area |
|---|---|
c/ui | Frontend / React UI |
c/server | FastAPI backend / server logic |
c/traces | Tracing, spans, OpenTelemetry ingestion |
c/evals | Evaluations framework |
c/datasets | Datasets CRUD and management |
c/experiments | Experiment runs and comparisons |
c/annotations | Human annotations and queues |
c/prompts | Prompt management and prompt SDK |
c/playground | LLM playground and provider support |
c/agents | In-browser or terminal AI agents for Phoenix (PXI) |
c/client | Python/TypeScript SDK and REST client |
c/cli | @arizeai/phoenix-cli |
c/api | REST API surface |
c/sessions | Sessions and session tracking |
c/otel | OpenTelemetry / OTel ingestion |
c/rbac | Role-based access control |
c/auth | Authentication |
c/infra | Infrastructure, jobs, storage connectors |
c/helm | Helm chart / Kubernetes deployment |
c/mcp | MCP (Model Context Protocol) integration |
c/integrations | Third-party framework integrations |
c/filters | Filter UI and filter logic |
c/metrics | Metrics and aggregations |
c/usability | Usability and UX papercuts |
c/dx | Developer experience |
Priority Labels
| Label | Use |
|---|---|
priority: highest | Roadmap epics and critical P0 bugs |
priority: high | Important but not blocking |
priority: medium | Normal queue work |
priority: low | Nice-to-have |
Size Labels
size:XS, size:S, size:M, size:L, size:XL, size:XXL — rough effort.
Board #42 also has a numeric Points field (1, 2, 3, 5) which is the one the
sprint board sorts on; the labels are advisory.
Type / Status Labels
| Label | Use |
|---|---|
roadmap | High-level roadmap epic |
bug | Something isn't working |
enhancement | New feature or improvement |
documentation | Docs-only change |
triage | Needs triage by the team |
blocked | Blocked on external dependency |
backlog | Acknowledged but not scheduled |
needs information | Awaiting info from the reporter |
needs attention | Needs a maintainer to look |
design | Needs design work before engineering |
onboarding | Related to new-user onboarding flows |
phoenix-cloud | Arize-hosted Phoenix (cloud) specific |
user request | Requested by a user |
good-agent-issue | Well-scoped enough for an AI agent to pick up |
agent-in-progress | An agent is currently working on this issue |
good first issue | Suitable for a new external contributor |
Roadmap Issues
Roadmap issues are high-level epics representing product initiatives.
Title Format
🗺️ [category] Title
The 🗺️ prefix marks an epic. Sub-issues that roll up under an epic use the
same [category] bracket but drop the emoji (e.g. [agents] dataset tools).
Categories: ui/ux, agents, tools, tracing/traces, sessions,
evals, server-evals, sandboxes, annotations, prompts,
datasets/experiments, infrastructure, enterprise, sdk/connectors. A few
standalone epics use a product name instead of a bracket (e.g.
@arizeai/phoenix-cli, REST API).
Labels per Category
Every roadmap epic gets roadmap + enhancement. Add priority: highest for
actively-prioritized epics, plus the relevant component label(s):
| Category | Component labels |
|---|---|
ui/ux | c/ui |
agents | c/agents |
tools | c/agents (often none beyond roadmap) |
tracing / traces | c/traces |
sessions | c/sessions, c/ui |
evals | c/evals (add c/playground when playground-related) |
server-evals / sandboxes | c/evals, c/server |
annotations | c/annotations |
prompts | c/prompts, c/playground |
datasets/experiments | c/datasets, c/experiments |
infrastructure | c/infra |
enterprise | c/rbac, c/auth |
sdk/connectors | c/client |
@arizeai/phoenix-cli | c/cli, c/dx |
REST API | c/api, c/server |
Body Template
Epic bodies are bare checkbox lists of tickets — no prose, no rationale. List new scope as generic bullets first and promote them to detailed sub-issues lazily, as they get picked up.
Once an epic is current, Roadmap Health flags it if the remaining bullets have not been promoted to real issues.
