Use AI chat tools like ChatGPT to learn Tulip

You're likely already familiar with chat-based AI tools like ChatGPT from everyday use. These tools can now also answer simple and intermediate questions about Tulip.

Here are 5 ways to use AI tools like ChatGPT, Claude, and Gemini to get real-time help in Tulip:

We recommend using the "thinking" models to accomplish this, such as:

ChatGPT "Thinking"
Claude Opus
Gemini

In the examples below, see the example prompt and the LLM's response.

Simple product questions

Rather than searching the knowledge base directly, you can ask an AI chat tool about how to use Tulip features and get a response that sources from multiple knowledge base articles.

Example prompt: "How do I manipulate an array within a Tulip app?"

Example output:

In Tulip, you usually manipulate an array by storing it in an app Variable whose datatype is Array, and then changing that Variable inside the Trigger Editor. Tulip's docs describe arrays as a Tulip datatype where all elements must be the same type, and specifically note that you can change arrays in trigger logic.

The main patterns are:

1. Create an array Variable
In the App Editor, create a Variable and set its datatype to an Array type such as Array of Text, Array of Number, or Array of Boolean. Tulip variables are the main way apps store working data, and arrays are one of the supported datatypes.

2. Update the array in a Trigger
Use a trigger on a button press, step open, barcode scan, connector result, or another app event. In the Trigger Editor, your logic is built with When, If, and Then statements, and Tulip's arrays article says arrays can be changed there.

3. Common ways to manipulate the array
Inside trigger logic, the common things you do are:

Set the whole array to a value
Build a new array from an expression
Use array-focused expressions such as array_max(), array_min(), and other array/object expressions
Convert text to an array, for example by using a split-string approach on connector output or other text data

4. Use connector outputs as arrays
A very common Tulip pattern is to run a Connector Function and store its result in a Variable. Tulip notes that connector outputs can be arrays or objects, and those outputs can then be used in the app and in triggers.

5. Display or use the array in the app
If your array is an array of objects, you can bind it to an Interactive Table widget and show it directly in the app. Tulip documents that the Interactive Table supports a Variable data source when that Variable is an array of objects.

A practical example:

Create a Variable called selected_parts with datatype Array of Text
Add a button
On button press, use a trigger to update selected_parts
Then use expressions or later triggers to check its contents, count items, compare values, or pass it into other logic

One important nuance: Tulip's newer docs emphasize expressions for arrays and objects and "change arrays in the Trigger Editor," rather than older programming-language wording. So in Tulip UI terms, it is better to think in terms of Variables, Triggers, Expressions, and Connector outputs, not raw code syntax.

If you want, I can give you the exact Tulip UI steps for one specific task, like:

adding a value to an array
removing a value
reading the first item
looping through an array-like connector result

Use one feature for a specific use case

If you know the use case you need to solve, you can ask an AI chat tool about how to use a specific feature to accomplish it.

Example prompt: "How do I allow an operator to select from a list of work orders within an app?"

Example response:

The standard Tulip pattern is:

Put your work orders in a Tulip Table.
Add a Record Placeholder to the app, such as Active Work Order.
Add an Interactive Table widget to the step.
Set the widget's Datasource to either the Work Orders table or a Table Query if you only want to show a filtered list.
Link the widget to the Active Work Order placeholder so that when the operator selects a row, that work order loads into the placeholder.

Why this works:
An Interactive Table can show records from a Table or a Table Query, and if you configure a Linked Placeholder, selecting a row loads that row into the placeholder. Tulip also supports triggers on row selection, so you can run logic immediately after the operator picks a work order.

In Tulip UI terms, the setup is roughly:

Records tab → Add a Table → add a Record Placeholder named something like Active Work Order
On your step: Embed → add Interactive Table
In the widget settings:
- Datasource = your Work Orders table, or a Table Query
- Linked Record Placeholder = Active Work Order
- Add the columns you want operators to see, like order number, status, due date, product, etc.

Then after selection, you usually do one of these:

Show the selected work order's fields on the same step
Enable a Next button only when Active Work Order is loaded
Use a trigger to move to a detail or execution step
Update fields on that work order after it has been loaded into the placeholder

A good practical design is:

Step 1: Select work order
- Interactive Table of open work orders
- Filters for status, line, due date, station, etc.
Step 2: Work order details / Start
- Read values from Active Work Order
- Let the operator confirm and continue

One important limitation: if you are loading a single record via trigger logic rather than row selection, Tulip's Load Record action loads by the table record's ID. So if your operator types or scans a work order number, that value either needs to be the table record ID, or you need to use a query/lookup pattern first.

If you want, I can rewrite this as exact Tulip trigger/widget steps using only Tulip UI terminology, like "When row is selected…" and "Then go to step…".

Debug individual triggers

If you have a trigger that is not behaving as you would expect, you can screenshot the trigger and ask an LLM what is going wrong.

Example prompt: I have this trigger that is not successfully updating the table record. What is going wrong?

