An example of global token could be: White = #FFFFFF and this global token name in Figma element would be: $global/white. Global tokens are descriptive definitions of the design foundation. Since context tokens are defined prescriptive to use cases, a self explainatory naming convention would encourage designers to choose the right tokens they need, while linkage to global tokens provides agility to update specific values without requiring much work on renaming referenced tokens for each component. These hierarchy levels establish the needed consistency as well as the scalability across design and engineering tools. primitive palettes), named after its color and lightness code value (primary-50) and context tokens named after its ui pattern value (bg-primary-base). This design tokens color model approach introduces two general hierarchy levels: global tokens (a.k.a. Be aware that it is not the most recommended approach it could quickly turn into over-personalization and design debt when the design system governance, rules, and adoption lack enough maturity. Providing such flexibility could be very helpful when the Design System team cannot examine every new use case or component that product teams create. These design token exceptions will live inside temporary shared product team solutions, pending to be aproved for integration to the system when there is an alignment in its usage. If we need to, we could create another specific button color design token that overrides the group logic in order to create exceptions to the system. We don’t need to name it as a button in the token description, so we could group its color logic with the same color logic we could apply to other components for the changes to come to be linked. We could set its color values as design tokens by using a self explanatory naming convention with taxonomy delimiters depending on their usage (bg-primary-base). When the creation of design tokens is normalized, we will evade the requirement to build so many snowflake components and development solutions, thus saving time/money and avoiding creating redundancy processes.ĭesign tokens defined in our design software libraries and consumed by UI Tookits integrate foundational styles with production code and make the system capable of changing values from a simple set of units. When handling multiple styles, such a decision turns into critical when it comes to avoiding technical and design debt.ĭifferent products/initiatives that integrate the system should be able to create new design tokens if needed and modify those components already existing in the system. Different teams will be able to easily understand the logic applied to each style.įor example, it would be easier to see where we would apply the “border-primary-hover” design token using a semantic nomenclature than using a more encrypted one such as background-01. These variables are declared as group of styles and objects from our design tools (Figma, Sketch, XD.), compiled and exported by a design handoff tool to be instantiated over any code component.Īs long as the variables comply with a common logic while grouped based on taxonomy rules, the smaller number of variables, the easier to locate each change made to the values stored in these variables. They are named, versioned, and used in applications and libraries instead of hand-coded values to ensure flexibility and unity across all product experiences. In an atomic model, design tokens would be the "visual design sub-atoms" for a design system. What are Design tokens?ĭesign tokens are variables that store foundational design values / design decisions needed to build and maintain a design system - spacing, color, typography, object styles, animation, etc. #Design tokens how toall stakeholders should share a common understanding of the system’s core foundations, its rules, and how to build on top of them.ĭesign Systems are stronger when they communicate to each team member how to apply its several elements to different contexts effectively.Īn integrated toolchain with a logic for design tokens provides an ideal solution to this challenge by generating style definitions across all platforms from a single source. To enable efficient work and communication between teams, designers, developers, PMs. When designing customizable user experiences, keeping styles consistent and synchronized across multiple products while iterating on new features for different devices and viewports can be challenging.
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