instruction stringlengths 0 1k | input stringlengths 1 1k | output stringlengths 10 6.51k |
|---|---|---|
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.components.button import button
def glow() -> rx.Component:
return rx.box(
class_name="absolute flex-shrink-0 rounded-[120rem] left-1/2 -translate-x-1/2 z-[-1] top-[-1.25rem] pointer-events-none w-[20rem] h-[5rem] dark:[background-image:radial-gradient(50%_50%_at_50%_50%,_rgba(58,45,118,0.207)_0%,_rgba(21,22,24,0.00)_100%)] [background-image:radial-gradient(50%_50%_at_50%_50%,_rgba(235,228,255,0.661)_0%,_rgba(252,252,253,0.00)_100%)]",
)
def header() -> rx.Component:
return rx.box(
rx.el.h3(
"Have questions?",
class_name="text-slate-12 text-3xl font-semibold",
),
rx.el.p(
"Check FAQ",
class_name="text-slate-9 text-3xl font-semibold",
),
class_name="flex items-center justify-between text-slate-11 flex-col pt-[5rem]",
)
def sales_button() -> rx.Component:
return rx.el.div(
lemcal_dialog(
| import reflex as rx | |
import reflex as rx
|
from pcweb.components.button import button
def glow() -> rx.Component:
return rx.box(
class_name="absolute flex-shrink-0 rounded-[120rem] left-1/2 -translate-x-1/2 z-[-1] top-[-1.25rem] pointer-events-none w-[20rem] h-[5rem] dark:[background-image:radial-gradient(50%_50%_at_50%_50%,_rgba(58,45,118,0.207)_0%,_rgba(21,22,24,0.00)_100%)] [background-image:radial-gradient(50%_50%_at_50%_50%,_rgba(235,228,255,0.661)_0%,_rgba(252,252,253,0.00)_100%)]",
)
def header() -> rx.Component:
return rx.box(
rx.el.h3(
"Have questions?",
class_name="text-slate-12 text-3xl font-semibold",
),
rx.el.p(
"Check FAQ",
class_name="text-slate-9 text-3xl font-semibold",
),
class_name="flex items-center justify-between text-slate-11 flex-col pt-[5rem]",
)
def sales_button() -> rx.Component:
return rx.el.div(
lemcal_dialog(
rx.el.div(
glow(),
| from reflex_ui.blocks.lemcal import lemcal_dialog |
import reflex as rx
from reflex_ui.blocks.lemcal import lemcal_dialog
|
def glow() -> rx.Component:
return rx.box(
class_name="absolute flex-shrink-0 rounded-[120rem] left-1/2 -translate-x-1/2 z-[-1] top-[-1.25rem] pointer-events-none w-[20rem] h-[5rem] dark:[background-image:radial-gradient(50%_50%_at_50%_50%,_rgba(58,45,118,0.207)_0%,_rgba(21,22,24,0.00)_100%)] [background-image:radial-gradient(50%_50%_at_50%_50%,_rgba(235,228,255,0.661)_0%,_rgba(252,252,253,0.00)_100%)]",
)
def header() -> rx.Component:
return rx.box(
rx.el.h3(
"Have questions?",
class_name="text-slate-12 text-3xl font-semibold",
),
rx.el.p(
"Check FAQ",
class_name="text-slate-9 text-3xl font-semibold",
),
class_name="flex items-center justify-between text-slate-11 flex-col pt-[5rem]",
)
def sales_button() -> rx.Component:
return rx.el.div(
lemcal_dialog(
rx.el.div(
glow(),
button(
"Need more he | from pcweb.components.button import button |
import reflex as rx
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.components.button import button
|
def header() -> rx.Component:
return rx.box(
rx.el.h3(
"Have questions?",
class_name="text-slate-12 text-3xl font-semibold",
),
rx.el.p(
"Check FAQ",
class_name="text-slate-9 text-3xl font-semibold",
),
class_name="flex items-center justify-between text-slate-11 flex-col pt-[5rem]",
)
def sales_button() -> rx.Component:
return rx.el.div(
lemcal_dialog(
rx.el.div(
glow(),
button(
"Need more help? Contact sales",
variant="secondary",
class_name="!text-slate-11 !font-semibold !text-sm w-fit",
),
),
),
class_name="self-center relative",
)
def accordion(title: str, content: rx.Component) -> rx.Component:
"""The accordion component.
Args:
title (str): The title of the accordion.
content (rx.Component): Th | def glow() -> rx.Component:
return rx.box(
class_name="absolute flex-shrink-0 rounded-[120rem] left-1/2 -translate-x-1/2 z-[-1] top-[-1.25rem] pointer-events-none w-[20rem] h-[5rem] dark:[background-image:radial-gradient(50%_50%_at_50%_50%,_rgba(58,45,118,0.207)_0%,_rgba(21,22,24,0.00)_100%)] [background-image:radial-gradient(50%_50%_at_50%_50%,_rgba(235,228,255,0.661)_0%,_rgba(252,252,253,0.00)_100%)]",
) |
import reflex as rx
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.components.button import button
def glow() -> rx.Component:
return rx.box(
class_name="absolute flex-shrink-0 rounded-[120rem] left-1/2 -translate-x-1/2 z-[-1] top-[-1.25rem] pointer-events-none w-[20rem] h-[5rem] dark:[background-image:radial-gradient(50%_50%_at_50%_50%,_rgba(58,45,118,0.207)_0%,_rgba(21,22,24,0.00)_100%)] [background-image:radial-gradient(50%_50%_at_50%_50%,_rgba(235,228,255,0.661)_0%,_rgba(252,252,253,0.00)_100%)]",
)
|
def sales_button() -> rx.Component:
return rx.el.div(
lemcal_dialog(
rx.el.div(
glow(),
button(
"Need more help? Contact sales",
variant="secondary",
class_name="!text-slate-11 !font-semibold !text-sm w-fit",
),
),
),
class_name="self-center relative",
)
def accordion(title: str, content: rx.Component) -> rx.Component:
"""The accordion component.
Args:
title (str): The title of the accordion.
content (rx.Component): The content of the accordion.
Returns:
The accordion component.
"""
return rx.accordion.root(
rx.accordion.item(
rx.accordion.trigger(
rx.el.h3(
title, class_name="font-semibold text-base text-slate-12 text-start"
),
rx.icon(
tag="plus",
| def header() -> rx.Component:
return rx.box(
rx.el.h3(
"Have questions?",
class_name="text-slate-12 text-3xl font-semibold",
),
rx.el.p(
"Check FAQ",
class_name="text-slate-9 text-3xl font-semibold",
),
class_name="flex items-center justify-between text-slate-11 flex-col pt-[5rem]",
) |
import reflex as rx
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.components.button import button
def glow() -> rx.Component:
return rx.box(
class_name="absolute flex-shrink-0 rounded-[120rem] left-1/2 -translate-x-1/2 z-[-1] top-[-1.25rem] pointer-events-none w-[20rem] h-[5rem] dark:[background-image:radial-gradient(50%_50%_at_50%_50%,_rgba(58,45,118,0.207)_0%,_rgba(21,22,24,0.00)_100%)] [background-image:radial-gradient(50%_50%_at_50%_50%,_rgba(235,228,255,0.661)_0%,_rgba(252,252,253,0.00)_100%)]",
)
def header() -> rx.Component:
return rx.box(
rx.el.h3(
"Have questions?",
class_name="text-slate-12 text-3xl font-semibold",
),
rx.el.p(
"Check FAQ",
class_name="text-slate-9 text-3xl font-semibold",
),
class_name="flex items-center justify-between text-slate-11 flex-col pt-[5rem]",
)
|
def accordion(title: str, content: rx.Component) -> rx.Component:
"""The accordion component.
Args:
title (str): The title of the accordion.
content (rx.Component): The content of the accordion.
Returns:
The accordion component.
"""
return rx.accordion.root(
rx.accordion.item(
rx.accordion.trigger(
rx.el.h3(
title, class_name="font-semibold text-base text-slate-12 text-start"
),
rx.icon(
tag="plus",
size=16,
class_name="!text-slate-9 group-data-[state=open]:rotate-45 transition-transform",
),
class_name="hover:!bg-transparent !p-[0.5rem_0rem] !justify-between gap-4 group",
),
rx.accordion.content(
content,
class_name="before:!h-0 after:!h-0 radix-state-open:animate-accordion-down radix-state-closed:animat | def sales_button() -> rx.Component:
return rx.el.div(
lemcal_dialog(
rx.el.div(
glow(),
button(
"Need more help? Contact sales",
variant="secondary",
class_name="!text-slate-11 !font-semibold !text-sm w-fit",
),
),
),
class_name="self-center relative",
) |
ent): The content of the accordion.
Returns:
The accordion component.
"""
return rx.accordion.root(
rx.accordion.item(
rx.accordion.trigger(
rx.el.h3(
title, class_name="font-semibold text-base text-slate-12 text-start"
),
rx.icon(
tag="plus",
size=16,
class_name="!text-slate-9 group-data-[state=open]:rotate-45 transition-transform",
),
class_name="hover:!bg-transparent !p-[0.5rem_0rem] !justify-between gap-4 group",
),
rx.accordion.content(
content,
class_name="before:!h-0 after:!h-0 radix-state-open:animate-accordion-down radix-state-closed:animate-accordion-up transition-all !px-0",
),
),
collapsible=True,
class_name="!p-0 w-full overflow-hidden !bg-slate-1 !rounded-none !shadow-none",
)
|
faq_items = [
(
"Can I use Reflex for free?",
"Yes! Reflex is open source and free to use. You can self-host your apps or use our hosting platform which has a generous free tier.",
),
(
"What is the difference between Reflex and Reflex Cloud?",
"Reflex is our open-source framework for building web apps. Reflex Cloud is our platform for hosting Reflex apps.",
),
(
"Why was I charged $1 after adding a credit card?",
"A $1 USD transaction is performed as a credit security check to ensure your card details are correct and authorized. The charge is refunded after the transaction completes.",
),
(
"How usage based billing is calculated?",
"Usage is calculated based on compute resources (CPU/RAM) consumed by your app. We measure this in compute units per minute.",
),
(
"What happens when I upgrade?",
"When you upgrade your plan, you'll immediately get access to the new featur | def accordion_text(text: str) -> rx.Component:
return rx.el.p(text, class_name="text-slate-9 text-sm font-medium") |
without interruption.",
),
(
"What are credits?",
"Credits can be used for both hosting and building. In hosting, credits are used for compute resources. In building, credits are consumed per message sent.",
),
(
"What happens if I cancel the plan?",
"If you cancel, you'll maintain access until the end of your current billing period. After that, your app will be downgraded to the free tier limits.",
),
(
"What determines the total amount billed?",
"Your bill is determined by your base plan plus any usage-based charges for compute resources that exceed the plan limits.",
),
(
"How to cancel subscription?",
"You can cancel your subscription anytime from your account dashboard. No long-term commitments required.",
),
(
"Can I add members to my project?",
"Yes! You can add unlimited members to your project with a per seat monthly charge on additional seats.",
),
]
| def faq() -> rx.Component:
return rx.el.section(
header(),
rx.box(
*[
accordion(title, accordion_text(content))
for title, content in faq_items
],
class_name="max-w-[40rem] flex justify-center items-center flex-col mx-auto w-full gap-2",
),
sales_button(),
class_name="flex flex-col gap-8 w-full max-w-[64.19rem] 2xl:border-x border-slate-4 2xl:border-b pb-[6rem]",
) | |
from urllib.parse import quote_plus
import reflex as rx
import reflex_ui as ui
from reflex.experimental.client_state import ClientStateVar
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.components.hosting_banner import HostingBannerState
from pcweb.components.number_flow import number_flow
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_BUILD_URL, REFLEX_CLOUD_URL
YEARLY_MONTHS_FREE = 2 # 2 months free
YEARLY_DISCOUNT_MULTIPLIER = (12 - YEARLY_MONTHS_FREE) / 12
monthly_yearly_toggle_cs = ClientStateVar.create(
"monthly_yearly_toggle_value",
default="monthly",
)
class SelectedTier(TypedDict):
tier: str
price: int
class ProTierState(rx.State):
credits: rx.Field[int] = rx.field(default=PRO_TIERS_TABLE["Pro 25"]["credits"])
@rx.event
def redirect_to_billing(self, yearly: bool = False):
return rx.redirect(
f"{REFLEX_CLOUD_URL.rstrip('/')}/?redirect_url={REFLEX_CLOUD_URL.rstrip('/')}/billing/?tier={quote_plus(self.se | from typing import NamedTuple, TypedDict | |
from typing import NamedTuple, TypedDict
|
import reflex as rx
import reflex_ui as ui
from reflex.experimental.client_state import ClientStateVar
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.components.hosting_banner import HostingBannerState
from pcweb.components.number_flow import number_flow
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_BUILD_URL, REFLEX_CLOUD_URL
YEARLY_MONTHS_FREE = 2 # 2 months free
YEARLY_DISCOUNT_MULTIPLIER = (12 - YEARLY_MONTHS_FREE) / 12
monthly_yearly_toggle_cs = ClientStateVar.create(
"monthly_yearly_toggle_value",
default="monthly",
)
class SelectedTier(TypedDict):
tier: str
price: int
class ProTierState(rx.State):
credits: rx.Field[int] = rx.field(default=PRO_TIERS_TABLE["Pro 25"]["credits"])
@rx.event
def redirect_to_billing(self, yearly: bool = False):
return rx.redirect(
f"{REFLEX_CLOUD_URL.rstrip('/')}/?redirect_url={REFLEX_CLOUD_URL.rstrip('/')}/billing/?tier={quote_plus(self.selected_tier['tier'])}{'&yearly=true' | from urllib.parse import quote_plus |
from typing import NamedTuple, TypedDict
from urllib.parse import quote_plus
|
import reflex_ui as ui
from reflex.experimental.client_state import ClientStateVar
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.components.hosting_banner import HostingBannerState
from pcweb.components.number_flow import number_flow
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_BUILD_URL, REFLEX_CLOUD_URL
YEARLY_MONTHS_FREE = 2 # 2 months free
YEARLY_DISCOUNT_MULTIPLIER = (12 - YEARLY_MONTHS_FREE) / 12
monthly_yearly_toggle_cs = ClientStateVar.create(
"monthly_yearly_toggle_value",
default="monthly",
)
class SelectedTier(TypedDict):
tier: str
price: int
class ProTierState(rx.State):
credits: rx.Field[int] = rx.field(default=PRO_TIERS_TABLE["Pro 25"]["credits"])
@rx.event
def redirect_to_billing(self, yearly: bool = False):
return rx.redirect(
f"{REFLEX_CLOUD_URL.rstrip('/')}/?redirect_url={REFLEX_CLOUD_URL.rstrip('/')}/billing/?tier={quote_plus(self.selected_tier['tier'])}{'&yearly=true' if yearly else ''}", | import reflex as rx |
from typing import NamedTuple, TypedDict
from urllib.parse import quote_plus
import reflex as rx
|
from reflex.experimental.client_state import ClientStateVar
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.components.hosting_banner import HostingBannerState
from pcweb.components.number_flow import number_flow
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_BUILD_URL, REFLEX_CLOUD_URL
YEARLY_MONTHS_FREE = 2 # 2 months free
YEARLY_DISCOUNT_MULTIPLIER = (12 - YEARLY_MONTHS_FREE) / 12
monthly_yearly_toggle_cs = ClientStateVar.create(
"monthly_yearly_toggle_value",
default="monthly",
)
class SelectedTier(TypedDict):
tier: str
price: int
class ProTierState(rx.State):
credits: rx.Field[int] = rx.field(default=PRO_TIERS_TABLE["Pro 25"]["credits"])
@rx.event
def redirect_to_billing(self, yearly: bool = False):
return rx.redirect(
f"{REFLEX_CLOUD_URL.rstrip('/')}/?redirect_url={REFLEX_CLOUD_URL.rstrip('/')}/billing/?tier={quote_plus(self.selected_tier['tier'])}{'&yearly=true' if yearly else ''}",
is_externa | import reflex_ui as ui |
from typing import NamedTuple, TypedDict
from urllib.parse import quote_plus
import reflex as rx
import reflex_ui as ui
|
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.components.hosting_banner import HostingBannerState
from pcweb.components.number_flow import number_flow
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_BUILD_URL, REFLEX_CLOUD_URL
YEARLY_MONTHS_FREE = 2 # 2 months free
YEARLY_DISCOUNT_MULTIPLIER = (12 - YEARLY_MONTHS_FREE) / 12
monthly_yearly_toggle_cs = ClientStateVar.create(
"monthly_yearly_toggle_value",
default="monthly",
)
class SelectedTier(TypedDict):
tier: str
price: int
class ProTierState(rx.State):
credits: rx.Field[int] = rx.field(default=PRO_TIERS_TABLE["Pro 25"]["credits"])
@rx.event
def redirect_to_billing(self, yearly: bool = False):
return rx.redirect(
f"{REFLEX_CLOUD_URL.rstrip('/')}/?redirect_url={REFLEX_CLOUD_URL.rstrip('/')}/billing/?tier={quote_plus(self.selected_tier['tier'])}{'&yearly=true' if yearly else ''}",
is_external=True,
)
@rx.event
def update_credits(self | from reflex.experimental.client_state import ClientStateVar |
from typing import NamedTuple, TypedDict
from urllib.parse import quote_plus
import reflex as rx
import reflex_ui as ui
from reflex.experimental.client_state import ClientStateVar
|
from pcweb.components.hosting_banner import HostingBannerState
from pcweb.components.number_flow import number_flow
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_BUILD_URL, REFLEX_CLOUD_URL
YEARLY_MONTHS_FREE = 2 # 2 months free
YEARLY_DISCOUNT_MULTIPLIER = (12 - YEARLY_MONTHS_FREE) / 12
monthly_yearly_toggle_cs = ClientStateVar.create(
"monthly_yearly_toggle_value",
default="monthly",
)
class SelectedTier(TypedDict):
tier: str
price: int
class ProTierState(rx.State):
credits: rx.Field[int] = rx.field(default=PRO_TIERS_TABLE["Pro 25"]["credits"])
@rx.event
def redirect_to_billing(self, yearly: bool = False):
return rx.redirect(
f"{REFLEX_CLOUD_URL.rstrip('/')}/?redirect_url={REFLEX_CLOUD_URL.rstrip('/')}/billing/?tier={quote_plus(self.selected_tier['tier'])}{'&yearly=true' if yearly else ''}",
is_external=True,
)
@rx.event
def update_credits(self, credits: str):
self.credits = int(credit | from reflex_ui.blocks.lemcal import lemcal_dialog |
from typing import NamedTuple, TypedDict
from urllib.parse import quote_plus
import reflex as rx
import reflex_ui as ui
from reflex.experimental.client_state import ClientStateVar
from reflex_ui.blocks.lemcal import lemcal_dialog
|
from pcweb.components.number_flow import number_flow
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_BUILD_URL, REFLEX_CLOUD_URL
YEARLY_MONTHS_FREE = 2 # 2 months free
YEARLY_DISCOUNT_MULTIPLIER = (12 - YEARLY_MONTHS_FREE) / 12
monthly_yearly_toggle_cs = ClientStateVar.create(
"monthly_yearly_toggle_value",
default="monthly",
)
class SelectedTier(TypedDict):
tier: str
price: int
class ProTierState(rx.State):
credits: rx.Field[int] = rx.field(default=PRO_TIERS_TABLE["Pro 25"]["credits"])
@rx.event
def redirect_to_billing(self, yearly: bool = False):
return rx.redirect(
f"{REFLEX_CLOUD_URL.rstrip('/')}/?redirect_url={REFLEX_CLOUD_URL.rstrip('/')}/billing/?tier={quote_plus(self.selected_tier['tier'])}{'&yearly=true' if yearly else ''}",
is_external=True,
)
@rx.event
def update_credits(self, credits: str):
self.credits = int(credits.replace(",", ""))
@rx.var
def selected_tier(self) -> | from pcweb.components.hosting_banner import HostingBannerState |
from typing import NamedTuple, TypedDict
from urllib.parse import quote_plus
import reflex as rx
import reflex_ui as ui
from reflex.experimental.client_state import ClientStateVar
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.components.hosting_banner import HostingBannerState
|
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_BUILD_URL, REFLEX_CLOUD_URL
YEARLY_MONTHS_FREE = 2 # 2 months free
YEARLY_DISCOUNT_MULTIPLIER = (12 - YEARLY_MONTHS_FREE) / 12
monthly_yearly_toggle_cs = ClientStateVar.create(
"monthly_yearly_toggle_value",
default="monthly",
)
class SelectedTier(TypedDict):
tier: str
price: int
class ProTierState(rx.State):
credits: rx.Field[int] = rx.field(default=PRO_TIERS_TABLE["Pro 25"]["credits"])
