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Merge pull request #295 from AIOSAI/system/devpulse-fixsetup-remove-stale-bootstrapbranch-calls-for-ba

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feat(system): fix(setup): remove stale bootstrap_branch calls for backup, daemon, commons, skills — these branches were removed in S82/S87 and moved to external repos. setup.sh was creating ghost directories with .trinity/ scaffolding that confused new users and made drone route to non-existent agents. Also removed commons/skills from registry generator. Fixes #294 Part 2, relates to #291.
This commit is contained in:
AIPass
2026-04-15 23:25:49 -07:00
committed by GitHub
parent 752263bac7 91fb49db84
commit 5ebb8b274e
15 changed files with 688 additions and 20 deletions
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.gitignore
+7
View File
@@ -117,3 +117,10 @@ whiteboard.md
README_ORIGINAL_DISABLED.md
readme_history/
src/aipass/trigger/trigger_data.lock
# Private integrations — driver layer (@api) and wrapper layer (all branches)
# Per DPLAN-0133. Contents are gitignored; only the scaffold README.md is tracked.
# Drop project-specific code into src/aipass/{branch}/apps/integrations/{project}/
# It stays local. Never appears in git.
src/aipass/*/apps/integrations/**
!src/aipass/*/apps/integrations/README.md
STATUS.md
+1 -1
View File
@@ -300,7 +300,7 @@
### Friction notes
- **seedgo __init__.py false positive**: `imports: Failed` and `naming: invalid characters` fire on Python reserved filename. Need special-case in seedgo's naming standard and imports standard. Encountered in another project; likely also in AIPass repo. Open a seedgo standard PR when there's bandwidth.
- **watchdog inotify limit (low priority)**: S93 afternoon, `python3 apps/devpulse.py watchdog agent @api` logged `inotify instance limit reached, continuing without file watcher: [Errno 24] inotify instance limit reached`. Watchdog gracefully fell back to PID polling (no functional impact), but the limit hit suggests the system has accumulated lots of file watchers (likely from Claude Code/other dev tools). Worth investigating if this starts blocking something — for now it's a noisy warning, not a failure. Check `cat /proc/sys/fs/inotify/max_user_instances` and `lsof | grep inotify | wc -l` when revisiting.
### S92 (2026-04-14 ~12:45 PT) — PRE-COMPACT, system prompt reformat work in flight
setup.sh
+4 -18
View File
@@ -131,20 +131,8 @@ for d in sorted(src_dir.iterdir()):
"last_active": today,
})
# Add external branches: commons and skills
for ext_name in ["commons", "skills"]:
ext_path = Path(repo_root) / "src" / ext_name
if ext_path.is_dir():
branches.append({
"name": ext_name,
"path": str(ext_path),
"profile": "library",
"description": "",
"email": f"@{ext_name}",
"status": "active",
"created": today,
"last_active": today,
})
# NOTE: commons and skills were external branches, now removed from public repo.
# Registry only includes branches discovered under src/aipass/.
registry = {
"metadata": {
@@ -294,13 +282,11 @@ bootstrap_branch "api" "$SCRIPT_DIR/src/aipass/api" "builder" "LLM acc
bootstrap_branch "trigger" "$SCRIPT_DIR/src/aipass/trigger" "builder" "Event-driven automation"
bootstrap_branch "spawn" "$SCRIPT_DIR/src/aipass/spawn" "builder" "Branch lifecycle management"
bootstrap_branch "devpulse" "$SCRIPT_DIR/src/aipass/devpulse" "manager" "Orchestration hub and coordination"
bootstrap_branch "backup" "$SCRIPT_DIR/src/aipass/backup" "builder" "Multi-mode backup system"
bootstrap_branch "daemon" "$SCRIPT_DIR/src/aipass/daemon" "builder" "Background scheduler"
bootstrap_branch "memory" "$SCRIPT_DIR/src/aipass/memory" "builder" "Vector memory bank"
# External branches
bootstrap_branch "commons" "$SCRIPT_DIR/src/commons" "builder" "Social network for branches"
bootstrap_branch "skills" "$SCRIPT_DIR/src/skills" "builder" "Capability framework"
# NOTE: backup, daemon removed S82/S87. commons, skills moved to external repos.
# Only the 11 core branches above should be bootstrapped.
echo " 15 branches bootstrapped"
src/aipass/ai_mail/apps/integrations/README.md
+64
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@@ -0,0 +1,64 @@
# apps/integrations/
Private integration space for this branch.
