nothoughts/.shadow-cljs/builds/game/dev/ana/cljs/spec/alpha.cljs.cache.transit.json

["^ ","~:output",["^ ","~:js","goog.provide('cljs.spec.alpha');\ngoog.scope(function(){\n  cljs.spec.alpha.goog$module$goog$object = goog.module.get('goog.object');\n});\ncljs.spec.alpha.MAX_INT = (9007199254740991);\n/**\n * A soft limit on how many times a branching spec (or/alt/* /opt-keys/multi-spec)\n *   can be recursed through during generation. 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0));\n}\n\nif(cljs.core.empty_QMARK_(in_26440)){\n} else {\ncljs.core.print.cljs$core$IFn$_invoke$arity$variadic(cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([[\" in: \",cljs.core.pr_str.cljs$core$IFn$_invoke$arity$variadic(cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([in_26440], 0))].join('')], 0));\n}\n\nif(cljs.core.empty_QMARK_(path_26435)){\n} else {\ncljs.core.print.cljs$core$IFn$_invoke$arity$variadic(cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([[\" at: \",cljs.core.pr_str.cljs$core$IFn$_invoke$arity$variadic(cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([path_26435], 0))].join('')], 0));\n}\n\nif(cljs.core.empty_QMARK_(via_26439)){\n} else {\ncljs.core.print.cljs$core$IFn$_invoke$arity$variadic(cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([[\" spec: \",cljs.core.pr_str.cljs$core$IFn$_invoke$arity$variadic(cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([cljs.core.last(via_26439)], 0))].join('')], 0));\n}\n\nvar seq__23686_26447 = 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G__26496;\ni__23689_26450 = G__26497;\ncontinue;\n}\n} else {\n}\n}\nbreak;\n}\n\ncljs.core.newline.cljs$core$IFn$_invoke$arity$0();\n\n\nvar G__26501 = cljs.core.next(seq__23442_26426__$1);\nvar G__26502 = null;\nvar G__26503 = (0);\nvar G__26504 = (0);\nseq__23442_26363 = G__26501;\nchunk__23443_26364 = G__26502;\ncount__23444_26365 = G__26503;\ni__23445_26366 = G__26504;\ncontinue;\n}\n} else {\n}\n}\nbreak;\n}\n}finally {(cljs.core._STAR_print_fn_STAR_ = _STAR_print_fn_STAR__orig_val__23435_26358);\n\n(cljs.core._STAR_print_newline_STAR_ = _STAR_print_newline_STAR__orig_val__23434_26357);\n}\nreturn cljs.core.str.cljs$core$IFn$_invoke$arity$1(sb__5647__auto__);\n})()], 0));\n} else {\nreturn cljs.core.println.cljs$core$IFn$_invoke$arity$variadic(cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([\"Success!\"], 0));\n}\n});\ncljs.spec.alpha._STAR_explain_out_STAR_ = cljs.spec.alpha.explain_printer;\n/**\n * Prints explanation data (per 'explain-data') to *out* using the printer in 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or__5002__auto__;\n} else {\nreturn spec__$1;\n}\n})());\nif(cljs.core.truth_(or__5002__auto__)){\nreturn or__5002__auto__;\n} else {\nreturn cljs.core.get.cljs$core$IFn$_invoke$arity$2(overrides,path);\n}\n})();\nif(cljs.core.truth_(temp__5804__auto__)){\nvar gfn = temp__5804__auto__;\nreturn (gfn.cljs$core$IFn$_invoke$arity$0 ? gfn.cljs$core$IFn$_invoke$arity$0() : gfn.call(null, ));\n} else {\nreturn null;\n}\n})();\nif(cljs.core.truth_(or__5002__auto__)){\nreturn or__5002__auto__;\n} else {\nreturn cljs.spec.alpha.gen_STAR_(spec__$1,overrides,path,rmap);\n}\n})();\nif(cljs.core.truth_(temp__5802__auto__)){\nvar g = temp__5802__auto__;\nreturn cljs.spec.gen.alpha.such_that.cljs$core$IFn$_invoke$arity$variadic(cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([(function (p1__23786_SHARP_){\nreturn cljs.spec.alpha.valid_QMARK_.cljs$core$IFn$_invoke$arity$2(spec__$1,p1__23786_SHARP_);\n}),g,(100)], 0));\n} else {\nthrow (new Error([\"Unable to construct gen at: \",cljs.core.str.cljs$core$IFn$_invoke$arity$1(path),\" for: \",cljs.core.str.cljs$core$IFn$_invoke$arity$1(cljs.spec.alpha.abbrev(form))].join('')));\n}\n});\n/**\n * Given a spec, returns the generator for it, or throws if none can\n *   be constructed. Optionally an overrides map can be provided which\n *   should map spec names or paths (vectors of keywords) to no-arg\n *   generator-creating fns. These will be used instead of the generators at those\n *   names/paths. Note that parent generator (in the spec or overrides\n *   map) will supersede those of any subtrees. 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cljs.core.PersistentArrayMap(null, 1, [new cljs.core.Keyword(\"cljs.spec.alpha\",\"recursion-limit\",\"cljs.spec.alpha/recursion-limit\",601284994),cljs.spec.alpha._STAR_recursion_limit_STAR_], null),spec);\n}));\n\n(cljs.spec.alpha.gen.cljs$lang$maxFixedArity = 2);\n\n/**\n * Do not call this directly, use 'def'\n */\ncljs.spec.alpha.def_impl = (function cljs$spec$alpha$def_impl(k,form,spec){\nif(cljs.core.truth_((function (){var and__5000__auto__ = cljs.core.ident_QMARK_(k);\nif(and__5000__auto__){\nreturn cljs.core.namespace(k);\n} else {\nreturn and__5000__auto__;\n}\n})())){\n} else {\nthrow (new Error([\"Assert failed: \",\"k must be namespaced keyword or resolveable symbol\",\"\\n\",\"(c/and (ident? k) (namespace k))\"].join('')));\n}\n\nif((spec == null)){\ncljs.core.swap_BANG_.cljs$core$IFn$_invoke$arity$3(cljs.spec.alpha.registry_ref,cljs.core.dissoc,k);\n} else {\nvar spec_26546__$1 = (cljs.core.truth_((function (){var or__5002__auto__ = cljs.spec.alpha.spec_QMARK_(spec);\nif(cljs.core.truth_(or__5002__auto__)){\nreturn or__5002__auto__;\n} else {\nvar or__5002__auto____$1 = cljs.spec.alpha.regex_QMARK_(spec);\nif(cljs.core.truth_(or__5002__auto____$1)){\nreturn or__5002__auto____$1;\n} else {\nreturn cljs.core.get.cljs$core$IFn$_invoke$arity$2(cljs.core.deref(cljs.spec.alpha.registry_ref),spec);\n}\n}\n})())?spec:cljs.spec.alpha.spec_impl.cljs$core$IFn$_invoke$arity$4(form,spec,null,null));\ncljs.core.swap_BANG_.cljs$core$IFn$_invoke$arity$4(cljs.spec.alpha.registry_ref,cljs.core.assoc,k,cljs.spec.alpha.with_name(spec_26546__$1,k));\n}\n\nreturn k;\n});\n/**\n * returns the registry map, prefer 'get-spec' to lookup a spec by name\n */\ncljs.spec.alpha.registry = (function cljs$spec$alpha$registry(){\nreturn cljs.core.deref(cljs.spec.alpha.registry_ref);\n});\n/**\n * Returns a symbol from a symbol or var\n */\ncljs.spec.alpha.__GT_sym = (function cljs$spec$alpha$__GT_sym(x){\nif(cljs.core.var_QMARK_(x)){\nreturn x.sym;\n} else {\nreturn x;\n}\n});\n/**\n * Returns spec registered for keyword/symbol/var k, or nil.\n */\ncljs.spec.alpha.get_spec = (function cljs$spec$alpha$get_spec(k){\nreturn cljs.core.get.cljs$core$IFn$_invoke$arity$2(cljs.spec.alpha.registry(),(((k instanceof cljs.core.Keyword))?k:cljs.spec.alpha.__GT_sym(k)));\n});\ncljs.spec.alpha.macroexpand_check = (function cljs$spec$alpha$macroexpand_check(v,args){\nvar specs = cljs.spec.alpha.get_spec(v);\nvar temp__5804__auto__ = new cljs.core.Keyword(null,\"args\",\"args\",1315556576).cljs$core$IFn$_invoke$arity$1(specs);\nif(cljs.core.truth_(temp__5804__auto__)){\nvar arg_spec = temp__5804__auto__;\nif(cljs.spec.alpha.invalid_QMARK_(cljs.spec.alpha.conform(arg_spec,args))){\nvar ed = cljs.core.assoc.cljs$core$IFn$_invoke$arity$3(cljs.spec.alpha.explain_data_STAR_(arg_spec,cljs.core.PersistentVector.EMPTY,(function (){var temp__5802__auto__ = cljs.spec.alpha.spec_name(arg_spec);\nif(cljs.core.truth_(temp__5802__auto__)){\nvar name = temp__5802__auto__;\nreturn new cljs.core.PersistentVector(null, 1, 5, cljs.core.PersistentVector.EMPTY_NODE, [name], null);\n} else {\nreturn cljs.core.PersistentVector.EMPTY;\n}\n})(),cljs.core.PersistentVector.EMPTY,args),new cljs.core.Keyword(\"cljs.spec.alpha\",\"args\",\"cljs.spec.alpha/args\",1870769783),args);\nthrow cljs.core.ex_info.cljs$core$IFn$_invoke$arity$2([\"Call to \",cljs.core.str.cljs$core$IFn$_invoke$arity$1(cljs.spec.alpha.__GT_sym(v)),\" did not conform to spec.