@rx.event
def redirect_to_billing(self, yearly: bool = False):
return rx.redirect(
f"{REFLEX_CLOUD_URL.rstrip('/')}/?redirect_url={REFLEX_CLOUD_URL.rstrip('/')}/billing/?tier={quote_plus(self.selected_tier['tier'])}{'&yearly=true' if yearly else ''}",
is_external=True,
)
@rx.event
def update_credits(self, credits: str):
self.credits = int(credits.replace(",", ""))
@rx.var
def selected_tier(self) -> SelectedTier:
for tier_name, tier_data in PRO | from pcweb.components.number_flow import number_flow |
from typing import NamedTuple, TypedDict
from urllib.parse import quote_plus
import reflex as rx
import reflex_ui as ui
from reflex.experimental.client_state import ClientStateVar
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.components.hosting_banner import HostingBannerState
from pcweb.components.number_flow import number_flow
|
YEARLY_MONTHS_FREE = 2 # 2 months free
YEARLY_DISCOUNT_MULTIPLIER = (12 - YEARLY_MONTHS_FREE) / 12
monthly_yearly_toggle_cs = ClientStateVar.create(
"monthly_yearly_toggle_value",
default="monthly",
)
class SelectedTier(TypedDict):
tier: str
price: int
class ProTierState(rx.State):
credits: rx.Field[int] = rx.field(default=PRO_TIERS_TABLE["Pro 25"]["credits"])
@rx.event
def redirect_to_billing(self, yearly: bool = False):
return rx.redirect(
f"{REFLEX_CLOUD_URL.rstrip('/')}/?redirect_url={REFLEX_CLOUD_URL.rstrip('/')}/billing/?tier={quote_plus(self.selected_tier['tier'])}{'&yearly=true' if yearly else ''}",
is_external=True,
)
@rx.event
def update_credits(self, credits: str):
self.credits = int(credits.replace(",", ""))
@rx.var
def selected_tier(self) -> SelectedTier:
for tier_name, tier_data in PRO_TIERS_TABLE.items():
if tier_data["credits"] == self.credits:
| from pcweb.constants import PRO_TIERS_TABLE, REFLEX_BUILD_URL, REFLEX_CLOUD_URL |
from typing import NamedTuple, TypedDict
from urllib.parse import quote_plus
import reflex as rx
import reflex_ui as ui
from reflex.experimental.client_state import ClientStateVar
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.components.hosting_banner import HostingBannerState
from pcweb.components.number_flow import number_flow
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_BUILD_URL, REFLEX_CLOUD_URL
| # 2 months free
YEARLY_DISCOUNT_MULTIPLIER = (12 - YEARLY_MONTHS_FREE) / 12
monthly_yearly_toggle_cs = ClientStateVar.create(
"monthly_yearly_toggle_value",
default="monthly",
)
class SelectedTier(TypedDict):
tier: str
price: int
class ProTierState(rx.State):
credits: rx.Field[int] = rx.field(default=PRO_TIERS_TABLE["Pro 25"]["credits"])
@rx.event
def redirect_to_billing(self, yearly: bool = False):
return rx.redirect(
f"{REFLEX_CLOUD_URL.rstrip('/')}/?redirect_url={REFLEX_CLOUD_URL.rstrip('/')}/billing/?tier={quote_plus(self.selected_tier['tier'])}{'&yearly=true' if yearly else ''}",
is_external=True,
)
@rx.event
def update_credits(self, credits: str):
self.credits = int(credits.replace(",", ""))
@rx.var
def selected_tier(self) -> SelectedTier:
for tier_name, tier_data in PRO_TIERS_TABLE.items():
if tier_data["credits"] == self.credits:
return Select | YEARLY_MONTHS_FREE = 2 |
from typing import NamedTuple, TypedDict
from urllib.parse import quote_plus
import reflex as rx
import reflex_ui as ui
from reflex.experimental.client_state import ClientStateVar
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.components.hosting_banner import HostingBannerState
from pcweb.components.number_flow import number_flow
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_BUILD_URL, REFLEX_CLOUD_URL
YEARLY_MONTHS_FREE = 2 # 2 months free
|
monthly_yearly_toggle_cs = ClientStateVar.create(
"monthly_yearly_toggle_value",
default="monthly",
)
class SelectedTier(TypedDict):
tier: str
price: int
class ProTierState(rx.State):
credits: rx.Field[int] = rx.field(default=PRO_TIERS_TABLE["Pro 25"]["credits"])
@rx.event
def redirect_to_billing(self, yearly: bool = False):
return rx.redirect(
f"{REFLEX_CLOUD_URL.rstrip('/')}/?redirect_url={REFLEX_CLOUD_URL.rstrip('/')}/billing/?tier={quote_plus(self.selected_tier['tier'])}{'&yearly=true' if yearly else ''}",
is_external=True,
)
@rx.event
def update_credits(self, credits: str):
self.credits = int(credits.replace(",", ""))
@rx.var
def selected_tier(self) -> SelectedTier:
for tier_name, tier_data in PRO_TIERS_TABLE.items():
if tier_data["credits"] == self.credits:
return SelectedTier(tier=tier_name, price=tier_data["price"])
return SelectedTier( | YEARLY_DISCOUNT_MULTIPLIER = (12 - YEARLY_MONTHS_FREE) / 12 |
from typing import NamedTuple, TypedDict
from urllib.parse import quote_plus
import reflex as rx
import reflex_ui as ui
from reflex.experimental.client_state import ClientStateVar
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.components.hosting_banner import HostingBannerState
from pcweb.components.number_flow import number_flow
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_BUILD_URL, REFLEX_CLOUD_URL
YEARLY_MONTHS_FREE = 2 # 2 months free
YEARLY_DISCOUNT_MULTIPLIER = (12 - YEARLY_MONTHS_FREE) / 12
|
class SelectedTier(TypedDict):
tier: str
price: int
class ProTierState(rx.State):
credits: rx.Field[int] = rx.field(default=PRO_TIERS_TABLE["Pro 25"]["credits"])
@rx.event
def redirect_to_billing(self, yearly: bool = False):
return rx.redirect(
f"{REFLEX_CLOUD_URL.rstrip('/')}/?redirect_url={REFLEX_CLOUD_URL.rstrip('/')}/billing/?tier={quote_plus(self.selected_tier['tier'])}{'&yearly=true' if yearly else ''}",
is_external=True,
)
@rx.event
def update_credits(self, credits: str):
self.credits = int(credits.replace(",", ""))
@rx.var
def selected_tier(self) -> SelectedTier:
for tier_name, tier_data in PRO_TIERS_TABLE.items():
if tier_data["credits"] == self.credits:
return SelectedTier(tier=tier_name, price=tier_data["price"])
return SelectedTier(tier="Pro 25", price=PRO_TIERS_TABLE["Pro 25"]["price"])
class Feature(NamedTuple):
icon: str
text: | monthly_yearly_toggle_cs = ClientStateVar.create(
"monthly_yearly_toggle_value",
default="monthly",
) |
from typing import NamedTuple, TypedDict
from urllib.parse import quote_plus
import reflex as rx
import reflex_ui as ui
from reflex.experimental.client_state import ClientStateVar
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.components.hosting_banner import HostingBannerState
from pcweb.components.number_flow import number_flow
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_BUILD_URL, REFLEX_CLOUD_URL
YEARLY_MONTHS_FREE = 2 # 2 months free
YEARLY_DISCOUNT_MULTIPLIER = (12 - YEARLY_MONTHS_FREE) / 12
monthly_yearly_toggle_cs = ClientStateVar.create(
"monthly_yearly_toggle_value",
default="monthly",
)
|
class ProTierState(rx.State):
credits: rx.Field[int] = rx.field(default=PRO_TIERS_TABLE["Pro 25"]["credits"])
@rx.event
def redirect_to_billing(self, yearly: bool = False):
return rx.redirect(
f"{REFLEX_CLOUD_URL.rstrip('/')}/?redirect_url={REFLEX_CLOUD_URL.rstrip('/')}/billing/?tier={quote_plus(self.selected_tier['tier'])}{'&yearly=true' if yearly else ''}",
is_external=True,
)
@rx.event
def update_credits(self, credits: str):
self.credits = int(credits.replace(",", ""))
@rx.var
def selected_tier(self) -> SelectedTier:
for tier_name, tier_data in PRO_TIERS_TABLE.items():
if tier_data["credits"] == self.credits:
return SelectedTier(tier=tier_name, price=tier_data["price"])
return SelectedTier(tier="Pro 25", price=PRO_TIERS_TABLE["Pro 25"]["price"])
class Feature(NamedTuple):
icon: str
text: str
component: rx.Component | None = None
def radial_cir | class SelectedTier(TypedDict):
tier: str
price: int |
from typing import NamedTuple, TypedDict
from urllib.parse import quote_plus
import reflex as rx
import reflex_ui as ui
from reflex.experimental.client_state import ClientStateVar
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.components.hosting_banner import HostingBannerState
from pcweb.components.number_flow import number_flow
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_BUILD_URL, REFLEX_CLOUD_URL
YEARLY_MONTHS_FREE = 2 # 2 months free
YEARLY_DISCOUNT_MULTIPLIER = (12 - YEARLY_MONTHS_FREE) / 12
monthly_yearly_toggle_cs = ClientStateVar.create(
"monthly_yearly_toggle_value",
default="monthly",
)
class SelectedTier(TypedDict):
tier: str
price: int
|
class Feature(NamedTuple):
icon: str
text: str
component: rx.Component | None = None
def radial_circle(violet: bool = False) -> rx.Component:
"""Create a radial circle background image component.
Args:
violet: Whether to use the violet variant. Defaults to False.
Returns:
A Reflex image component configured as a radial circle background.
"""
theme = "violet" if violet else ""
return rx.image(
src=rx.color_mode_cond(
light=f"/logos/light/radial_circle{theme}.svg",
dark=f"/logos/dark/radial_circle{theme}.svg",
),
alt="Radial circle",
loading="lazy",
class_name="top-0 right-0 absolute pointer-events-none z-[-1]",
)
def card(
title: str,
price: str | rx.Component,
description: str | rx.Component,
features: list[Feature],
cta_button: rx.Component,
) -> rx.Component:
return rx.box(
rx.el.h3(title, class_name="font-medium text-second | class ProTierState(rx.State):
credits: rx.Field[int] = rx.field(default=PRO_TIERS_TABLE["Pro 25"]["credits"])
@rx.event
def redirect_to_billing(self, yearly: bool = False):
return rx.redirect(
f"{REFLEX_CLOUD_URL.rstrip('/')}/?redirect_url={REFLEX_CLOUD_URL.rstrip('/')}/billing/?tier={quote_plus(self.selected_tier['tier'])}{'&yearly=true' if yearly else ''}",
is_external=True,
)
@rx.event
def update_credits(self, credits: str):
self.credits = int(credits.replace(",", ""))
@rx.var
def selected_tier(self) -> SelectedTier:
for tier_name, tier_data in PRO_TIERS_TABLE.items():
if tier_data["credits"] == self.credits:
return SelectedTier(tier=tier_name, price=tier_data["price"])
return SelectedTier(tier="Pro 25", price=PRO_TIERS_TABLE["Pro 25"]["price"]) |
from typing import NamedTuple, TypedDict
from urllib.parse import quote_plus
import reflex as rx
import reflex_ui as ui
from reflex.experimental.client_state import ClientStateVar
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.components.hosting_banner import HostingBannerState
from pcweb.components.number_flow import number_flow
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_BUILD_URL, REFLEX_CLOUD_URL
YEARLY_MONTHS_FREE = 2 # 2 months free
YEARLY_DISCOUNT_MULTIPLIER = (12 - YEARLY_MONTHS_FREE) / 12
monthly_yearly_toggle_cs = ClientStateVar.create(
"monthly_yearly_toggle_value",
default="monthly",
)
class SelectedTier(TypedDict):
tier: str
price: int
class ProTierState(rx.State):
credits: rx.Field[int] = rx.field(default=PRO_TIERS_TABLE["Pro 25"]["credits"])
@rx.event
|
@rx.event
def update_credits(self, credits: str):
self.credits = int(credits.replace(",", ""))
@rx.var
def selected_tier(self) -> SelectedTier:
for tier_name, tier_data in PRO_TIERS_TABLE.items():
if tier_data["credits"] == self.credits:
return SelectedTier(tier=tier_name, price=tier_data["price"])
return SelectedTier(tier="Pro 25", price=PRO_TIERS_TABLE["Pro 25"]["price"])
class Feature(NamedTuple):
icon: str
text: str
component: rx.Component | None = None
def radial_circle(violet: bool = False) -> rx.Component:
"""Create a radial circle background image component.
Args:
violet: Whether to use the violet variant. Defaults to False.
Returns:
A Reflex image component configured as a radial circle background.
"""
theme = "violet" if violet else ""
return rx.image(
src=rx.color_mode_cond(
light=f"/logos/light/radial_circle{theme}.svg",
| def redirect_to_billing(self, yearly: bool = False):
return rx.redirect(
f"{REFLEX_CLOUD_URL.rstrip('/')}/?redirect_url={REFLEX_CLOUD_URL.rstrip('/')}/billing/?tier={quote_plus(self.selected_tier['tier'])}{'&yearly=true' if yearly else ''}",
is_external=True,
) |
e import ClientStateVar
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.components.hosting_banner import HostingBannerState
from pcweb.components.number_flow import number_flow
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_BUILD_URL, REFLEX_CLOUD_URL
YEARLY_MONTHS_FREE = 2 # 2 months free
YEARLY_DISCOUNT_MULTIPLIER = (12 - YEARLY_MONTHS_FREE) / 12
monthly_yearly_toggle_cs = ClientStateVar.create(
"monthly_yearly_toggle_value",
default="monthly",
)
class SelectedTier(TypedDict):
tier: str
price: int
class ProTierState(rx.State):
credits: rx.Field[int] = rx.field(default=PRO_TIERS_TABLE["Pro 25"]["credits"])
@rx.event
def redirect_to_billing(self, yearly: bool = False):
return rx.redirect(
f"{REFLEX_CLOUD_URL.rstrip('/')}/?redirect_url={REFLEX_CLOUD_URL.rstrip('/')}/billing/?tier={quote_plus(self.selected_tier['tier'])}{'&yearly=true' if yearly else ''}",
is_external=True,
)
@rx.event
|
@rx.var
def selected_tier(self) -> SelectedTier:
for tier_name, tier_data in PRO_TIERS_TABLE.items():
if tier_data["credits"] == self.credits:
return SelectedTier(tier=tier_name, price=tier_data["price"])
return SelectedTier(tier="Pro 25", price=PRO_TIERS_TABLE["Pro 25"]["price"])
class Feature(NamedTuple):
icon: str
text: str
component: rx.Component | None = None
def radial_circle(violet: bool = False) -> rx.Component:
"""Create a radial circle background image component.
Args:
violet: Whether to use the violet variant. Defaults to False.
Returns:
A Reflex image component configured as a radial circle background.
"""
theme = "violet" if violet else ""
return rx.image(
src=rx.color_mode_cond(
light=f"/logos/light/radial_circle{theme}.svg",
dark=f"/logos/dark/radial_circle{theme}.svg",
),
alt="Radial circle",
loading="la | def update_credits(self, credits: str):
self.credits = int(credits.replace(",", "")) |
mcal import lemcal_dialog
from pcweb.components.hosting_banner import HostingBannerState
from pcweb.components.number_flow import number_flow
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_BUILD_URL, REFLEX_CLOUD_URL
YEARLY_MONTHS_FREE = 2 # 2 months free
YEARLY_DISCOUNT_MULTIPLIER = (12 - YEARLY_MONTHS_FREE) / 12
monthly_yearly_toggle_cs = ClientStateVar.create(
"monthly_yearly_toggle_value",
default="monthly",
)
class SelectedTier(TypedDict):
tier: str
price: int
class ProTierState(rx.State):
credits: rx.Field[int] = rx.field(default=PRO_TIERS_TABLE["Pro 25"]["credits"])
@rx.event
def redirect_to_billing(self, yearly: bool = False):
return rx.redirect(
f"{REFLEX_CLOUD_URL.rstrip('/')}/?redirect_url={REFLEX_CLOUD_URL.rstrip('/')}/billing/?tier={quote_plus(self.selected_tier['tier'])}{'&yearly=true' if yearly else ''}",
is_external=True,
)
@rx.event
def update_credits(self, credits: str):
|
@rx.var
def selected_tier(self) -> SelectedTier:
for tier_name, tier_data in PRO_TIERS_TABLE.items():
if tier_data["credits"] == self.credits:
return SelectedTier(tier=tier_name, price=tier_data["price"])
return SelectedTier(tier="Pro 25", price=PRO_TIERS_TABLE["Pro 25"]["price"])
class Feature(NamedTuple):
icon: str
text: str
component: rx.Component | None = None
def radial_circle(violet: bool = False) -> rx.Component:
"""Create a radial circle background image component.
Args:
violet: Whether to use the violet variant. Defaults to False.
Returns:
A Reflex image component configured as a radial circle background.
"""
theme = "violet" if violet else ""
return rx.image(
src=rx.color_mode_cond(
light=f"/logos/light/radial_circle{theme}.svg",
dark=f"/logos/dark/radial_circle{theme}.svg",
),
alt="Radial circle",
loading="la | self.credits = int(credits.replace(",", "")) |
r import HostingBannerState
from pcweb.components.number_flow import number_flow
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_BUILD_URL, REFLEX_CLOUD_URL
YEARLY_MONTHS_FREE = 2 # 2 months free
YEARLY_DISCOUNT_MULTIPLIER = (12 - YEARLY_MONTHS_FREE) / 12
monthly_yearly_toggle_cs = ClientStateVar.create(
"monthly_yearly_toggle_value",
default="monthly",
)
class SelectedTier(TypedDict):
tier: str
price: int
class ProTierState(rx.State):
credits: rx.Field[int] = rx.field(default=PRO_TIERS_TABLE["Pro 25"]["credits"])
@rx.event
def redirect_to_billing(self, yearly: bool = False):
return rx.redirect(
f"{REFLEX_CLOUD_URL.rstrip('/')}/?redirect_url={REFLEX_CLOUD_URL.rstrip('/')}/billing/?tier={quote_plus(self.selected_tier['tier'])}{'&yearly=true' if yearly else ''}",
is_external=True,
)
@rx.event
def update_credits(self, credits: str):
self.credits = int(credits.replace(",", ""))
@rx.var
|
class Feature(NamedTuple):
icon: str
text: str
component: rx.Component | None = None
def radial_circle(violet: bool = False) -> rx.Component:
"""Create a radial circle background image component.
Args:
violet: Whether to use the violet variant. Defaults to False.
Returns:
A Reflex image component configured as a radial circle background.
"""
theme = "violet" if violet else ""
return rx.image(
src=rx.color_mode_cond(
light=f"/logos/light/radial_circle{theme}.svg",
dark=f"/logos/dark/radial_circle{theme}.svg",
),
alt="Radial circle",
loading="lazy",
class_name="top-0 right-0 absolute pointer-events-none z-[-1]",
)
def card(
title: str,
price: str | rx.Component,
description: str | rx.Component,
features: list[Feature],
cta_button: rx.Component,
) -> rx.Component:
return rx.box(
rx.el.h3(title, class_name="font-medium text-second | def selected_tier(self) -> SelectedTier:
for tier_name, tier_data in PRO_TIERS_TABLE.items():
if tier_data["credits"] == self.credits:
return SelectedTier(tier=tier_name, price=tier_data["price"])
return SelectedTier(tier="Pro 25", price=PRO_TIERS_TABLE["Pro 25"]["price"]) |
.number_flow import number_flow
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_BUILD_URL, REFLEX_CLOUD_URL
YEARLY_MONTHS_FREE = 2 # 2 months free
YEARLY_DISCOUNT_MULTIPLIER = (12 - YEARLY_MONTHS_FREE) / 12
monthly_yearly_toggle_cs = ClientStateVar.create(
"monthly_yearly_toggle_value",
default="monthly",
)
class SelectedTier(TypedDict):
tier: str
price: int
class ProTierState(rx.State):
credits: rx.Field[int] = rx.field(default=PRO_TIERS_TABLE["Pro 25"]["credits"])
@rx.event
def redirect_to_billing(self, yearly: bool = False):
return rx.redirect(
f"{REFLEX_CLOUD_URL.rstrip('/')}/?redirect_url={REFLEX_CLOUD_URL.rstrip('/')}/billing/?tier={quote_plus(self.selected_tier['tier'])}{'&yearly=true' if yearly else ''}",
is_external=True,
)
@rx.event
def update_credits(self, credits: str):
self.credits = int(credits.replace(",", ""))
@rx.var
def selected_tier(self) -> SelectedTier:
|
return SelectedTier(tier="Pro 25", price=PRO_TIERS_TABLE["Pro 25"]["price"])
class Feature(NamedTuple):
icon: str
text: str
component: rx.Component | None = None
def radial_circle(violet: bool = False) -> rx.Component:
"""Create a radial circle background image component.
