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Build and deploy a minimal custom REST API pipeline to dltHub Platform. Use when the user says "Help me build and deploy a minimal pipeline", "I've finished onboarding, now what?", or "I just ran dlthub-start and want to build my own pipeline".
Codex 또는 Claude로 설치 이 Prompt를 복사해 Codex, Claude 또는 다른 어시스턴트에 붙여 넣으면 Skill 페이지를 검토하고 설치를 진행할 수 있습니다.
Deploy and run the pre-shipped Jaffle Shop sample pipeline on dltHub Platform — the final onboarding step after uvx dlthub-start. Use when the user says 'deploy the pipeline', 'deploy the pre-built pipeline', 'deploy the onboarding pipeline', 'do the onboarding task', 'finish the onboarding task', or is ready to complete onboarding. Assumes scaffolding, login, and playground workspace connection are already done.
The guided entry point for dltHub workbench use cases — ingestion from APIs, data exploration, transformations, deployment, data quality. Use when the user names a use case or wants to be oriented before starting: 'I want to ingest from Stripe', 'show me how to go from data to dashboard', 'take me through the full workflow', 'explore the workbench', 'what can I do with dlthub', 'give me a quick start', 'show me a demo', 'walk me through ingestion to visualization', 'I want to try everything end-to-end', 'teach me dltHub'. Do NOT use when the user is asking what's available or where to start in general — use the `dlthub-router` skill (in init) for capability-discovery questions ('what can you do', 'what toolkits are there', 'I'm new to dlthub'). Do NOT use when the user already has a specific task underway (debugging, adding an endpoint, deploying).
Create trigger evaluation setup for a toolkit skill. Use when the user wants to test whether a skill's description triggers correctly, set up eval workspaces, or generate trigger test queries for a skill. Use when user says 'create eval', 'test triggers', 'eval skill', or wants to measure skill triggering accuracy.
Run trigger evaluation for a skill and analyze results. Use when the user wants to run evals, check trigger accuracy, analyze clashes, or improve a skill description based on eval results. Use when user says 'run eval', 'test triggers', 'check skill triggering', or 'analyze eval results'.
The entry point for building anything with dlthub. Use this skill to route the user to the right workflow toolkit and install it on demand. MUST use when the user asks 'what can you do', 'what can I build', 'what are toolkits', 'how do I build a pipeline', 'I want to pull data from a REST API', 'ingest from a SQL database', 'load CSVs from S3', 'make reports / dashboards', 'transform / model my data', 'add data quality checks', 'how do I deploy / schedule a pipeline', 'I'm new to dlthub', 'where do I start', or seems unsure what to do next after setup. Also use whenever the user expresses a data-engineering goal but no matching workflow toolkit is installed yet — this skill installs it on demand. Do NOT use when the toolkit matching the user's intent is already installed — go straight to its entry skill instead; only route/install when the matching toolkit is missing. Do NOT use when a specific task is already in progress (debugging a pipeline, validating data, adding endpoints) and its toolkit is installed.
Query, explore, or view data loaded by a dlt SQL database pipeline. Use when the user asks to query data, explore loaded tables, check row counts, write Python that reads pipeline data, or asks questions like "show me the data", "what users are there", "how much did we spend". Covers dlt dataset API, ibis expressions, and ReadableRelation. NOT for querying the source database — use the pipeline's destination.
| name | deploy-minimal-ingestion-pipeline |
| description | Build and deploy a minimal custom REST API pipeline to dltHub Platform. Use when the user says "Help me build and deploy a minimal pipeline", "I've finished onboarding, now what?", or "I just ran dlthub-start and want to build my own pipeline". |
| argument-hint | [source-name] |
Build a minimal single-endpoint REST API pipeline and get it running on dltHub Platform as fast as possible. The 100-row limit stays throughout — this is a first-run cloud validation, not a full production load.
Goal: fastest time to deployment. Every step must serve that goal.
Do not scan the workspace or execute any discovery commands before starting. Go directly to Setup — every file read is called out explicitly in the steps below.