\"].join(''),ed);\n} else {\nreturn null;\n}\n} else {\nreturn null;\n}\n});\ncljs.spec.alpha.recur_limit_QMARK_ = (function cljs$spec$alpha$recur_limit_QMARK_(rmap,id,path,k){\nreturn (((cljs.core.get.cljs$core$IFn$_invoke$arity$2(rmap,id) > new cljs.core.Keyword(\"cljs.spec.alpha\",\"recursion-limit\",\"cljs.spec.alpha/recursion-limit\",601284994).cljs$core$IFn$_invoke$arity$1(rmap))) && (cljs.core.contains_QMARK_(cljs.core.set(path),k)));\n});\ncljs.spec.alpha.inck = (function cljs$spec$alpha$inck(m,k){\nreturn cljs.core.assoc.cljs$core$IFn$_invoke$arity$3(m,k,((function (){var or__5002__auto__ = cljs.core.get.cljs$core$IFn$_invoke$arity$2(m,k);\nif(cljs.core.truth_(or__5002__auto__)){\nreturn or__5002__auto__;\n} else {\nreturn (0);\n}\n})() + (1)));\n});\ncljs.spec.alpha.dt = (function cljs$spec$alpha$dt(var_args){\nvar G__23949 = arguments.length;\nswitch (G__23949) {\ncase 3:\nreturn cljs.spec.alpha.dt.cljs$core$IFn$_invoke$arity$3((arguments[(0)]),(arguments[(1)]),(arguments[(2)]));\n\nbreak;\ncase 4:\nreturn cljs.spec.alpha.dt.cljs$core$IFn$_invoke$arity$4((arguments[(0)]),(arguments[(1)]),(arguments[(2)]),(arguments[(3)]));\n\nbreak;\ndefault:\nthrow (new Error([\"Invalid arity: \",cljs.core.str.cljs$core$IFn$_invoke$arity$1(arguments.length)].join('')));\n\n}\n});\n\n(cljs.spec.alpha.dt.cljs$core$IFn$_invoke$arity$3 = (function (pred,x,form){\nreturn cljs.spec.alpha.dt.cljs$core$IFn$_invoke$arity$4(pred,x,form,null);\n}));\n\n(cljs.spec.alpha.dt.cljs$core$IFn$_invoke$arity$4 = (function (pred,x,form,cpred_QMARK_){\nif(cljs.core.truth_(pred)){\nvar temp__5802__auto__ = cljs.spec.alpha.the_spec(pred);\nif(cljs.core.truth_(temp__5802__auto__)){\nvar spec = temp__5802__auto__;\nreturn cljs.spec.alpha.conform(spec,x);\n} else {\nif(cljs.core.ifn_QMARK_(pred)){\nif(cljs.core.truth_(cpred_QMARK_)){\nreturn (pred.cljs$core$IFn$_invoke$arity$1 ? pred.cljs$core$IFn$_invoke$arity$1(x) : pred.call(null, x));\n} else {\nif(cljs.core.truth_((pred.cljs$core$IFn$_invoke$arity$1 ? pred.cljs$core$IFn$_invoke$arity$1(x) : pred.call(null, x)))){\nreturn x;\n} else {\nreturn new cljs.core.Keyword(\"cljs.spec.alpha\",\"invalid\",\"cljs.spec.alpha/invalid\",-1220295119);\n}\n}\n} else {\nthrow (new Error([cljs.core.pr_str.cljs$core$IFn$_invoke$arity$variadic(cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([form], 0)),\" is not a fn, expected predicate fn\"].join('')));\n}\n}\n} else {\nreturn x;\n}\n}));\n\n(cljs.spec.alpha.dt.cljs$lang$maxFixedArity = 4);\n\n/**\n * Helper function that returns true when x is valid for spec.\n */\ncljs.spec.alpha.valid_QMARK_ = (function cljs$spec$alpha$valid_QMARK_(var_args){\nvar G__23980 = arguments.length;\nswitch (G__23980) {\ncase 2:\nreturn cljs.spec.alpha.valid_QMARK_.cljs$core$IFn$_invoke$arity$2((arguments[(0)]),(arguments[(1)]));\n\nbreak;\ncase 3:\nreturn cljs.spec.alpha.valid_QMARK_.cljs$core$IFn$_invoke$arity$3((arguments[(0)]),(arguments[(1)]),(arguments[(2)]));\n\nbreak;\ndefault:\nthrow (new Error([\"Invalid arity: \",cljs.core.str.cljs$core$IFn$_invoke$arity$1(arguments.length)].join('')));\n\n}\n});\n\n(cljs.spec.alpha.valid_QMARK_.cljs$core$IFn$_invoke$arity$2 = (function (spec,x){\nvar spec__$1 = cljs.spec.alpha.specize.cljs$core$IFn$_invoke$arity$1(spec);\nreturn (!(cljs.spec.alpha.invalid_QMARK_(cljs.spec.alpha.conform_STAR_(spec__$1,x))));\n}));\n\n(cljs.spec.alpha.valid_QMARK_.cljs$core$IFn$_invoke$arity$3 = (function (spec,x,form){\nvar spec__$1 = cljs.spec.alpha.specize.cljs$core$IFn$_invoke$arity$2(spec,form);\nreturn (!(cljs.spec.alpha.invalid_QMARK_(cljs.spec.alpha.conform_STAR_(spec__$1,x))));\n}));\n\n(cljs.spec.alpha.valid_QMARK_.cljs$lang$maxFixedArity = 3);\n\n/**\n * internal helper function that returns true when x is valid for spec.\n */\ncljs.spec.alpha.pvalid_QMARK_ = (function cljs$spec$alpha$pvalid_QMARK_(var_args){\nvar G__24009 = arguments.length;\nswitch (G__24009) {\ncase 2:\nreturn cljs.spec.alpha.pvalid_QMARK_.cljs$core$IFn$_invoke$arity$2((arguments[(0)]),(arguments[(1)]));\n\nbreak;\ncase 3:\nreturn cljs.spec.alpha.pvalid_QMARK_.cljs$core$IFn$_invoke$arity$3((arguments[(0)]),(arguments[(1)]),(arguments[(2)]));\n\nbreak;\ndefault:\nthrow (new Error([\"Invalid arity: \",cljs.core.str.cljs$core$IFn$_invoke$arity$1(arguments.length)].join('')));\n\n}\n});\n\n(cljs.spec.alpha.pvalid_QMARK_.cljs$core$IFn$_invoke$arity$2 = (function (pred,x){\nreturn (!(cljs.spec.alpha.invalid_QMARK_(cljs.spec.alpha.dt.cljs$core$IFn$_invoke$arity$3(pred,x,new cljs.core.Keyword(\"cljs.spec.alpha\",\"unknown\",\"cljs.spec.alpha/unknown\",651034818)))));\n}));\n\n(cljs.spec.alpha.pvalid_QMARK_.cljs$core$IFn$_invoke$arity$3 = (function (pred,x,form){\nreturn (!(cljs.spec.alpha.invalid_QMARK_(cljs.spec.alpha.dt.cljs$core$IFn$_invoke$arity$3(pred,x,form))));\n}));\n\n(cljs.spec.alpha.pvalid_QMARK_.cljs$lang$maxFixedArity = 3);\n\ncljs.spec.alpha.explain_1 = (function cljs$spec$alpha$explain_1(form,pred,path,via,in$,v){\nvar pred__$1 = cljs.spec.alpha.maybe_spec(pred);\nif(cljs.core.truth_(cljs.spec.alpha.spec_QMARK_(pred__$1))){\nreturn cljs.spec.alpha.explain_STAR_(pred__$1,path,(function (){var temp__5802__auto__ = cljs.spec.alpha.spec_name(pred__$1);\nif(cljs.core.truth_(temp__5802__auto__)){\nvar name = temp__5802__auto__;\nreturn cljs.core.conj.cljs$core$IFn$_invoke$arity$2(via,name);\n} else {\nreturn via;\n}\n})(),in$,v);\n} else {\nreturn new cljs.core.PersistentVector(null, 1, 5, cljs.core.PersistentVector.EMPTY_NODE, [new cljs.core.PersistentArrayMap(null, 5, [new cljs.core.Keyword(null,\"path\",\"path\",-188191168),path,new cljs.core.Keyword(null,\"pred\",\"pred\",1927423397),form,new cljs.core.Keyword(null,\"val\",\"val\",128701612),v,new cljs.core.Keyword(null,\"via\",\"via\",-1904457336),via,new cljs.core.Keyword(null,\"in\",\"in\",-1531184865),in$], null)], null);\n}\n});\n\n/**\n * returns a generator for form f, which can be a keyword or a list\n *   starting with 'or or 'and.\n */\ncljs.spec.alpha.k_gen = (function cljs$spec$alpha$k_gen(f){\nif((f instanceof cljs.core.Keyword)){\nreturn cljs.spec.gen.alpha.return$.cljs$core$IFn$_invoke$arity$variadic(cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([f], 0));\n} else {\nif(cljs.core._EQ_.cljs$core$IFn$_invoke$arity$2(new cljs.core.Symbol(null,\"or\",\"or\",1876275696,null),cljs.core.first(f))){\nreturn cljs.spec.alpha.or_k_gen.cljs$core$IFn$_invoke$arity$2((1),cljs.core.rest(f));\n} else {\nif(cljs.core._EQ_.cljs$core$IFn$_invoke$arity$2(new cljs.core.Symbol(null,\"and\",\"and\",668631710,null),cljs.core.first(f))){\nreturn cljs.spec.alpha.and_k_gen(cljs.core.rest(f));\n} else {\nreturn null;\n}\n}\n}\n});\n/**\n * returns a tuple generator made up of generators for a random subset\n *   of min-count (default 0) to all elements in s.\n */\ncljs.spec.alpha.or_k_gen = (function cljs$spec$alpha$or_k_gen(var_args){\nvar G__24054 = arguments.length;\nswitch (G__24054) {\ncase 1:\nreturn cljs.spec.alpha.or_k_gen.cljs$core$IFn$_invoke$arity$1((arguments[(0)]));\n\nbreak;\ncase 2:\nreturn cljs.spec.alpha.or_k_gen.cljs$core$IFn$_invoke$arity$2((arguments[(0)]),(arguments[(1)]));\n\nbreak;\ndefault:\nthrow (new Error([\"Invalid arity: \",cljs.core.str.cljs$core$IFn$_invoke$arity$1(arguments.length)].join('')));\n\n}\n});\n\n(cljs.spec.alpha.or_k_gen.cljs$core$IFn$_invoke$arity$1 = (function (s){\nreturn cljs.spec.alpha.or_k_gen.cljs$core$IFn$_invoke$arity$2((0),s);\n}));\n\n(cljs.spec.alpha.or_k_gen.cljs$core$IFn$_invoke$arity$2 = (function (min_count,s){\nreturn cljs.spec.gen.alpha.bind.cljs$core$IFn$_invoke$arity$variadic(cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([cljs.spec.gen.alpha.tuple.cljs$core$IFn$_invoke$arity$variadic(cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([cljs.spec.gen.alpha.choose.cljs$core$IFn$_invoke$arity$variadic(cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([min_count,cljs.core.count(s)], 0)),cljs.spec.gen.alpha.shuffle.cljs$core$IFn$_invoke$arity$variadic(cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([cljs.core.map.cljs$core$IFn$_invoke$arity$2(cljs.spec.alpha.k_gen,s)], 0))], 0)),(function (p__24061){\nvar vec__24063 = p__24061;\nvar n = cljs.core.nth.cljs$core$IFn$_invoke$arity$3(vec__24063,(0),null);\nvar gens = cljs.core.nth.cljs$core$IFn$_invoke$arity$3(vec__24063,(1),null);\nreturn cljs.core.apply.cljs$core$IFn$_invoke$arity$2(cljs.spec.gen.alpha.tuple,cljs.core.take.cljs$core$IFn$_invoke$arity$2(n,gens));\n})], 0));\n}));\n\n(cljs.spec.alpha.or_k_gen.cljs$lang$maxFixedArity = 2);\n\n/**\n * returns a tuple generator made up of generators for every element\n *   in s.