Args:
violet: Whether to use the violet variant. Defaults to False.
Returns:
A Reflex image component configured as a radial circle background.
"""
theme = "violet" if violet else ""
return rx.image(
src=rx.color_mode_cond(
light=f"/logos/light/radial_circle{theme}.svg",
dark=f"/logos/dark/radial_circle{theme}.svg",
),
alt="Radial circle",
loading="lazy",
class_name="top-0 right-0 absolute pointer-events-none z-[-1]",
)
def card(
title: str,
price: str | rx.Component,
description: str | rx.Component,
features: list[Feature],
cta_button: rx.Component,
) -> rx.Comp | for tier_name, tier_data in PRO_TIERS_TABLE.items():
if tier_data["credits"] == self.credits:
return SelectedTier(tier=tier_name, price=tier_data["price"]) |
IERS_TABLE, REFLEX_BUILD_URL, REFLEX_CLOUD_URL
YEARLY_MONTHS_FREE = 2 # 2 months free
YEARLY_DISCOUNT_MULTIPLIER = (12 - YEARLY_MONTHS_FREE) / 12
monthly_yearly_toggle_cs = ClientStateVar.create(
"monthly_yearly_toggle_value",
default="monthly",
)
class SelectedTier(TypedDict):
tier: str
price: int
class ProTierState(rx.State):
credits: rx.Field[int] = rx.field(default=PRO_TIERS_TABLE["Pro 25"]["credits"])
@rx.event
def redirect_to_billing(self, yearly: bool = False):
return rx.redirect(
f"{REFLEX_CLOUD_URL.rstrip('/')}/?redirect_url={REFLEX_CLOUD_URL.rstrip('/')}/billing/?tier={quote_plus(self.selected_tier['tier'])}{'&yearly=true' if yearly else ''}",
is_external=True,
)
@rx.event
def update_credits(self, credits: str):
self.credits = int(credits.replace(",", ""))
@rx.var
def selected_tier(self) -> SelectedTier:
for tier_name, tier_data in PRO_TIERS_TABLE.items():
|
return SelectedTier(tier="Pro 25", price=PRO_TIERS_TABLE["Pro 25"]["price"])
class Feature(NamedTuple):
icon: str
text: str
component: rx.Component | None = None
def radial_circle(violet: bool = False) -> rx.Component:
"""Create a radial circle background image component.
Args:
violet: Whether to use the violet variant. Defaults to False.
Returns:
A Reflex image component configured as a radial circle background.
"""
theme = "violet" if violet else ""
return rx.image(
src=rx.color_mode_cond(
light=f"/logos/light/radial_circle{theme}.svg",
dark=f"/logos/dark/radial_circle{theme}.svg",
),
alt="Radial circle",
loading="lazy",
class_name="top-0 right-0 absolute pointer-events-none z-[-1]",
)
def card(
title: str,
price: str | rx.Component,
description: str | rx.Component,
features: list[Feature],
cta_button: rx.Component,
) -> rx.Comp | if tier_data["credits"] == self.credits:
return SelectedTier(tier=tier_name, price=tier_data["price"]) |
thly_yearly_toggle_value",
default="monthly",
)
class SelectedTier(TypedDict):
tier: str
price: int
class ProTierState(rx.State):
credits: rx.Field[int] = rx.field(default=PRO_TIERS_TABLE["Pro 25"]["credits"])
@rx.event
def redirect_to_billing(self, yearly: bool = False):
return rx.redirect(
f"{REFLEX_CLOUD_URL.rstrip('/')}/?redirect_url={REFLEX_CLOUD_URL.rstrip('/')}/billing/?tier={quote_plus(self.selected_tier['tier'])}{'&yearly=true' if yearly else ''}",
is_external=True,
)
@rx.event
def update_credits(self, credits: str):
self.credits = int(credits.replace(",", ""))
@rx.var
def selected_tier(self) -> SelectedTier:
for tier_name, tier_data in PRO_TIERS_TABLE.items():
if tier_data["credits"] == self.credits:
return SelectedTier(tier=tier_name, price=tier_data["price"])
return SelectedTier(tier="Pro 25", price=PRO_TIERS_TABLE["Pro 25"]["price"])
|
def radial_circle(violet: bool = False) -> rx.Component:
"""Create a radial circle background image component.
Args:
violet: Whether to use the violet variant. Defaults to False.
Returns:
A Reflex image component configured as a radial circle background.
"""
theme = "violet" if violet else ""
return rx.image(
src=rx.color_mode_cond(
light=f"/logos/light/radial_circle{theme}.svg",
dark=f"/logos/dark/radial_circle{theme}.svg",
),
alt="Radial circle",
loading="lazy",
class_name="top-0 right-0 absolute pointer-events-none z-[-1]",
)
def card(
title: str,
price: str | rx.Component,
description: str | rx.Component,
features: list[Feature],
cta_button: rx.Component,
) -> rx.Component:
return rx.box(
rx.el.h3(title, class_name="font-medium text-secondary-12 text-2xl mb-1.5"),
(
rx.el.span(
description,
| class Feature(NamedTuple):
icon: str
text: str
component: rx.Component | None = None |
price: int
class ProTierState(rx.State):
credits: rx.Field[int] = rx.field(default=PRO_TIERS_TABLE["Pro 25"]["credits"])
@rx.event
def redirect_to_billing(self, yearly: bool = False):
return rx.redirect(
f"{REFLEX_CLOUD_URL.rstrip('/')}/?redirect_url={REFLEX_CLOUD_URL.rstrip('/')}/billing/?tier={quote_plus(self.selected_tier['tier'])}{'&yearly=true' if yearly else ''}",
is_external=True,
)
@rx.event
def update_credits(self, credits: str):
self.credits = int(credits.replace(",", ""))
@rx.var
def selected_tier(self) -> SelectedTier:
for tier_name, tier_data in PRO_TIERS_TABLE.items():
if tier_data["credits"] == self.credits:
return SelectedTier(tier=tier_name, price=tier_data["price"])
return SelectedTier(tier="Pro 25", price=PRO_TIERS_TABLE["Pro 25"]["price"])
class Feature(NamedTuple):
icon: str
text: str
component: rx.Component | None = None
|
def card(
title: str,
price: str | rx.Component,
description: str | rx.Component,
features: list[Feature],
cta_button: rx.Component,
) -> rx.Component:
return rx.box(
rx.el.h3(title, class_name="font-medium text-secondary-12 text-2xl mb-1.5"),
(
rx.el.span(
description,
class_name="text-sm font-medium text-secondary-11 text-pretty",
)
if isinstance(description, str)
else description
),
(
rx.el.span(
price,
class_name="text-3xl text-secondary-12 font-semibold py-4",
)
if isinstance(price, str)
else price
),
rx.el.ul(
*[
rx.el.li(
ui.icon(feature.icon, class_name="text-secondary-10", size=16),
feature.text,
feature.component if feature.component else rx.fragment(),
| def radial_circle(violet: bool = False) -> rx.Component:
"""Create a radial circle background image component.
Args:
violet: Whether to use the violet variant. Defaults to False.
Returns:
A Reflex image component configured as a radial circle background.
"""
theme = "violet" if violet else ""
return rx.image(
src=rx.color_mode_cond(
light=f"/logos/light/radial_circle{theme}.svg",
dark=f"/logos/dark/radial_circle{theme}.svg",
),
alt="Radial circle",
loading="lazy",
class_name="top-0 right-0 absolute pointer-events-none z-[-1]",
) |
CLOUD_URL.rstrip('/')}/billing/?tier={quote_plus(self.selected_tier['tier'])}{'&yearly=true' if yearly else ''}",
is_external=True,
)
@rx.event
def update_credits(self, credits: str):
self.credits = int(credits.replace(",", ""))
@rx.var
def selected_tier(self) -> SelectedTier:
for tier_name, tier_data in PRO_TIERS_TABLE.items():
if tier_data["credits"] == self.credits:
return SelectedTier(tier=tier_name, price=tier_data["price"])
return SelectedTier(tier="Pro 25", price=PRO_TIERS_TABLE["Pro 25"]["price"])
class Feature(NamedTuple):
icon: str
text: str
component: rx.Component | None = None
def radial_circle(violet: bool = False) -> rx.Component:
"""Create a radial circle background image component.
Args:
violet: Whether to use the violet variant. Defaults to False.
Returns:
A Reflex image component configured as a radial circle background.
"""
|
return rx.image(
src=rx.color_mode_cond(
light=f"/logos/light/radial_circle{theme}.svg",
dark=f"/logos/dark/radial_circle{theme}.svg",
),
alt="Radial circle",
loading="lazy",
class_name="top-0 right-0 absolute pointer-events-none z-[-1]",
)
def card(
title: str,
price: str | rx.Component,
description: str | rx.Component,
features: list[Feature],
cta_button: rx.Component,
) -> rx.Component:
return rx.box(
rx.el.h3(title, class_name="font-medium text-secondary-12 text-2xl mb-1.5"),
(
rx.el.span(
description,
class_name="text-sm font-medium text-secondary-11 text-pretty",
)
if isinstance(description, str)
else description
),
(
rx.el.span(
price,
class_name="text-3xl text-secondary-12 font-semibold py-4",
)
if isins | theme = "violet" if violet else "" |
mb-1.5"),
rx.el.p(description, class_name="text-sm font-medium text-secondary-11"),
(
rx.el.span(
price,
class_name="text-3xl text-secondary-12 font-semibold py-4",
)
if isinstance(price, str)
else price
),
rx.el.ul(
*[
rx.el.li(
ui.icon(feature.icon, class_name="text-primary-10", size=16),
feature.text,
feature.component if feature.component else rx.fragment(),
class_name="text-sm font-medium text-secondary-12 flex items-center gap-2",
)
for feature in features
],
class_name="flex flex-col gap-2",
),
rx.box(class_name="flex-1"),
cta_button,
class_name="flex flex-col p-10 border border-slate-4 rounded-[1.125rem] shadow-small bg-secondary-2 w-full h-[30.5rem] relative z-[1]",
)
|
def pricing_cards() -> rx.Component:
return rx.el.div(
card(
"Hobby",
"Free",
"Perfect for getting started and trying out Reflex.",
[
Feature(
"TokenCircleIcon",
"50 daily credits (up to 150/month)",
),
Feature("EarthIcon", "Public apps only"),
Feature("CheckmarkBadge02Icon", "Built with Reflex Attribution"),
Feature("PlugSocketIcon", "Integrations"),
],
ui.link(
render_=ui.button(
"Start building for free",
variant="secondary",
size="lg",
class_name="w-full font-semibold",
),
to=REFLEX_BUILD_URL,
target="_blank",
),
),
card(
"Pro",
number_flow(
value=rx.cond(
| def pro_tiers_select() -> rx.Component:
return rx.el.div(
ui.select(
items=[f"{int(tier['credits']):,}" for tier in PRO_TIERS_TABLE.values()],
value=f"{ProTierState.credits:,}",
on_value_change=ProTierState.update_credits,
size="xs",
),
rx.el.span(
"monthly credits",
class_name="text-sm font-medium text-secondary-12",
),
class_name="flex flex-row gap-2 items-center **:data-[slot=select-trigger]:min-w-22",
) |
s.",
[
Feature(
"UserMultipleIcon",
"Role based access: Collaborators/Editors/Viewers",
),
Feature("PlugSocketIcon", "Enterprise Integrations"),
Feature("GithubIcon", "Enterprise Repo Sync"),
Feature(
"AiCloud01Icon", "Deploy to Databricks, AWS, Azure, GCP, Other"
),
Feature("ShieldKeyIcon", "SOC 2, HIPAA BAA compliance"),
Feature("QuestionIcon", "Dedicated Support Channel"),
Feature("CustomerSupportIcon", "Onboarding support"),
],
lemcal_dialog(
ui.button(
"Contact sales",
variant="primary",
size="lg",
class_name="w-full font-semibold",
),
),
),
class_name="grid xl:grid-cols-3 grid-cols-1 gap-4 w-full",
)
|
def monthly_yearly_toggle():
return rx.el.div(
ui.tabs(
ui.tabs.list(
ui.tabs.tab(
"Monthly", value="monthly", class_name="text-base h-9 px-4"
),
ui.tabs.tab(
"Yearly (2 months free)",
value="yearly",
class_name="text-base h-9 px-4",
),
ui.tabs.indicator(class_name="h-9"),
),
default_value="monthly",
value=monthly_yearly_toggle_cs.value,
on_value_change=monthly_yearly_toggle_cs.set_value,
class_name="flex items-center justify-center pb-10",
),
class_name="2xl:border-x border-slate-4 w-full mx-auto max-w-[64.19rem]",
)
def plan_cards():
return rx.box(
header(),
# monthly_yearly_toggle(),
rx.el.style(
"""
number-flow-react::part(suffix) {
color: var(--secon | def header():
return rx.box(
rx.el.h3(
"Choose the perfect plan for your needs",
class_name="text-slate-12 text-3xl font-semibold text-center",
),
rx.el.p(
"Start free, scale as you grow, or go enterprise for maximum power",
class_name="text-slate-9 text-xl font-semibold text-center",
),
class_name="flex items-center justify-between text-slate-11 flex-col lg:pt-[4.5rem] pt-[2.5rem] pb-[3.5rem] 2xl:border-x border-slate-4 max-w-[64.19rem] mx-auto w-full gap-1",
) |
rt Channel"),
Feature("CustomerSupportIcon", "Onboarding support"),
],
lemcal_dialog(
ui.button(
"Contact sales",
variant="primary",
size="lg",
class_name="w-full font-semibold",
),
),
),
class_name="grid xl:grid-cols-3 grid-cols-1 gap-4 w-full",
)
def header():
return rx.box(
rx.el.h3(
"Choose the perfect plan for your needs",
class_name="text-slate-12 text-3xl font-semibold text-center",
),
rx.el.p(
"Start free, scale as you grow, or go enterprise for maximum power",
class_name="text-slate-9 text-xl font-semibold text-center",
),
class_name="flex items-center justify-between text-slate-11 flex-col lg:pt-[4.5rem] pt-[2.5rem] pb-[3.5rem] 2xl:border-x border-slate-4 max-w-[64.19rem] mx-auto w-full gap-1",
)
|
def plan_cards():
return rx.box(
header(),
# monthly_yearly_toggle(),
rx.el.style(
"""
number-flow-react::part(suffix) {
color: var(--secondary-10);
font-weight: 450;
font-size: large;
letter-spacing: -0.00875em;
}
"""
),
pricing_cards(),
class_name=(
"flex flex-col w-full justify-center items-center max-w-[85rem] mx-auto",
rx.cond(
HostingBannerState.show_banner,
"pt-[8rem] lg:pt-[7rem]",
"pt-[8rem] lg:pt-[4rem]",
),
),
)
| def monthly_yearly_toggle():
return rx.el.div(
ui.tabs(
ui.tabs.list(
ui.tabs.tab(
"Monthly", value="monthly", class_name="text-base h-9 px-4"
),
ui.tabs.tab(
"Yearly (2 months free)",
value="yearly",
class_name="text-base h-9 px-4",
),
ui.tabs.indicator(class_name="h-9"),
),
default_value="monthly",
value=monthly_yearly_toggle_cs.value,
on_value_change=monthly_yearly_toggle_cs.set_value,
class_name="flex items-center justify-center pb-10",
),
class_name="2xl:border-x border-slate-4 w-full mx-auto max-w-[64.19rem]",
) |
nter",
),
class_name="flex items-center justify-between text-slate-11 flex-col lg:pt-[4.5rem] pt-[2.5rem] pb-[3.5rem] 2xl:border-x border-slate-4 max-w-[64.19rem] mx-auto w-full gap-1",
)
def monthly_yearly_toggle():
return rx.el.div(
ui.tabs(
ui.tabs.list(
ui.tabs.tab(
"Monthly", value="monthly", class_name="text-base h-9 px-4"
),
ui.tabs.tab(
"Yearly (2 months free)",
value="yearly",
class_name="text-base h-9 px-4",
),
ui.tabs.indicator(class_name="h-9"),
),
default_value="monthly",
value=monthly_yearly_toggle_cs.value,
on_value_change=monthly_yearly_toggle_cs.set_value,
class_name="flex items-center justify-center pb-10",
),
class_name="2xl:border-x border-slate-4 w-full mx-auto max-w-[64.19rem]",
)
| def plan_cards():
return rx.box(
header(),
# monthly_yearly_toggle(),
rx.el.style(
"""
number-flow-react::part(suffix) {
color: var(--secondary-10);
font-weight: 450;
font-size: large;
letter-spacing: -0.00875em;
}
"""
),
pricing_cards(),
class_name=(
"flex flex-col w-full justify-center items-center max-w-[85rem] mx-auto",
rx.cond(
HostingBannerState.show_banner,
"pt-[8rem] lg:pt-[7rem]",
"pt-[8rem] lg:pt-[4rem]",
),
),
) | |
from pcweb.meta.meta import hosting_meta_tags
from pcweb.pages.framework.index_colors import index_colors
from pcweb.pages.framework.views.footer_index import footer_index
from pcweb.pages.pricing.calculator import calculator_section
from pcweb.pages.pricing.faq import faq
from pcweb.pages.pricing.plan_cards import plan_cards
from pcweb.pages.pricing.slider_calculator import MachineState, slider_calculator
from pcweb.pages.pricing.table import tiers_tables
pricing_path = "/pricing"
@rx.page(
route=pricing_path,
title="Reflex · Pricing",
meta=hosting_meta_tags,
on_load=MachineState.reset_machines,
)
def pricing() -> rx.Component:
"""Get the Pricing landing page."""
from pcweb.components.docpage.navbar import navbar
return rx.box(
index_colors(),
navbar(),
rx.el.main(
rx.box(
plan_cards(),
tiers_tables(),
slider_calculator(),
calculator_section(),
| import reflex as rx | |
import reflex as rx
|
from pcweb.pages.framework.index_colors import index_colors
from pcweb.pages.framework.views.footer_index import footer_index
from pcweb.pages.pricing.calculator import calculator_section
from pcweb.pages.pricing.faq import faq
from pcweb.pages.pricing.plan_cards import plan_cards
from pcweb.pages.pricing.slider_calculator import MachineState, slider_calculator
from pcweb.pages.pricing.table import tiers_tables
pricing_path = "/pricing"
@rx.page(
route=pricing_path,
title="Reflex · Pricing",
meta=hosting_meta_tags,
on_load=MachineState.reset_machines,
)
def pricing() -> rx.Component:
"""Get the Pricing landing page."""
from pcweb.components.docpage.navbar import navbar
return rx.box(
index_colors(),
navbar(),
rx.el.main(
rx.box(
plan_cards(),
tiers_tables(),
slider_calculator(),
calculator_section(),
faq(),
class_name="flex | from pcweb.meta.meta import hosting_meta_tags |
import reflex as rx
from pcweb.meta.meta import hosting_meta_tags
|
from pcweb.pages.framework.views.footer_index import footer_index
from pcweb.pages.pricing.calculator import calculator_section
from pcweb.pages.pricing.faq import faq
from pcweb.pages.pricing.plan_cards import plan_cards
from pcweb.pages.pricing.slider_calculator import MachineState, slider_calculator
from pcweb.pages.pricing.table import tiers_tables
pricing_path = "/pricing"
@rx.page(
route=pricing_path,
title="Reflex · Pricing",
meta=hosting_meta_tags,
on_load=MachineState.reset_machines,
)
def pricing() -> rx.Component:
"""Get the Pricing landing page."""