<one-line description of the initiative>
## Spike
- [ ]
## Front End
- [ ]
## Back End
- [ ]
## Open Questions
-
Creating a Roadmap Issue
gh issue create \
--repo Arize-ai/phoenix \
--title "🗺️ [category] Title" \
--label "roadmap,priority: highest,c/ui" \
--body "$(cat <<'EOF'
Description of the initiative.
## Spike
- [ ]
## Front End
- [ ]
## Back End
- [ ]
## Open Questions
-
EOF
)"
gh issue createdoes not support--json. Capture the issue URL from stdout and extract the number withgrep -oE '[0-9]+$'.
Putting the Epic on the Roadmap Board
An epic is not done being filed until it is on board #45 with dates. Until
then roadmap.py cannot see it, so it is never audited or flagged.
NODE_ID=$(gh api repos/Arize-ai/phoenix/issues/{number} --jq '.node_id')
ITEM_ID=$(gh api graphql -f query='
mutation($project: ID!, $content: ID!) {
addProjectV2ItemById(input: {projectId: $project, contentId: $content}) {
item { id }
}
}' \
-f project="PVT_kwDOA5FfSM4AJaRo" \
-f content="$NODE_ID" \
--jq '.data.addProjectV2ItemById.item.id')
Then set Start Date and Target Date on that $ITEM_ID with
Set a Date Field. Both are board-#45 field IDs and
only work with an item ID from board #45.
Project Field Mechanics
Field IDs below are stable. Iteration (sprint) IDs are not — resolve those live, see Sprint Operations.
Board #42 — phoenix (sprint board)
| Field | ID |
|---|---|
| Project ID | PVT_kwDOA5FfSM4AIM-T |
| Status | PVTSSF_lADOA5FfSM4AIM-TzgFJPQg |
| Sprint (iteration) | PVTIF_lADOA5FfSM4AIM-TzgFYwU4 |
| Points | PVTSSF_lADOA5FfSM4AIM-TzgHhukw |
| Priority (number) | PVTF_lADOA5FfSM4AIM-TzgNgl3g |
Status options (note the emoji and spacing are part of the name):
| Status | Option ID |
|---|---|
| Backlog | 71ea9c79 |
| 📘 Todo | f75ad846 |
| 👨💻 In progress | 47fc9ee4 |
| 🔍. Needs Review | 35410d8c |
| 👍 Approved | d85daefa |
| ✅ Done | 98236657 |
Points options: 1 5694a02d, 2 e50f7f7e, 3 268e6755, 5 4f52b74b
Board #45 — phoenix roadmap
| Field | ID |
|---|---|
| Project ID | PVT_kwDOA5FfSM4AJaRo |
| Start Date | PVTF_lADOA5FfSM4AJaRozgInoCI |
| Target Date | PVTF_lADOA5FfSM4AJaRozgInn58 |
| Status | PVTSSF_lADOA5FfSM4AJaRozgFw9n0 |
| Initiative | PVTSSF_lADOA5FfSM4AJaRozg-EB08 |
| Sub-issues progress | PVTF_lADOA5FfSM4AJaRozgXC5Zs |
Status options: Todo f75ad846, In Progress 47fc9ee4, Done 98236657
Initiative options: Agents b38eaffc, infrastructure fdb510cd,
enterprise 4b78ba6c. Currently unset on every item — roadmap.py reports it
for current epics but never writes it.
Add an Issue to a Board
Pass the project ID of the board you mean: #42 for sprint work,
#45 for roadmap epics. The returned $ITEM_ID is scoped to that board —
using it against the other one fails.