\n */\ncljs.spec.alpha.and_k_gen = (function cljs$spec$alpha$and_k_gen(s){\nreturn cljs.core.apply.cljs$core$IFn$_invoke$arity$2(cljs.spec.gen.alpha.tuple,cljs.core.map.cljs$core$IFn$_invoke$arity$2(cljs.spec.alpha.k_gen,s));\n});\n\n/**\n* @constructor\n * @implements {cljs.spec.alpha.Spec}\n * @implements {cljs.core.IMeta}\n * @implements {cljs.spec.alpha.Specize}\n * @implements {cljs.core.IWithMeta}\n*/\ncljs.spec.alpha.t_cljs$spec$alpha24087 = (function (p__24079,keys__GT_specnames,opt,req_un,opt_un,gfn,pred_exprs,keys_pred,argm,opt_keys,req_specs,map__24081,req,id,req_keys,opt_specs,k__GT_s,pred_forms,meta24088){\nthis.p__24079 = p__24079;\nthis.keys__GT_specnames = keys__GT_specnames;\nthis.opt = opt;\nthis.req_un = req_un;\nthis.opt_un = opt_un;\nthis.gfn = gfn;\nthis.pred_exprs = pred_exprs;\nthis.keys_pred = keys_pred;\nthis.argm = argm;\nthis.opt_keys = opt_keys;\nthis.req_specs = req_specs;\nthis.map__24081 = map__24081;\nthis.req = req;\nthis.id = id;\nthis.req_keys = req_keys;\nthis.opt_specs = opt_specs;\nthis.k__GT_s = k__GT_s;\nthis.pred_forms = pred_forms;\nthis.meta24088 = meta24088;\nthis.cljs$lang$protocol_mask$partition0$ = 393216;\nthis.cljs$lang$protocol_mask$partition1$ = 0;\n});\n(cljs.spec.alpha.t_cljs$spec$alpha24087.prototype.cljs$core$IWithMeta$_with_meta$arity$2 = (function (_24089,meta24088__$1){\nvar self__ = this;\nvar _24089__$1 = this;\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha24087(self__.p__24079,self__.keys__GT_specnames,self__.opt,self__.req_un,self__.opt_un,self__.gfn,self__.pred_exprs,self__.keys_pred,self__.argm,self__.opt_keys,self__.req_specs,self__.map__24081,self__.req,self__.id,self__.req_keys,self__.opt_specs,self__.k__GT_s,self__.pred_forms,meta24088__$1));\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24087.prototype.cljs$core$IMeta$_meta$arity$1 = (function (_24089){\nvar self__ = this;\nvar _24089__$1 = this;\nreturn self__.meta24088;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24087.prototype.cljs$spec$alpha$Specize$ = cljs.core.PROTOCOL_SENTINEL);\n\n(cljs.spec.alpha.t_cljs$spec$alpha24087.prototype.cljs$spec$alpha$Specize$specize_STAR_$arity$1 = (function (s){\nvar self__ = this;\nvar s__$1 = this;\nreturn s__$1;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24087.prototype.cljs$spec$alpha$Specize$specize_STAR_$arity$2 = (function (s,_){\nvar self__ = this;\nvar s__$1 = this;\nreturn s__$1;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24087.prototype.cljs$spec$alpha$Spec$ = cljs.core.PROTOCOL_SENTINEL);\n\n(cljs.spec.alpha.t_cljs$spec$alpha24087.prototype.cljs$spec$alpha$Spec$conform_STAR_$arity$2 = (function (_,m){\nvar self__ = this;\nvar ___$1 = this;\nif(cljs.core.truth_((self__.keys_pred.cljs$core$IFn$_invoke$arity$1 ? self__.keys_pred.cljs$core$IFn$_invoke$arity$1(m) : self__.keys_pred.call(null, m)))){\nvar reg = cljs.spec.alpha.registry();\nvar ret = m;\nvar G__24107 = m;\nvar vec__24109 = G__24107;\nvar seq__24110 = cljs.core.seq(vec__24109);\nvar first__24111 = cljs.core.first(seq__24110);\nvar seq__24110__$1 = cljs.core.next(seq__24110);\nvar vec__24112 = first__24111;\nvar k = cljs.core.nth.cljs$core$IFn$_invoke$arity$3(vec__24112,(0),null);\nvar v = cljs.core.nth.cljs$core$IFn$_invoke$arity$3(vec__24112,(1),null);\nvar ks = seq__24110__$1;\nvar keys = vec__24109;\nvar ret__$1 = ret;\nvar G__24107__$1 = G__24107;\nwhile(true){\nvar ret__$2 = ret__$1;\nvar vec__24119 = G__24107__$1;\nvar seq__24120 = cljs.core.seq(vec__24119);\nvar first__24121 = cljs.core.first(seq__24120);\nvar seq__24120__$1 = cljs.core.next(seq__24120);\nvar vec__24122 = first__24121;\nvar k__$1 = cljs.core.nth.cljs$core$IFn$_invoke$arity$3(vec__24122,(0),null);\nvar v__$1 = cljs.core.nth.cljs$core$IFn$_invoke$arity$3(vec__24122,(1),null);\nvar ks__$1 = seq__24120__$1;\nvar keys__$1 = vec__24119;\nif(cljs.core.truth_(keys__$1)){\nvar sname = (self__.keys__GT_specnames.cljs$core$IFn$_invoke$arity$1 ? self__.keys__GT_specnames.cljs$core$IFn$_invoke$arity$1(k__$1) : self__.keys__GT_specnames.call(null, k__$1));\nvar temp__5802__auto__ = cljs.core.get.cljs$core$IFn$_invoke$arity$2(reg,sname);\nif(cljs.core.truth_(temp__5802__auto__)){\nvar s = temp__5802__auto__;\nvar cv = cljs.spec.alpha.conform(s,v__$1);\nif(cljs.spec.alpha.invalid_QMARK_(cv)){\nreturn new cljs.core.Keyword(\"cljs.spec.alpha\",\"invalid\",\"cljs.spec.alpha/invalid\",-1220295119);\n} else {\nvar G__26617 = (((cv === v__$1))?ret__$2:cljs.core.assoc.cljs$core$IFn$_invoke$arity$3(ret__$2,k__$1,cv));\nvar G__26618 = ks__$1;\nret__$1 = G__26617;\nG__24107__$1 = G__26618;\ncontinue;\n}\n} else {\nvar G__26619 = ret__$2;\nvar G__26620 = ks__$1;\nret__$1 = G__26619;\nG__24107__$1 = G__26620;\ncontinue;\n}\n} else {\nreturn ret__$2;\n}\nbreak;\n}\n} else {\nreturn new cljs.core.Keyword(\"cljs.spec.alpha\",\"invalid\",\"cljs.spec.alpha/invalid\",-1220295119);\n}\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24087.prototype.cljs$spec$alpha$Spec$unform_STAR_$arity$2 = (function (_,m){\nvar self__ = this;\nvar ___$1 = this;\nvar reg = cljs.spec.alpha.registry();\nvar ret = m;\nvar G__24129 = cljs.core.keys(m);\nvar vec__24132 = G__24129;\nvar seq__24133 = cljs.core.seq(vec__24132);\nvar first__24134 = cljs.core.first(seq__24133);\nvar seq__24133__$1 = cljs.core.next(seq__24133);\nvar k = first__24134;\nvar ks = seq__24133__$1;\nvar keys = vec__24132;\nvar ret__$1 = ret;\nvar G__24129__$1 = G__24129;\nwhile(true){\nvar ret__$2 = ret__$1;\nvar vec__24141 = G__24129__$1;\nvar seq__24142 = cljs.core.seq(vec__24141);\nvar first__24143 = cljs.core.first(seq__24142);\nvar seq__24142__$1 = cljs.core.next(seq__24142);\nvar k__$1 = first__24143;\nvar ks__$1 = seq__24142__$1;\nvar keys__$1 = vec__24141;\nif(cljs.core.truth_(keys__$1)){\nif(cljs.core.contains_QMARK_(reg,(self__.keys__GT_specnames.cljs$core$IFn$_invoke$arity$1 ? self__.keys__GT_specnames.cljs$core$IFn$_invoke$arity$1(k__$1) : self__.keys__GT_specnames.call(null, k__$1)))){\nvar cv = cljs.core.get.cljs$core$IFn$_invoke$arity$2(m,k__$1);\nvar v = cljs.spec.alpha.unform((self__.keys__GT_specnames.cljs$core$IFn$_invoke$arity$1 ? self__.keys__GT_specnames.cljs$core$IFn$_invoke$arity$1(k__$1) : self__.keys__GT_specnames.call(null, k__$1)),cv);\nvar G__26637 = (((cv === v))?ret__$2:cljs.core.assoc.cljs$core$IFn$_invoke$arity$3(ret__$2,k__$1,v));\nvar G__26638 = ks__$1;\nret__$1 = G__26637;\nG__24129__$1 = G__26638;\ncontinue;\n} else {\nvar G__26641 = ret__$2;\nvar G__26642 = ks__$1;\nret__$1 = G__26641;\nG__24129__$1 = G__26642;\ncontinue;\n}\n} else {\nreturn ret__$2;\n}\nbreak;\n}\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24087.prototype.cljs$spec$alpha$Spec$explain_STAR_$arity$5 = (function (_,path,via,in$,x){\nvar self__ = this;\nvar ___$1 = this;\nif((!(cljs.core.map_QMARK_(x)))){\nreturn new cljs.core.PersistentVector(null, 1, 5, cljs.core.PersistentVector.EMPTY_NODE, [new cljs.core.PersistentArrayMap(null, 5, [new cljs.core.Keyword(null,\"path\",\"path\",-188191168),path,new cljs.core.Keyword(null,\"pred\",\"pred\",1927423397),new cljs.core.Symbol(\"cljs.core\",\"map?\",\"cljs.core/map?