from pcweb.components.docpage.navbar import navbar
return rx.box(
index_colors(),
navbar(),
rx.el.main(
rx.box(
plan_cards(),
tiers_tables(),
slider_calculator(),
calculator_section(),
faq(),
class_name="flex flex-col relative justify-center items-center w-full",
| from pcweb.pages.framework.index_colors import index_colors |
import reflex as rx
from pcweb.meta.meta import hosting_meta_tags
from pcweb.pages.framework.index_colors import index_colors
|
from pcweb.pages.pricing.calculator import calculator_section
from pcweb.pages.pricing.faq import faq
from pcweb.pages.pricing.plan_cards import plan_cards
from pcweb.pages.pricing.slider_calculator import MachineState, slider_calculator
from pcweb.pages.pricing.table import tiers_tables
pricing_path = "/pricing"
@rx.page(
route=pricing_path,
title="Reflex · Pricing",
meta=hosting_meta_tags,
on_load=MachineState.reset_machines,
)
def pricing() -> rx.Component:
"""Get the Pricing landing page."""
from pcweb.components.docpage.navbar import navbar
return rx.box(
index_colors(),
navbar(),
rx.el.main(
rx.box(
plan_cards(),
tiers_tables(),
slider_calculator(),
calculator_section(),
faq(),
class_name="flex flex-col relative justify-center items-center w-full",
),
class_name="flex flex-col w-full relative h | from pcweb.pages.framework.views.footer_index import footer_index |
import reflex as rx
from pcweb.meta.meta import hosting_meta_tags
from pcweb.pages.framework.index_colors import index_colors
from pcweb.pages.framework.views.footer_index import footer_index
|
from pcweb.pages.pricing.faq import faq
from pcweb.pages.pricing.plan_cards import plan_cards
from pcweb.pages.pricing.slider_calculator import MachineState, slider_calculator
from pcweb.pages.pricing.table import tiers_tables
pricing_path = "/pricing"
@rx.page(
route=pricing_path,
title="Reflex · Pricing",
meta=hosting_meta_tags,
on_load=MachineState.reset_machines,
)
def pricing() -> rx.Component:
"""Get the Pricing landing page."""
from pcweb.components.docpage.navbar import navbar
return rx.box(
index_colors(),
navbar(),
rx.el.main(
rx.box(
plan_cards(),
tiers_tables(),
slider_calculator(),
calculator_section(),
faq(),
class_name="flex flex-col relative justify-center items-center w-full",
),
class_name="flex flex-col w-full relative h-full justify-center items-center",
),
footer_ | from pcweb.pages.pricing.calculator import calculator_section |
import reflex as rx
from pcweb.meta.meta import hosting_meta_tags
from pcweb.pages.framework.index_colors import index_colors
from pcweb.pages.framework.views.footer_index import footer_index
from pcweb.pages.pricing.calculator import calculator_section
|
from pcweb.pages.pricing.plan_cards import plan_cards
from pcweb.pages.pricing.slider_calculator import MachineState, slider_calculator
from pcweb.pages.pricing.table import tiers_tables
pricing_path = "/pricing"
@rx.page(
route=pricing_path,
title="Reflex · Pricing",
meta=hosting_meta_tags,
on_load=MachineState.reset_machines,
)
def pricing() -> rx.Component:
"""Get the Pricing landing page."""
from pcweb.components.docpage.navbar import navbar
return rx.box(
index_colors(),
navbar(),
rx.el.main(
rx.box(
plan_cards(),
tiers_tables(),
slider_calculator(),
calculator_section(),
faq(),
class_name="flex flex-col relative justify-center items-center w-full",
),
class_name="flex flex-col w-full relative h-full justify-center items-center",
),
footer_index(),
class_name="flex flex-c | from pcweb.pages.pricing.faq import faq |
import reflex as rx
from pcweb.meta.meta import hosting_meta_tags
from pcweb.pages.framework.index_colors import index_colors
from pcweb.pages.framework.views.footer_index import footer_index
from pcweb.pages.pricing.calculator import calculator_section
from pcweb.pages.pricing.faq import faq
|
from pcweb.pages.pricing.slider_calculator import MachineState, slider_calculator
from pcweb.pages.pricing.table import tiers_tables
pricing_path = "/pricing"
@rx.page(
route=pricing_path,
title="Reflex · Pricing",
meta=hosting_meta_tags,
on_load=MachineState.reset_machines,
)
def pricing() -> rx.Component:
"""Get the Pricing landing page."""
from pcweb.components.docpage.navbar import navbar
return rx.box(
index_colors(),
navbar(),
rx.el.main(
rx.box(
plan_cards(),
tiers_tables(),
slider_calculator(),
calculator_section(),
faq(),
class_name="flex flex-col relative justify-center items-center w-full",
),
class_name="flex flex-col w-full relative h-full justify-center items-center",
),
footer_index(),
class_name="flex flex-col w-full max-w-[94.5rem] justify-center items-center | from pcweb.pages.pricing.plan_cards import plan_cards |
import reflex as rx
from pcweb.meta.meta import hosting_meta_tags
from pcweb.pages.framework.index_colors import index_colors
from pcweb.pages.framework.views.footer_index import footer_index
from pcweb.pages.pricing.calculator import calculator_section
from pcweb.pages.pricing.faq import faq
from pcweb.pages.pricing.plan_cards import plan_cards
|
from pcweb.pages.pricing.table import tiers_tables
pricing_path = "/pricing"
@rx.page(
route=pricing_path,
title="Reflex · Pricing",
meta=hosting_meta_tags,
on_load=MachineState.reset_machines,
)
def pricing() -> rx.Component:
"""Get the Pricing landing page."""
from pcweb.components.docpage.navbar import navbar
return rx.box(
index_colors(),
navbar(),
rx.el.main(
rx.box(
plan_cards(),
tiers_tables(),
slider_calculator(),
calculator_section(),
faq(),
class_name="flex flex-col relative justify-center items-center w-full",
),
class_name="flex flex-col w-full relative h-full justify-center items-center",
),
footer_index(),
class_name="flex flex-col w-full max-w-[94.5rem] justify-center items-center mx-auto px-4 lg:px-5 relative",
)
| from pcweb.pages.pricing.slider_calculator import MachineState, slider_calculator |
import reflex as rx
from pcweb.meta.meta import hosting_meta_tags
from pcweb.pages.framework.index_colors import index_colors
from pcweb.pages.framework.views.footer_index import footer_index
from pcweb.pages.pricing.calculator import calculator_section
from pcweb.pages.pricing.faq import faq
from pcweb.pages.pricing.plan_cards import plan_cards
from pcweb.pages.pricing.slider_calculator import MachineState, slider_calculator
|
pricing_path = "/pricing"
@rx.page(
route=pricing_path,
title="Reflex · Pricing",
meta=hosting_meta_tags,
on_load=MachineState.reset_machines,
)
def pricing() -> rx.Component:
"""Get the Pricing landing page."""
from pcweb.components.docpage.navbar import navbar
return rx.box(
index_colors(),
navbar(),
rx.el.main(
rx.box(
plan_cards(),
tiers_tables(),
slider_calculator(),
calculator_section(),
faq(),
class_name="flex flex-col relative justify-center items-center w-full",
),
class_name="flex flex-col w-full relative h-full justify-center items-center",
),
footer_index(),
class_name="flex flex-col w-full max-w-[94.5rem] justify-center items-center mx-auto px-4 lg:px-5 relative",
)
| from pcweb.pages.pricing.table import tiers_tables |
import reflex as rx
from pcweb.meta.meta import hosting_meta_tags
from pcweb.pages.framework.index_colors import index_colors
from pcweb.pages.framework.views.footer_index import footer_index
from pcweb.pages.pricing.calculator import calculator_section
from pcweb.pages.pricing.faq import faq
from pcweb.pages.pricing.plan_cards import plan_cards
from pcweb.pages.pricing.slider_calculator import MachineState, slider_calculator
from pcweb.pages.pricing.table import tiers_tables
|
@rx.page(
route=pricing_path,
title="Reflex · Pricing",
meta=hosting_meta_tags,
on_load=MachineState.reset_machines,
)
def pricing() -> rx.Component:
"""Get the Pricing landing page."""
from pcweb.components.docpage.navbar import navbar
return rx.box(
index_colors(),
navbar(),
rx.el.main(
rx.box(
plan_cards(),
tiers_tables(),
slider_calculator(),
calculator_section(),
faq(),
class_name="flex flex-col relative justify-center items-center w-full",
),
class_name="flex flex-col w-full relative h-full justify-center items-center",
),
footer_index(),
class_name="flex flex-col w-full max-w-[94.5rem] justify-center items-center mx-auto px-4 lg:px-5 relative",
)
| pricing_path = "/pricing" |
import reflex as rx
from pcweb.meta.meta import hosting_meta_tags
from pcweb.pages.framework.index_colors import index_colors
from pcweb.pages.framework.views.footer_index import footer_index
from pcweb.pages.pricing.calculator import calculator_section
from pcweb.pages.pricing.faq import faq
from pcweb.pages.pricing.plan_cards import plan_cards
from pcweb.pages.pricing.slider_calculator import MachineState, slider_calculator
from pcweb.pages.pricing.table import tiers_tables
pricing_path = "/pricing"
@rx.page(
route=pricing_path,
title="Reflex · Pricing",
meta=hosting_meta_tags,
on_load=MachineState.reset_machines,
)
def pricing() -> rx.Component:
"""Get the Pricing landing page."""
|
return rx.box(
index_colors(),
navbar(),
rx.el.main(
rx.box(
plan_cards(),
tiers_tables(),
slider_calculator(),
calculator_section(),
faq(),
class_name="flex flex-col relative justify-center items-center w-full",
),
class_name="flex flex-col w-full relative h-full justify-center items-center",
),
footer_index(),
class_name="flex flex-col w-full max-w-[94.5rem] justify-center items-center mx-auto px-4 lg:px-5 relative",
)
| from pcweb.components.docpage.navbar import navbar |
import reflex as rx
import reflex_ui as ui
from reflex.experimental.client_state import ClientStateVar
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_CLOUD_URL
from pcweb.pages.pricing.calculator import (
COMPUTE_TABLE,
CREDITS_PER_HOUR_CPU,
CREDITS_PER_HOUR_GB,
)
_SORTED_TIERS = sorted(
[{"key": k, **v} for k, v in PRO_TIERS_TABLE.items()], key=lambda x: x["credits"]
)
machine_keys = list(COMPUTE_TABLE.keys())
def format_number(number: int | float) -> str:
"""Format number with locale string, handling non-numeric values."""
return rx.Var(
f"(typeof {number} === 'number' ? {number} : 0).toLocaleString('en-US')"
).to(str)
@dataclass
class Machine:
vcpu: int
ram: float
index: int
weekly_credits: float = 0.0
@classmethod
def from_index(cls, index: int) -> "Machine":
"""Create Machine from COMPUTE_TABLE index."""
machine_key = machine_keys[index]
| from dataclasses import dataclass | |
from dataclasses import dataclass
|
import reflex_ui as ui
from reflex.experimental.client_state import ClientStateVar
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_CLOUD_URL
from pcweb.pages.pricing.calculator import (
COMPUTE_TABLE,
CREDITS_PER_HOUR_CPU,
CREDITS_PER_HOUR_GB,
)
_SORTED_TIERS = sorted(
[{"key": k, **v} for k, v in PRO_TIERS_TABLE.items()], key=lambda x: x["credits"]
)
machine_keys = list(COMPUTE_TABLE.keys())
def format_number(number: int | float) -> str:
"""Format number with locale string, handling non-numeric values."""
return rx.Var(
f"(typeof {number} === 'number' ? {number} : 0).toLocaleString('en-US')"
).to(str)
@dataclass
class Machine:
vcpu: int
ram: float
index: int
weekly_credits: float = 0.0
@classmethod
def from_index(cls, index: int) -> "Machine":
"""Create Machine from COMPUTE_TABLE index."""
machine_key = machine_keys[index]
specs = COMPUTE_T | import reflex as rx |
from dataclasses import dataclass
import reflex as rx
|
from reflex.experimental.client_state import ClientStateVar
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_CLOUD_URL
from pcweb.pages.pricing.calculator import (
COMPUTE_TABLE,
CREDITS_PER_HOUR_CPU,
CREDITS_PER_HOUR_GB,
)
_SORTED_TIERS = sorted(
[{"key": k, **v} for k, v in PRO_TIERS_TABLE.items()], key=lambda x: x["credits"]
)
machine_keys = list(COMPUTE_TABLE.keys())
def format_number(number: int | float) -> str:
"""Format number with locale string, handling non-numeric values."""
return rx.Var(
f"(typeof {number} === 'number' ? {number} : 0).toLocaleString('en-US')"
).to(str)
@dataclass
class Machine:
vcpu: int
ram: float
index: int
weekly_credits: float = 0.0
@classmethod
def from_index(cls, index: int) -> "Machine":
"""Create Machine from COMPUTE_TABLE index."""
machine_key = machine_keys[index]
specs = COMPUTE_TABLE[machine_key]
| import reflex_ui as ui |
from dataclasses import dataclass
import reflex as rx
import reflex_ui as ui
|
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_CLOUD_URL
from pcweb.pages.pricing.calculator import (
COMPUTE_TABLE,
CREDITS_PER_HOUR_CPU,
CREDITS_PER_HOUR_GB,
)
_SORTED_TIERS = sorted(
[{"key": k, **v} for k, v in PRO_TIERS_TABLE.items()], key=lambda x: x["credits"]
)
machine_keys = list(COMPUTE_TABLE.keys())
def format_number(number: int | float) -> str:
"""Format number with locale string, handling non-numeric values."""
return rx.Var(
f"(typeof {number} === 'number' ? {number} : 0).toLocaleString('en-US')"
).to(str)
@dataclass
class Machine:
vcpu: int
ram: float
index: int
weekly_credits: float = 0.0
@classmethod
def from_index(cls, index: int) -> "Machine":
"""Create Machine from COMPUTE_TABLE index."""
machine_key = machine_keys[index]
specs = COMPUTE_TABLE[machine_key]
weekly_credits = calculate_weekly_credits(specs["vcpu"], | from reflex.experimental.client_state import ClientStateVar |
from dataclasses import dataclass
import reflex as rx
import reflex_ui as ui
from reflex.experimental.client_state import ClientStateVar
|
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_CLOUD_URL
from pcweb.pages.pricing.calculator import (
COMPUTE_TABLE,
CREDITS_PER_HOUR_CPU,
CREDITS_PER_HOUR_GB,
)
_SORTED_TIERS = sorted(
[{"key": k, **v} for k, v in PRO_TIERS_TABLE.items()], key=lambda x: x["credits"]
)
machine_keys = list(COMPUTE_TABLE.keys())
def format_number(number: int | float) -> str:
"""Format number with locale string, handling non-numeric values."""
return rx.Var(
f"(typeof {number} === 'number' ? {number} : 0).toLocaleString('en-US')"
).to(str)
@dataclass
class Machine:
vcpu: int
ram: float
index: int
weekly_credits: float = 0.0
@classmethod
def from_index(cls, index: int) -> "Machine":
"""Create Machine from COMPUTE_TABLE index."""
machine_key = machine_keys[index]
specs = COMPUTE_TABLE[machine_key]
weekly_credits = calculate_weekly_credits(specs["vcpu"], specs["ram"])
return cls(
vcpu | from reflex_ui.blocks.lemcal import lemcal_dialog |
from dataclasses import dataclass
import reflex as rx
import reflex_ui as ui
from reflex.experimental.client_state import ClientStateVar
from reflex_ui.blocks.lemcal import lemcal_dialog
|
from pcweb.pages.pricing.calculator import (
COMPUTE_TABLE,
CREDITS_PER_HOUR_CPU,
CREDITS_PER_HOUR_GB,
)
_SORTED_TIERS = sorted(
[{"key": k, **v} for k, v in PRO_TIERS_TABLE.items()], key=lambda x: x["credits"]
)
machine_keys = list(COMPUTE_TABLE.keys())
def format_number(number: int | float) -> str:
"""Format number with locale string, handling non-numeric values."""
return rx.Var(
f"(typeof {number} === 'number' ? {number} : 0).toLocaleString('en-US')"
).to(str)
@dataclass
class Machine:
vcpu: int
ram: float
index: int
weekly_credits: float = 0.0
@classmethod
def from_index(cls, index: int) -> "Machine":
"""Create Machine from COMPUTE_TABLE index."""
machine_key = machine_keys[index]
specs = COMPUTE_TABLE[machine_key]
weekly_credits = calculate_weekly_credits(specs["vcpu"], specs["ram"])
return cls(
vcpu=specs["vcpu"],
ram=specs["ram"],
index | from pcweb.constants import PRO_TIERS_TABLE, REFLEX_CLOUD_URL |
from dataclasses import dataclass
import reflex as rx
import reflex_ui as ui
from reflex.experimental.client_state import ClientStateVar
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_CLOUD_URL
|
_SORTED_TIERS = sorted(
[{"key": k, **v} for k, v in PRO_TIERS_TABLE.items()], key=lambda x: x["credits"]
)
machine_keys = list(COMPUTE_TABLE.keys())
def format_number(number: int | float) -> str:
"""Format number with locale string, handling non-numeric values."""
return rx.Var(
f"(typeof {number} === 'number' ? {number} : 0).toLocaleString('en-US')"
).to(str)
@dataclass
class Machine:
vcpu: int
ram: float
index: int
weekly_credits: float = 0.0
@classmethod
def from_index(cls, index: int) -> "Machine":
"""Create Machine from COMPUTE_TABLE index."""
machine_key = machine_keys[index]
specs = COMPUTE_TABLE[machine_key]
weekly_credits = calculate_weekly_credits(specs["vcpu"], specs["ram"])
return cls(
vcpu=specs["vcpu"],
ram=specs["ram"],
index=index,
weekly_credits=weekly_credits,
)
def calculate_weekly_credits(vcpu: int, ram: float) -> | from pcweb.pages.pricing.calculator import (
COMPUTE_TABLE,
CREDITS_PER_HOUR_CPU,
CREDITS_PER_HOUR_GB,
) |
from dataclasses import dataclass
import reflex as rx
import reflex_ui as ui
from reflex.experimental.client_state import ClientStateVar
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_CLOUD_URL
from pcweb.pages.pricing.calculator import (
COMPUTE_TABLE,
CREDITS_PER_HOUR_CPU,
CREDITS_PER_HOUR_GB,
)
|
machine_keys = list(COMPUTE_TABLE.keys())
def format_number(number: int | float) -> str:
"""Format number with locale string, handling non-numeric values."""
return rx.Var(
f"(typeof {number} === 'number' ? {number} : 0).toLocaleString('en-US')"
).to(str)
@dataclass
class Machine:
vcpu: int
ram: float
index: int
weekly_credits: float = 0.0
@classmethod
def from_index(cls, index: int) -> "Machine":
"""Create Machine from COMPUTE_TABLE index."""
machine_key = machine_keys[index]
specs = COMPUTE_TABLE[machine_key]
weekly_credits = calculate_weekly_credits(specs["vcpu"], specs["ram"])
return cls(
vcpu=specs["vcpu"],
ram=specs["ram"],
index=index,
weekly_credits=weekly_credits,
)
def calculate_weekly_credits(vcpu: int, ram: float) -> float:
"""Calculate weekly credits for a machine."""
credits_per_hour = vcpu * CREDITS_PER_HOUR_CPU + ra | _SORTED_TIERS = sorted(
[{"key": k, **v} for k, v in PRO_TIERS_TABLE.items()], key=lambda x: x["credits"]
) |
from dataclasses import dataclass
import reflex as rx
import reflex_ui as ui
from reflex.experimental.client_state import ClientStateVar
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_CLOUD_URL
from pcweb.pages.pricing.calculator import (
COMPUTE_TABLE,
CREDITS_PER_HOUR_CPU,
CREDITS_PER_HOUR_GB,
)
_SORTED_TIERS = sorted(
[{"key": k, **v} for k, v in PRO_TIERS_TABLE.items()], key=lambda x: x["credits"]
)
|
def format_number(number: int | float) -> str:
"""Format number with locale string, handling non-numeric values."""
