reflex-react-joyride

Guided product tours and onboarding walkthroughs for Reflex, powered by react-joyride v3.

• Wraps react-joyride 3.2.0 through its useJoyride hook, so the tour's controls are reachable from Python
• Typed props for everything: Step, TourOptions, Locale, TourStyles, FloatingOptions — snake_case in Python, camelCase in the browser
• Uncontrolled (run) or controlled (step_index) mode, whichever fits your State
• Python actions: start, next_step, prev_step, go_to, skip, reset, replay, stop, open_tooltip, get_state
• One catch-all on_event plus a dedicated trigger per event (on_tour_start, on_step_after, on_target_not_found, ...) with a flat, JSON-safe payload
• Custom tooltip and beacon written as ordinary Reflex components
• Step content and titles accept Reflex components, not just strings
• Constants mirroring react-joyride's literals: EVENTS, ACTIONS, STATUS, LIFECYCLE, ORIGIN

Screenshots

The four pages of the demo app, in order:

A continuous tour over a small dashboard, with the event log filling up	Controlled mode: the step index lives in the State and external buttons drive it
locale, options and styles restyling the built-in tooltip	The same step rendered by a Reflex component through the tooltip render prop
placement="center" on body for a modal-like opening step	A spotlight over a different element than the one the tooltip points at

Requirements

Upgrading from 0.1.x: 0.2.0 requires Reflex 0.10 and drops Python 3.10, following Reflex itself. The Python API is unchanged. See the changelog.

Installation

pip install reflex-react-joyride
# or
uv add reflex-react-joyride

Quick start

import reflex as rx
import reflex_react_joyride as rjr


class TourState(rx.State):
    run: bool = False

    @rx.event
    def start(self):
        self.run = True

    @rx.event
    def finished(self, event: rjr.JoyrideEvent):
        self.run = False


def index() -> rx.Component:
    return rx.vstack(
        rjr.joyride(
            tour_id="welcome",
            run=TourState.run,
            continuous=True,
            steps=[
                rjr.Step(target="#logo", title="Welcome", content="This is the app."),
                rjr.Step(target="#cta", content="Start here.", placement="top"),
            ],
            options=rjr.TourOptions(show_progress=True, primary_color="#7c3aed"),
            on_tour_end=TourState.finished,
        ),
        rx.heading("Acme", id="logo"),
        rx.button("Get started", id="cta"),
        rx.button("Take the tour", on_click=TourState.start),
    )

Steps

A step needs a target (any CSS selector) and some content. Everything in TourOptions can be overridden per step:

rjr.Step(
    target="#sidebar",
    title="Navigation",
    content=rx.vstack(rx.text("Every section lives here."), rx.code("Cmd+K")),
    placement="right",  # top | bottom | left | right | auto | center (+ -start / -end)
    spotlight_padding=16,
    show_progress=True,
    id="sidebar",  # echoed back as event["step_id"]
    data={"section": "nav"},  # echoed back as event["step_data"], keys untouched
)

target="body" with placement="center" gives a modal-like step, which is a good opener. Plain dicts work as well as Step objects, and so do steps kept in a State var:

class State(rx.State):
    steps: list[dict] = [{"target": "#logo", "content": "Hi", "show_progress": True}]


rjr.joyride(steps=State.steps)

snake_case keys are converted to the camelCase react-joyride expects, both for literal props (in Python) and for values coming from the State (in the browser), so you never have to write spotlightPadding yourself. Keys that are already camelCase pass through untouched.

Theming

options sets behaviour and colors for the whole tour, styles overrides the CSS of every element react-joyride renders, and locale replaces the strings:

rjr.joyride(
    steps=STEPS,
    options=rjr.TourOptions(
        primary_color="#059669",
        background_color="#f2fbf7",
        overlay_color="rgba(4, 47, 36, 0.55)",
        show_progress=True,
        skip_beacon=True,  # go straight to the tooltip, no beacon
        spotlight_radius=12,
        buttons=["back", "skip", "primary"],
        width=420,
        z_index=1000,
    ),
    styles=rjr.TourStyles(
        tooltip={"border_radius": "14px", "box_shadow": "0 18px 40px rgba(15, 23, 42, 0.18)"},
        button_primary={"border_radius": "999px", "padding": "8px 18px"},
    ),
    locale=rjr.Locale(
        back="Atrás",
        close="Cerrar",
        last="Finalizar",
        next="Siguiente",
        next_with_progress="Siguiente ({current} de {total})",
        skip="Saltar",
    ),
)

CSS properties inside styles are converted too: border_radius becomes borderRadius.

