@skybin-tech/brandkit/dist/index.umd.js

React components for brand-compliant social login buttons

(function(t,i){typeof exports=="object"&&typeof module<"u"?i(exports,require("react"),require("styled-components"),require("@primer/octicons-react")):typeof define=="function"&&define.amd?define(["exports","react","styled-components","@primer/octicons-react"],i):(t=typeof globalThis<"u"?globalThis:t||self,i(t.BrandKit={},t.React,t.styled,t.Octicons))})(this,function(t,i,r,$){"use strict";var a={exports:{}},k={};/**
 * @license React
 * react-jsx-runtime.production.js
 *
 * Copyright (c) Meta Platforms, Inc. and affiliates.
 *
 * This source code is licensed under the MIT license found in the
 * LICENSE file in the root directory of this source tree.
 */var U;function A2(){if(U)return k;U=1;var A=Symbol.for("react.transitional.element"),g=Symbol.for("react.fragment");function Q(B,I,M){var V=null;if(M!==void 0&&(V=""+M),I.key!==void 0&&(V=""+I.key),"key"in I){M={};for(var c in I)c!=="key"&&(M[c]=I[c])}else M=I;return I=M.ref,{$$typeof:A,type:B,key:V,ref:I!==void 0?I:null,props:M}}return k.Fragment=g,k.jsx=Q,k.jsxs=Q,k}var n={};/**
 * @license React
 * react-jsx-runtime.development.js
 *
 * Copyright (c) Meta Platforms, Inc. and affiliates.
 *
 * This source code is licensed under the MIT license found in the
 * LICENSE file in the root directory of this source tree.
 */var p;function C2(){return p||(p=1,process.env.NODE_ENV!=="production"&&function(){function A(C){if(C==null)return null;if(typeof C=="function")return C.$$typeof===R2?null:C.displayName||C.name||null;if(typeof C=="string")return C;switch(C){case S:return"Fragment";case S2:return"Profiler";case G2:return"StrictMode";case N2:return"Suspense";case O2:return"SuspenseList";case p2:return"Activity"}if(typeof C=="object")switch(typeof C.tag=="number"&&console.error("Received an unexpected object in getComponentNameFromType(). This is likely a bug in React. Please file an issue."),C.$$typeof){case Y2:return"Portal";case F2:return(C.displayName||"Context")+".Provider";case d2:return(C._context.displayName||"Context")+".Consumer";case f2:var E=C.render;return C=C.displayName,C||(C=E.displayName||E.name||"",C=C!==""?"ForwardRef("+C+")":"ForwardRef"),C;case U2:return E=C.displayName||null,E!==null?E:A(C.type)||"Memo";case v:E=C._payload,C=C._init;try{return A(C(E))}catch{}}return null}function g(C){return""+C}function Q(C){try{g(C);var E=!1}catch{E=!0}if(E){E=console;var w=E.error,e=typeof Symbol=="function"&&Symbol.toStringTag&&C[Symbol.toStringTag]||C.constructor.name||"Object";return w.call(E,"The provided key is an unsupported type %s. This value must be coerced to a string before using it here.",e),g(C)}}function B(C){if(C===S)return"<>";if(typeof C=="object"&&C!==null&&C.$$typeof===v)return"<...>";try{var E=A(C);return E?"<"+E+">":"<...>"}catch{return"<...>"}}function I(){var C=d.A;return C===null?null:C.getOwner()}function M(){return Error("react-stack-top-frame")}function V(C){if(b.call(C,"key")){var E=Object.getOwnPropertyDescriptor(C,"key").get;if(E&&E.isReactWarning)return!1}return C.key!==void 0}function c(C,E){function w(){z||(z=!0,console.error("%s: `key` is not a prop. Trying to access it will result in `undefined` being returned. If you need to access the same value within the child component, you should pass it as a different prop. (https://react.dev/link/special-props)",E))}w.isReactWarning=!0,Object.defineProperty(C,"key",{get:w,configurable:!0})}function o(){var C=A(this.type);return W[C]||(W[C]=!0,console.error("Accessing element.ref was removed in React 19. ref is now a regular prop. It will be removed from the JSX Element type in a future release.")),C=this.props.ref,C!