return rx.Var(
f"(typeof {number} === 'number' ? {number} : 0).toLocaleString('en-US')"
).to(str)
@dataclass
class Machine:
vcpu: int
ram: float
index: int
weekly_credits: float = 0.0
@classmethod
def from_index(cls, index: int) -> "Machine":
"""Create Machine from COMPUTE_TABLE index."""
machine_key = machine_keys[index]
specs = COMPUTE_TABLE[machine_key]
weekly_credits = calculate_weekly_credits(specs["vcpu"], specs["ram"])
return cls(
vcpu=specs["vcpu"],
ram=specs["ram"],
index=index,
weekly_credits=weekly_credits,
)
def calculate_weekly_credits(vcpu: int, ram: float) -> float:
"""Calculate weekly credits for a machine."""
credits_per_hour = vcpu * CREDITS_PER_HOUR_CPU + ram * CREDITS_PER_HOUR_GB
return round(cr | machine_keys = list(COMPUTE_TABLE.keys()) |
from dataclasses import dataclass
import reflex as rx
import reflex_ui as ui
from reflex.experimental.client_state import ClientStateVar
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_CLOUD_URL
from pcweb.pages.pricing.calculator import (
COMPUTE_TABLE,
CREDITS_PER_HOUR_CPU,
CREDITS_PER_HOUR_GB,
)
_SORTED_TIERS = sorted(
[{"key": k, **v} for k, v in PRO_TIERS_TABLE.items()], key=lambda x: x["credits"]
)
machine_keys = list(COMPUTE_TABLE.keys())
|
@dataclass
class Machine:
vcpu: int
ram: float
index: int
weekly_credits: float = 0.0
@classmethod
def from_index(cls, index: int) -> "Machine":
"""Create Machine from COMPUTE_TABLE index."""
machine_key = machine_keys[index]
specs = COMPUTE_TABLE[machine_key]
weekly_credits = calculate_weekly_credits(specs["vcpu"], specs["ram"])
return cls(
vcpu=specs["vcpu"],
ram=specs["ram"],
index=index,
weekly_credits=weekly_credits,
)
def calculate_weekly_credits(vcpu: int, ram: float) -> float:
"""Calculate weekly credits for a machine."""
credits_per_hour = vcpu * CREDITS_PER_HOUR_CPU + ram * CREDITS_PER_HOUR_GB
return round(credits_per_hour * 24 * 7, 2)
message_tooltip_open_cs = ClientStateVar.create("message_tooltip_open", default=False)
pro_tier_keys = list(PRO_TIERS_TABLE.keys())
COMPUTE_TABLE_KEYS = rx.Var.create(machine_keys)
PRO_TIER_KEYS = rx.Var.cr | def format_number(number: int | float) -> str:
"""Format number with locale string, handling non-numeric values."""
return rx.Var(
f"(typeof {number} === 'number' ? {number} : 0).toLocaleString('en-US')"
).to(str) |
from dataclasses import dataclass
import reflex as rx
import reflex_ui as ui
from reflex.experimental.client_state import ClientStateVar
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_CLOUD_URL
from pcweb.pages.pricing.calculator import (
COMPUTE_TABLE,
CREDITS_PER_HOUR_CPU,
CREDITS_PER_HOUR_GB,
)
_SORTED_TIERS = sorted(
[{"key": k, **v} for k, v in PRO_TIERS_TABLE.items()], key=lambda x: x["credits"]
)
machine_keys = list(COMPUTE_TABLE.keys())
def format_number(number: int | float) -> str:
"""Format number with locale string, handling non-numeric values."""
return rx.Var(
f"(typeof {number} === 'number' ? {number} : 0).toLocaleString('en-US')"
).to(str)
@dataclass
|
def calculate_weekly_credits(vcpu: int, ram: float) -> float:
"""Calculate weekly credits for a machine."""
credits_per_hour = vcpu * CREDITS_PER_HOUR_CPU + ram * CREDITS_PER_HOUR_GB
return round(credits_per_hour * 24 * 7, 2)
message_tooltip_open_cs = ClientStateVar.create("message_tooltip_open", default=False)
pro_tier_keys = list(PRO_TIERS_TABLE.keys())
COMPUTE_TABLE_KEYS = rx.Var.create(machine_keys)
PRO_TIER_KEYS = rx.Var.create(pro_tier_keys)
MESSAGES_VALUES = [0] + [50 * (2**i) for i in range(9)] + [20000, 0]
def get_is_enterprise_tier(messages_tier_index: int) -> bool:
"""Check if slider is at Enterprise position."""
return messages_tier_index == len(MESSAGES_VALUES) - 1
def get_message_credits(messages_tier_index: int) -> int:
"""Get credits from message tier slider."""
return MESSAGES_VALUES[messages_tier_index]
class MachineState(rx.State):
machines: rx.Field[list[Machine]] = rx.field(default_factory=list)
messages_tier_index: r | class Machine:
vcpu: int
ram: float
index: int
weekly_credits: float = 0.0
@classmethod
def from_index(cls, index: int) -> "Machine":
"""Create Machine from COMPUTE_TABLE index."""
machine_key = machine_keys[index]
specs = COMPUTE_TABLE[machine_key]
weekly_credits = calculate_weekly_credits(specs["vcpu"], specs["ram"])
return cls(
vcpu=specs["vcpu"],
ram=specs["ram"],
index=index,
weekly_credits=weekly_credits,
) |
from dataclasses import dataclass
import reflex as rx
import reflex_ui as ui
from reflex.experimental.client_state import ClientStateVar
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_CLOUD_URL
from pcweb.pages.pricing.calculator import (
COMPUTE_TABLE,
CREDITS_PER_HOUR_CPU,
CREDITS_PER_HOUR_GB,
)
_SORTED_TIERS = sorted(
[{"key": k, **v} for k, v in PRO_TIERS_TABLE.items()], key=lambda x: x["credits"]
)
machine_keys = list(COMPUTE_TABLE.keys())
def format_number(number: int | float) -> str:
"""Format number with locale string, handling non-numeric values."""
return rx.Var(
f"(typeof {number} === 'number' ? {number} : 0).toLocaleString('en-US')"
).to(str)
@dataclass
class Machine:
vcpu: int
ram: float
index: int
weekly_credits: float = 0.0
@classmethod
|
def calculate_weekly_credits(vcpu: int, ram: float) -> float:
"""Calculate weekly credits for a machine."""
credits_per_hour = vcpu * CREDITS_PER_HOUR_CPU + ram * CREDITS_PER_HOUR_GB
return round(credits_per_hour * 24 * 7, 2)
message_tooltip_open_cs = ClientStateVar.create("message_tooltip_open", default=False)
pro_tier_keys = list(PRO_TIERS_TABLE.keys())
COMPUTE_TABLE_KEYS = rx.Var.create(machine_keys)
PRO_TIER_KEYS = rx.Var.create(pro_tier_keys)
MESSAGES_VALUES = [0] + [50 * (2**i) for i in range(9)] + [20000, 0]
def get_is_enterprise_tier(messages_tier_index: int) -> bool:
"""Check if slider is at Enterprise position."""
return messages_tier_index == len(MESSAGES_VALUES) - 1
def get_message_credits(messages_tier_index: int) -> int:
"""Get credits from message tier slider."""
return MESSAGES_VALUES[messages_tier_index]
class MachineState(rx.State):
machines: rx.Field[list[Machine]] = rx.field(default_factory=list)
messages_tier_index: r | def from_index(cls, index: int) -> "Machine":
"""Create Machine from COMPUTE_TABLE index."""
machine_key = machine_keys[index]
specs = COMPUTE_TABLE[machine_key]
weekly_credits = calculate_weekly_credits(specs["vcpu"], specs["ram"])
return cls(
vcpu=specs["vcpu"],
ram=specs["ram"],
index=index,
weekly_credits=weekly_credits,
) |
from dataclasses import dataclass
import reflex as rx
import reflex_ui as ui
from reflex.experimental.client_state import ClientStateVar
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_CLOUD_URL
from pcweb.pages.pricing.calculator import (
COMPUTE_TABLE,
CREDITS_PER_HOUR_CPU,
CREDITS_PER_HOUR_GB,
)
_SORTED_TIERS = sorted(
[{"key": k, **v} for k, v in PRO_TIERS_TABLE.items()], key=lambda x: x["credits"]
)
machine_keys = list(COMPUTE_TABLE.keys())
def format_number(number: int | float) -> str:
"""Format number with locale string, handling non-numeric values."""
return rx.Var(
f"(typeof {number} === 'number' ? {number} : 0).toLocaleString('en-US')"
).to(str)
@dataclass
class Machine:
vcpu: int
ram: float
index: int
weekly_credits: float = 0.0
@classmethod
def from_index(cls, index: int) -> "Machine":
"""Create Machine from COMPUTE_TABLE index."""
|
specs = COMPUTE_TABLE[machine_key]
weekly_credits = calculate_weekly_credits(specs["vcpu"], specs["ram"])
return cls(
vcpu=specs["vcpu"],
ram=specs["ram"],
index=index,
weekly_credits=weekly_credits,
)
def calculate_weekly_credits(vcpu: int, ram: float) -> float:
"""Calculate weekly credits for a machine."""
credits_per_hour = vcpu * CREDITS_PER_HOUR_CPU + ram * CREDITS_PER_HOUR_GB
return round(credits_per_hour * 24 * 7, 2)
message_tooltip_open_cs = ClientStateVar.create("message_tooltip_open", default=False)
pro_tier_keys = list(PRO_TIERS_TABLE.keys())
COMPUTE_TABLE_KEYS = rx.Var.create(machine_keys)
PRO_TIER_KEYS = rx.Var.create(pro_tier_keys)
MESSAGES_VALUES = [0] + [50 * (2**i) for i in range(9)] + [20000, 0]
def get_is_enterprise_tier(messages_tier_index: int) -> bool:
"""Check if slider is at Enterprise position."""
return messages_tier_index == len(MESSAGES_VALUES) - 1
d | machine_key = machine_keys[index] |
port reflex as rx
import reflex_ui as ui
from reflex.experimental.client_state import ClientStateVar
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_CLOUD_URL
from pcweb.pages.pricing.calculator import (
COMPUTE_TABLE,
CREDITS_PER_HOUR_CPU,
CREDITS_PER_HOUR_GB,
)
_SORTED_TIERS = sorted(
[{"key": k, **v} for k, v in PRO_TIERS_TABLE.items()], key=lambda x: x["credits"]
)
machine_keys = list(COMPUTE_TABLE.keys())
def format_number(number: int | float) -> str:
"""Format number with locale string, handling non-numeric values."""
return rx.Var(
f"(typeof {number} === 'number' ? {number} : 0).toLocaleString('en-US')"
).to(str)
@dataclass
class Machine:
vcpu: int
ram: float
index: int
weekly_credits: float = 0.0
@classmethod
def from_index(cls, index: int) -> "Machine":
"""Create Machine from COMPUTE_TABLE index."""
machine_key = machine_keys[index]
|
weekly_credits = calculate_weekly_credits(specs["vcpu"], specs["ram"])
return cls(
vcpu=specs["vcpu"],
ram=specs["ram"],
index=index,
weekly_credits=weekly_credits,
)
def calculate_weekly_credits(vcpu: int, ram: float) -> float:
"""Calculate weekly credits for a machine."""
credits_per_hour = vcpu * CREDITS_PER_HOUR_CPU + ram * CREDITS_PER_HOUR_GB
return round(credits_per_hour * 24 * 7, 2)
message_tooltip_open_cs = ClientStateVar.create("message_tooltip_open", default=False)
pro_tier_keys = list(PRO_TIERS_TABLE.keys())
COMPUTE_TABLE_KEYS = rx.Var.create(machine_keys)
PRO_TIER_KEYS = rx.Var.create(pro_tier_keys)
MESSAGES_VALUES = [0] + [50 * (2**i) for i in range(9)] + [20000, 0]
def get_is_enterprise_tier(messages_tier_index: int) -> bool:
"""Check if slider is at Enterprise position."""
return messages_tier_index == len(MESSAGES_VALUES) - 1
def get_message_credits(messages_tier_index: | specs = COMPUTE_TABLE[machine_key] |
om reflex.experimental.client_state import ClientStateVar
from reflex_ui.blocks.lemcal import lemcal_dialog
from pcweb.constants import PRO_TIERS_TABLE, REFLEX_CLOUD_URL
from pcweb.pages.pricing.calculator import (
COMPUTE_TABLE,
CREDITS_PER_HOUR_CPU,
CREDITS_PER_HOUR_GB,
)
_SORTED_TIERS = sorted(
[{"key": k, **v} for k, v in PRO_TIERS_TABLE.items()], key=lambda x: x["credits"]
)
machine_keys = list(COMPUTE_TABLE.keys())
def format_number(number: int | float) -> str:
"""Format number with locale string, handling non-numeric values."""
return rx.Var(
f"(typeof {number} === 'number' ? {number} : 0).toLocaleString('en-US')"
).to(str)
@dataclass
class Machine:
vcpu: int
ram: float
index: int
weekly_credits: float = 0.0
@classmethod
def from_index(cls, index: int) -> "Machine":
"""Create Machine from COMPUTE_TABLE index."""
machine_key = machine_keys[index]
specs = COMPUTE_TABLE[machine_key]
|
return cls(
vcpu=specs["vcpu"],
ram=specs["ram"],
index=index,
weekly_credits=weekly_credits,
)
def calculate_weekly_credits(vcpu: int, ram: float) -> float:
"""Calculate weekly credits for a machine."""
credits_per_hour = vcpu * CREDITS_PER_HOUR_CPU + ram * CREDITS_PER_HOUR_GB
return round(credits_per_hour * 24 * 7, 2)
message_tooltip_open_cs = ClientStateVar.create("message_tooltip_open", default=False)
pro_tier_keys = list(PRO_TIERS_TABLE.keys())
COMPUTE_TABLE_KEYS = rx.Var.create(machine_keys)
PRO_TIER_KEYS = rx.Var.create(pro_tier_keys)
MESSAGES_VALUES = [0] + [50 * (2**i) for i in range(9)] + [20000, 0]
def get_is_enterprise_tier(messages_tier_index: int) -> bool:
"""Check if slider is at Enterprise position."""
return messages_tier_index == len(MESSAGES_VALUES) - 1
def get_message_credits(messages_tier_index: int) -> int:
"""Get credits from message tier slider."""
return MESSAG | weekly_credits = calculate_weekly_credits(specs["vcpu"], specs["ram"]) |
,
CREDITS_PER_HOUR_CPU,
CREDITS_PER_HOUR_GB,
)
_SORTED_TIERS = sorted(
[{"key": k, **v} for k, v in PRO_TIERS_TABLE.items()], key=lambda x: x["credits"]
)
machine_keys = list(COMPUTE_TABLE.keys())
def format_number(number: int | float) -> str:
"""Format number with locale string, handling non-numeric values."""
return rx.Var(
f"(typeof {number} === 'number' ? {number} : 0).toLocaleString('en-US')"
).to(str)
@dataclass
class Machine:
vcpu: int
ram: float
index: int
weekly_credits: float = 0.0
@classmethod
def from_index(cls, index: int) -> "Machine":
"""Create Machine from COMPUTE_TABLE index."""
machine_key = machine_keys[index]
specs = COMPUTE_TABLE[machine_key]
weekly_credits = calculate_weekly_credits(specs["vcpu"], specs["ram"])
return cls(
vcpu=specs["vcpu"],
ram=specs["ram"],
index=index,
weekly_credits=weekly_credits,
)
|
message_tooltip_open_cs = ClientStateVar.create("message_tooltip_open", default=False)
pro_tier_keys = list(PRO_TIERS_TABLE.keys())
COMPUTE_TABLE_KEYS = rx.Var.create(machine_keys)
PRO_TIER_KEYS = rx.Var.create(pro_tier_keys)
MESSAGES_VALUES = [0] + [50 * (2**i) for i in range(9)] + [20000, 0]
def get_is_enterprise_tier(messages_tier_index: int) -> bool:
"""Check if slider is at Enterprise position."""
return messages_tier_index == len(MESSAGES_VALUES) - 1
def get_message_credits(messages_tier_index: int) -> int:
"""Get credits from message tier slider."""
return MESSAGES_VALUES[messages_tier_index]
class MachineState(rx.State):
machines: rx.Field[list[Machine]] = rx.field(default_factory=list)
messages_tier_index: rx.Field[int] = rx.field(default=0)
machines_weekly_credits: rx.Field[float] = rx.field(default=0.0)
current_tier: rx.Field[dict] = rx.field(
default_factory=lambda: {"key": "Pro", "credits": 0, "price": 0}
)
total_c | def calculate_weekly_credits(vcpu: int, ram: float) -> float:
"""Calculate weekly credits for a machine."""
credits_per_hour = vcpu * CREDITS_PER_HOUR_CPU + ram * CREDITS_PER_HOUR_GB
return round(credits_per_hour * 24 * 7, 2) |
_TIERS_TABLE.items()], key=lambda x: x["credits"]
)
machine_keys = list(COMPUTE_TABLE.keys())
def format_number(number: int | float) -> str:
"""Format number with locale string, handling non-numeric values."""
return rx.Var(
f"(typeof {number} === 'number' ? {number} : 0).toLocaleString('en-US')"
).to(str)
@dataclass
class Machine:
vcpu: int
ram: float
index: int
weekly_credits: float = 0.0
@classmethod
def from_index(cls, index: int) -> "Machine":
"""Create Machine from COMPUTE_TABLE index."""
machine_key = machine_keys[index]
specs = COMPUTE_TABLE[machine_key]
weekly_credits = calculate_weekly_credits(specs["vcpu"], specs["ram"])
return cls(
vcpu=specs["vcpu"],
ram=specs["ram"],
index=index,
weekly_credits=weekly_credits,
)
def calculate_weekly_credits(vcpu: int, ram: float) -> float:
"""Calculate weekly credits for a machine."""
|
return round(credits_per_hour * 24 * 7, 2)
message_tooltip_open_cs = ClientStateVar.create("message_tooltip_open", default=False)
pro_tier_keys = list(PRO_TIERS_TABLE.keys())
COMPUTE_TABLE_KEYS = rx.Var.create(machine_keys)
PRO_TIER_KEYS = rx.Var.create(pro_tier_keys)
MESSAGES_VALUES = [0] + [50 * (2**i) for i in range(9)] + [20000, 0]
def get_is_enterprise_tier(messages_tier_index: int) -> bool:
"""Check if slider is at Enterprise position."""
return messages_tier_index == len(MESSAGES_VALUES) - 1
def get_message_credits(messages_tier_index: int) -> int:
"""Get credits from message tier slider."""
return MESSAGES_VALUES[messages_tier_index]
class MachineState(rx.State):
machines: rx.Field[list[Machine]] = rx.field(default_factory=list)
messages_tier_index: rx.Field[int] = rx.field(default=0)
machines_weekly_credits: rx.Field[float] = rx.field(default=0.0)
current_tier: rx.Field[dict] = rx.field(
default_factory=lambda: {"key": "Pr | credits_per_hour = vcpu * CREDITS_PER_HOUR_CPU + ram * CREDITS_PER_HOUR_GB |
nt | float) -> str:
"""Format number with locale string, handling non-numeric values."""
return rx.Var(
f"(typeof {number} === 'number' ? {number} : 0).toLocaleString('en-US')"
).to(str)
@dataclass
class Machine:
vcpu: int
ram: float
index: int
weekly_credits: float = 0.0
@classmethod
def from_index(cls, index: int) -> "Machine":
"""Create Machine from COMPUTE_TABLE index."""
machine_key = machine_keys[index]
specs = COMPUTE_TABLE[machine_key]
weekly_credits = calculate_weekly_credits(specs["vcpu"], specs["ram"])
return cls(
vcpu=specs["vcpu"],
ram=specs["ram"],
index=index,
weekly_credits=weekly_credits,
)
def calculate_weekly_credits(vcpu: int, ram: float) -> float:
"""Calculate weekly credits for a machine."""
credits_per_hour = vcpu * CREDITS_PER_HOUR_CPU + ram * CREDITS_PER_HOUR_GB
return round(credits_per_hour * 24 * 7, 2)
|
pro_tier_keys = list(PRO_TIERS_TABLE.keys())
COMPUTE_TABLE_KEYS = rx.Var.create(machine_keys)
PRO_TIER_KEYS = rx.Var.create(pro_tier_keys)
MESSAGES_VALUES = [0] + [50 * (2**i) for i in range(9)] + [20000, 0]
def get_is_enterprise_tier(messages_tier_index: int) -> bool:
"""Check if slider is at Enterprise position."""