**This folder is gitignored.** Only this README is tracked. Everything else you drop in here stays local and never appears in git, PRs, or the public repo. Safe by construction, not by discipline.
## What goes here
**Branch-specific wrappers** that consume external systems via the @api driver layer. Each wrapper handles how THIS branch uses an external system in its own domain.
```
apps/integrations/
└── {project}/
├── wrapper.py # How this branch uses the driver
├── config.json # Optional — local config
└── tests/ # Private tests colocated
```
Wrappers should call into `@api`'s generic contracts (e.g. `api.memory_backend.query(...)`), never reference the private project by name in any tracked code. The private project name lives in the @api driver, not here.
## What does NOT go here
- **Driver code** — that belongs in `@api/apps/integrations/{project}/driver.py` (the connection layer).
- **Public business logic** — use `apps/modules/` or `apps/handlers/` for that.
- **Drone plugins** — use `apps/plugins/` for those.
- **Secrets** — they live in `~/.secrets/aipass/`, never in the repo.
## Architecture
The full design is in DPLAN-0133 (private integrations architecture). Three layers:
1. **@api driver layer** (`@api/apps/integrations/{project}/`) — owns the physical connection, auth, transport. Knows the private project name.
2. **Per-branch wrapper layer** (`{this_folder}/{project}/`) — owns how this branch consumes the driver's output in its domain. Calls generic contracts, never names private projects.
3. **Public drone commands** (`drone @api integrations list`, `drone @api integrations call <contract>`) — advertise the extension points without naming specifics. Fork-safe.
## Usage
```python
# Your public code (committed, in apps/modules/ or apps/handlers/)
from aipass.api import memory_backend
results = memory_backend.query("when did we ship watchdog?")
# memory_backend is a generic contract. In your local setup it routes to whatever
# driver you registered in @api/apps/integrations/. In a fresh clone with nothing
# registered, it returns NotConfigured gracefully.
```
```python
# Your private wrapper (in this folder, gitignored)
# apps/integrations/someproject/wrapper.py
from aipass.api import memory_backend
def domain_specific_query(context):
"""Branch-specific query pattern for domain needs."""
hint = build_query_from_context(context)
return memory_backend.query(hint, top_k=5, filter={"kind": "decision"})
```
The wrapper stays here, the call into the contract stays here, no private name leaks into tracked code.
---
See DPLAN-0133 for the full design rationale.
src/aipass/api/apps/integrations/README.md
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@@ -0,0 +1,64 @@
# apps/integrations/
Private integration space for this branch.
**This folder is gitignored.** Only this README is tracked. Everything else you drop in here stays local and never appears in git, PRs, or the public repo. Safe by construction, not by discipline.
## What goes here
**Branch-specific wrappers** that consume external systems via the @api driver layer. Each wrapper handles how THIS branch uses an external system in its own domain.
```
apps/integrations/
└── {project}/
├── wrapper.py # How this branch uses the driver
├── config.json # Optional — local config
└── tests/ # Private tests colocated
```
Wrappers should call into `@api`'s generic contracts (e.g. `api.memory_backend.query(...)`), never reference the private project by name in any tracked code. The private project name lives in the @api driver, not here.
## What does NOT go here
- **Driver code** — that belongs in `@api/apps/integrations/{project}/driver.py` (the connection layer).
- **Public business logic** — use `apps/modules/` or `apps/handlers/` for that.
- **Drone plugins** — use `apps/plugins/` for those.
- **Secrets** — they live in `~/.secrets/aipass/`, never in the repo.