==void 0?C:null}function Z2(C,E,w,e,s,H,f,N){return w=H.ref,C={$$typeof:y,type:C,key:E,props:H,_owner:s},(w!==void 0?w:null)!==null?Object.defineProperty(C,"ref",{enumerable:!1,get:o}):Object.defineProperty(C,"ref",{enumerable:!1,value:null}),C._store={},Object.defineProperty(C._store,"validated",{configurable:!1,enumerable:!1,writable:!0,value:0}),Object.defineProperty(C,"_debugInfo",{configurable:!1,enumerable:!1,writable:!0,value:null}),Object.defineProperty(C,"_debugStack",{configurable:!1,enumerable:!1,writable:!0,value:f}),Object.defineProperty(C,"_debugTask",{configurable:!1,enumerable:!1,writable:!0,value:N}),Object.freeze&&(Object.freeze(C.props),Object.freeze(C)),C}function j(C,E,w,e,s,H,f,N){var D=E.children;if(D!==void 0)if(e)if(x2(D)){for(e=0;e<D.length;e++)T(D[e]);Object.freeze&&Object.freeze(D)}else console.error("React.jsx: Static children should always be an array. You are likely explicitly calling React.jsxs or React.jsxDEV. Use the Babel transform instead.");else T(D);if(b.call(E,"key")){D=A(C);var L=Object.keys(E).filter(function(u2){return u2!=="key"});e=0<L.length?"{key: someKey, "+L.join(": ..., ")+": ...}":"{key: someKey}",_[D+e]||(L=0<L.length?"{"+L.join(": ..., ")+": ...}":"{}",console.error(`A props object containing a "key" prop is being spread into JSX:
  let props = %s;
  <%s {...props} />
React keys must be passed directly to JSX without using spread:
  let props = %s;
  <%s key={someKey} {...props} />`,e,D,L,D),_[D+e]=!0)}if(D=null,w!==void 0&&(Q(w),D=""+w),V(E)&&(Q(E.key),D=""+E.key),"key"in E){w={};for(var O in E)O!=="key"&&(w[O]=E[O])}else w=E;return D&&c(w,typeof C=="function"?C.displayName||C.name||"Unknown":C),Z2(C,D,H,s,I(),w,f,N)}function T(C){typeof C=="object"&&C!==null&&C.$$typeof===y&&C._store&&(C._store.validated=1)}var G=i,y=Symbol.for("react.transitional.element"),Y2=Symbol.for("react.portal"),S=Symbol.for("react.fragment"),G2=Symbol.for("react.strict_mode"),S2=Symbol.for("react.profiler"),d2=Symbol.for("react.consumer"),F2=Symbol.for("react.context"),f2=Symbol.for("react.forward_ref"),N2=Symbol.for("react.suspense"),O2=Symbol.for("react.suspense_list"),U2=Symbol.for("react.memo"),v=Symbol.for("react.lazy"),p2=Symbol.for("react.activity"),R2=Symbol.for("react.client.reference"),d=G.__CLIENT_INTERNALS_DO_NOT_USE_OR_WARN_USERS_THEY_CANNOT_UPGRADE,b=Object.prototype.hasOwnProperty,x2=Array.isArray,F=console.createTask?console.createTask:function(){return null};G={react_stack_bottom_frame:function(C){return C()}};var z,W={},X=G.react_stack_bottom_frame.bind(G,M)(),q=F(B(M)),_={};n.Fragment=S,n.jsx=function(C,E,w,e,s){var H=1e4>d.recentlyCreatedOwnerStacks++;return j(C,E,w,!1,e,s,H?Error("react-stack-top-frame"):X,H?F(B(C)):q)},n.jsxs=function(C,E,w,e,s){var H=1e4>d.recentlyCreatedOwnerStacks++;return j(C,E,w,!0,e,s,H?Error("react-stack-top-frame"):X,H?F(B(C)):q)}}()),n}var R;function g2(){return R||(R=1,process.env.NODE_ENV==="production"?a.exports=A2():a.exports=C2()),a.exports}var l=g2();const h={light:{bg:"#ffffff",fg:"#24292f",border:"1px solid #d0d7de"},dark:{bg:"#24292f",fg:"#ffffff",border:"none"}},Q2=r.button`
  width: 240px;
  height: 48px;
  display: inline-flex;
  align-items: center;
  justify-content: center;
  gap: 8px;
  font-family: 'Roboto', sans-serif;
  font-size: 16px;
  font-weight: 600;
  border-radius: 6px;
  cursor: pointer;
  transition: opacity 0.2s;

  background: ${({$dark:A})=>A?h.dark.bg:h.light.bg};
  color: ${({$dark:A})=>A?h.dark.fg:h.light.fg};
  border: ${({$dark:A})=>A?h.dark.border:h.light.border};

  /* Icon color must remain GitHub black or white */
  svg {
    fill: ${({$dark:A})=>A?"#ffffff":"#24292f"};
  }

  &:hover {
    opacity: 0.9;
  }
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