return messages_tier_index == len(MESSAGES_VALUES) - 1
def get_message_credits(messages_tier_index: int) -> int:
"""Get credits from message tier slider."""
return MESSAGES_VALUES[messages_tier_index]
class MachineState(rx.State):
machines: rx.Field[list[Machine]] = rx.field(default_factory=list)
messages_tier_index: rx.Field[int] = rx.field(default=0)
machines_weekly_credits: rx.Field[float] = rx.field(default=0.0)
current_tier: rx.Field[dict] = rx.field(
default_factory=lambda: {"key": "Pro", "credits": 0, "price": 0}
)
total_credits: rx.Field[str] = rx.field(default="0")
recommended_tier_info: rx.Field[dict] = | message_tooltip_open_cs = ClientStateVar.create("message_tooltip_open", default=False) |
s."""
return rx.Var(
f"(typeof {number} === 'number' ? {number} : 0).toLocaleString('en-US')"
).to(str)
@dataclass
class Machine:
vcpu: int
ram: float
index: int
weekly_credits: float = 0.0
@classmethod
def from_index(cls, index: int) -> "Machine":
"""Create Machine from COMPUTE_TABLE index."""
machine_key = machine_keys[index]
specs = COMPUTE_TABLE[machine_key]
weekly_credits = calculate_weekly_credits(specs["vcpu"], specs["ram"])
return cls(
vcpu=specs["vcpu"],
ram=specs["ram"],
index=index,
weekly_credits=weekly_credits,
)
def calculate_weekly_credits(vcpu: int, ram: float) -> float:
"""Calculate weekly credits for a machine."""
credits_per_hour = vcpu * CREDITS_PER_HOUR_CPU + ram * CREDITS_PER_HOUR_GB
return round(credits_per_hour * 24 * 7, 2)
message_tooltip_open_cs = ClientStateVar.create("message_tooltip_open", default=False)
|
COMPUTE_TABLE_KEYS = rx.Var.create(machine_keys)
PRO_TIER_KEYS = rx.Var.create(pro_tier_keys)
MESSAGES_VALUES = [0] + [50 * (2**i) for i in range(9)] + [20000, 0]
def get_is_enterprise_tier(messages_tier_index: int) -> bool:
"""Check if slider is at Enterprise position."""
return messages_tier_index == len(MESSAGES_VALUES) - 1
def get_message_credits(messages_tier_index: int) -> int:
"""Get credits from message tier slider."""
return MESSAGES_VALUES[messages_tier_index]
class MachineState(rx.State):
machines: rx.Field[list[Machine]] = rx.field(default_factory=list)
messages_tier_index: rx.Field[int] = rx.field(default=0)
machines_weekly_credits: rx.Field[float] = rx.field(default=0.0)
current_tier: rx.Field[dict] = rx.field(
default_factory=lambda: {"key": "Pro", "credits": 0, "price": 0}
)
total_credits: rx.Field[str] = rx.field(default="0")
recommended_tier_info: rx.Field[dict] = rx.field(
default_factory=lambda: {
| pro_tier_keys = list(PRO_TIERS_TABLE.keys()) |
umber} === 'number' ? {number} : 0).toLocaleString('en-US')"
).to(str)
@dataclass
class Machine:
vcpu: int
ram: float
index: int
weekly_credits: float = 0.0
@classmethod
def from_index(cls, index: int) -> "Machine":
"""Create Machine from COMPUTE_TABLE index."""
machine_key = machine_keys[index]
specs = COMPUTE_TABLE[machine_key]
weekly_credits = calculate_weekly_credits(specs["vcpu"], specs["ram"])
return cls(
vcpu=specs["vcpu"],
ram=specs["ram"],
index=index,
weekly_credits=weekly_credits,
)
def calculate_weekly_credits(vcpu: int, ram: float) -> float:
"""Calculate weekly credits for a machine."""
credits_per_hour = vcpu * CREDITS_PER_HOUR_CPU + ram * CREDITS_PER_HOUR_GB
return round(credits_per_hour * 24 * 7, 2)
message_tooltip_open_cs = ClientStateVar.create("message_tooltip_open", default=False)
pro_tier_keys = list(PRO_TIERS_TABLE.keys())
|
PRO_TIER_KEYS = rx.Var.create(pro_tier_keys)
MESSAGES_VALUES = [0] + [50 * (2**i) for i in range(9)] + [20000, 0]
def get_is_enterprise_tier(messages_tier_index: int) -> bool:
"""Check if slider is at Enterprise position."""
return messages_tier_index == len(MESSAGES_VALUES) - 1
def get_message_credits(messages_tier_index: int) -> int:
"""Get credits from message tier slider."""
return MESSAGES_VALUES[messages_tier_index]
class MachineState(rx.State):
machines: rx.Field[list[Machine]] = rx.field(default_factory=list)
messages_tier_index: rx.Field[int] = rx.field(default=0)
machines_weekly_credits: rx.Field[float] = rx.field(default=0.0)
current_tier: rx.Field[dict] = rx.field(
default_factory=lambda: {"key": "Pro", "credits": 0, "price": 0}
)
total_credits: rx.Field[str] = rx.field(default="0")
recommended_tier_info: rx.Field[dict] = rx.field(
default_factory=lambda: {
"price": "$0/mo",
"needs_ | COMPUTE_TABLE_KEYS = rx.Var.create(machine_keys) |
g('en-US')"
).to(str)
@dataclass
class Machine:
vcpu: int
ram: float
index: int
weekly_credits: float = 0.0
@classmethod
def from_index(cls, index: int) -> "Machine":
"""Create Machine from COMPUTE_TABLE index."""
machine_key = machine_keys[index]
specs = COMPUTE_TABLE[machine_key]
weekly_credits = calculate_weekly_credits(specs["vcpu"], specs["ram"])
return cls(
vcpu=specs["vcpu"],
ram=specs["ram"],
index=index,
weekly_credits=weekly_credits,
)
def calculate_weekly_credits(vcpu: int, ram: float) -> float:
"""Calculate weekly credits for a machine."""
credits_per_hour = vcpu * CREDITS_PER_HOUR_CPU + ram * CREDITS_PER_HOUR_GB
return round(credits_per_hour * 24 * 7, 2)
message_tooltip_open_cs = ClientStateVar.create("message_tooltip_open", default=False)
pro_tier_keys = list(PRO_TIERS_TABLE.keys())
COMPUTE_TABLE_KEYS = rx.Var.create(machine_keys)
|
MESSAGES_VALUES = [0] + [50 * (2**i) for i in range(9)] + [20000, 0]
def get_is_enterprise_tier(messages_tier_index: int) -> bool:
"""Check if slider is at Enterprise position."""
return messages_tier_index == len(MESSAGES_VALUES) - 1
def get_message_credits(messages_tier_index: int) -> int:
"""Get credits from message tier slider."""
return MESSAGES_VALUES[messages_tier_index]
class MachineState(rx.State):
machines: rx.Field[list[Machine]] = rx.field(default_factory=list)
messages_tier_index: rx.Field[int] = rx.field(default=0)
machines_weekly_credits: rx.Field[float] = rx.field(default=0.0)
current_tier: rx.Field[dict] = rx.field(
default_factory=lambda: {"key": "Pro", "credits": 0, "price": 0}
)
total_credits: rx.Field[str] = rx.field(default="0")
recommended_tier_info: rx.Field[dict] = rx.field(
default_factory=lambda: {
"price": "$0/mo",
"needs_enterprise": False,
"name": "Pro | PRO_TIER_KEYS = rx.Var.create(pro_tier_keys) |
achine:
vcpu: int
ram: float
index: int
weekly_credits: float = 0.0
@classmethod
def from_index(cls, index: int) -> "Machine":
"""Create Machine from COMPUTE_TABLE index."""
machine_key = machine_keys[index]
specs = COMPUTE_TABLE[machine_key]
weekly_credits = calculate_weekly_credits(specs["vcpu"], specs["ram"])
return cls(
vcpu=specs["vcpu"],
ram=specs["ram"],
index=index,
weekly_credits=weekly_credits,
)
def calculate_weekly_credits(vcpu: int, ram: float) -> float:
"""Calculate weekly credits for a machine."""
credits_per_hour = vcpu * CREDITS_PER_HOUR_CPU + ram * CREDITS_PER_HOUR_GB
return round(credits_per_hour * 24 * 7, 2)
message_tooltip_open_cs = ClientStateVar.create("message_tooltip_open", default=False)
pro_tier_keys = list(PRO_TIERS_TABLE.keys())
COMPUTE_TABLE_KEYS = rx.Var.create(machine_keys)
PRO_TIER_KEYS = rx.Var.create(pro_tier_keys)
|
def get_is_enterprise_tier(messages_tier_index: int) -> bool:
"""Check if slider is at Enterprise position."""
return messages_tier_index == len(MESSAGES_VALUES) - 1
def get_message_credits(messages_tier_index: int) -> int:
"""Get credits from message tier slider."""
return MESSAGES_VALUES[messages_tier_index]
class MachineState(rx.State):
machines: rx.Field[list[Machine]] = rx.field(default_factory=list)
messages_tier_index: rx.Field[int] = rx.field(default=0)
machines_weekly_credits: rx.Field[float] = rx.field(default=0.0)
current_tier: rx.Field[dict] = rx.field(
default_factory=lambda: {"key": "Pro", "credits": 0, "price": 0}
)
total_credits: rx.Field[str] = rx.field(default="0")
recommended_tier_info: rx.Field[dict] = rx.field(
default_factory=lambda: {
"price": "$0/mo",
"needs_enterprise": False,
"name": "Pro Plan",
"credits": 0,
}
)
def _recalculate | MESSAGES_VALUES = [0] + [50 * (2**i) for i in range(9)] + [20000, 0] |
float = 0.0
@classmethod
def from_index(cls, index: int) -> "Machine":
"""Create Machine from COMPUTE_TABLE index."""
machine_key = machine_keys[index]
specs = COMPUTE_TABLE[machine_key]
weekly_credits = calculate_weekly_credits(specs["vcpu"], specs["ram"])
return cls(
vcpu=specs["vcpu"],
ram=specs["ram"],
index=index,
weekly_credits=weekly_credits,
)
def calculate_weekly_credits(vcpu: int, ram: float) -> float:
"""Calculate weekly credits for a machine."""
credits_per_hour = vcpu * CREDITS_PER_HOUR_CPU + ram * CREDITS_PER_HOUR_GB
return round(credits_per_hour * 24 * 7, 2)
message_tooltip_open_cs = ClientStateVar.create("message_tooltip_open", default=False)
pro_tier_keys = list(PRO_TIERS_TABLE.keys())
COMPUTE_TABLE_KEYS = rx.Var.create(machine_keys)
PRO_TIER_KEYS = rx.Var.create(pro_tier_keys)
MESSAGES_VALUES = [0] + [50 * (2**i) for i in range(9)] + [20000, 0]
|
def get_message_credits(messages_tier_index: int) -> int:
"""Get credits from message tier slider."""
return MESSAGES_VALUES[messages_tier_index]
class MachineState(rx.State):
machines: rx.Field[list[Machine]] = rx.field(default_factory=list)
messages_tier_index: rx.Field[int] = rx.field(default=0)
machines_weekly_credits: rx.Field[float] = rx.field(default=0.0)
current_tier: rx.Field[dict] = rx.field(
default_factory=lambda: {"key": "Pro", "credits": 0, "price": 0}
)
total_credits: rx.Field[str] = rx.field(default="0")
recommended_tier_info: rx.Field[dict] = rx.field(
default_factory=lambda: {
"price": "$0/mo",
"needs_enterprise": False,
"name": "Pro Plan",
"credits": 0,
}
)
def _recalculate_all(self):
"""Recalculate all derived values when state changes."""
# Calculate machines weekly credits using cached values
machines_credits = sum(m.we | def get_is_enterprise_tier(messages_tier_index: int) -> bool:
"""Check if slider is at Enterprise position."""
return messages_tier_index == len(MESSAGES_VALUES) - 1 |
]
specs = COMPUTE_TABLE[machine_key]
weekly_credits = calculate_weekly_credits(specs["vcpu"], specs["ram"])
return cls(
vcpu=specs["vcpu"],
ram=specs["ram"],
index=index,
weekly_credits=weekly_credits,
)
def calculate_weekly_credits(vcpu: int, ram: float) -> float:
"""Calculate weekly credits for a machine."""
credits_per_hour = vcpu * CREDITS_PER_HOUR_CPU + ram * CREDITS_PER_HOUR_GB
return round(credits_per_hour * 24 * 7, 2)
message_tooltip_open_cs = ClientStateVar.create("message_tooltip_open", default=False)
pro_tier_keys = list(PRO_TIERS_TABLE.keys())
COMPUTE_TABLE_KEYS = rx.Var.create(machine_keys)
PRO_TIER_KEYS = rx.Var.create(pro_tier_keys)
MESSAGES_VALUES = [0] + [50 * (2**i) for i in range(9)] + [20000, 0]
def get_is_enterprise_tier(messages_tier_index: int) -> bool:
"""Check if slider is at Enterprise position."""
return messages_tier_index == len(MESSAGES_VALUES) - 1
|
class MachineState(rx.State):
machines: rx.Field[list[Machine]] = rx.field(default_factory=list)
messages_tier_index: rx.Field[int] = rx.field(default=0)
machines_weekly_credits: rx.Field[float] = rx.field(default=0.0)
current_tier: rx.Field[dict] = rx.field(
default_factory=lambda: {"key": "Pro", "credits": 0, "price": 0}
)
total_credits: rx.Field[str] = rx.field(default="0")
recommended_tier_info: rx.Field[dict] = rx.field(
default_factory=lambda: {
"price": "$0/mo",
"needs_enterprise": False,
"name": "Pro Plan",
"credits": 0,
}
)
def _recalculate_all(self):
"""Recalculate all derived values when state changes."""
# Calculate machines weekly credits using cached values
machines_credits = sum(m.weekly_credits for m in self.machines)
self.machines_weekly_credits = machines_credits
# Calculate current tier based on message credits
| def get_message_credits(messages_tier_index: int) -> int:
"""Get credits from message tier slider."""
return MESSAGES_VALUES[messages_tier_index] |
== len(MESSAGES_VALUES) - 1
def get_message_credits(messages_tier_index: int) -> int:
"""Get credits from message tier slider."""
return MESSAGES_VALUES[messages_tier_index]
class MachineState(rx.State):
machines: rx.Field[list[Machine]] = rx.field(default_factory=list)
messages_tier_index: rx.Field[int] = rx.field(default=0)
machines_weekly_credits: rx.Field[float] = rx.field(default=0.0)
current_tier: rx.Field[dict] = rx.field(
default_factory=lambda: {"key": "Pro", "credits": 0, "price": 0}
)
total_credits: rx.Field[str] = rx.field(default="0")
recommended_tier_info: rx.Field[dict] = rx.field(
default_factory=lambda: {
"price": "$0/mo",
"needs_enterprise": False,
"name": "Pro Plan",
"credits": 0,
}
)
def _recalculate_all(self):
"""Recalculate all derived values when state changes."""
# Calculate machines weekly credits using cached values
|
self.machines_weekly_credits = machines_credits
# Calculate current tier based on message credits
msg_credits = get_message_credits(self.messages_tier_index)
is_enterprise = get_is_enterprise_tier(self.messages_tier_index)
# Early return path for enterprise tier
if is_enterprise:
self.current_tier = {
"key": "Enterprise",
"credits": msg_credits,
"price": "custom",
}
self.total_credits = "Custom"
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
}
return
# Non-enterprise path - find tiers once
current_tier = self._find_tier_for_credits(msg_credits)
total = msg_credits + machines_credits
total_tier = self._find_tier_for_credits(total)
# Set current | machines_credits = sum(m.weekly_credits for m in self.machines) |
x: int) -> int:
"""Get credits from message tier slider."""
return MESSAGES_VALUES[messages_tier_index]
class MachineState(rx.State):
machines: rx.Field[list[Machine]] = rx.field(default_factory=list)
messages_tier_index: rx.Field[int] = rx.field(default=0)
machines_weekly_credits: rx.Field[float] = rx.field(default=0.0)
current_tier: rx.Field[dict] = rx.field(
default_factory=lambda: {"key": "Pro", "credits": 0, "price": 0}
)
total_credits: rx.Field[str] = rx.field(default="0")
recommended_tier_info: rx.Field[dict] = rx.field(
default_factory=lambda: {
"price": "$0/mo",
"needs_enterprise": False,
"name": "Pro Plan",
"credits": 0,
}
)
def _recalculate_all(self):
"""Recalculate all derived values when state changes."""
# Calculate machines weekly credits using cached values
machines_credits = sum(m.weekly_credits for m in self.machines)
|
# Calculate current tier based on message credits
msg_credits = get_message_credits(self.messages_tier_index)
is_enterprise = get_is_enterprise_tier(self.messages_tier_index)
# Early return path for enterprise tier
if is_enterprise:
self.current_tier = {
"key": "Enterprise",
"credits": msg_credits,
"price": "custom",
}
self.total_credits = "Custom"
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
}
return
# Non-enterprise path - find tiers once
current_tier = self._find_tier_for_credits(msg_credits)
total = msg_credits + machines_credits
total_tier = self._find_tier_for_credits(total)
# Set current tier
self.current_tier = {
"key": c | self.machines_weekly_credits = machines_credits |
lass MachineState(rx.State):
machines: rx.Field[list[Machine]] = rx.field(default_factory=list)
messages_tier_index: rx.Field[int] = rx.field(default=0)
machines_weekly_credits: rx.Field[float] = rx.field(default=0.0)
current_tier: rx.Field[dict] = rx.field(
default_factory=lambda: {"key": "Pro", "credits": 0, "price": 0}
)
total_credits: rx.Field[str] = rx.field(default="0")
recommended_tier_info: rx.Field[dict] = rx.field(
default_factory=lambda: {
"price": "$0/mo",
"needs_enterprise": False,
"name": "Pro Plan",
"credits": 0,
}
)
def _recalculate_all(self):
"""Recalculate all derived values when state changes."""
# Calculate machines weekly credits using cached values
machines_credits = sum(m.weekly_credits for m in self.machines)
self.machines_weekly_credits = machines_credits
# Calculate current tier based on message credits
|
is_enterprise = get_is_enterprise_tier(self.messages_tier_index)
# Early return path for enterprise tier
if is_enterprise:
self.current_tier = {
"key": "Enterprise",
"credits": msg_credits,
"price": "custom",
}
self.total_credits = "Custom"
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
}
return
# Non-enterprise path - find tiers once
current_tier = self._find_tier_for_credits(msg_credits)
total = msg_credits + machines_credits
total_tier = self._find_tier_for_credits(total)
# Set current tier
self.current_tier = {
"key": current_tier["key"] if current_tier else "Enterprise",
"credits": msg_credits,
"price": current_tier["pr | msg_credits = get_message_credits(self.messages_tier_index) |
rx.field(default_factory=list)
messages_tier_index: rx.Field[int] = rx.field(default=0)
machines_weekly_credits: rx.Field[float] = rx.field(default=0.0)
current_tier: rx.Field[dict] = rx.field(
default_factory=lambda: {"key": "Pro", "credits": 0, "price": 0}
)
total_credits: rx.Field[str] = rx.field(default="0")
recommended_tier_info: rx.Field[dict] = rx.field(
default_factory=lambda: {
"price": "$0/mo",
"needs_enterprise": False,
"name": "Pro Plan",
"credits": 0,
}
)
def _recalculate_all(self):
"""Recalculate all derived values when state changes."""