Controlled mode

Pass step_index and react-joyride stops advancing on its own — it renders exactly the step your State asks for. Move the index from on_step_after:

class State(rx.State):
    run: bool = False
    index: int = 0

    @rx.event
    def advance(self, event: rjr.JoyrideEvent):
        self.index = max(0, event["index"] + (-1 if event["action"] == rjr.ACTIONS.PREV else 1))

    @rx.event
    def skip_missing(self, event: rjr.JoyrideEvent):
        self.index = event["index"] + 1

    @rx.event
    def finished(self, _event: rjr.JoyrideEvent):
        self.run, self.index = False, 0


rjr.joyride(
    steps=STEPS,
    run=State.run,
    step_index=State.index,
    continuous=True,
    on_step_after=State.advance,
    on_target_not_found=State.skip_missing,
    on_tour_end=State.finished,
)

This is what you want when a step should only open after your own code did something — finished a request, opened a drawer, switched a tab.

Events

Every trigger receives the same flat dict:

Triggers: on_event (all of them), on_tour_start, on_tour_end, on_status_change, on_step_before, on_step_after, on_beacon, on_tooltip, on_scroll_start, on_scroll_end, on_target_not_found, on_error.

Compare against the constants instead of raw strings:

@rx.event
def on_tour_event(self, event: rjr.JoyrideEvent):
    if event["type"] == rjr.EVENTS.TOUR_END and event["status"] in rjr.FINISHED_STATUSES:
        self.onboarding_done = True

Python actions

Give the tour a tour_id and you can drive it from anywhere, without keeping the index in your State:

rx.button("Start", on_click=rjr.start("welcome"))
rx.button("Step 3", on_click=rjr.go_to("welcome", 2))
rx.button("Next", on_click=rjr.next_step("welcome"))
rx.button("Replay this step", on_click=rjr.replay("welcome"))
rx.button("Skip", on_click=rjr.skip("welcome"))

start, stop, next_step, prev_step, go_to, close, skip, reset, replay, open_tooltip, and get_state(tour_id, callback) which sends the current tour state to an event handler. They are no-ops (with a console warning) when no tour with that id is mounted.

The tour still needs run=True to be running; the actions drive a running tour, they do not switch it on.

Custom tooltip and beacon

Pass a function returning a Reflex component. It receives what react-joyride passes to a custom tooltip, plus current, total, progress, content, title, stepId, stepData, isFirstStep and isLastStep (these are JavaScript props, so their keys stay camelCase):

def tooltip(props):
    return rx.card(
        rx.vstack(
            rx.badge(props["progress"], radius="full"),
            rx.heading(props["title"], size="4"),
            rx.text(props["content"], size="2"),
            rx.hstack(
                rx.button(
                    "Back",
                    variant="soft",
                    on_click=rjr.prev_step("welcome"),
                    disabled=props["isFirstStep"].to(bool),
                ),
                rx.button(
                    rx.cond(props["isLastStep"].to(bool), "Done", "Next"), on_click=rjr.next_step("welcome")
                ),
            ),
        ),
        width="360px",
    )


rjr.joyride(steps=STEPS, tour_id="welcome", tooltip=tooltip, beacon=lambda _p: rx.box(...))

The component is rendered inside react-joyride's own wrapper, so the ARIA attributes and positioning are handled for you. It can read your State like any other component.

Rendering above the overlay

react-joyride portals the overlay into document.body, and Reflex's Radix theme root is a stacking context (z-index: 0), so the overlay paints above the whole app no matter how large a z-index you give your own elements. If you need something clickable while a tour runs — a control bar, a chat widget — render the tour inside the app instead and give your element a higher z-index than the tour's:

(rx.box(id="tour-root"),)
(rjr.joyride(steps=STEPS, portal_element="#tour-root", options=rjr.TourOptions(z_index=1000)),)
(rx.box(my_controls, position="fixed", bottom="1rem", left="1rem", z_index="1200"),)

Otherwise anything under the overlay is inert while a step is open, which is usually exactly what you want.

Demo app

The react_joyride_demo/ folder is a four page Reflex app covering the basics, controlled mode, theming with a Reflex tooltip, and the awkward cases (targets that appear late or never, spotlight targets, scrolling, modal steps, blocked interaction):

uv sync
cd react_joyride_demo
uv run reflex run

Development

uv sync                         # creates .venv and installs the package in editable mode
uv run pytest
uv run ruff check .
uv run ruff format --check .
uv build                        # builds the sdist and wheel into dist/

reflex component was removed in Reflex 0.10. The .pyi stubs are committed; regenerate them after changing the component's props:

uv run python -m reflex_base.utils.pyi_generator custom_components/reflex_react_joyride

CI runs on Node 24 (.nvmrc); use the same version locally (nvm use) if you compile the demo with Node instead of Bun.

Releasing

Releases are published to PyPI by the Release workflow through Trusted Publishing, so no token is stored anywhere:

1. On develop, bump version in pyproject.toml and add an entry to CHANGELOG.md.

2. Open a PR from develop to main and merge it once the Quality and Security workflows pass.

3. Tag the merge commit on main and push the tag:

   git switch main && git pull
   git tag v0.2.0 && git push origin v0.2.0
   

The workflow refuses tags that are not on main or that don't match the pyproject.toml version, then runs the tests, builds, publishes to PyPI with build provenance attestations and creates the GitHub release.

License

MIT © Ernesto Crespo