NODE_ID=$(gh api repos/Arize-ai/phoenix/issues/{number} --jq '.node_id')
# Sprint board #42: PVT_kwDOA5FfSM4AIM-T
# Roadmap board #45: PVT_kwDOA5FfSM4AJaRo
ITEM_ID=$(gh api graphql -f query='
mutation($project: ID!, $content: ID!) {
addProjectV2ItemById(input: {projectId: $project, contentId: $content}) {
item { id }
}
}' \
-f project="PVT_kwDOA5FfSM4AIM-T" \
-f content="$NODE_ID" \
--jq '.data.addProjectV2ItemById.item.id')
Set the Sprint (iteration)
gh api graphql -f query='
mutation($project: ID!, $item: ID!, $field: ID!, $iter: String!) {
updateProjectV2ItemFieldValue(input: {
projectId: $project, itemId: $item, fieldId: $field,
value: {iterationId: $iter}
}) { projectV2Item { id } }
}' \
-f project="PVT_kwDOA5FfSM4AIM-T" \
-f item="$ITEM_ID" \
-f field="PVTIF_lADOA5FfSM4AIM-TzgFYwU4" \
-f iter="$ITERATION_ID"
Set a Single-Select Field (Status, Points)
gh api graphql -f query='
mutation($project: ID!, $item: ID!, $field: ID!, $option: String!) {
updateProjectV2ItemFieldValue(input: {
projectId: $project, itemId: $item, fieldId: $field,
value: {singleSelectOptionId: $option}
}) { projectV2Item { id } }
}' \
-f project="PVT_kwDOA5FfSM4AIM-T" \
-f item="$ITEM_ID" \
-f field="PVTSSF_lADOA5FfSM4AIM-TzgFJPQg" \
-f option="47fc9ee4"
Set a Date Field (board #45)
gh api graphql -f query='
mutation($project: ID!, $item: ID!, $field: ID!, $value: Date!) {
updateProjectV2ItemFieldValue(input: {
projectId: $project, itemId: $item, fieldId: $field,
value: {date: $value}
}) { projectV2Item { id } }
}' \
-f project="PVT_kwDOA5FfSM4AJaRo" \
-f item="$ITEM_ID" \
-f field="PVTF_lADOA5FfSM4AJaRozgInoCI" \
-f value="2026-04-01"
Remove an Item from a Board
gh api graphql -f query='
mutation($project: ID!, $item: ID!) {
deleteProjectV2Item(input: {projectId: $project, itemId: $item}) {
deletedItemId
}
}' \
-f project="PVT_kwDOA5FfSM4AIM-T" \
-f item="$ITEM_ID"
Standard Issues
Bug Report
gh issue create \
--repo Arize-ai/phoenix \
--title "Short description of the bug" \
--label "bug,triage,c/traces" \
--body "..."
Feature Request
gh issue create \
--repo Arize-ai/phoenix \
--title "Short description of the feature" \
--label "enhancement,c/ui" \
--body "..."
Querying
The board and roadmap change constantly — query live rather than trusting a snapshot in this file.
# Open issues on the sprint board (fast; search-based)
gh issue list --repo Arize-ai/phoenix \
--search "project:Arize-ai/42 is:open" --limit 200 \
--json number,title,assignees
# All open roadmap epics
gh issue list --repo Arize-ai/phoenix --label roadmap --state open \
--limit 100 --json number,title --jq '.[] | "\(.number)\t\(.title)"'
# Roadmap epics currently flagged as needing planning
gh issue list --repo Arize-ai/phoenix --label "needs planning" --state open \
--json number,title --jq '.[] | "\(.number)\t\(.title)"'
# Roadmap epics for a component
gh issue list --repo Arize-ai/phoenix --label "roadmap,c/evals" --state open \
--json number,title --jq '.[] | "\(.number)\t\(.title)"'
# Unassigned, ready-to-pick-up work (feed a starving teammate from here)
gh issue list --repo Arize-ai/phoenix --state open \
--label good-agent-issue --search "no:assignee" --json number,title
gh issue list --search "project:Arize-ai/42 ..." is fast but cannot see
project field values (Sprint, Status, Points). Anything that depends on those
needs the full board snapshot — use scripts/snapshot.sh.
Epics group their child issues as a markdown checklist in the body (often
bucketed by Phoenix surface — Datasets, Prompts, Playground, Experiments,
Evals — with a ## ✅ Completed section). When filing a sub-issue, link it back
from the parent's checklist.
Frequently asked questions about Phoenix GitHub
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Idea Refine
Transform vague ideas into actionable concepts.
App Store Optimization
Optimize your mobile app's visibility and performance.
