applied-cli 0.6.7

CLI and shared client library for Applied Labs AI support agents

Applied Labs CLI

CLI and client library for Applied Labs AI support agents.

Installation

pip install applied-cli

CLI Usage

# Authenticate
applied login

# List agents
applied agents
applied agents --format json

# Find and inspect conversations
applied conversation-find --query "refund" --limit 5
applied conversations --resolution escalated --view detail --limit 10
applied conversation <id> --messages --format json

# Query tickets
applied tickets --status open

# Knowledge base
applied knowledge --type qa --search "refund"
applied knowledge <id> --format json
applied knowledge --source "https://help.example.com" --format csv
applied knowledge-diff --source "https://help.example.com"
applied content list --source "https://help.example.com"
applied content-update <content_id> --text "Corrected source text"
applied content-resync <content_id> --wait
applied knowledge-pin <id>
applied knowledge-link <response_id> --content <content_id>
applied knowledge-protect <id>
applied knowledge-unprotect <id>

# Taxonomy
applied taxonomy --type topics
applied taxonomy-counts --start 2026-03-01 --end 2026-03-18 --format csv

# Analytics
applied analytics-report --view overview_aggregate_metrics --model conversation --start 2026-04-01 --end 2026-04-30 --format json
applied analytics --group-by topic --metrics count --start 2026-04-01 --end 2026-04-30 --format json
applied analytics --group-by intent --metrics count --start 2026-04-01 --end 2026-04-30 --format json
applied metrics --metric-name conversation.resolve --start 2026-04-01 --end 2026-04-30 --period day --format json

analytics-report returns the selected report payload, not necessarily a { "rows": [...] } object. analytics returns grouped rows and currently supports --metrics count. Raw analytics SQL is not available through the public CLI surface.

Benchmarks & Scenarios

A benchmark is a named regression suite; a scenario is one test conversation (built from a real input_conversation_id) that can belong to one or more benchmarks. The typical loop is: build a suite → run it → review the pass rate → fix → re-run.

# Inspect benchmarks and their scenarios
applied benchmarks --agent-id <agent_id> --format json
applied benchmark <benchmark_id> --format json
applied scenarios --benchmark-id <benchmark_id> --format json

# Build a suite
applied benchmark-create --agent-id <agent_id> --name "Cancel Regression"
applied scenario-create --input-conversation-id <conversation_id> --name "<name>" \
  --benchmark-id <benchmark_id>

# Port a suite to another agent (e.g. email -> chat). Cross-agent recreates the
# scenarios under the destination agent; same-agent just tags them in.
# Dry-run by default; add --apply to write.
applied benchmark-clone <source_benchmark_id> --dest-benchmark-name "Chat Regression" \
  --target-agent-id <chat_agent_id> --apply

# Run a benchmark and wait for results in one command.
# --contact-email runs as a contact that has an email, fixing
# "Email is not present in the conversation" on test conversations.
applied scenario-bulk-run --benchmark-id <benchmark_id> \
  --contact-email [e-mail] --wait
applied scenario-bulk-status <job_id> --include-runs --format json

# Kill a stuck bulk run (deletes its queued/running runs; finished runs preserved)
applied scenario-bulk-cancel <job_id> --apply

# Review pass/fail health (pass_status reflects the latest run per scenario)
applied benchmark-results <benchmark_id> --format json

# Rate scenarios as you evaluate
applied scenario-update <scenario_id> --pass-status pass --feedback "<note>"

# Safe delete — refuses to wipe scenarios unless you opt in
applied benchmark-delete <benchmark_id> --detach-scenarios   # preserve scenarios
applied benchmark-delete <benchmark_id> --force              # cascade delete

# Recover deleted benchmark/scenario rows from a local PITR export
applied scenario-recover-catalog --recovery-dir <dir> --apply

Deleting a benchmark cascades and permanently deletes its scenarios and runs, so benchmark-delete refuses a non-empty benchmark unless you pass --detach-scenarios (unlink the scenarios first so they survive under their agent) or --force.

Library Usage

from applied_cli import AppliedClient, tools

# Create client
client = AppliedClient(token="al_xxx")

# Use tools
agents = await tools.agent_list(client, output_format="csv")
conversations = await tools.conversation_query(
    client,
    filters={"resolution": "escalated"},
    view="search",
    limit=20,
)

Tools

Tool	Description
agent_list	List all AI agents
conversation_find	Find conversations with compact agent-friendly fields
conversation_get	Get single conversation with messages
conversation_query	Search/filter conversations
ticket_query	Search/filter tickets
knowledge_list	List knowledge base items
taxonomy_list	List topics, intents, and flags
taxonomy_counts	Aggregate conversation counts by topic and intent
analytics_report	Read standard dashboard/report analytics views
analytics_query	Aggregate supported conversation dimensions with count
metrics_query	Roll up named metric events
benchmark_clone	Copy all scenarios from one benchmark into another
benchmark_delete	Delete a benchmark (guards against wiping scenarios)
benchmark_results	Pass/fail/unrated tally and pass rate for a benchmark
scenario_bulk_run	Run scenarios (contact override + wait-to-completion)
scenario_bulk_cancel	Cancel a stuck bulk run's queued/running scenario runs

Examples

# Find conversations using the default compact search view
await tools.conversation_find(
    client,
    query="refund",
    output_format="csv"
)

# Find escalated conversations
await tools.conversation_query(
    client,
    filters={"resolution": "escalated"},
    view="detail",
    output_format="csv"
)

# Get conversation with transcript
await tools.conversation_get(
    client,
    conversation_id="abc-123",
    include_messages=True,
    message_limit=50,
    output_format="json"
)

# Search knowledge base
await tools.knowledge_list(
    client,
    kb_type="qa",
    search="refund policy",
    output_format="json"
)

Development

# Install dev dependencies
pip install -e ".[dev]"

# Run tests
pytest

# Lint
ruff check --fix .
ruff format .

License

MIT