Example response:

The trigger is doing the steps in the wrong order.

Right now, your first action tries to:

Store → customerName
into
location: Table record → Active Work Order → Customer

But at that moment, Active Work Order does not exist yet in the trigger context. You only create the record in the second action:

Table Records → Create Record → ID 123 → into Active Work Order

So the first action is trying to write to a table record placeholder that has not been created or loaded yet.

What to change:

Create first, then store

Create Record into Active Work Order
Store your value into Table record → Active Work Order → Customer

There is also a second likely issue:

In your screenshot, the value being written is:

Static value → Text → customerName

That means Tulip will literally write the text "customerName" into the field, not the value of a variable named customerName.

So if you meant to write a variable, you should use:

Variable → select your variable
instead of
Static value

So the two problems are:

You are writing to Active Work Order before that record exists or is loaded.
You may be writing the literal text customerName instead of the variable's value.

A working version would look like:

Table Records → Create Record by ID 123 into Active Work Order
Data Manipulation → Store data: Variable → customerName
location: Table record → Active Work Order → Customer

If you want, I can rewrite this trigger exactly in Tulip UI wording so you can copy it action-by-action.

Create a test plan

Rather than wait for your trigger logic to fail, you can first ask your AI chat tool for a test plan so that you can feel confident you are testing your app logic for all possible cases.

This may or may not need to include a screenshot; this example does not include one.

Example prompt: "I am trying to select a record by default using a Mode aggregation. How do I test whether it loaded the right record?"

Example response:

Yes — the simplest way to test it is to verify the record placeholder after you use the Mode aggregation result to load the record.

A practical pattern is:

Build your Table Query so it returns exactly one row, or at least a row you expect.
Create a Mode aggregation on the field you want to use, often the record ID. Tulip community examples explicitly use Mode this way when they want a single value back rather than an array.
In a trigger, Load Table Record into a record placeholder using the Mode aggregation result as the ID.
Then test whether the correct record loaded by looking at the placeholder's values in Developer Mode. Tulip's docs say Developer Mode shows live values for variables and record placeholders in the lower-left panel, and those values update as the app runs.

The most reliable checks are:

Check the placeholder ID
After loading, confirm the loaded record placeholder's ID matches the ID you expected from the query/aggregation.
Check a distinctive field
Put a text widget on the step showing a field like Record Placeholder.Field Name, or use a Table Record widget to display the loaded record's fields. Tulip's docs note that once a record is loaded into a placeholder, you can display one field or all fields from that record.
Add a guard condition in trigger logic
Right after the load, test something like:
"if Record Placeholder.ID = expected ID"
or
"if Record Placeholder.Status = expected value"
Then show a message / set a variable / navigate differently.

A good debugging setup is:

one variable holding the Mode aggregation result
one record placeholder that you load from that result
one or two text widgets showing:
- the Mode result
- the loaded placeholder's ID
- a recognizable field from the loaded record

That lets you immediately tell whether:

the aggregation returned the wrong value
the record did not load
or the right record loaded but another field was unexpected

Simple architectural questions

You need a Tulip expert, either internal or external, to make general architectural decisions for your Tulip instance. However, you can ask an AI chat tool for architectural decisions that are related to only your app and do not impact decisions around multiple apps. These can involve multiple features, although AI chat tools do not perform as well with complicated architectural questions.

Example prompt: "I want to load a single record from a table in a Tulip app without manually selecting a record based on an ID in a trigger. How do I do this?"

Example response:

Yes — the usual way to do this in Tulip is: create a Record Placeholder, then load it from a Table Aggregation rather than typing an ID directly in the trigger. Tulip's current docs show that a record can be loaded into a placeholder from a Table aggregation, not just from a hard-coded ID.

A common pattern is:

Add a Record Placeholder for the table record you want in the app. Tulip says the placeholder is the app-side reference to the row you will load dynamically.
In the table, create a Query that filters down to the row you want. Queries can use static values or dynamic app input, and can filter on fields other than the record ID.
Create an Aggregation on top of that query that returns a single record.
In your trigger, use Table Records → Load Record and choose:
- your Record Placeholder
- source = Table aggregation
- then select that single-record aggregation. Tulip's March 2026 guide shows exactly this flow.

So in practice, instead of:

Load Record → [Placeholder] → by ID

you do:

Load Record → [Placeholder] → Table aggregation → [your single-record aggregation]

This is especially useful when:

you want the record chosen by a field like work order number, station, status, or "most recent"
you only ever expect one matching row
you want the app to load the right record automatically

One important caveat: your query/aggregation should be designed so it really returns one record. If multiple rows can match, you need a rule that makes one record win, such as filtering more tightly or using a "most recent" style aggregation. Tulip's example for auto-loading a work order uses that exact "most recent" pattern.

If you want, I can show the exact Tulip UI steps for one example like:
"load the station record for the logged-in station" or
"load the active work order for this operator."