# Calculate machines weekly credits using cached values
machines_credits = sum(m.weekly_credits for m in self.machines)
self.machines_weekly_credits = machines_credits
# Calculate current tier based on message credits
msg_credits = get_message_credits(self.messages_tier_index)
|
# Early return path for enterprise tier
if is_enterprise:
self.current_tier = {
"key": "Enterprise",
"credits": msg_credits,
"price": "custom",
}
self.total_credits = "Custom"
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
}
return
# Non-enterprise path - find tiers once
current_tier = self._find_tier_for_credits(msg_credits)
total = msg_credits + machines_credits
total_tier = self._find_tier_for_credits(total)
# Set current tier
self.current_tier = {
"key": current_tier["key"] if current_tier else "Enterprise",
"credits": msg_credits,
"price": current_tier["price"] if current_tier else "custom",
}
# Set total credi | is_enterprise = get_is_enterprise_tier(self.messages_tier_index) |
rx.Field[float] = rx.field(default=0.0)
current_tier: rx.Field[dict] = rx.field(
default_factory=lambda: {"key": "Pro", "credits": 0, "price": 0}
)
total_credits: rx.Field[str] = rx.field(default="0")
recommended_tier_info: rx.Field[dict] = rx.field(
default_factory=lambda: {
"price": "$0/mo",
"needs_enterprise": False,
"name": "Pro Plan",
"credits": 0,
}
)
def _recalculate_all(self):
"""Recalculate all derived values when state changes."""
# Calculate machines weekly credits using cached values
machines_credits = sum(m.weekly_credits for m in self.machines)
self.machines_weekly_credits = machines_credits
# Calculate current tier based on message credits
msg_credits = get_message_credits(self.messages_tier_index)
is_enterprise = get_is_enterprise_tier(self.messages_tier_index)
# Early return path for enterprise tier
|
# Non-enterprise path - find tiers once
current_tier = self._find_tier_for_credits(msg_credits)
total = msg_credits + machines_credits
total_tier = self._find_tier_for_credits(total)
# Set current tier
self.current_tier = {
"key": current_tier["key"] if current_tier else "Enterprise",
"credits": msg_credits,
"price": current_tier["price"] if current_tier else "custom",
}
# Set total credits display
self.total_credits = f"{total:,}" if total_tier else "Custom"
# Set recommended tier info
if total_tier:
self.recommended_tier_info = {
"price": f"${total_tier['price']}/mo",
"needs_enterprise": False,
"name": f"{total_tier['key']} Plan",
"credits": total_tier["credits"],
}
else:
self.recommended_tier_info = {
"price": "Custom",
| if is_enterprise:
self.current_tier = {
"key": "Enterprise",
"credits": msg_credits,
"price": "custom",
}
self.total_credits = "Custom"
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
}
return |
fault=0.0)
current_tier: rx.Field[dict] = rx.field(
default_factory=lambda: {"key": "Pro", "credits": 0, "price": 0}
)
total_credits: rx.Field[str] = rx.field(default="0")
recommended_tier_info: rx.Field[dict] = rx.field(
default_factory=lambda: {
"price": "$0/mo",
"needs_enterprise": False,
"name": "Pro Plan",
"credits": 0,
}
)
def _recalculate_all(self):
"""Recalculate all derived values when state changes."""
# Calculate machines weekly credits using cached values
machines_credits = sum(m.weekly_credits for m in self.machines)
self.machines_weekly_credits = machines_credits
# Calculate current tier based on message credits
msg_credits = get_message_credits(self.messages_tier_index)
is_enterprise = get_is_enterprise_tier(self.messages_tier_index)
# Early return path for enterprise tier
if is_enterprise:
|
self.total_credits = "Custom"
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
}
return
# Non-enterprise path - find tiers once
current_tier = self._find_tier_for_credits(msg_credits)
total = msg_credits + machines_credits
total_tier = self._find_tier_for_credits(total)
# Set current tier
self.current_tier = {
"key": current_tier["key"] if current_tier else "Enterprise",
"credits": msg_credits,
"price": current_tier["price"] if current_tier else "custom",
}
# Set total credits display
self.total_credits = f"{total:,}" if total_tier else "Custom"
# Set recommended tier info
if total_tier:
self.recommended_tier_info = {
"price": f"${total_tier['price']}/m | self.current_tier = {
"key": "Enterprise",
"credits": msg_credits,
"price": "custom",
} |
ld[str] = rx.field(default="0")
recommended_tier_info: rx.Field[dict] = rx.field(
default_factory=lambda: {
"price": "$0/mo",
"needs_enterprise": False,
"name": "Pro Plan",
"credits": 0,
}
)
def _recalculate_all(self):
"""Recalculate all derived values when state changes."""
# Calculate machines weekly credits using cached values
machines_credits = sum(m.weekly_credits for m in self.machines)
self.machines_weekly_credits = machines_credits
# Calculate current tier based on message credits
msg_credits = get_message_credits(self.messages_tier_index)
is_enterprise = get_is_enterprise_tier(self.messages_tier_index)
# Early return path for enterprise tier
if is_enterprise:
self.current_tier = {
"key": "Enterprise",
"credits": msg_credits,
"price": "custom",
}
|
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
}
return
# Non-enterprise path - find tiers once
current_tier = self._find_tier_for_credits(msg_credits)
total = msg_credits + machines_credits
total_tier = self._find_tier_for_credits(total)
# Set current tier
self.current_tier = {
"key": current_tier["key"] if current_tier else "Enterprise",
"credits": msg_credits,
"price": current_tier["price"] if current_tier else "custom",
}
# Set total credits display
self.total_credits = f"{total:,}" if total_tier else "Custom"
# Set recommended tier info
if total_tier:
self.recommended_tier_info = {
"price": f"${total_tier['price']}/mo",
"needs_enterprise": Fa | self.total_credits = "Custom" |
ended_tier_info: rx.Field[dict] = rx.field(
default_factory=lambda: {
"price": "$0/mo",
"needs_enterprise": False,
"name": "Pro Plan",
"credits": 0,
}
)
def _recalculate_all(self):
"""Recalculate all derived values when state changes."""
# Calculate machines weekly credits using cached values
machines_credits = sum(m.weekly_credits for m in self.machines)
self.machines_weekly_credits = machines_credits
# Calculate current tier based on message credits
msg_credits = get_message_credits(self.messages_tier_index)
is_enterprise = get_is_enterprise_tier(self.messages_tier_index)
# Early return path for enterprise tier
if is_enterprise:
self.current_tier = {
"key": "Enterprise",
"credits": msg_credits,
"price": "custom",
}
self.total_credits = "Custom"
|
return
# Non-enterprise path - find tiers once
current_tier = self._find_tier_for_credits(msg_credits)
total = msg_credits + machines_credits
total_tier = self._find_tier_for_credits(total)
# Set current tier
self.current_tier = {
"key": current_tier["key"] if current_tier else "Enterprise",
"credits": msg_credits,
"price": current_tier["price"] if current_tier else "custom",
}
# Set total credits display
self.total_credits = f"{total:,}" if total_tier else "Custom"
# Set recommended tier info
if total_tier:
self.recommended_tier_info = {
"price": f"${total_tier['price']}/mo",
"needs_enterprise": False,
"name": f"{total_tier['key']} Plan",
"credits": total_tier["credits"],
}
else:
self.recommended_tier_info = {
"price": "Cust | self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
} |
ate all derived values when state changes."""
# Calculate machines weekly credits using cached values
machines_credits = sum(m.weekly_credits for m in self.machines)
self.machines_weekly_credits = machines_credits
# Calculate current tier based on message credits
msg_credits = get_message_credits(self.messages_tier_index)
is_enterprise = get_is_enterprise_tier(self.messages_tier_index)
# Early return path for enterprise tier
if is_enterprise:
self.current_tier = {
"key": "Enterprise",
"credits": msg_credits,
"price": "custom",
}
self.total_credits = "Custom"
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
}
return
# Non-enterprise path - find tiers once
|
total = msg_credits + machines_credits
total_tier = self._find_tier_for_credits(total)
# Set current tier
self.current_tier = {
"key": current_tier["key"] if current_tier else "Enterprise",
"credits": msg_credits,
"price": current_tier["price"] if current_tier else "custom",
}
# Set total credits display
self.total_credits = f"{total:,}" if total_tier else "Custom"
# Set recommended tier info
if total_tier:
self.recommended_tier_info = {
"price": f"${total_tier['price']}/mo",
"needs_enterprise": False,
"name": f"{total_tier['key']} Plan",
"credits": total_tier["credits"],
}
else:
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
| current_tier = self._find_tier_for_credits(msg_credits) |
e machines weekly credits using cached values
machines_credits = sum(m.weekly_credits for m in self.machines)
self.machines_weekly_credits = machines_credits
# Calculate current tier based on message credits
msg_credits = get_message_credits(self.messages_tier_index)
is_enterprise = get_is_enterprise_tier(self.messages_tier_index)
# Early return path for enterprise tier
if is_enterprise:
self.current_tier = {
"key": "Enterprise",
"credits": msg_credits,
"price": "custom",
}
self.total_credits = "Custom"
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
}
return
# Non-enterprise path - find tiers once
current_tier = self._find_tier_for_credits(msg_credits)
|
total_tier = self._find_tier_for_credits(total)
# Set current tier
self.current_tier = {
"key": current_tier["key"] if current_tier else "Enterprise",
"credits": msg_credits,
"price": current_tier["price"] if current_tier else "custom",
}
# Set total credits display
self.total_credits = f"{total:,}" if total_tier else "Custom"
# Set recommended tier info
if total_tier:
self.recommended_tier_info = {
"price": f"${total_tier['price']}/mo",
"needs_enterprise": False,
"name": f"{total_tier['key']} Plan",
"credits": total_tier["credits"],
}
else:
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
}
@rx.event(temporal=True)
def add_m | total = msg_credits + machines_credits |
machines_credits = sum(m.weekly_credits for m in self.machines)
self.machines_weekly_credits = machines_credits
# Calculate current tier based on message credits
msg_credits = get_message_credits(self.messages_tier_index)
is_enterprise = get_is_enterprise_tier(self.messages_tier_index)
# Early return path for enterprise tier
if is_enterprise:
self.current_tier = {
"key": "Enterprise",
"credits": msg_credits,
"price": "custom",
}
self.total_credits = "Custom"
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
}
return
# Non-enterprise path - find tiers once
current_tier = self._find_tier_for_credits(msg_credits)
total = msg_credits + machines_credits
|
# Set current tier
self.current_tier = {
"key": current_tier["key"] if current_tier else "Enterprise",
"credits": msg_credits,
"price": current_tier["price"] if current_tier else "custom",
}
# Set total credits display
self.total_credits = f"{total:,}" if total_tier else "Custom"
# Set recommended tier info
if total_tier:
self.recommended_tier_info = {
"price": f"${total_tier['price']}/mo",
"needs_enterprise": False,
"name": f"{total_tier['key']} Plan",
"credits": total_tier["credits"],
}
else:
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
}
@rx.event(temporal=True)
def add_machine(self):
self.machines.append(Machine.from_ | total_tier = self._find_tier_for_credits(total) |
machines_weekly_credits = machines_credits
# Calculate current tier based on message credits
msg_credits = get_message_credits(self.messages_tier_index)
is_enterprise = get_is_enterprise_tier(self.messages_tier_index)
# Early return path for enterprise tier
if is_enterprise:
self.current_tier = {
"key": "Enterprise",
"credits": msg_credits,
"price": "custom",
}
self.total_credits = "Custom"
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
}
return
# Non-enterprise path - find tiers once
current_tier = self._find_tier_for_credits(msg_credits)
total = msg_credits + machines_credits
total_tier = self._find_tier_for_credits(total)
# Set current tier
|
# Set total credits display
self.total_credits = f"{total:,}" if total_tier else "Custom"
# Set recommended tier info
if total_tier:
self.recommended_tier_info = {
"price": f"${total_tier['price']}/mo",
"needs_enterprise": False,
"name": f"{total_tier['key']} Plan",
"credits": total_tier["credits"],
}
else:
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
}
@rx.event(temporal=True)
def add_machine(self):
self.machines.append(Machine.from_index(0))
self._recalculate_all()
@rx.event(temporal=True)
def remove_machine(self, index: int):
self.machines = self.machines[:index] + self.machines[index + 1 :]
self._recalculate_all()
@rx.event(temporal=True)
| self.current_tier = {
"key": current_tier["key"] if current_tier else "Enterprise",
"credits": msg_credits,
"price": current_tier["price"] if current_tier else "custom",
} |
eturn path for enterprise tier
if is_enterprise:
self.current_tier = {
"key": "Enterprise",
"credits": msg_credits,
"price": "custom",
}
self.total_credits = "Custom"
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
}
return
# Non-enterprise path - find tiers once
current_tier = self._find_tier_for_credits(msg_credits)
total = msg_credits + machines_credits
total_tier = self._find_tier_for_credits(total)
# Set current tier
self.current_tier = {
"key": current_tier["key"] if current_tier else "Enterprise",
"credits": msg_credits,
"price": current_tier["price"] if current_tier else "custom",
}
# Set total credits display
|
# Set recommended tier info
if total_tier:
self.recommended_tier_info = {
"price": f"${total_tier['price']}/mo",
"needs_enterprise": False,
"name": f"{total_tier['key']} Plan",
"credits": total_tier["credits"],
}
else:
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
}
@rx.event(temporal=True)
def add_machine(self):
self.machines.append(Machine.from_index(0))
self._recalculate_all()
@rx.event(temporal=True)
def remove_machine(self, index: int):
self.machines = self.machines[:index] + self.machines[index + 1 :]
self._recalculate_all()
@rx.event(temporal=True)
def update_machine(self, index: int, new_machine_index: int):
self.machines[index] = Machine.fro | self.total_credits = f"{total:,}" if total_tier else "Custom" |
"key": "Enterprise",
"credits": msg_credits,
"price": "custom",
}
self.total_credits = "Custom"
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
}
return
# Non-enterprise path - find tiers once
current_tier = self._find_tier_for_credits(msg_credits)
total = msg_credits + machines_credits
total_tier = self._find_tier_for_credits(total)
# Set current tier
self.current_tier = {
"key": current_tier["key"] if current_tier else "Enterprise",
"credits": msg_credits,
"price": current_tier["price"] if current_tier else "custom",
}
# Set total credits display
self.total_credits = f"{total:,}" if total_tier else "Custom"
# Set recommended tier info
|
@rx.event(temporal=True)
def add_machine(self):
self.machines.append(Machine.from_index(0))
self._recalculate_all()
@rx.event(temporal=True)
def remove_machine(self, index: int):
self.machines = self.machines[:index] + self.machines[index + 1 :]
self._recalculate_all()
@rx.event(temporal=True)
def update_machine(self, index: int, new_machine_index: int):
self.machines[index] = Machine.from_index(new_machine_index)
yield
self._recalculate_all()
@rx.event(temporal=True)
def update_messages_tier(self, new_tier_index: int):
if new_tier_index == self.messages_tier_index:
return
self.messages_tier_index = new_tier_index
yield
self._recalculate_all()
def _find_tier_for_credits(self, credits: float) -> dict | None:
"""Find Pro tier that fits the given credits using binary search."""
for tier in _SORTED_TIERS:
if credits <= tie | if total_tier:
self.recommended_tier_info = {
"price": f"${total_tier['price']}/mo",
"needs_enterprise": False,
"name": f"{total_tier['key']} Plan",
"credits": total_tier["credits"],
}
else:
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
} |
"credits": msg_credits,
"price": "custom",
}
self.total_credits = "Custom"
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
}
return
# Non-enterprise path - find tiers once
current_tier = self._find_tier_for_credits(msg_credits)
total = msg_credits + machines_credits
total_tier = self._find_tier_for_credits(total)
# Set current tier
self.current_tier = {
"key": current_tier["key"] if current_tier else "Enterprise",
"credits": msg_credits,
"price": current_tier["price"] if current_tier else "custom",
}
# Set total credits display
self.total_credits = f"{total:,}" if total_tier else "Custom"
# Set recommended tier info
if total_tier:
|
else:
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
}
@rx.event(temporal=True)
def add_machine(self):
self.machines.append(Machine.from_index(0))
self._recalculate_all()
@rx.event(temporal=True)
def remove_machine(self, index: int):
self.machines = self.machines[:index] + self.machines[index + 1 :]
self._recalculate_all()
@rx.event(temporal=True)
def update_machine(self, index: int, new_machine_index: int):
self.machines[index] = Machine.from_index(new_machine_index)
yield
self._recalculate_all()
@rx.event(temporal=True)
def update_messages_tier(self, new_tier_index: int):
if new_tier_index == self.messages_tier_index:
return
self.messages_tier_index = new_tier_index
yield
self._recalc | self.recommended_tier_info = {
"price": f"${total_tier['price']}/mo",
"needs_enterprise": False,
"name": f"{total_tier['key']} Plan",
"credits": total_tier["credits"],
} |
terprise",
"credits": "Custom",
}
return
# Non-enterprise path - find tiers once
current_tier = self._find_tier_for_credits(msg_credits)
total = msg_credits + machines_credits
total_tier = self._find_tier_for_credits(total)
# Set current tier
self.current_tier = {
"key": current_tier["key"] if current_tier else "Enterprise",
"credits": msg_credits,
"price": current_tier["price"] if current_tier else "custom",
}
# Set total credits display
self.total_credits = f"{total:,}" if total_tier else "Custom"
# Set recommended tier info
if total_tier:
self.recommended_tier_info = {
"price": f"${total_tier['price']}/mo",
"needs_enterprise": False,
"name": f"{total_tier['key']} Plan",
"credits": total_tier["credits"],
}
else:
|
@rx.event(temporal=True)
def add_machine(self):
self.machines.append(Machine.from_index(0))
self._recalculate_all()
@rx.event(temporal=True)
def remove_machine(self, index: int):
self.machines = self.machines[:index] + self.machines[index + 1 :]
self._recalculate_all()
@rx.event(temporal=True)
def update_machine(self, index: int, new_machine_index: int):
self.machines[index] = Machine.from_index(new_machine_index)
yield
self._recalculate_all()
@rx.event(temporal=True)
def update_messages_tier(self, new_tier_index: int):
if new_tier_index == self.messages_tier_index:
return
self.messages_tier_index = new_tier_index
yield
self._recalculate_all()
def _find_tier_for_credits(self, credits: float) -> dict | None:
"""Find Pro tier that fits the given credits using binary search."""
for tier in _SORTED_TIERS:
if credits <= tie | self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
} |
s_credits
total_tier = self._find_tier_for_credits(total)
# Set current tier
self.current_tier = {
"key": current_tier["key"] if current_tier else "Enterprise",
"credits": msg_credits,
"price": current_tier["price"] if current_tier else "custom",
}
# Set total credits display
self.total_credits = f"{total:,}" if total_tier else "Custom"
# Set recommended tier info
if total_tier:
self.recommended_tier_info = {
"price": f"${total_tier['price']}/mo",
"needs_enterprise": False,
"name": f"{total_tier['key']} Plan",
"credits": total_tier["credits"],
}
else:
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
}
@rx.event(temporal=True)
|
@rx.event(temporal=True)
def remove_machine(self, index: int):
self.machines = self.machines[:index] + self.machines[index + 1 :]
self._recalculate_all()
@rx.event(temporal=True)
def update_machine(self, index: int, new_machine_index: int):
self.machines[index] = Machine.from_index(new_machine_index)
yield
self._recalculate_all()
@rx.event(temporal=True)
def update_messages_tier(self, new_tier_index: int):
if new_tier_index == self.messages_tier_index:
return
self.messages_tier_index = new_tier_index
yield
self._recalculate_all()
def _find_tier_for_credits(self, credits: float) -> dict | None:
"""Find Pro tier that fits the given credits using binary search."""
for tier in _SORTED_TIERS:
if credits <= tier["credits"]:
return tier
return None
@rx.event(temporal=True)
def reset_machines(self):
self.reset( | def add_machine(self):
self.machines.append(Machine.from_index(0))
self._recalculate_all() |
: current_tier["key"] if current_tier else "Enterprise",
"credits": msg_credits,
"price": current_tier["price"] if current_tier else "custom",
}
# Set total credits display
self.total_credits = f"{total:,}" if total_tier else "Custom"
# Set recommended tier info
if total_tier:
self.recommended_tier_info = {
"price": f"${total_tier['price']}/mo",
"needs_enterprise": False,
"name": f"{total_tier['key']} Plan",
"credits": total_tier["credits"],
}
else:
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
}
@rx.event(temporal=True)
def add_machine(self):
self.machines.append(Machine.from_index(0))
self._recalculate_all()
@rx.event(temporal=True)
|
@rx.event(temporal=True)
def update_machine(self, index: int, new_machine_index: int):
self.machines[index] = Machine.from_index(new_machine_index)
yield
self._recalculate_all()
@rx.event(temporal=True)
def update_messages_tier(self, new_tier_index: int):
if new_tier_index == self.messages_tier_index:
return
self.messages_tier_index = new_tier_index
yield
self._recalculate_all()
def _find_tier_for_credits(self, credits: float) -> dict | None:
"""Find Pro tier that fits the given credits using binary search."""