## Architecture
The full design is in DPLAN-0133 (private integrations architecture). Three layers:
1. **@api driver layer** (`@api/apps/integrations/{project}/`) — owns the physical connection, auth, transport. Knows the private project name.
2. **Per-branch wrapper layer** (`{this_folder}/{project}/`) — owns how this branch consumes the driver's output in its domain. Calls generic contracts, never names private projects.
3. **Public drone commands** (`drone @api integrations list`, `drone @api integrations call <contract>`) — advertise the extension points without naming specifics. Fork-safe.
## Usage
```python
# Your public code (committed, in apps/modules/ or apps/handlers/)
from aipass.api import memory_backend
results = memory_backend.query("when did we ship watchdog?")
# memory_backend is a generic contract. In your local setup it routes to whatever
# driver you registered in @api/apps/integrations/. In a fresh clone with nothing
# registered, it returns NotConfigured gracefully.
```
```python
# Your private wrapper (in this folder, gitignored)
# apps/integrations/someproject/wrapper.py
from aipass.api import memory_backend
def domain_specific_query(context):
"""Branch-specific query pattern for domain needs."""
hint = build_query_from_context(context)
return memory_backend.query(hint, top_k=5, filter={"kind": "decision"})
```
The wrapper stays here, the call into the contract stays here, no private name leaks into tracked code.
---
See DPLAN-0133 for the full design rationale.
src/aipass/cli/apps/integrations/README.md
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@@ -0,0 +1,64 @@
# apps/integrations/
Private integration space for this branch.
**This folder is gitignored.** Only this README is tracked. Everything else you drop in here stays local and never appears in git, PRs, or the public repo. Safe by construction, not by discipline.
## What goes here
**Branch-specific wrappers** that consume external systems via the @api driver layer. Each wrapper handles how THIS branch uses an external system in its own domain.
```
apps/integrations/
└── {project}/
├── wrapper.py # How this branch uses the driver
├── config.json # Optional — local config
└── tests/ # Private tests colocated
```
Wrappers should call into `@api`'s generic contracts (e.g. `api.memory_backend.query(...)`), never reference the private project by name in any tracked code. The private project name lives in the @api driver, not here.
## What does NOT go here
- **Driver code** — that belongs in `@api/apps/integrations/{project}/driver.py` (the connection layer).
- **Public business logic** — use `apps/modules/` or `apps/handlers/` for that.
- **Drone plugins** — use `apps/plugins/` for those.
- **Secrets** — they live in `~/.secrets/aipass/`, never in the repo.
## Architecture
The full design is in DPLAN-0133 (private integrations architecture). Three layers:
1. **@api driver layer** (`@api/apps/integrations/{project}/`) — owns the physical connection, auth, transport. Knows the private project name.
2. **Per-branch wrapper layer** (`{this_folder}/{project}/`) — owns how this branch consumes the driver's output in its domain. Calls generic contracts, never names private projects.
3. **Public drone commands** (`drone @api integrations list`, `drone @api integrations call <contract>`) — advertise the extension points without naming specifics. Fork-safe.
## Usage
```python
# Your public code (committed, in apps/modules/ or apps/handlers/)
from aipass.api import memory_backend
results = memory_backend.query("when did we ship watchdog?")
# memory_backend is a generic contract. In your local setup it routes to whatever
# driver you registered in @api/apps/integrations/. In a fresh clone with nothing
# registered, it returns NotConfigured gracefully.
```
```python
# Your private wrapper (in this folder, gitignored)
# apps/integrations/someproject/wrapper.py
from aipass.api import memory_backend
def domain_specific_query(context):
"""Branch-specific query pattern for domain needs."""
hint = build_query_from_context(context)
return memory_backend.query(hint, top_k=5, filter={"kind": "decision"})
```
The wrapper stays here, the call into the contract stays here, no private name leaks into tracked code.