\",-1390345523,null),new cljs.core.Keyword(null,\"val\",\"val\",128701612),x,new cljs.core.Keyword(null,\"via\",\"via\",-1904457336),via,new cljs.core.Keyword(null,\"in\",\"in\",-1531184865),in$], null)], null);\n} else {\nvar reg = cljs.spec.alpha.registry();\nreturn cljs.core.apply.cljs$core$IFn$_invoke$arity$3(cljs.core.concat,(function (){var temp__5804__auto__ = cljs.core.seq(cljs.core.keep.cljs$core$IFn$_invoke$arity$2(cljs.core.identity,cljs.core.map.cljs$core$IFn$_invoke$arity$3((function (pred,form){\nif(cljs.core.truth_((pred.cljs$core$IFn$_invoke$arity$1 ? pred.cljs$core$IFn$_invoke$arity$1(x) : pred.call(null, x)))){\nreturn null;\n} else {\nreturn form;\n}\n}),self__.pred_exprs,self__.pred_forms)));\nif(temp__5804__auto__){\nvar probs = temp__5804__auto__;\nreturn cljs.core.map.cljs$core$IFn$_invoke$arity$2((function (p1__24073_SHARP_){\nreturn cljs.core.identity(new cljs.core.PersistentArrayMap(null, 5, [new cljs.core.Keyword(null,\"path\",\"path\",-188191168),path,new cljs.core.Keyword(null,\"pred\",\"pred\",1927423397),p1__24073_SHARP_,new cljs.core.Keyword(null,\"val\",\"val\",128701612),x,new cljs.core.Keyword(null,\"via\",\"via\",-1904457336),via,new cljs.core.Keyword(null,\"in\",\"in\",-1531184865),in$], null));\n}),probs);\n} else {\nreturn null;\n}\n})(),cljs.core.map.cljs$core$IFn$_invoke$arity$2((function (p__24154){\nvar vec__24156 = p__24154;\nvar k = cljs.core.nth.cljs$core$IFn$_invoke$arity$3(vec__24156,(0),null);\nvar v = cljs.core.nth.cljs$core$IFn$_invoke$arity$3(vec__24156,(1),null);\nif((((!(cljs.core.contains_QMARK_(reg,(self__.keys__GT_specnames.cljs$core$IFn$_invoke$arity$1 ? self__.keys__GT_specnames.cljs$core$IFn$_invoke$arity$1(k) : self__.keys__GT_specnames.call(null, k)))))) || (cljs.spec.alpha.pvalid_QMARK_.cljs$core$IFn$_invoke$arity$3((self__.keys__GT_specnames.cljs$core$IFn$_invoke$arity$1 ? self__.keys__GT_specnames.cljs$core$IFn$_invoke$arity$1(k) : self__.keys__GT_specnames.call(null, k)),v,k)))){\nreturn null;\n} else {\nreturn cljs.spec.alpha.explain_1((self__.keys__GT_specnames.cljs$core$IFn$_invoke$arity$1 ? self__.keys__GT_specnames.cljs$core$IFn$_invoke$arity$1(k) : self__.keys__GT_specnames.call(null, k)),(self__.keys__GT_specnames.cljs$core$IFn$_invoke$arity$1 ? self__.keys__GT_specnames.cljs$core$IFn$_invoke$arity$1(k) : self__.keys__GT_specnames.call(null, k)),cljs.core.conj.cljs$core$IFn$_invoke$arity$2(path,k),via,cljs.core.conj.cljs$core$IFn$_invoke$arity$2(in$,k),v);\n}\n}),cljs.core.seq(x)));\n}\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24087.prototype.cljs$spec$alpha$Spec$gen_STAR_$arity$4 = (function (_,overrides,path,rmap){\nvar self__ = this;\nvar ___$1 = this;\nif(cljs.core.truth_(self__.gfn)){\nreturn (self__.gfn.cljs$core$IFn$_invoke$arity$0 ? self__.gfn.cljs$core$IFn$_invoke$arity$0() : self__.gfn.call(null, ));\n} else {\nvar rmap__$1 = cljs.spec.alpha.inck(rmap,self__.id);\nvar rgen = (function (k,s){\nreturn new cljs.core.PersistentVector(null, 2, 5, cljs.core.PersistentVector.EMPTY_NODE, [k,cljs.spec.alpha.gensub(s,overrides,cljs.core.conj.cljs$core$IFn$_invoke$arity$2(path,k),rmap__$1,k)], null);\n});\nvar ogen = (function (k,s){\nif(cljs.spec.alpha.recur_limit_QMARK_(rmap__$1,self__.id,path,k)){\nreturn null;\n} else {\nreturn new cljs.core.PersistentVector(null, 2, 5, cljs.core.PersistentVector.EMPTY_NODE, [k,cljs.spec.gen.alpha.delay_impl((new cljs.core.Delay((function (){\nreturn cljs.spec.alpha.gensub(s,overrides,cljs.core.conj.cljs$core$IFn$_invoke$arity$2(path,k),rmap__$1,k);\n}),null)))], null);\n}\n});\nvar reqs = cljs.core.map.cljs$core$IFn$_invoke$arity$3(rgen,self__.req_keys,self__.req_specs);\nvar opts = cljs.core.remove.cljs$core$IFn$_invoke$arity$2(cljs.core.nil_QMARK_,cljs.core.map.cljs$core$IFn$_invoke$arity$3(ogen,self__.opt_keys,self__.opt_specs));\nif(cljs.core.every_QMARK_(cljs.core.identity,cljs.core.concat.cljs$core$IFn$_invoke$arity$2(cljs.core.map.cljs$core$IFn$_invoke$arity$2(cljs.core.second,reqs),cljs.core.map.cljs$core$IFn$_invoke$arity$2(cljs.core.second,opts)))){\nreturn cljs.spec.gen.alpha.bind.cljs$core$IFn$_invoke$arity$variadic(cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([cljs.spec.gen.alpha.tuple.cljs$core$IFn$_invoke$arity$variadic(cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([cljs.spec.alpha.and_k_gen(self__.req),cljs.spec.alpha.or_k_gen.cljs$core$IFn$_invoke$arity$1(self__.opt),cljs.spec.alpha.and_k_gen(self__.req_un),cljs.spec.alpha.or_k_gen.cljs$core$IFn$_invoke$arity$1(self__.opt_un)], 0)),(function (p__24177){\nvar vec__24178 = p__24177;\nvar req_ks = cljs.core.nth.cljs$core$IFn$_invoke$arity$3(vec__24178,(0),null);\nvar opt_ks = 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cljs.core.Keyword(null,\"opt-un\",\"opt-un\",883442496),cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([self__.opt_un], 0));\n} else {\nreturn G__24194__$3;\n}\n})());\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24087.getBasis = (function (){\nreturn new cljs.core.PersistentVector(null, 19, 5, cljs.core.PersistentVector.EMPTY_NODE, [new cljs.core.Symbol(null,\"p__24079\",\"p__24079\",1666468260,null),new cljs.core.Symbol(null,\"keys->specnames\",\"keys->specnames\",1791294693,null),new cljs.core.Symbol(null,\"opt\",\"opt\",845825158,null),new cljs.core.Symbol(null,\"req-un\",\"req-un\",-1579864761,null),new cljs.core.Symbol(null,\"opt-un\",\"opt-un\",-1770993273,null),new cljs.core.Symbol(null,\"gfn\",\"gfn\",-1862918295,null),new cljs.core.Symbol(null,\"pred-exprs\",\"pred-exprs\",-862164374,null),new cljs.core.Symbol(null,\"keys-pred\",\"keys-pred\",-1795451030,null),new cljs.core.Symbol(null,\"argm\",\"argm\",-181546357,null),new cljs.core.Symbol(null,\"opt-keys\",\"opt-keys\",-1391747508,null),new cljs.core.Symbol(null,\"req-specs\",\"req-specs\",-2100473456,null),new cljs.core.Symbol(null,\"map__24081\",\"map__24081\",1774407863,null),new cljs.core.Symbol(null,\"req\",\"req\",1314083224,null),new cljs.core.Symbol(null,\"id\",\"id\",252129435,null),new cljs.core.Symbol(null,\"req-keys\",\"req-keys\",-2140116548,null),new cljs.core.Symbol(null,\"opt-specs\",\"opt-specs\",1255626077,null),new cljs.core.Symbol(null,\"k->s\",\"k->s\",-1685112801,null),new cljs.core.Symbol(null,\"pred-forms\",\"pred-forms\",1813143359,null),new cljs.core.Symbol(null,\"meta24088\",\"meta24088\",-730358078,null)], null);\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24087.cljs$lang$type = true);\n\n(cljs.spec.alpha.t_cljs$spec$alpha24087.cljs$lang$ctorStr = \"cljs.spec.alpha/t_cljs$spec$alpha24087\");\n\n(cljs.spec.alpha.t_cljs$spec$alpha24087.cljs$lang$ctorPrWriter = (function (this__5287__auto__,writer__5288__auto__,opt__5289__auto__){\nreturn cljs.core._write(writer__5288__auto__,\"cljs.spec.alpha/t_cljs$spec$alpha24087\");\n}));\n\n/**\n * Positional factory function for cljs.spec.alpha/t_cljs$spec$alpha24087.\n */\ncljs.spec.alpha.__GT_t_cljs$spec$alpha24087 = (function cljs$spec$alpha$__GT_t_cljs$spec$alpha24087(p__24079,keys__GT_specnames,opt,req_un,opt_un,gfn,pred_exprs,keys_pred,argm,opt_keys,req_specs,map__24081,req,id,req_keys,opt_specs,k__GT_s,pred_forms,meta24088){\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha24087(p__24079,keys__GT_specnames,opt,req_un,opt_un,gfn,pred_exprs,keys_pred,argm,opt_keys,req_specs,map__24081,req,id,req_keys,opt_specs,k__GT_s,pred_forms,meta24088));\n});\n\n\n/**\n * Do not call this directly, use 'spec' with a map argument\n */\ncljs.spec.alpha.map_spec_impl = (function cljs$spec$alpha$map_spec_impl(p__24079){\nvar map__24081 = p__24079;\nvar map__24081__$1 = cljs.core.