dist/eth-signer.min.js
function uo(Kd,qd,Vd,Gd,Yd,Wd,Xd,Jd,Zd,Qd){function $d(){for(// Avoid `arguments` object use disqualifying optimizations by
// converting it to an array before providing it to other functions.
var dc=arguments.length,fc=dc,lc=Zn(dc);fc--;)lc[fc]=arguments[fc];if(Gd&&(lc=Da(lc,Gd,Yd)),Wd&&(lc=Ma(lc,Wd,Xd)),oc||ic){var pc=$d.placeholder,uc=Ae(lc,pc);if(dc-=uc.length,dc<Qd){var bc=Jd?Br(Jd):Te,hc=Gi(Qd-dc,0),mc=oc?uc:Te,gc=oc?Te:uc,_c=oc?lc:Te,vc=oc?Te:lc;qd|=oc?ze:De,qd&=~(oc?De:ze),nc||(qd&=~(Oe|Ce));var Sc=[Kd,qd,Vd,_c,mc,vc,gc,bc,Zd,hc],kc=uo.apply(Te,Sc);return Lo(Kd)&&gs(kc,Sc),kc.placeholder=pc,kc}}var Ic=rc?Vd:this,Ac=ac?Ic[Kd]:Kd;return Jd&&(lc=Ko(lc,Jd)),tc&&Zd<lc.length&&(lc.length=Zd),this&&this!==gr&&this instanceof $d&&(Ac=sc||Ya(Kd)),Ac.apply(Ic,lc)}var tc=qd&Me,rc=qd&Oe,ac=qd&Ce,oc=qd&je,nc=qd&Ne,ic=qd&Le,sc=ac?Te:Ya(Kd);return $d}
function uo(Kd,qd,Vd,Gd,Yd,Wd,Xd,Jd,Zd,Qd){function $d(){for(// Avoid `arguments` object use disqualifying optimizations by
// converting it to an array before providing it to other functions.
var dc=arguments.length,fc=dc,lc=Zn(dc);fc--;)lc[fc]=arguments[fc];if(Gd&&(lc=Da(lc,Gd,Yd)),Wd&&(lc=Ma(lc,Wd,Xd)),oc||ic){var pc=$d.placeholder,uc=Ae(lc,pc);if(dc-=uc.length,dc<Qd){var bc=Jd?Br(Jd):Te,hc=Gi(Qd-dc,0),mc=oc?uc:Te,gc=oc?Te:uc,_c=oc?lc:Te,vc=oc?Te:lc;qd|=oc?ze:De,qd&=~(oc?De:ze),nc||(qd&=~(Oe|Ce));var Sc=[Kd,qd,Vd,_c,mc,vc,gc,bc,Zd,hc],kc=uo.apply(Te,Sc);return Lo(Kd)&&gs(kc,Sc),kc.placeholder=pc,kc}}var Ic=rc?Vd:this,Ac=ac?Ic[Kd]:Kd;return Jd&&(lc=Ko(lc,Jd)),tc&&Zd<lc.length&&(lc.length=Zd),this&&this!==gr&&this instanceof $d&&(Ac=sc||Ya(Kd)),Ac.apply(Ic,lc)}var tc=qd&Me,rc=qd&Oe,ac=qd&Ce,oc=qd&je,nc=qd&Ne,ic=qd&Le,sc=ac?Te:Ya(Kd);return $d}
function uo ( Kd , qd , Vd , Gd , Yd , Wd , Xd , Jd , Zd , Qd ) { function $d ( ) { for ( // Avoid `arguments` object use disqualifying optimizations by // converting it to an array before providing it to other functions. var dc = arguments . length , fc = dc , lc = Zn ( dc ) ; fc -- ; ) lc [ fc ] = arguments [ fc ] ; if ( Gd && ( lc = Da ( lc , Gd , Yd ) ) , Wd && ( lc = Ma ( lc , Wd , Xd ) ) , oc || ic ) { var pc = $d . placeholder , uc = Ae ( lc , pc ) ; if ( dc -= uc . length , dc < Qd ) { var bc = Jd ? Br ( Jd ) : Te , hc = Gi ( Qd - dc , 0 ) , mc = oc ? uc : Te , gc = oc ? Te : uc , _c = oc ? lc : Te , vc = oc ? Te : lc ; qd |= oc ? ze : De , qd &= ~ ( oc ? De : ze ) , nc || ( qd &= ~ ( Oe | Ce ) ) ; var Sc = [ Kd , qd , Vd , _c , mc , vc , gc , bc , Zd , hc ] , kc = uo . apply ( Te , Sc ) ; return Lo ( Kd ) && gs ( kc , Sc ) , kc . placeholder = pc , kc } } var Ic = rc ? Vd : this , Ac = ac ? Ic [ Kd ] : Kd ; return Jd && ( lc = Ko ( lc , Jd ) ) , tc && Zd < lc . length && ( lc . length = Zd ) , this && this !== gr && this instanceof $d && ( Ac = sc || Ya ( Kd ) ) , Ac . apply ( Ic , lc ) } var tc = qd & Me , rc = qd & Oe , ac = qd & Ce , oc = qd & je , nc = qd & Ne , ic = qd & Le , sc = ac ? Te : Ya ( Kd ) ; return $d }
Creates a function that wraps `func` and invokes it with optional `this`
binding of, partial application, and currying.

@private
@param {Function|string} func The function or method name to reference.
@param {number} bitmask The bitmask of flags. See `createWrapper` for more details.
@param {*} [thisArg] The `this` binding of `func`.
@param {Array} [partials] The arguments to prepend to those provided to the new function.
@param {Array} [holders] The `partials` placeholder indexes.
@param {Array} [partialsRight] The arguments to append to those provided to the new function.
@param {Array} [holdersRight] The `partialsRight` placeholder indexes.
@param {Array} [argPos] The argument positions of the new function.
@param {number} [ary] The arity cap of `func`.
@param {number} [arity] The arity of `func`.
@returns {Function} Returns the new wrapped function.
Creates a function that wraps func and invokes it with optional this binding of partial application and currying .