---
See DPLAN-0133 for the full design rationale.
src/aipass/devpulse/.aipass/aipass_local_prompt.md
+12
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@@ -88,6 +88,18 @@ The handler resolves `@target` → branch path → `.ai_mail.local/.dispatch.loc
`drone @devpulse watchdog --help` for full subcommand list. See FPLAN-0186 (build) and DPLAN-0130 (design).
## Interactive Wake — tmux
Start a Claude session for the user in any project/branch via tmux. User attaches from phone/desktop.
```bash
tmux new-session -d -s "name" -c "/path/to/branch"
tmux send-keys -t "name" "claude" Enter
# User connects: tmux attach -t name
```
Find the agent first: look for `.trinity/passport.json` to locate the branch path. Use `dangerouslyDisableSandbox: true` on the Bash call. This gives the USER an interactive session they control — different from dispatch (which runs autonomously). Use when the user asks to "wake" or "open" a citizen/project for interactive work.
## Memory & Tracking
- `.trinity/local.json` — session history, key learnings
src/aipass/drone/apps/integrations/README.md
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@@ -0,0 +1,64 @@
# apps/integrations/
Private integration space for this branch.
**This folder is gitignored.** Only this README is tracked. Everything else you drop in here stays local and never appears in git, PRs, or the public repo. Safe by construction, not by discipline.
## What goes here
**Branch-specific wrappers** that consume external systems via the @api driver layer. Each wrapper handles how THIS branch uses an external system in its own domain.
```
apps/integrations/
└── {project}/
├── wrapper.py # How this branch uses the driver
├── config.json # Optional — local config
└── tests/ # Private tests colocated
```
Wrappers should call into `@api`'s generic contracts (e.g. `api.memory_backend.query(...)`), never reference the private project by name in any tracked code. The private project name lives in the @api driver, not here.
## What does NOT go here
- **Driver code** — that belongs in `@api/apps/integrations/{project}/driver.py` (the connection layer).
- **Public business logic** — use `apps/modules/` or `apps/handlers/` for that.
- **Drone plugins** — use `apps/plugins/` for those.
- **Secrets** — they live in `~/.secrets/aipass/`, never in the repo.
## Architecture
The full design is in DPLAN-0133 (private integrations architecture). Three layers:
1. **@api driver layer** (`@api/apps/integrations/{project}/`) — owns the physical connection, auth, transport. Knows the private project name.
2. **Per-branch wrapper layer** (`{this_folder}/{project}/`) — owns how this branch consumes the driver's output in its domain. Calls generic contracts, never names private projects.
3. **Public drone commands** (`drone @api integrations list`, `drone @api integrations call <contract>`) — advertise the extension points without naming specifics. Fork-safe.
## Usage
```python
# Your public code (committed, in apps/modules/ or apps/handlers/)
from aipass.api import memory_backend
results = memory_backend.query("when did we ship watchdog?")
# memory_backend is a generic contract. In your local setup it routes to whatever
# driver you registered in @api/apps/integrations/. In a fresh clone with nothing
# registered, it returns NotConfigured gracefully.
```
```python
# Your private wrapper (in this folder, gitignored)
# apps/integrations/someproject/wrapper.py
from aipass.api import memory_backend
def domain_specific_query(context):
"""Branch-specific query pattern for domain needs."""
hint = build_query_from_context(context)
return memory_backend.query(hint, top_k=5, filter={"kind": "decision"})
```
The wrapper stays here, the call into the contract stays here, no private name leaks into tracked code.
---
See DPLAN-0133 for the full design rationale.