References:
sql-database-pipeline or filesystem-pipeline insteadrest-api-pipeline insteadrest-api-pipeline insteadThese are the mistakes an agent makes without this skill. Avoid them:
*.secrets.toml file directly — this is NEVER allowed. Reading .dlt/secrets.toml, .dlt/dev.secrets.toml, or .dlt/prod.secrets.toml with the Read tool dumps credential values (API keys, tokens, private keys) into the conversation context. Use secrets_view_redacted with path= instead — it shows *** for all values.*.secrets.toml file directly — this is NEVER allowed. Never use the Write or Edit tool on any *.secrets.toml file. Use secrets_update_fragment with path= to write credential structure, and leave values empty ("") for the user to fill in.@dlt.resource or a plain function — not recognized as a platform job. Always use @run.pipeline.destination_type written via secrets_update_fragment — the MCP secrets tool normalizes destination_type to type, which the cloud runtime does not recognize. Always write destination_type directly to the profile config file (.dlt/dev.config.toml or .dlt/prod.config.toml) using the Edit tool.python <source>_pipeline.py directly — always use uv run dlthub local run --profile dev --non-interactive load_<source> instead. Running the file directly bypasses the dltHub job system and won't behave the same as a platform run.uvx dlthub-init as a bash command — running it from within this session would interfere with the new workspace's AI assistance setup. Always tell the user to run it themselves in a separate terminal.DO NOT OMIT. This skill must end by printing the completion block defined at the end of Step 8. Print it before any summary or closing remarks.
Print this to the user before doing anything else:
- [ ] Set up workspace
- [ ] Set up source
- [ ] Test source on DuckDB
- [ ] Set up destination
- [ ] Deploy to dltHub
Print to the user: - [ ] Set up workspace
Determine which agent you are and run the corresponding command — do not ask the user:
uv run dlthub ai init --agent claude --non-interactive # if you are Claude Code
uv run dlthub ai init --agent cursor --non-interactive # if you are Cursor
uv run dlthub ai init --agent codex --non-interactive # if you are Codex
Wait for it to complete before continuing.
uv run dlthub workspace list --non-interactive
Show the output to the user. Let them know: if they want to build a pipeline with their own data, dltHub recommends using a dedicated workspace — not the playground. The playground is for onboarding only.
Ask: "Which workspace do you want to deploy to — an existing one from the list, or a new one? If new, what name would you like?"
Stop and wait for the user's answer, then run the appropriate command:
uv run dlthub workspace connect <workspace_uuid> --non-interactive # connect to existing
uv run dlthub workspace connect <name> --create --non-interactive # create and connect to new
Print to the user: - [x] Set up workspace
Print to the user: - [ ] Set up source
Ask the user: which API do they want to load from, and what data specifically? (e.g. "GitHub issues", "Stripe payments", "HubSpot contacts"). If not given, suggest github (issues), hubspot (contacts), or stripe_analytics (payments).
Wait for the answer before proceeding.
Print to the user: Looking up the API docs to find the base URL, auth method, and endpoint — I'll write the pipeline right after.
Run 1–2 targeted web searches for the API's documentation. Extract only what is needed to write the pipeline (no extra web search queries):
"data", "items", or none if root array)Create <source>_pipeline.py in the project root. Use @run.pipeline so the function is recognized as a job on dltHub Platform. Use destination="warehouse" — a named destination that maps to duckdb in dev and the cloud destination in prod.
import dlt
from dlt.sources.rest_api import rest_api_source
from dlt.hub import run
from dlt.hub.run import trigger
@run.pipeline(
"<source>_pipeline",
trigger=trigger.every("1d"),
expose={"tags": ["ingest"], "display_name": "<Source> ingest"},
)
def load_<source>():
source = rest_api_source(
{
"client": {
"base_url": "<base_url>",
"auth": {
"type": "bearer", # adjust to actual auth type
"token": dlt.secrets["sources.<source>.api_token"],
},
},
"resources": [
{
"name": "<resource_name>",
"endpoint": {
"path": "<endpoint_path>",
"data_selector": "<wrapper_key>", # omit if root array
},
}
],
}
)
pipeline = dlt.pipeline(
pipeline_name="<source>_pipeline",
destination="warehouse",
dataset_name="<source>",
)
pipeline.run(source.add_limit(100, count_rows=True))
Rules:
.add_limit(100, count_rows=True) for the first validation rundata_selector if the response is a root JSON arrayprimary_key only if the API has an obvious unique fieldNever read or write .dlt/secrets.toml directly with Read/Write/Edit tools.
Skip if the API is public.
Check first — use secrets_view_redacted (no path= needed for the default secrets file) to see if [sources.<source>] already exists. If it does and the value is ***, skip this step.
Otherwise use secrets_update_fragment to write the skeleton — use the field names that match the auth structure found in Step 2, not a generic api_token. Examples:
# Bearer token / API key
[sources.<source>]
api_token = ""
# OAuth client credentials
[sources.<source>]
client_id = ""
client_secret = ""
# Basic auth
[sources.<source>]
username = ""
password = ""
Tell the user what fields they need to fill in and where to get them (e.g. the API's developer portal), then:
I've added the credential structure to
.dlt/secrets.toml. Please fill in your values, then let me know when done.