__destructure_map(map__24081);\nvar argm = map__24081__$1;\nvar opt = cljs.core.get.cljs$core$IFn$_invoke$arity$2(map__24081__$1,new cljs.core.Keyword(null,\"opt\",\"opt\",-794706369));\nvar req_un = cljs.core.get.cljs$core$IFn$_invoke$arity$2(map__24081__$1,new cljs.core.Keyword(null,\"req-un\",\"req-un\",1074571008));\nvar opt_un = cljs.core.get.cljs$core$IFn$_invoke$arity$2(map__24081__$1,new cljs.core.Keyword(null,\"opt-un\",\"opt-un\",883442496));\nvar gfn = cljs.core.get.cljs$core$IFn$_invoke$arity$2(map__24081__$1,new cljs.core.Keyword(null,\"gfn\",\"gfn\",791517474));\nvar pred_exprs = cljs.core.get.cljs$core$IFn$_invoke$arity$2(map__24081__$1,new cljs.core.Keyword(null,\"pred-exprs\",\"pred-exprs\",1792271395));\nvar keys_pred = cljs.core.get.cljs$core$IFn$_invoke$arity$2(map__24081__$1,new cljs.core.Keyword(null,\"keys-pred\",\"keys-pred\",858984739));\nvar opt_keys = cljs.core.get.cljs$core$IFn$_invoke$arity$2(map__24081__$1,new cljs.core.Keyword(null,\"opt-keys\",\"opt-keys\",1262688261));\nvar req_specs = cljs.core.get.cljs$core$IFn$_invoke$arity$2(map__24081__$1,new cljs.core.Keyword(null,\"req-specs\",\"req-specs\",553962313));\nvar req = cljs.core.get.cljs$core$IFn$_invoke$arity$2(map__24081__$1,new cljs.core.Keyword(null,\"req\",\"req\",-326448303));\nvar req_keys = cljs.core.get.cljs$core$IFn$_invoke$arity$2(map__24081__$1,new cljs.core.Keyword(null,\"req-keys\",\"req-keys\",514319221));\nvar opt_specs = cljs.core.get.cljs$core$IFn$_invoke$arity$2(map__24081__$1,new cljs.core.Keyword(null,\"opt-specs\",\"opt-specs\",-384905450));\nvar pred_forms = cljs.core.get.cljs$core$IFn$_invoke$arity$2(map__24081__$1,new cljs.core.Keyword(null,\"pred-forms\",\"pred-forms\",172611832));\nvar k__GT_s = cljs.core.zipmap(cljs.core.concat.cljs$core$IFn$_invoke$arity$2(req_keys,opt_keys),cljs.core.concat.cljs$core$IFn$_invoke$arity$2(req_specs,opt_specs));\nvar keys__GT_specnames = (function (p1__24071_SHARP_){\nvar or__5002__auto__ = (k__GT_s.cljs$core$IFn$_invoke$arity$1 ? k__GT_s.cljs$core$IFn$_invoke$arity$1(p1__24071_SHARP_) : k__GT_s.call(null, p1__24071_SHARP_));\nif(cljs.core.truth_(or__5002__auto__)){\nreturn or__5002__auto__;\n} else {\nreturn p1__24071_SHARP_;\n}\n});\nvar id = cljs.core.random_uuid();\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha24087(p__24079,keys__GT_specnames,opt,req_un,opt_un,gfn,pred_exprs,keys_pred,argm,opt_keys,req_specs,map__24081__$1,req,id,req_keys,opt_specs,k__GT_s,pred_forms,cljs.core.PersistentArrayMap.EMPTY));\n});\n\n/**\n* @constructor\n * @implements {cljs.spec.alpha.Spec}\n * @implements {cljs.core.IMeta}\n * @implements {cljs.spec.alpha.Specize}\n * @implements {cljs.core.IWithMeta}\n*/\ncljs.spec.alpha.t_cljs$spec$alpha24312 = (function (form,pred,gfn,cpred_QMARK_,unc,meta24313){\nthis.form = form;\nthis.pred = pred;\nthis.gfn = gfn;\nthis.cpred_QMARK_ = cpred_QMARK_;\nthis.unc = unc;\nthis.meta24313 = meta24313;\nthis.cljs$lang$protocol_mask$partition0$ = 393216;\nthis.cljs$lang$protocol_mask$partition1$ = 0;\n});\n(cljs.spec.alpha.t_cljs$spec$alpha24312.prototype.cljs$core$IWithMeta$_with_meta$arity$2 = (function (_24314,meta24313__$1){\nvar self__ = this;\nvar _24314__$1 = this;\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha24312(self__.form,self__.pred,self__.gfn,self__.cpred_QMARK_,self__.unc,meta24313__$1));\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24312.prototype.cljs$core$IMeta$_meta$arity$1 = (function (_24314){\nvar self__ = this;\nvar _24314__$1 = this;\nreturn self__.meta24313;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24312.prototype.cljs$spec$alpha$Specize$ = cljs.core.PROTOCOL_SENTINEL);\n\n(cljs.spec.alpha.t_cljs$spec$alpha24312.prototype.cljs$spec$alpha$Specize$specize_STAR_$arity$1 = (function (s){\nvar self__ = this;\nvar s__$1 = this;\nreturn s__$1;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24312.prototype.cljs$spec$alpha$Specize$specize_STAR_$arity$2 = (function (s,_){\nvar self__ = this;\nvar s__$1 = this;\nreturn s__$1;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24312.prototype.cljs$spec$alpha$Spec$ = cljs.core.PROTOCOL_SENTINEL);\n\n(cljs.spec.alpha.t_cljs$spec$alpha24312.prototype.cljs$spec$alpha$Spec$conform_STAR_$arity$2 = (function (_,x){\nvar self__ = this;\nvar ___$1 = this;\nvar ret = (self__.pred.cljs$core$IFn$_invoke$arity$1 ? self__.pred.cljs$core$IFn$_invoke$arity$1(x) : self__.pred.call(null, x));\nif(cljs.core.truth_(self__.cpred_QMARK_)){\nreturn ret;\n} else {\nif(cljs.core.truth_(ret)){\nreturn x;\n} else {\nreturn new cljs.core.Keyword(\"cljs.spec.alpha\",\"invalid\",\"cljs.spec.alpha/invalid\",-1220295119);\n}\n}\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24312.prototype.cljs$spec$alpha$Spec$unform_STAR_$arity$2 = (function (_,x){\nvar self__ = this;\nvar ___$1 = this;\nif(cljs.core.truth_(self__.cpred_QMARK_)){\nif(cljs.core.truth_(self__.unc)){\nreturn (self__.unc.cljs$core$IFn$_invoke$arity$1 ? self__.unc.cljs$core$IFn$_invoke$arity$1(x) : self__.unc.call(null, x));\n} else {\nthrow (new Error(\"no unform fn for conformer\"));\n}\n} else {\nreturn x;\n}\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24312.prototype.cljs$spec$alpha$Spec$explain_STAR_$arity$5 = (function (_,path,via,in$,x){\nvar self__ = this;\nvar ___$1 = this;\nif(cljs.spec.alpha.invalid_QMARK_(cljs.spec.alpha.dt.cljs$core$IFn$_invoke$arity$4(self__.pred,x,self__.form,self__.cpred_QMARK_))){\nreturn new cljs.core.PersistentVector(null, 1, 5, cljs.core.PersistentVector.EMPTY_NODE, [new cljs.core.PersistentArrayMap(null, 5, [new cljs.core.Keyword(null,\"path\",\"path\",-188191168),path,new cljs.core.Keyword(null,\"pred\",\"pred\",1927423397),self__.form,new cljs.core.Keyword(null,\"val\",\"val\",128701612),x,new cljs.core.Keyword(null,\"via\",\"via\",-1904457336),via,new cljs.core.Keyword(null,\"in\",\"in\",-1531184865),in$], null)], null);\n} else {\nreturn null;\n}\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24312.prototype.cljs$spec$alpha$Spec$gen_STAR_$arity$4 = (function 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cljs.core.Symbol(null,\"pred\",\"pred\",-727012372,null),new cljs.core.Symbol(null,\"gfn\",\"gfn\",-1862918295,null),new cljs.core.Symbol(null,\"cpred?\",\"cpred?\",35589515,null),new cljs.core.Symbol(null,\"unc\",\"unc\",-465250751,null),new cljs.core.Symbol(null,\"meta24313\",\"meta24313\",-473590518,null)], null);\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24312.cljs$lang$type = true);\n\n(cljs.spec.alpha.t_cljs$spec$alpha24312.cljs$lang$ctorStr = \"cljs.spec.alpha/t_cljs$spec$alpha24312\");\n\n(cljs.spec.alpha.t_cljs$spec$alpha24312.cljs$lang$ctorPrWriter = (function (this__5287__auto__,writer__5288__auto__,opt__5289__auto__){\nreturn cljs.core._write(writer__5288__auto__,\"cljs.spec.alpha/t_cljs$spec$alpha24312\");\n}));\n\n/**\n * Positional factory function for cljs.spec.alpha/t_cljs$spec$alpha24312.\n */\ncljs.spec.alpha.__GT_t_cljs$spec$alpha24312 = (function cljs$spec$alpha$__GT_t_cljs$spec$alpha24312(form,pred,gfn,cpred_QMARK_,unc,meta24313){\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha24312(form,pred,gfn,cpred_QMARK_,unc,meta24313));\n});\n\n\n/**\n * Do not call this directly, use 'spec'\n */\ncljs.spec.alpha.spec_impl = (function cljs$spec$alpha$spec_impl(var_args){\nvar G__24245 = arguments.length;\nswitch (G__24245) {\ncase 4:\nreturn cljs.spec.alpha.spec_impl.cljs$core$IFn$_invoke$arity$4((arguments[(0)]),(arguments[(1)]),(arguments[(2)]),(arguments[(3)]));\n\nbreak;\ncase 5:\nreturn cljs.spec.alpha.spec_impl.cljs$core$IFn$_invoke$arity$5((arguments[(0)]),(arguments[(1)]),(arguments[(2)]),(arguments[(3)]),(arguments[(4)]));\n\nbreak;\ndefault:\nthrow (new Error([\"Invalid arity: \",cljs.core.str.cljs$core$IFn$_invoke$arity$1(arguments.length)].join('')));\n\n}\n});\n\n(cljs.spec.alpha.spec_impl.cljs$core$IFn$_invoke$arity$4 = (function (form,pred,gfn,cpred_QMARK_){\nreturn cljs.spec.alpha.spec_impl.cljs$core$IFn$_invoke$arity$5(form,pred,gfn,cpred_QMARK_,null);\n}));\n\n(cljs.spec.alpha.spec_impl.cljs$core$IFn$_invoke$arity$5 = (function (form,pred,gfn,cpred_QMARK_,unc){\nif(cljs.core.truth_(cljs.spec.alpha.spec_QMARK_(pred))){\nvar G__24286 = pred;\nif(cljs.core.truth_(gfn)){\nreturn cljs.spec.alpha.with_gen(G__24286,gfn);\n} else {\nreturn G__24286;\n}\n} else {\nif(cljs.core.truth_(cljs.spec.alpha.regex_QMARK_(pred))){\nreturn cljs.spec.alpha.regex_spec_impl(pred,gfn);\n} else {\nif(cljs.core.ident_QMARK_(pred)){\nvar G__24305 = cljs.spec.alpha.the_spec(pred);\nif(cljs.core.truth_(gfn)){\nreturn cljs.spec.alpha.with_gen(G__24305,gfn);\n} else {\nreturn G__24305;\n}\n} else {\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha24312(form,pred,gfn,cpred_QMARK_,unc,cljs.core.PersistentArrayMap.EMPTY));\n\n}\n}\n}\n}));\n\n(cljs.spec.alpha.spec_impl.cljs$lang$maxFixedArity = 5);\n\n\n/**\n* @constructor\n * @implements {cljs.spec.alpha.Spec}\n * @implements {cljs.core.IMeta}\n * @implements {cljs.spec.alpha.Specize}\n * @implements {cljs.core.IWithMeta}\n*/\ncljs.spec.alpha.t_cljs$spec$alpha24538 = (function (form,mmvar,retag,gfn,id,predx,dval,tag,meta24539){\nthis.form = form;\nthis.mmvar = mmvar;\nthis.retag = retag;\nthis.gfn = gfn;\nthis.id = id;\nthis.predx = predx;\nthis.dval = dval;\nthis.tag = tag;\nthis.meta24539 = meta24539;\nthis.cljs$lang$protocol_mask$partition0$ = 393216;\nthis.cljs$lang$protocol_mask$partition1$ = 0;\n});\n(cljs.spec.alpha.t_cljs$spec$alpha24538.prototype.cljs$core$IWithMeta$_with_meta$arity$2 = (function (_24540,meta24539__$1){\nvar self__ = this;\nvar _24540__$1 = this;\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha24538(self__.form,self__.mmvar,self__.retag,self__.gfn,self__.id,self__.predx,self__.dval,self__.tag,meta24539__$1));\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24538.prototype.cljs$core$IMeta$_meta$arity$1 = (function (_24540){\nvar self__ = this;\nvar _24540__$1 = this;\nreturn self__.meta24539;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24538.prototype.cljs$spec$alpha$Specize$ = cljs.core.PROTOCOL_SENTINEL);\n\n(cljs.spec.alpha.t_cljs$spec$alpha24538.prototype.cljs$spec$alpha$Specize$specize_STAR_$arity$1 = (function (s){\nvar self__ = this;\nvar s__$1 = this;\nreturn s__$1;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24538.prototype.cljs$spec$alpha$Specize$specize_STAR_$arity$2 = (function (s,_){\nvar self__ = this;\nvar s__$1 = this;\nreturn s__$1;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24538.prototype.cljs$spec$alpha$Spec$ = cljs.core.PROTOCOL_SENTINEL);\n\n(cljs.spec.alpha.t_cljs$spec$alpha24538.prototype.cljs$spec$alpha$Spec$conform_STAR_$arity$2 = (function (_,x){\nvar self__ = this;\nvar ___$1 = this;\nvar temp__5802__auto__ = (self__.predx.cljs$core$IFn$_invoke$arity$1 ? self__.predx.cljs$core$IFn$_invoke$arity$1(x) : self__.predx.call(null, x));\nif(cljs.core.truth_(temp__5802__auto__)){\nvar pred = temp__5802__auto__;\nreturn cljs.spec.alpha.dt.cljs$core$IFn$_invoke$arity$3(pred,x,self__.form);\n} else {\nreturn new cljs.core.Keyword(\"cljs.spec.alpha\",\"invalid\",\"cljs.spec.alpha/invalid\",-1220295119);\n}\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24538.prototype.cljs$spec$alpha$Spec$unform_STAR_$arity$2 = (function (_,x){\nvar self__ = this;\nvar ___$1 = this;\nvar temp__5802__auto__ = (self__.predx.cljs$core$IFn$_invoke$arity$1 ? self__.predx.cljs$core$IFn$_invoke$arity$1(x) : self__.predx.call(null, x));\nif(cljs.core.truth_(temp__5802__auto__)){\nvar pred = temp__5802__auto__;\nreturn cljs.spec.alpha.unform(pred,x);\n} else {\nthrow (new Error([\"No method of: \",cljs.core.str.cljs$core$IFn$_invoke$arity$1(self__.form),\" for dispatch value: \",cljs.core.str.cljs$core$IFn$_invoke$arity$1((self__.dval.cljs$core$IFn$_invoke$arity$1 ? self__.dval.cljs$core$IFn$_invoke$arity$1(x) : self__.dval.call(null, x)))].join('')));\n}\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24538.prototype.cljs$spec$alpha$Spec$explain_STAR_$arity$5 = (function (_,path,via,in$,x){\nvar self__ = this;\nvar ___$1 = this;\nvar dv = (self__.dval.cljs$core$IFn$_invoke$arity$1 ? self__.dval.cljs$core$IFn$_invoke$arity$1(x) : self__.dval.call(null, x));\nvar path__$1 = cljs.core.conj.cljs$core$IFn$_invoke$arity$2(path,dv);\nvar temp__5802__auto__ = (self__.predx.cljs$core$IFn$_invoke$arity$1 ? self__.predx.cljs$core$IFn$_invoke$arity$1(x) : self__.predx.call(null, x));\nif(cljs.core.truth_(temp__5802__auto__)){\nvar pred = temp__5802__auto__;\nreturn cljs.spec.alpha.explain_1(self__.form,pred,path__$1,via,in$,x);\n} else {\nreturn new cljs.core.PersistentVector(null, 1, 5, cljs.core.PersistentVector.EMPTY_NODE, [new cljs.core.PersistentArrayMap(null, 6, [new cljs.core.Keyword(null,\"path\",\"path\",-188191168),path__$1,new cljs.core.Keyword(null,\"pred\",\"pred\",1927423397),self__.form,new cljs.core.Keyword(null,\"val\",\"val\",128701612),x,new cljs.core.Keyword(null,\"reason\",\"reason\",-2070751759),\"no method\",new cljs.core.Keyword(null,\"via\",\"via\",-1904457336),via,new cljs.core.Keyword(null,\"in\",\"in\",-1531184865),in$], null)], null);\n}\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24538.prototype.cljs$spec$alpha$Spec$gen_STAR_$arity$4 = (function (_,overrides,path,rmap){\nvar self__ = this;\nvar ___$1 = this;\nif(cljs.core.truth_(self__.gfn)){\nreturn (self__.gfn.cljs$core$IFn$_invoke$arity$0 ? self__.gfn.cljs$core$IFn$_invoke$arity$0() : self__.gfn.call(null, ));\n} else {\nvar gen = (function (p__24565){\nvar vec__24568 = p__24565;\nvar k = cljs.core.nth.cljs$core$IFn$_invoke$arity$3(vec__24568,(0),null);\nvar f = cljs.core.nth.cljs$core$IFn$_invoke$arity$3(vec__24568,(1),null);\nvar p = (f.cljs$core$IFn$_invoke$arity$1 ? f.cljs$core$IFn$_invoke$arity$1(null) : f.call(null, null));\nvar rmap__$1 = cljs.spec.alpha.inck(rmap,self__.id);\nif(cljs.spec.alpha.recur_limit_QMARK_(rmap__$1,self__.id,path,k)){\nreturn null;\n} else {\nreturn cljs.spec.gen.alpha.delay_impl((new cljs.core.Delay((function (){\nreturn cljs.spec.gen.alpha.fmap.cljs$core$IFn$_invoke$arity$variadic(cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([(function (p1__24510_SHARP_){\nreturn (self__.tag.cljs$core$IFn$_invoke$arity$2 ? self__.tag.cljs$core$IFn$_invoke$arity$2(p1__24510_SHARP_,k) : self__.tag.call(null, p1__24510_SHARP_,k));\n}),cljs.spec.alpha.gensub(p,overrides,cljs.core.conj.cljs$core$IFn$_invoke$arity$2(path,k),rmap__$1,(new cljs.core.List(null,new cljs.core.Symbol(null,\"method\",\"method\",1696235119,null),(new cljs.core.List(null,self__.form,(new cljs.core.List(null,k,null,(1),null)),(2),null)),(3),null)))], 0));\n}),null)));\n}\n});\nvar gs = cljs.core.remove.cljs$core$IFn$_invoke$arity$2(cljs.core.nil_QMARK_,cljs.core.map.cljs$core$IFn$_invoke$arity$2(gen,cljs.core.remove.cljs$core$IFn$_invoke$arity$2((function (p__24581){\nvar vec__24584 = p__24581;\nvar k = cljs.core.nth.cljs$core$IFn$_invoke$arity$3(vec__24584,(0),null);\nreturn cljs.spec.alpha.invalid_QMARK_(k);\n}),cljs.core.methods$(cljs.core.deref(self__.mmvar)))));\nif(cljs.core.every_QMARK_(cljs.core.identity,gs)){\nreturn cljs.spec.gen.alpha.one_of.cljs$core$IFn$_invoke$arity$variadic(cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([gs], 0));\n} else {\nreturn null;\n}\n}\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24538.prototype.cljs$spec$alpha$Spec$with_gen_STAR_$arity$2 = (function (_,gfn__$1){\nvar self__ = this;\nvar ___$1 = this;\nreturn cljs.spec.alpha.multi_spec_impl.cljs$core$IFn$_invoke$arity$4(self__.form,self__.mmvar,self__.retag,gfn__$1);\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24538.prototype.cljs$spec$alpha$Spec$describe_STAR_$arity$1 = (function (_){\nvar self__ = this;\nvar ___$1 = this;\nreturn cljs.core.sequence.cljs$core$IFn$_invoke$arity$1(cljs.core.seq(cljs.core.concat.cljs$core$IFn$_invoke$arity$variadic((new cljs.core.List(null,new cljs.core.Symbol(\"cljs.spec.alpha\",\"multi-spec\",\"cljs.spec.alpha/multi-spec\",175821274,null),null,(1),null)),(new cljs.core.List(null,self__.form,null,(1),null)),cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([(new cljs.core.List(null,self__.retag,null,(1),null))], 0))));\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24538.getBasis = (function (){\nreturn new cljs.core.PersistentVector(null, 9, 5, cljs.core.PersistentVector.EMPTY_NODE, [new cljs.core.Symbol(null,\"form\",\"form\",16469056,null),new cljs.core.Symbol(null,\"mmvar\",\"mmvar\",-1714325675,null),new cljs.core.Symbol(null,\"retag\",\"retag\",528972725,null),new cljs.core.Symbol(null,\"gfn\",\"gfn\",-1862918295,null),new cljs.core.Symbol(null,\"id\",\"id\",252129435,null),new cljs.core.Symbol(null,\"predx\",\"predx\",2063470948,null),new cljs.core.Symbol(null,\"dval\",\"dval\",835211877,null),new cljs.core.Symbol(null,\"tag\",\"tag\",350170304,null),new cljs.core.Symbol(null,\"meta24539\",\"meta24539\",272357320,null)], null);\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24538.cljs$lang$type = true);\n\n(cljs.spec.alpha.t_cljs$spec$alpha24538.cljs$lang$ctorStr = \"cljs.spec.alpha/t_cljs$spec$alpha24538\");\n\n(cljs.spec.alpha.t_cljs$spec$alpha24538.cljs$lang$ctorPrWriter = (function (this__5287__auto__,writer__5288__auto__,opt__5289__auto__){\nreturn cljs.core._write(writer__5288__auto__,\"cljs.spec.alpha/t_cljs$spec$alpha24538\");\n}));\n\n/**\n * Positional factory function for cljs.spec.alpha/t_cljs$spec$alpha24538.