src/aipass/drone/apps/plugins/devpulse_ops/merge_plugin.py
+24 -1
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@@ -65,16 +65,39 @@ def merge_pr(pr_number: str, caller: str) -> dict:
logger.error(result["message"])
return result
# Step 2: Sync local main
# Step 2: Sync local main — stash any unstaged changes first so
# git pull --rebase doesn't abort on a dirty working tree.
stash = subprocess.run(
["git", "stash"],
capture_output=True, text=True, cwd=str(repo_root),
)
stashed = "No local changes to save" not in stash.stdout
pull = subprocess.run(
["git", "pull", "--rebase"],
capture_output=True, text=True, cwd=str(repo_root),
)
if pull.returncode != 0:
if stashed:
subprocess.run(
["git", "stash", "pop"],
capture_output=True, text=True, cwd=str(repo_root),
)
result["message"] = f"Pull after merge failed: {pull.stderr.strip()}"
logger.error(result["message"])
return result
if stashed:
pop = subprocess.run(
["git", "stash", "pop"],
capture_output=True, text=True, cwd=str(repo_root),
)
if pop.returncode != 0:
logger.warning(
"merge_pr: stash pop after pull failed (manual restore may be needed): %s",
pop.stderr.strip(),
)
# Step 3: Get the merge commit hash
rev = subprocess.run(
["git", "rev-parse", "HEAD"],
src/aipass/flow/apps/integrations/README.md
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@@ -0,0 +1,64 @@
# apps/integrations/
Private integration space for this branch.
**This folder is gitignored.** Only this README is tracked. Everything else you drop in here stays local and never appears in git, PRs, or the public repo. Safe by construction, not by discipline.
## What goes here
**Branch-specific wrappers** that consume external systems via the @api driver layer. Each wrapper handles how THIS branch uses an external system in its own domain.
```
apps/integrations/
└── {project}/
├── wrapper.py # How this branch uses the driver
├── config.json # Optional — local config
└── tests/ # Private tests colocated
```
Wrappers should call into `@api`'s generic contracts (e.g. `api.memory_backend.query(...)`), never reference the private project by name in any tracked code. The private project name lives in the @api driver, not here.
## What does NOT go here
- **Driver code** — that belongs in `@api/apps/integrations/{project}/driver.py` (the connection layer).
- **Public business logic** — use `apps/modules/` or `apps/handlers/` for that.
- **Drone plugins** — use `apps/plugins/` for those.
- **Secrets** — they live in `~/.secrets/aipass/`, never in the repo.
## Architecture
The full design is in DPLAN-0133 (private integrations architecture). Three layers:
1. **@api driver layer** (`@api/apps/integrations/{project}/`) — owns the physical connection, auth, transport. Knows the private project name.
2. **Per-branch wrapper layer** (`{this_folder}/{project}/`) — owns how this branch consumes the driver's output in its domain. Calls generic contracts, never names private projects.
3. **Public drone commands** (`drone @api integrations list`, `drone @api integrations call <contract>`) — advertise the extension points without naming specifics. Fork-safe.
## Usage
```python
# Your public code (committed, in apps/modules/ or apps/handlers/)
from aipass.api import memory_backend
results = memory_backend.query("when did we ship watchdog?")
# memory_backend is a generic contract. In your local setup it routes to whatever
# driver you registered in @api/apps/integrations/. In a fresh clone with nothing
# registered, it returns NotConfigured gracefully.
```
```python
# Your private wrapper (in this folder, gitignored)
# apps/integrations/someproject/wrapper.py
from aipass.api import memory_backend
def domain_specific_query(context):
"""Branch-specific query pattern for domain needs."""
hint = build_query_from_context(context)
return memory_backend.query(hint, top_k=5, filter={"kind": "decision"})
```
The wrapper stays here, the call into the contract stays here, no private name leaks into tracked code.
---
See DPLAN-0133 for the full design rationale.
src/aipass/memory/apps/integrations/README.md
+64
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@@ -0,0 +1,64 @@
# apps/integrations/
Private integration space for this branch.
**This folder is gitignored.** Only this README is tracked. Everything else you drop in here stays local and never appears in git, PRs, or the public repo. Safe by construction, not by discipline.
## What goes here
**Branch-specific wrappers** that consume external systems via the @api driver layer. Each wrapper handles how THIS branch uses an external system in its own domain.
```
apps/integrations/
└── {project}/
├── wrapper.py # How this branch uses the driver
├── config.json # Optional — local config
└── tests/ # Private tests colocated
```
Wrappers should call into `@api`'s generic contracts (e.g. `api.memory_backend.query(...)`), never reference the private project by name in any tracked code. The private project name lives in the @api driver, not here.