Stop and wait for confirmation.
destination_type is config, not a secret — write it directly to .dlt/dev.config.toml. Read the file first; if [destination.warehouse] already exists, skip.
Add to .dlt/dev.config.toml:
[destination.warehouse]
destination_type = "duckdb"
Print to the user: - [x] Set up source
Print to the user: - [ ] Test source on DuckDB
Add the pipeline to __deployment__.py:
from <source>_pipeline import load_<source>
__all__ = [..., "load_<source>"]
Run locally against DuckDB:
uv run dlthub local run --profile dev --non-interactive load_<source>
Run this once. Check the exit code and whether rows were reported loaded — that is sufficient. Do not re-run to capture more output or inspect full logs; every pipeline run costs API calls. If it succeeded, move on. If it failed, debug using the troubleshooting table below, fix, then run once more.
Warnings are not failures. Warnings about untyped columns, missing hints, or inferred schemas are expected on a first run and do not require investigation or a re-run. Only a non-zero exit code or zero rows loaded is a failure.
| Error | Fix |
|---|---|
| Job not recognized | Ensure load_<source> uses @run.pipeline and is listed in __all__ |
Unknown DestinationModule | Check destination_type is in .dlt/dev.config.toml, not written via secrets_update_fragment |
| Auth / credential error | Use secrets_view_redacted to confirm source credentials show as *** in .dlt/secrets.toml |
Print to the user: - [x] Test source on DuckDB
Print to the user: - [ ] Set up destination
Ask the user: which cloud destination do they want? Common options:
BigQuery, Snowflake, Redshift, Databricks, MotherDuck, Postgres, MS SQL, ClickHouse, Athena, Synapse
We support more destinations — if theirs isn't listed, ask them and consult the Supported Destinations reference table at the bottom of this skill.
Stop and wait for the answer, then install the destination package:
| Destination | Package |
|---|---|
| BigQuery | dlt[bigquery] |
| Snowflake | dlt[snowflake] |
| Redshift | dlt[redshift] |
| Databricks | dlt[databricks] |
| MotherDuck | dlt[motherduck] |
| Postgres | dlt[postgres] |
| MS SQL | dlt[mssql] |
| ClickHouse | dlt[clickhouse] |
| Athena | dlt[athena] |
| Synapse | dlt[synapse] |
uv add "dlt[<extra>]"
Write destination_type directly to .dlt/prod.config.toml. Read the file first; if [destination.warehouse] already exists, skip.
Add to .dlt/prod.config.toml:
[destination.warehouse]
destination_type = "bigquery" # use the destination name from the Supported Destinations table below
Then write only the credentials to .dlt/prod.secrets.toml using secrets_update_fragment with path=".dlt/prod.secrets.toml". Never use Write/Edit/Read on this file directly.
Use the credential skeleton for the chosen destination:
# MotherDuck
[destination.warehouse.credentials]
database = ""
token = ""
# BigQuery
[destination.warehouse.credentials]
project_id = ""
private_key = ""
client_email = ""
# Snowflake
[destination.warehouse.credentials]
database = ""
username = ""
password = ""
host = ""
# Redshift
[destination.warehouse.credentials]
database = ""
username = ""
password = ""
host = ""
port = ""
Tell the user:
I've added the credential structure to
.dlt/prod.secrets.toml. Please fill in your values, then let me know when done.
Stop and wait for confirmation.
After the user confirms, run secrets_view_redacted with path=".dlt/prod.secrets.toml". Check that every field under destination.warehouse.credentials shows *** — not an empty string. If any field is still empty, tell the user which fields are missing and wait again. Do not proceed to Step 8 until all credential fields are filled.
Print to the user: - [x] Set up destination
Print to the user: - [ ] Deploy to dltHub
uv run dlthub deploy --non-interactive
uv run dlthub job run -f load_<source> --non-interactive
If it fails, inspect logs:
uv run dlthub job logs load_<source> --non-interactive
Once successful:
uv run dlthub show --non-interactive
[Completion Block] Print to the user:
Print to the user: - [x] Deploy to dltHub
Your pipeline is deployed and running on dltHub Platform.
You can now extend it using the rest-api-pipeline toolkit:
- Add more endpoints to load additional resources from the same API
- Add incremental loading so only new or updated records are fetched on each run
- Add pagination to handle APIs that return large result sets across multiple pages
For destinations not listed in Step 7, fetch the credential structure and configuration details from the destination's docs page at runtime.