for tier in _SORTED_TIERS:
if credits <= tier["credits"]:
return tier
return None
@rx.event(temporal=True)
def reset_machines(self):
self.reset()
self._recalculate_all()
def total_credits_card() -> rx.Component:
return rx.el.div(
rx.el.span(
"Estimated Credits (Monthly)",
clas | def remove_machine(self, index: int):
self.machines = self.machines[:index] + self.machines[index + 1 :]
self._recalculate_all() |
terprise",
"credits": msg_credits,
"price": current_tier["price"] if current_tier else "custom",
}
# Set total credits display
self.total_credits = f"{total:,}" if total_tier else "Custom"
# Set recommended tier info
if total_tier:
self.recommended_tier_info = {
"price": f"${total_tier['price']}/mo",
"needs_enterprise": False,
"name": f"{total_tier['key']} Plan",
"credits": total_tier["credits"],
}
else:
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
}
@rx.event(temporal=True)
def add_machine(self):
self.machines.append(Machine.from_index(0))
self._recalculate_all()
@rx.event(temporal=True)
def remove_machine(self, index: int):
|
self._recalculate_all()
@rx.event(temporal=True)
def update_machine(self, index: int, new_machine_index: int):
self.machines[index] = Machine.from_index(new_machine_index)
yield
self._recalculate_all()
@rx.event(temporal=True)
def update_messages_tier(self, new_tier_index: int):
if new_tier_index == self.messages_tier_index:
return
self.messages_tier_index = new_tier_index
yield
self._recalculate_all()
def _find_tier_for_credits(self, credits: float) -> dict | None:
"""Find Pro tier that fits the given credits using binary search."""
for tier in _SORTED_TIERS:
if credits <= tier["credits"]:
return tier
return None
@rx.event(temporal=True)
def reset_machines(self):
self.reset()
self._recalculate_all()
def total_credits_card() -> rx.Component:
return rx.el.div(
rx.el.span(
"Estimated Cred | self.machines = self.machines[:index] + self.machines[index + 1 :] |
# Set total credits display
self.total_credits = f"{total:,}" if total_tier else "Custom"
# Set recommended tier info
if total_tier:
self.recommended_tier_info = {
"price": f"${total_tier['price']}/mo",
"needs_enterprise": False,
"name": f"{total_tier['key']} Plan",
"credits": total_tier["credits"],
}
else:
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
}
@rx.event(temporal=True)
def add_machine(self):
self.machines.append(Machine.from_index(0))
self._recalculate_all()
@rx.event(temporal=True)
def remove_machine(self, index: int):
self.machines = self.machines[:index] + self.machines[index + 1 :]
self._recalculate_all()
@rx.event(temporal=True)
|
@rx.event(temporal=True)
def update_messages_tier(self, new_tier_index: int):
if new_tier_index == self.messages_tier_index:
return
self.messages_tier_index = new_tier_index
yield
self._recalculate_all()
def _find_tier_for_credits(self, credits: float) -> dict | None:
"""Find Pro tier that fits the given credits using binary search."""
for tier in _SORTED_TIERS:
if credits <= tier["credits"]:
return tier
return None
@rx.event(temporal=True)
def reset_machines(self):
self.reset()
self._recalculate_all()
def total_credits_card() -> rx.Component:
return rx.el.div(
rx.el.span(
"Estimated Credits (Monthly)",
class_name="text-secondary-12 text-sm font-medium mb-2",
),
rx.el.div(
rx.el.div(
rx.cond(
get_is_enterprise_tier(MachineState.messages_tier_index),
| def update_machine(self, index: int, new_machine_index: int):
self.machines[index] = Machine.from_index(new_machine_index)
yield
self._recalculate_all() |
al:,}" if total_tier else "Custom"
# Set recommended tier info
if total_tier:
self.recommended_tier_info = {
"price": f"${total_tier['price']}/mo",
"needs_enterprise": False,
"name": f"{total_tier['key']} Plan",
"credits": total_tier["credits"],
}
else:
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
}
@rx.event(temporal=True)
def add_machine(self):
self.machines.append(Machine.from_index(0))
self._recalculate_all()
@rx.event(temporal=True)
def remove_machine(self, index: int):
self.machines = self.machines[:index] + self.machines[index + 1 :]
self._recalculate_all()
@rx.event(temporal=True)
def update_machine(self, index: int, new_machine_index: int):
|
yield
self._recalculate_all()
@rx.event(temporal=True)
def update_messages_tier(self, new_tier_index: int):
if new_tier_index == self.messages_tier_index:
return
self.messages_tier_index = new_tier_index
yield
self._recalculate_all()
def _find_tier_for_credits(self, credits: float) -> dict | None:
"""Find Pro tier that fits the given credits using binary search."""
for tier in _SORTED_TIERS:
if credits <= tier["credits"]:
return tier
return None
@rx.event(temporal=True)
def reset_machines(self):
self.reset()
self._recalculate_all()
def total_credits_card() -> rx.Component:
return rx.el.div(
rx.el.span(
"Estimated Credits (Monthly)",
class_name="text-secondary-12 text-sm font-medium mb-2",
),
rx.el.div(
rx.el.div(
rx.cond(
get_is_enterpr | self.machines[index] = Machine.from_index(new_machine_index) |
"price": f"${total_tier['price']}/mo",
"needs_enterprise": False,
"name": f"{total_tier['key']} Plan",
"credits": total_tier["credits"],
}
else:
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
}
@rx.event(temporal=True)
def add_machine(self):
self.machines.append(Machine.from_index(0))
self._recalculate_all()
@rx.event(temporal=True)
def remove_machine(self, index: int):
self.machines = self.machines[:index] + self.machines[index + 1 :]
self._recalculate_all()
@rx.event(temporal=True)
def update_machine(self, index: int, new_machine_index: int):
self.machines[index] = Machine.from_index(new_machine_index)
yield
self._recalculate_all()
@rx.event(temporal=True)
|
def _find_tier_for_credits(self, credits: float) -> dict | None:
"""Find Pro tier that fits the given credits using binary search."""
for tier in _SORTED_TIERS:
if credits <= tier["credits"]:
return tier
return None
@rx.event(temporal=True)
def reset_machines(self):
self.reset()
self._recalculate_all()
def total_credits_card() -> rx.Component:
return rx.el.div(
rx.el.span(
"Estimated Credits (Monthly)",
class_name="text-secondary-12 text-sm font-medium mb-2",
),
rx.el.div(
rx.el.div(
rx.cond(
get_is_enterprise_tier(MachineState.messages_tier_index),
rx.el.span(
"Reflex Build Credits (Custom)",
class_name="text-secondary-11 text-sm font-medium",
),
rx.el.span(
f"Reflex Build | def update_messages_tier(self, new_tier_index: int):
if new_tier_index == self.messages_tier_index:
return
self.messages_tier_index = new_tier_index
yield
self._recalculate_all() |
"needs_enterprise": False,
"name": f"{total_tier['key']} Plan",
"credits": total_tier["credits"],
}
else:
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
}
@rx.event(temporal=True)
def add_machine(self):
self.machines.append(Machine.from_index(0))
self._recalculate_all()
@rx.event(temporal=True)
def remove_machine(self, index: int):
self.machines = self.machines[:index] + self.machines[index + 1 :]
self._recalculate_all()
@rx.event(temporal=True)
def update_machine(self, index: int, new_machine_index: int):
self.machines[index] = Machine.from_index(new_machine_index)
yield
self._recalculate_all()
@rx.event(temporal=True)
def update_messages_tier(self, new_tier_index: int):
|
self.messages_tier_index = new_tier_index
yield
self._recalculate_all()
def _find_tier_for_credits(self, credits: float) -> dict | None:
"""Find Pro tier that fits the given credits using binary search."""
for tier in _SORTED_TIERS:
if credits <= tier["credits"]:
return tier
return None
@rx.event(temporal=True)
def reset_machines(self):
self.reset()
self._recalculate_all()
def total_credits_card() -> rx.Component:
return rx.el.div(
rx.el.span(
"Estimated Credits (Monthly)",
class_name="text-secondary-12 text-sm font-medium mb-2",
),
rx.el.div(
rx.el.div(
rx.cond(
get_is_enterprise_tier(MachineState.messages_tier_index),
rx.el.span(
"Reflex Build Credits (Custom)",
class_name="text-secondary-11 text-sm font-medium" | if new_tier_index == self.messages_tier_index:
return |
ey']} Plan",
"credits": total_tier["credits"],
}
else:
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
}
@rx.event(temporal=True)
def add_machine(self):
self.machines.append(Machine.from_index(0))
self._recalculate_all()
@rx.event(temporal=True)
def remove_machine(self, index: int):
self.machines = self.machines[:index] + self.machines[index + 1 :]
self._recalculate_all()
@rx.event(temporal=True)
def update_machine(self, index: int, new_machine_index: int):
self.machines[index] = Machine.from_index(new_machine_index)
yield
self._recalculate_all()
@rx.event(temporal=True)
def update_messages_tier(self, new_tier_index: int):
if new_tier_index == self.messages_tier_index:
return
|
yield
self._recalculate_all()
def _find_tier_for_credits(self, credits: float) -> dict | None:
"""Find Pro tier that fits the given credits using binary search."""
for tier in _SORTED_TIERS:
if credits <= tier["credits"]:
return tier
return None
@rx.event(temporal=True)
def reset_machines(self):
self.reset()
self._recalculate_all()
def total_credits_card() -> rx.Component:
return rx.el.div(
rx.el.span(
"Estimated Credits (Monthly)",
class_name="text-secondary-12 text-sm font-medium mb-2",
),
rx.el.div(
rx.el.div(
rx.cond(
get_is_enterprise_tier(MachineState.messages_tier_index),
rx.el.span(
"Reflex Build Credits (Custom)",
class_name="text-secondary-11 text-sm font-medium",
),
rx.el | self.messages_tier_index = new_tier_index |
self.recommended_tier_info = {
"price": "Custom",
"needs_enterprise": True,
"name": "Enterprise",
"credits": "Custom",
}
@rx.event(temporal=True)
def add_machine(self):
self.machines.append(Machine.from_index(0))
self._recalculate_all()
@rx.event(temporal=True)
def remove_machine(self, index: int):
self.machines = self.machines[:index] + self.machines[index + 1 :]
self._recalculate_all()
@rx.event(temporal=True)
def update_machine(self, index: int, new_machine_index: int):
self.machines[index] = Machine.from_index(new_machine_index)
yield
self._recalculate_all()
@rx.event(temporal=True)
def update_messages_tier(self, new_tier_index: int):
if new_tier_index == self.messages_tier_index:
return
self.messages_tier_index = new_tier_index
yield
self._recalculate_all()
|
@rx.event(temporal=True)
def reset_machines(self):
self.reset()
self._recalculate_all()
def total_credits_card() -> rx.Component:
return rx.el.div(
rx.el.span(
"Estimated Credits (Monthly)",
class_name="text-secondary-12 text-sm font-medium mb-2",
),
rx.el.div(
rx.el.div(
rx.cond(
get_is_enterprise_tier(MachineState.messages_tier_index),
rx.el.span(
"Reflex Build Credits (Custom)",
class_name="text-secondary-11 text-sm font-medium",
),
rx.el.span(
f"Reflex Build Credits ({format_number(MachineState.current_tier['credits'])})",
class_name="text-secondary-11 text-sm font-medium",
),
),
rx.cond(
get_is_enterprise_tier(MachineState.messages | def _find_tier_for_credits(self, credits: float) -> dict | None:
"""Find Pro tier that fits the given credits using binary search."""
for tier in _SORTED_TIERS:
if credits <= tier["credits"]:
return tier
return None |
ise",
"credits": "Custom",
}
@rx.event(temporal=True)
def add_machine(self):
self.machines.append(Machine.from_index(0))
self._recalculate_all()
@rx.event(temporal=True)
def remove_machine(self, index: int):
self.machines = self.machines[:index] + self.machines[index + 1 :]
self._recalculate_all()
@rx.event(temporal=True)
def update_machine(self, index: int, new_machine_index: int):
self.machines[index] = Machine.from_index(new_machine_index)
yield
self._recalculate_all()
@rx.event(temporal=True)
def update_messages_tier(self, new_tier_index: int):
if new_tier_index == self.messages_tier_index:
return
self.messages_tier_index = new_tier_index
yield
self._recalculate_all()
def _find_tier_for_credits(self, credits: float) -> dict | None:
"""Find Pro tier that fits the given credits using binary search."""
|
return None
@rx.event(temporal=True)
def reset_machines(self):
self.reset()
self._recalculate_all()
def total_credits_card() -> rx.Component:
return rx.el.div(
rx.el.span(
"Estimated Credits (Monthly)",
class_name="text-secondary-12 text-sm font-medium mb-2",
),
rx.el.div(
rx.el.div(
rx.cond(
get_is_enterprise_tier(MachineState.messages_tier_index),
rx.el.span(
"Reflex Build Credits (Custom)",
class_name="text-secondary-11 text-sm font-medium",
),
rx.el.span(
f"Reflex Build Credits ({format_number(MachineState.current_tier['credits'])})",
class_name="text-secondary-11 text-sm font-medium",
),
),
rx.cond(
get_is_enterprise_tier(M | for tier in _SORTED_TIERS:
if credits <= tier["credits"]:
return tier |
m",
}
@rx.event(temporal=True)
def add_machine(self):
self.machines.append(Machine.from_index(0))
self._recalculate_all()
@rx.event(temporal=True)
def remove_machine(self, index: int):
self.machines = self.machines[:index] + self.machines[index + 1 :]
self._recalculate_all()
@rx.event(temporal=True)
def update_machine(self, index: int, new_machine_index: int):
self.machines[index] = Machine.from_index(new_machine_index)
yield
self._recalculate_all()
@rx.event(temporal=True)
def update_messages_tier(self, new_tier_index: int):
if new_tier_index == self.messages_tier_index:
return
self.messages_tier_index = new_tier_index
yield
self._recalculate_all()
def _find_tier_for_credits(self, credits: float) -> dict | None:
"""Find Pro tier that fits the given credits using binary search."""
for tier in _SORTED_TIERS:
|
return None
@rx.event(temporal=True)
def reset_machines(self):
self.reset()
self._recalculate_all()
def total_credits_card() -> rx.Component:
return rx.el.div(
rx.el.span(
"Estimated Credits (Monthly)",
class_name="text-secondary-12 text-sm font-medium mb-2",
),
rx.el.div(
rx.el.div(
rx.cond(
get_is_enterprise_tier(MachineState.messages_tier_index),
rx.el.span(
"Reflex Build Credits (Custom)",
class_name="text-secondary-11 text-sm font-medium",
),
rx.el.span(
f"Reflex Build Credits ({format_number(MachineState.current_tier['credits'])})",
class_name="text-secondary-11 text-sm font-medium",
),
),
rx.cond(
get_is_enterprise_tier(M | if credits <= tier["credits"]:
return tier |
rom_index(0))
self._recalculate_all()
@rx.event(temporal=True)
def remove_machine(self, index: int):
self.machines = self.machines[:index] + self.machines[index + 1 :]
self._recalculate_all()
@rx.event(temporal=True)
def update_machine(self, index: int, new_machine_index: int):
self.machines[index] = Machine.from_index(new_machine_index)
yield
self._recalculate_all()
@rx.event(temporal=True)
def update_messages_tier(self, new_tier_index: int):
if new_tier_index == self.messages_tier_index:
return
self.messages_tier_index = new_tier_index
yield
self._recalculate_all()
def _find_tier_for_credits(self, credits: float) -> dict | None:
"""Find Pro tier that fits the given credits using binary search."""
for tier in _SORTED_TIERS:
if credits <= tier["credits"]:
return tier
return None
@rx.event(temporal=True)
|
def total_credits_card() -> rx.Component:
return rx.el.div(
rx.el.span(
"Estimated Credits (Monthly)",
class_name="text-secondary-12 text-sm font-medium mb-2",
),
rx.el.div(
rx.el.div(
rx.cond(
get_is_enterprise_tier(MachineState.messages_tier_index),
rx.el.span(
"Reflex Build Credits (Custom)",
class_name="text-secondary-11 text-sm font-medium",
),
rx.el.span(
f"Reflex Build Credits ({format_number(MachineState.current_tier['credits'])})",
class_name="text-secondary-11 text-sm font-medium",
),
),
rx.cond(
get_is_enterprise_tier(MachineState.messages_tier_index),
rx.el.span(
"Custom",
class_nam | def reset_machines(self):
self.reset()
self._recalculate_all() |
open=message_tooltip_open_cs.value,
side="bottom",
),
),
),
min=0,
max=len(MESSAGES_VALUES) - 1,
step=1,
on_value_change=lambda new_tier_index: rx.cond(
MachineState.messages_tier_index != new_tier_index,
MachineState.update_messages_tier(new_tier_index).throttle(150),
rx.noop(),
),
on_value_committed=MachineState.update_messages_tier,
min_steps_between_values=1,
class_name="w-full max-w-full",
),
on_mouse_enter=message_tooltip_open_cs.set_value(True),
on_mouse_leave=message_tooltip_open_cs.set_value(False),
class_name=ui.cn(
ui.card.class_names.ROOT,
"w-full lg:p-6 p-4 flex flex-col gap-4 bg-secondary-1",
),
)
@rx.memo
def machine_card(machine: Machine, index: int) -> rx.Component:
|
machine_name = COMPUTE_TABLE_KEYS[machine.index]
return rx.el.div(
rx.el.button(
ui.icon("MultiplicationSignIcon", class_name="text-secondary-1 size-4"),
on_click=MachineState.remove_machine(index),
class_name="absolute -top-1 -right-1 z-10 size-5 flex items-center justify-center rounded-full bg-secondary-12 hover:bg-secondary-11 transition-colors lg:opacity-0 group-hover:opacity-100",
),
rx.el.div(
rx.el.div(
ui.icon("ComputerIcon", class_name="text-secondary-11 size-5"),
rx.el.span(
f"{machine.vcpu}vCPU / {machine.ram}GB",
class_name="text-secondary-12 lg:text-lg text-base font-medium",
),
class_name="flex flex-row gap-2 items-center",
),
rx.el.div(
ui.tooltip(
trigger=rx.el.span(
ui.icon(
" | machine_tooltip_open_cs = ClientStateVar.create(
"machine_tooltip_open", default=False, global_ref=False
) |
),
),
min=0,
max=len(MESSAGES_VALUES) - 1,
step=1,
on_value_change=lambda new_tier_index: rx.cond(
MachineState.messages_tier_index != new_tier_index,
MachineState.update_messages_tier(new_tier_index).throttle(150),
rx.noop(),
),
on_value_committed=MachineState.update_messages_tier,
min_steps_between_values=1,
class_name="w-full max-w-full",
),
on_mouse_enter=message_tooltip_open_cs.set_value(True),
on_mouse_leave=message_tooltip_open_cs.set_value(False),
class_name=ui.cn(
ui.card.class_names.ROOT,
"w-full lg:p-6 p-4 flex flex-col gap-4 bg-secondary-1",
),
)
@rx.memo
def machine_card(machine: Machine, index: int) -> rx.Component:
machine_tooltip_open_cs = ClientStateVar.create(
"machine_tooltip_open", default=False, global_ref=False
)
|
return rx.el.div(
rx.el.button(
ui.icon("MultiplicationSignIcon", class_name="text-secondary-1 size-4"),
on_click=MachineState.remove_machine(index),
class_name="absolute -top-1 -right-1 z-10 size-5 flex items-center justify-center rounded-full bg-secondary-12 hover:bg-secondary-11 transition-colors lg:opacity-0 group-hover:opacity-100",
),
rx.el.div(
rx.el.div(
ui.icon("ComputerIcon", class_name="text-secondary-11 size-5"),
rx.el.span(
f"{machine.vcpu}vCPU / {machine.ram}GB",
class_name="text-secondary-12 lg:text-lg text-base font-medium",
),
class_name="flex flex-row gap-2 items-center",
),
rx.el.div(
ui.tooltip(
trigger=rx.el.span(
ui.icon(
"InformationCircleIcon",
c | machine_name = COMPUTE_TABLE_KEYS[machine.index] |
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