## What does NOT go here
- **Driver code** — that belongs in `@api/apps/integrations/{project}/driver.py` (the connection layer).
- **Public business logic** — use `apps/modules/` or `apps/handlers/` for that.
- **Drone plugins** — use `apps/plugins/` for those.
- **Secrets** — they live in `~/.secrets/aipass/`, never in the repo.
## Architecture
The full design is in DPLAN-0133 (private integrations architecture). Three layers:
1. **@api driver layer** (`@api/apps/integrations/{project}/`) — owns the physical connection, auth, transport. Knows the private project name.
2. **Per-branch wrapper layer** (`{this_folder}/{project}/`) — owns how this branch consumes the driver's output in its domain. Calls generic contracts, never names private projects.
3. **Public drone commands** (`drone @api integrations list`, `drone @api integrations call <contract>`) — advertise the extension points without naming specifics. Fork-safe.
## Usage
```python
# Your public code (committed, in apps/modules/ or apps/handlers/)
from aipass.api import memory_backend
results = memory_backend.query("when did we ship watchdog?")
# memory_backend is a generic contract. In your local setup it routes to whatever
# driver you registered in @api/apps/integrations/. In a fresh clone with nothing
# registered, it returns NotConfigured gracefully.
```
```python
# Your private wrapper (in this folder, gitignored)
# apps/integrations/someproject/wrapper.py
from aipass.api import memory_backend
def domain_specific_query(context):
"""Branch-specific query pattern for domain needs."""
hint = build_query_from_context(context)
return memory_backend.query(hint, top_k=5, filter={"kind": "decision"})
```
The wrapper stays here, the call into the contract stays here, no private name leaks into tracked code.
---
See DPLAN-0133 for the full design rationale.
src/aipass/prax/apps/integrations/README.md
+64
View File
@@ -0,0 +1,64 @@
# apps/integrations/
Private integration space for this branch.
**This folder is gitignored.** Only this README is tracked. Everything else you drop in here stays local and never appears in git, PRs, or the public repo. Safe by construction, not by discipline.
## What goes here
**Branch-specific wrappers** that consume external systems via the @api driver layer. Each wrapper handles how THIS branch uses an external system in its own domain.
```
apps/integrations/
└── {project}/
├── wrapper.py # How this branch uses the driver
├── config.json # Optional — local config
└── tests/ # Private tests colocated
```
Wrappers should call into `@api`'s generic contracts (e.g. `api.memory_backend.query(...)`), never reference the private project by name in any tracked code. The private project name lives in the @api driver, not here.
## What does NOT go here
- **Driver code** — that belongs in `@api/apps/integrations/{project}/driver.py` (the connection layer).
- **Public business logic** — use `apps/modules/` or `apps/handlers/` for that.
- **Drone plugins** — use `apps/plugins/` for those.
- **Secrets** — they live in `~/.secrets/aipass/`, never in the repo.
## Architecture
The full design is in DPLAN-0133 (private integrations architecture). Three layers:
1. **@api driver layer** (`@api/apps/integrations/{project}/`) — owns the physical connection, auth, transport. Knows the private project name.
2. **Per-branch wrapper layer** (`{this_folder}/{project}/`) — owns how this branch consumes the driver's output in its domain. Calls generic contracts, never names private projects.
3. **Public drone commands** (`drone @api integrations list`, `drone @api integrations call <contract>`) — advertise the extension points without naming specifics. Fork-safe.
## Usage
```python
# Your public code (committed, in apps/modules/ or apps/handlers/)
from aipass.api import memory_backend
results = memory_backend.query("when did we ship watchdog?")