\n */\ncljs.spec.alpha.__GT_t_cljs$spec$alpha24538 = (function cljs$spec$alpha$__GT_t_cljs$spec$alpha24538(form,mmvar,retag,gfn,id,predx,dval,tag,meta24539){\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha24538(form,mmvar,retag,gfn,id,predx,dval,tag,meta24539));\n});\n\n\n/**\n * Do not call this directly, use 'multi-spec'\n */\ncljs.spec.alpha.multi_spec_impl = (function cljs$spec$alpha$multi_spec_impl(var_args){\nvar G__24518 = arguments.length;\nswitch (G__24518) {\ncase 3:\nreturn cljs.spec.alpha.multi_spec_impl.cljs$core$IFn$_invoke$arity$3((arguments[(0)]),(arguments[(1)]),(arguments[(2)]));\n\nbreak;\ncase 4:\nreturn cljs.spec.alpha.multi_spec_impl.cljs$core$IFn$_invoke$arity$4((arguments[(0)]),(arguments[(1)]),(arguments[(2)]),(arguments[(3)]));\n\nbreak;\ndefault:\nthrow (new Error([\"Invalid arity: \",cljs.core.str.cljs$core$IFn$_invoke$arity$1(arguments.length)].join('')));\n\n}\n});\n\n(cljs.spec.alpha.multi_spec_impl.cljs$core$IFn$_invoke$arity$3 = (function (form,mmvar,retag){\nreturn cljs.spec.alpha.multi_spec_impl.cljs$core$IFn$_invoke$arity$4(form,mmvar,retag,null);\n}));\n\n(cljs.spec.alpha.multi_spec_impl.cljs$core$IFn$_invoke$arity$4 = (function (form,mmvar,retag,gfn){\nvar id = cljs.core.random_uuid();\nvar predx = (function (p1__24502_SHARP_){\nvar mm = cljs.core.deref(mmvar);\nvar and__5000__auto__ = cljs.core._get_method(mm,(function (){var fexpr__24531 = cljs.core._dispatch_fn(mm);\nreturn (fexpr__24531.cljs$core$IFn$_invoke$arity$1 ? fexpr__24531.cljs$core$IFn$_invoke$arity$1(p1__24502_SHARP_) : fexpr__24531.call(null, p1__24502_SHARP_));\n})());\nif(cljs.core.truth_(and__5000__auto__)){\nreturn (mm.cljs$core$IFn$_invoke$arity$1 ? mm.cljs$core$IFn$_invoke$arity$1(p1__24502_SHARP_) : mm.call(null, p1__24502_SHARP_));\n} else {\nreturn and__5000__auto__;\n}\n});\nvar dval = (function (p1__24504_SHARP_){\nvar fexpr__24535 = cljs.core._dispatch_fn(cljs.core.deref(mmvar));\nreturn (fexpr__24535.cljs$core$IFn$_invoke$arity$1 ? fexpr__24535.cljs$core$IFn$_invoke$arity$1(p1__24504_SHARP_) : fexpr__24535.call(null, p1__24504_SHARP_));\n});\nvar tag = (((retag instanceof cljs.core.Keyword))?(function (p1__24506_SHARP_,p2__24507_SHARP_){\nreturn cljs.core.assoc.cljs$core$IFn$_invoke$arity$3(p1__24506_SHARP_,retag,p2__24507_SHARP_);\n}):retag);\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha24538(form,mmvar,retag,gfn,id,predx,dval,tag,cljs.core.PersistentArrayMap.EMPTY));\n}));\n\n(cljs.spec.alpha.multi_spec_impl.cljs$lang$maxFixedArity = 4);\n\n\n/**\n* @constructor\n * @implements {cljs.spec.alpha.Spec}\n * @implements {cljs.core.IMeta}\n * @implements {cljs.spec.alpha.Specize}\n * @implements {cljs.core.IWithMeta}\n*/\ncljs.spec.alpha.t_cljs$spec$alpha24632 = (function (forms,preds,gfn,specs,cnt,meta24633){\nthis.forms = forms;\nthis.preds = preds;\nthis.gfn = gfn;\nthis.specs = specs;\nthis.cnt = cnt;\nthis.meta24633 = meta24633;\nthis.cljs$lang$protocol_mask$partition0$ = 393216;\nthis.cljs$lang$protocol_mask$partition1$ = 0;\n});\n(cljs.spec.alpha.t_cljs$spec$alpha24632.prototype.cljs$core$IWithMeta$_with_meta$arity$2 = (function (_24634,meta24633__$1){\nvar self__ = this;\nvar _24634__$1 = this;\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha24632(self__.forms,self__.preds,self__.gfn,self__.specs,self__.cnt,meta24633__$1));\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24632.prototype.cljs$core$IMeta$_meta$arity$1 = (function (_24634){\nvar self__ = this;\nvar _24634__$1 = this;\nreturn self__.meta24633;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24632.prototype.cljs$spec$alpha$Specize$ = cljs.core.PROTOCOL_SENTINEL);\n\n(cljs.spec.alpha.t_cljs$spec$alpha24632.prototype.cljs$spec$alpha$Specize$specize_STAR_$arity$1 = (function (s){\nvar self__ = this;\nvar s__$1 = this;\nreturn s__$1;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24632.prototype.cljs$spec$alpha$Specize$specize_STAR_$arity$2 = (function (s,_){\nvar self__ = this;\nvar s__$1 = this;\nreturn s__$1;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24632.prototype.cljs$spec$alpha$Spec$ = cljs.core.PROTOCOL_SENTINEL);\n\n(cljs.spec.alpha.t_cljs$spec$alpha24632.prototype.cljs$spec$alpha$Spec$conform_STAR_$arity$2 = (function (_,x){\nvar self__ = this;\nvar ___$1 = this;\nvar specs__$1 = cljs.core.deref(self__.specs);\nif((!(((cljs.core.vector_QMARK_(x)) && (cljs.core._EQ_.cljs$core$IFn$_invoke$arity$2(cljs.core.count(x),self__.cnt)))))){\nreturn new cljs.core.Keyword(\"cljs.spec.alpha\",\"invalid\",\"cljs.spec.alpha/invalid\",-1220295119);\n} else {\nvar ret = x;\nvar i = (0);\nwhile(true){\nif(cljs.core._EQ_.cljs$core$IFn$_invoke$arity$2(i,self__.cnt)){\nreturn ret;\n} else {\nvar v = (x.cljs$core$IFn$_invoke$arity$1 ? x.cljs$core$IFn$_invoke$arity$1(i) : x.call(null, i));\nvar cv = cljs.spec.alpha.conform_STAR_((specs__$1.cljs$core$IFn$_invoke$arity$1 ? specs__$1.cljs$core$IFn$_invoke$arity$1(i) : specs__$1.call(null, i)),v);\nif(cljs.spec.alpha.invalid_QMARK_(cv)){\nreturn new cljs.core.Keyword(\"cljs.spec.alpha\",\"invalid\",\"cljs.spec.alpha/invalid\",-1220295119);\n} else {\nvar G__26748 = (((cv === v))?ret:cljs.core.assoc.cljs$core$IFn$_invoke$arity$3(ret,i,cv));\nvar G__26749 = (i + (1));\nret = G__26748;\ni = G__26749;\ncontinue;\n}\n}\nbreak;\n}\n}\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24632.prototype.cljs$spec$alpha$Spec$unform_STAR_$arity$2 = (function (_,x){\nvar self__ = this;\nvar ___$1 = this;\nif(((cljs.core.vector_QMARK_(x)) && (cljs.core._EQ_.cljs$core$IFn$_invoke$arity$2(cljs.core.count(x),cljs.core.count(self__.preds))))){\n} else {\nthrow (new Error(\"Assert failed: (c/and (vector? x) (= (count x) (count preds)))\"));\n}\n\nvar ret = x;\nvar i = (0);\nwhile(true){\nif(cljs.core._EQ_.cljs$core$IFn$_invoke$arity$2(i,cljs.core.count(x))){\nreturn ret;\n} else {\nvar cv = (x.cljs$core$IFn$_invoke$arity$1 ? x.cljs$core$IFn$_invoke$arity$1(i) : x.call(null, i));\nvar v = cljs.spec.alpha.unform((self__.preds.cljs$core$IFn$_invoke$arity$1 ? self__.preds.cljs$core$IFn$_invoke$arity$1(i) : self__.preds.call(null, i)),cv);\nvar G__26755 = (((cv === v))?ret:cljs.core.assoc.cljs$core$IFn$_invoke$arity$3(ret,i,v));\nvar G__26756 = (i + (1));\nret = G__26755;\ni = G__26756;\ncontinue;\n}\nbreak;\n}\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24632.prototype.cljs$spec$alpha$Spec$explain_STAR_$arity$5 = (function (_,path,via,in$,x){\nvar self__ = this;\nvar ___$1 = this;\nif((!(cljs.core.vector_QMARK_(x)))){\nreturn new cljs.core.PersistentVector(null, 1, 5, cljs.core.PersistentVector.EMPTY_NODE, [new cljs.core.PersistentArrayMap(null, 5, [new cljs.core.Keyword(null,\"path\",\"path\",-188191168),path,new cljs.core.Keyword(null,\"pred\",\"pred\",1927423397),new cljs.core.Symbol(\"cljs.core\",\"vector?\",\"cljs.core/vector?