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ej2ft

ej2ft is an open-source JavaScript framework intended for building modern web front-ends. It offers a modular collection of reusable user interface components, data visualization widgets, and a lightweight runtime designed for performance, accessibility, and internationalization. The project is framework-agnostic and aims to integrate smoothly with various development stacks, including native web components and popular frontend frameworks.

Architecture and features

ej2ft is built in TypeScript and organized as a set of modular packages. Its core runtime provides

Development and ecosystem

The project originated in the early 2020s as a continuation of earlier frontend tooling in the same

Usage and applications

ej2ft is used to build enterprise-grade dashboards, admin panels, analytics interfaces, and data-heavy web applications. Developers

See also

JavaScript UI frameworks, Web components, Front-end development, Open-source software licenses.

rendering,
state
management
helpers,
and
lifecycle
coordination,
while
individual
packages
supply
UI
controls,
charts,
forms,
grids,
and
schedulers.
The
framework
emphasizes
accessibility
conformance,
responsive
design,
and
themeability
through
CSS
variables.
It
supports
internationalization,
lazy
loading
of
components,
and
a
plugin
mechanism
that
enables
extensions
without
altering
core
code.
Web
components
compatibility
is
a
core
design
goal,
enabling
interoperability
across
different
frameworks
and
environments.
family,
and
it
is
developed
by
a
global
community
of
contributors.
It
follows
a
semantic
versioning
scheme
and
maintains
a
public
roadmap,
issue
tracker,
and
contribution
guidelines.
releases
are
typically
distributed
via
package
managers
and
include
comprehensive
documentation,
examples,
and
test
suites.
The
ecosystem
includes
reference
wrappers
and
adapters
to
facilitate
use
with
popular
frameworks,
as
well
as
a
growing
catalog
of
third-party
add-ons
and
themes.
install
it
via
package
managers,
import
needed
modules,
and
integrate
components
into
their
apps.
Its
design
supports
both
client-side
rendering
and
server-side
rendering
workflows,
with
emphasis
on
performance
and
accessibility
across
devices.