# memory_backend is a generic contract. In your local setup it routes to whatever
# driver you registered in @api/apps/integrations/. In a fresh clone with nothing
# registered, it returns NotConfigured gracefully.
```
```python
# Your private wrapper (in this folder, gitignored)
# apps/integrations/someproject/wrapper.py
from aipass.api import memory_backend
def domain_specific_query(context):
"""Branch-specific query pattern for domain needs."""
hint = build_query_from_context(context)
return memory_backend.query(hint, top_k=5, filter={"kind": "decision"})
```
The wrapper stays here, the call into the contract stays here, no private name leaks into tracked code.
---
See DPLAN-0133 for the full design rationale.
src/aipass/seedgo/apps/integrations/README.md
+64
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@@ -0,0 +1,64 @@
# apps/integrations/
Private integration space for this branch.
**This folder is gitignored.** Only this README is tracked. Everything else you drop in here stays local and never appears in git, PRs, or the public repo. Safe by construction, not by discipline.
## What goes here
**Branch-specific wrappers** that consume external systems via the @api driver layer. Each wrapper handles how THIS branch uses an external system in its own domain.
```
apps/integrations/
└── {project}/
├── wrapper.py # How this branch uses the driver
├── config.json # Optional — local config
└── tests/ # Private tests colocated
```
Wrappers should call into `@api`'s generic contracts (e.g. `api.memory_backend.query(...)`), never reference the private project by name in any tracked code. The private project name lives in the @api driver, not here.
## What does NOT go here
- **Driver code** — that belongs in `@api/apps/integrations/{project}/driver.py` (the connection layer).
- **Public business logic** — use `apps/modules/` or `apps/handlers/` for that.
- **Drone plugins** — use `apps/plugins/` for those.
- **Secrets** — they live in `~/.secrets/aipass/`, never in the repo.
## Architecture
The full design is in DPLAN-0133 (private integrations architecture). Three layers:
1. **@api driver layer** (`@api/apps/integrations/{project}/`) — owns the physical connection, auth, transport. Knows the private project name.
2. **Per-branch wrapper layer** (`{this_folder}/{project}/`) — owns how this branch consumes the driver's output in its domain. Calls generic contracts, never names private projects.
3. **Public drone commands** (`drone @api integrations list`, `drone @api integrations call <contract>`) — advertise the extension points without naming specifics. Fork-safe.
## Usage
```python
# Your public code (committed, in apps/modules/ or apps/handlers/)
from aipass.api import memory_backend
results = memory_backend.query("when did we ship watchdog?")
# memory_backend is a generic contract. In your local setup it routes to whatever
# driver you registered in @api/apps/integrations/. In a fresh clone with nothing
# registered, it returns NotConfigured gracefully.
```
```python
# Your private wrapper (in this folder, gitignored)
# apps/integrations/someproject/wrapper.py
from aipass.api import memory_backend
def domain_specific_query(context):
"""Branch-specific query pattern for domain needs."""
hint = build_query_from_context(context)
return memory_backend.query(hint, top_k=5, filter={"kind": "decision"})
```
The wrapper stays here, the call into the contract stays here, no private name leaks into tracked code.
---
See DPLAN-0133 for the full design rationale.
src/aipass/spawn/apps/integrations/README.md
+64
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@@ -0,0 +1,64 @@
# apps/integrations/
Private integration space for this branch.
**This folder is gitignored.** Only this README is tracked. Everything else you drop in here stays local and never appears in git, PRs, or the public repo. Safe by construction, not by discipline.
## What goes here
**Branch-specific wrappers** that consume external systems via the @api driver layer. Each wrapper handles how THIS branch uses an external system in its own domain.
```
apps/integrations/
└── {project}/
├── wrapper.py # How this branch uses the driver
├── config.json # Optional — local config
└── tests/ # Private tests colocated
```
Wrappers should call into `@api`'s generic contracts (e.g. `api.memory_backend.query(...)`), never reference the private project by name in any tracked code. The private project name lives in the @api driver, not here.
## What does NOT go here
- **Driver code** — that belongs in `@api/apps/integrations/{project}/driver.py` (the connection layer).
- **Public business logic** — use `apps/modules/` or `apps/handlers/` for that.
- **Drone plugins** — use `apps/plugins/` for those.
- **Secrets** — they live in `~/.secrets/aipass/`, never in the repo.
## Architecture
The full design is in DPLAN-0133 (private integrations architecture). Three layers:
1. **@api driver layer** (`@api/apps/integrations/{project}/`) — owns the physical connection, auth, transport. Knows the private project name.
2. **Per-branch wrapper layer** (`{this_folder}/{project}/`) — owns how this branch consumes the driver's output in its domain. Calls generic contracts, never names private projects.
3. **Public drone commands** (`drone @api integrations list`, `drone @api integrations call <contract>`) — advertise the extension points without naming specifics. Fork-safe.
## Usage
```python
# Your public code (committed, in apps/modules/ or apps/handlers/)
from aipass.api import memory_backend
results = memory_backend.query("when did we ship watchdog?")
# memory_backend is a generic contract. In your local setup it routes to whatever
# driver you registered in @api/apps/integrations/. In a fresh clone with nothing
# registered, it returns NotConfigured gracefully.
```
```python
# Your private wrapper (in this folder, gitignored)
# apps/integrations/someproject/wrapper.py
from aipass.api import memory_backend
def domain_specific_query(context):
"""Branch-specific query pattern for domain needs."""
hint = build_query_from_context(context)
return memory_backend.query(hint, top_k=5, filter={"kind": "decision"})
```
The wrapper stays here, the call into the contract stays here, no private name leaks into tracked code.
---
See DPLAN-0133 for the full design rationale.
src/aipass/trigger/apps/integrations/README.md
+64
View File
@@ -0,0 +1,64 @@
# apps/integrations/
Private integration space for this branch.
**This folder is gitignored.** Only this README is tracked. Everything else you drop in here stays local and never appears in git, PRs, or the public repo. Safe by construction, not by discipline.
## What goes here
**Branch-specific wrappers** that consume external systems via the @api driver layer. Each wrapper handles how THIS branch uses an external system in its own domain.
```
apps/integrations/
└── {project}/
├── wrapper.py # How this branch uses the driver
├── config.json # Optional — local config
└── tests/ # Private tests colocated
```
Wrappers should call into `@api`'s generic contracts (e.g. `api.memory_backend.query(...)`), never reference the private project by name in any tracked code. The private project name lives in the @api driver, not here.
## What does NOT go here
- **Driver code** — that belongs in `@api/apps/integrations/{project}/driver.py` (the connection layer).
- **Public business logic** — use `apps/modules/` or `apps/handlers/` for that.
- **Drone plugins** — use `apps/plugins/` for those.
- **Secrets** — they live in `~/.secrets/aipass/`, never in the repo.
## Architecture
The full design is in DPLAN-0133 (private integrations architecture). Three layers:
1. **@api driver layer** (`@api/apps/integrations/{project}/`) — owns the physical connection, auth, transport. Knows the private project name.
2. **Per-branch wrapper layer** (`{this_folder}/{project}/`) — owns how this branch consumes the driver's output in its domain. Calls generic contracts, never names private projects.
3. **Public drone commands** (`drone @api integrations list`, `drone @api integrations call <contract>`) — advertise the extension points without naming specifics. Fork-safe.
## Usage
```python
# Your public code (committed, in apps/modules/ or apps/handlers/)
from aipass.api import memory_backend
results = memory_backend.query("when did we ship watchdog?")
# memory_backend is a generic contract. In your local setup it routes to whatever
# driver you registered in @api/apps/integrations/. In a fresh clone with nothing
# registered, it returns NotConfigured gracefully.
```
```python
# Your private wrapper (in this folder, gitignored)
# apps/integrations/someproject/wrapper.py
from aipass.api import memory_backend
def domain_specific_query(context):
"""Branch-specific query pattern for domain needs."""
hint = build_query_from_context(context)
return memory_backend.query(hint, top_k=5, filter={"kind": "decision"})
```
The wrapper stays here, the call into the contract stays here, no private name leaks into tracked code.
---
See DPLAN-0133 for the full design rationale.