\",-1550392028,null),new cljs.core.Keyword(null,\"val\",\"val\",128701612),x,new cljs.core.Keyword(null,\"via\",\"via\",-1904457336),via,new cljs.core.Keyword(null,\"in\",\"in\",-1531184865),in$], null)], null);\n} else {\nif(cljs.core.not_EQ_.cljs$core$IFn$_invoke$arity$2(cljs.core.count(x),cljs.core.count(self__.preds))){\nreturn new cljs.core.PersistentVector(null, 1, 5, cljs.core.PersistentVector.EMPTY_NODE, [new cljs.core.PersistentArrayMap(null, 5, [new cljs.core.Keyword(null,\"path\",\"path\",-188191168),path,new cljs.core.Keyword(null,\"pred\",\"pred\",1927423397),cljs.core.sequence.cljs$core$IFn$_invoke$arity$1(cljs.core.seq(cljs.core.concat.cljs$core$IFn$_invoke$arity$variadic((new cljs.core.List(null,new cljs.core.Symbol(\"cljs.core\",\"=\",\"cljs.core/=\",-1891498332,null),null,(1),null)),(new cljs.core.List(null,cljs.core.sequence.cljs$core$IFn$_invoke$arity$1(cljs.core.seq(cljs.core.concat.cljs$core$IFn$_invoke$arity$2((new cljs.core.List(null,new cljs.core.Symbol(\"cljs.core\",\"count\",\"cljs.core/count\",-921270233,null),null,(1),null)),(new cljs.core.List(null,new cljs.core.Symbol(null,\"%\",\"%\",-950237169,null),null,(1),null))))),null,(1),null)),cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([(new cljs.core.List(null,cljs.core.count(self__.preds),null,(1),null))], 0)))),new cljs.core.Keyword(null,\"val\",\"val\",128701612),x,new cljs.core.Keyword(null,\"via\",\"via\",-1904457336),via,new cljs.core.Keyword(null,\"in\",\"in\",-1531184865),in$], null)], null);\n} else {\nreturn cljs.core.apply.cljs$core$IFn$_invoke$arity$2(cljs.core.concat,cljs.core.map.cljs$core$IFn$_invoke$arity$4((function (i,form,pred){\nvar v = (x.cljs$core$IFn$_invoke$arity$1 ? x.cljs$core$IFn$_invoke$arity$1(i) : x.call(null, i));\nif(cljs.spec.alpha.pvalid_QMARK_.cljs$core$IFn$_invoke$arity$2(pred,v)){\nreturn null;\n} else {\nreturn cljs.spec.alpha.explain_1(form,pred,cljs.core.conj.cljs$core$IFn$_invoke$arity$2(path,i),via,cljs.core.conj.cljs$core$IFn$_invoke$arity$2(in$,i),v);\n}\n}),cljs.core.range.cljs$core$IFn$_invoke$arity$1(cljs.core.count(self__.preds)),self__.forms,self__.preds));\n\n}\n}\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24632.prototype.cljs$spec$alpha$Spec$gen_STAR_$arity$4 = (function (_,overrides,path,rmap){\nvar self__ = this;\nvar ___$1 = this;\nif(cljs.core.truth_(self__.gfn)){\nreturn (self__.gfn.cljs$core$IFn$_invoke$arity$0 ? self__.gfn.cljs$core$IFn$_invoke$arity$0() : self__.gfn.call(null, ));\n} else {\nvar gen = (function (i,p,f){\nreturn cljs.spec.alpha.gensub(p,overrides,cljs.core.conj.cljs$core$IFn$_invoke$arity$2(path,i),rmap,f);\n});\nvar gs = cljs.core.map.cljs$core$IFn$_invoke$arity$4(gen,cljs.core.range.cljs$core$IFn$_invoke$arity$1(cljs.core.count(self__.preds)),self__.preds,self__.forms);\nif(cljs.core.every_QMARK_(cljs.core.identity,gs)){\nreturn cljs.core.apply.cljs$core$IFn$_invoke$arity$2(cljs.spec.gen.alpha.tuple,gs);\n} else {\nreturn null;\n}\n}\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24632.prototype.cljs$spec$alpha$Spec$with_gen_STAR_$arity$2 = (function (_,gfn__$1){\nvar self__ = this;\nvar ___$1 = this;\nreturn cljs.spec.alpha.tuple_impl.cljs$core$IFn$_invoke$arity$3(self__.forms,self__.preds,gfn__$1);\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24632.prototype.cljs$spec$alpha$Spec$describe_STAR_$arity$1 = (function (_){\nvar self__ = this;\nvar ___$1 = this;\nreturn cljs.core.sequence.cljs$core$IFn$_invoke$arity$1(cljs.core.seq(cljs.core.concat.cljs$core$IFn$_invoke$arity$2((new cljs.core.List(null,new cljs.core.Symbol(\"cljs.spec.alpha\",\"tuple\",\"cljs.spec.alpha/tuple\",-415901908,null),null,(1),null)),self__.forms)));\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24632.getBasis = (function (){\nreturn new cljs.core.PersistentVector(null, 6, 5, cljs.core.PersistentVector.EMPTY_NODE, [new cljs.core.Symbol(null,\"forms\",\"forms\",-608443419,null),new cljs.core.Symbol(null,\"preds\",\"preds\",150921777,null),new cljs.core.Symbol(null,\"gfn\",\"gfn\",-1862918295,null),new cljs.core.Symbol(null,\"specs\",\"specs\",-1227865028,null),new cljs.core.Symbol(null,\"cnt\",\"cnt\",1924510325,null),new cljs.core.Symbol(null,\"meta24633\",\"meta24633\",-601352932,null)], null);\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24632.cljs$lang$type = true);\n\n(cljs.spec.alpha.t_cljs$spec$alpha24632.cljs$lang$ctorStr = \"cljs.spec.alpha/t_cljs$spec$alpha24632\");\n\n(cljs.spec.alpha.t_cljs$spec$alpha24632.cljs$lang$ctorPrWriter = (function (this__5287__auto__,writer__5288__auto__,opt__5289__auto__){\nreturn cljs.core._write(writer__5288__auto__,\"cljs.spec.alpha/t_cljs$spec$alpha24632\");\n}));\n\n/**\n * Positional factory function for cljs.spec.alpha/t_cljs$spec$alpha24632.\n */\ncljs.spec.alpha.__GT_t_cljs$spec$alpha24632 = (function cljs$spec$alpha$__GT_t_cljs$spec$alpha24632(forms,preds,gfn,specs,cnt,meta24633){\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha24632(forms,preds,gfn,specs,cnt,meta24633));\n});\n\n\n/**\n * Do not call this directly, use 'tuple'\n */\ncljs.spec.alpha.tuple_impl = (function cljs$spec$alpha$tuple_impl(var_args){\nvar G__24622 = arguments.length;\nswitch (G__24622) {\ncase 2:\nreturn cljs.spec.alpha.tuple_impl.cljs$core$IFn$_invoke$arity$2((arguments[(0)]),(arguments[(1)]));\n\nbreak;\ncase 3:\nreturn cljs.spec.alpha.tuple_impl.cljs$core$IFn$_invoke$arity$3((arguments[(0)]),(arguments[(1)]),(arguments[(2)]));\n\nbreak;\ndefault:\nthrow (new Error([\"Invalid arity: \",cljs.core.str.cljs$core$IFn$_invoke$arity$1(arguments.length)].join('')));\n\n}\n});\n\n(cljs.spec.alpha.tuple_impl.cljs$core$IFn$_invoke$arity$2 = (function (forms,preds){\nreturn cljs.spec.alpha.tuple_impl.cljs$core$IFn$_invoke$arity$3(forms,preds,null);\n}));\n\n(cljs.spec.alpha.tuple_impl.cljs$core$IFn$_invoke$arity$3 = (function (forms,preds,gfn){\nvar specs = (new cljs.core.Delay((function (){\nreturn cljs.core.mapv.cljs$core$IFn$_invoke$arity$3(cljs.spec.alpha.specize,preds,forms);\n}),null));\nvar cnt = cljs.core.count(preds);\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha24632(forms,preds,gfn,specs,cnt,cljs.core.PersistentArrayMap.EMPTY));\n}));\n\n(cljs.spec.alpha.tuple_impl.cljs$lang$maxFixedArity = 3);\n\ncljs.spec.alpha.tagged_ret = (function cljs$spec$alpha$tagged_ret(tag,ret){\nreturn (new cljs.core.MapEntry(tag,ret,null));\n});\n\n/**\n* @constructor\n * @implements {cljs.spec.alpha.Spec}\n * @implements {cljs.core.IMeta}\n * @implements {cljs.spec.alpha.Specize}\n * @implements {cljs.core.IWithMeta}\n*/\ncljs.spec.alpha.t_cljs$spec$alpha24714 = (function (keys,forms,preds,gfn,id,kps,specs,cform,meta24715){\nthis.keys = keys;\nthis.forms = forms;\nthis.preds = preds;\nthis.gfn = gfn;\nthis.id = id;\nthis.kps = kps;\nthis.specs = specs;\nthis.cform = cform;\nthis.meta24715 = meta24715;\nthis.cljs$lang$protocol_mask$partition0$ = 393216;\nthis.cljs$lang$protocol_mask$partition1$ = 0;\n});\n(cljs.spec.alpha.t_cljs$spec$alpha24714.prototype.cljs$core$IWithMeta$_with_meta$arity$2 = (function (_24716,meta24715__$1){\nvar self__ = this;\nvar _24716__$1 = this;\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha24714(self__.keys,self__.forms,self__.preds,self__.gfn,self__.id,self__.kps,self__.specs,self__.cform,meta24715__$1));\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24714.prototype.cljs$core$IMeta$_meta$arity$1 = (function (_24716){\nvar self__ = this;\nvar _24716__$1 = this;\nreturn self__.meta24715;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24714.prototype.cljs$spec$alpha$Specize$ = cljs.core.PROTOCOL_SENTINEL);\n\n(cljs.spec.alpha.t_cljs$spec$alpha24714.prototype.cljs$spec$alpha$Specize$specize_STAR_$arity$1 = (function (s){\nvar self__ = this;\nvar s__$1 = this;\nreturn s__$1;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24714.prototype.cljs$spec$alpha$Specize$specize_STAR_$arity$2 = (function (s,_){\nvar self__ = this;\nvar s__$1 = this;\nreturn s__$1;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24714.prototype.cljs$spec$alpha$Spec$ = cljs.core.PROTOCOL_SENTINEL);\n\n(cljs.spec.alpha.t_cljs$spec$alpha24714.prototype.cljs$spec$alpha$Spec$conform_STAR_$arity$2 = (function (_,x){\nvar self__ = this;\nvar ___$1 = this;\nreturn (self__.cform.cljs$core$IFn$_invoke$arity$1 ? self__.cform.cljs$core$IFn$_invoke$arity$1(x) : self__.cform.call(null, x));\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24714.prototype.cljs$spec$alpha$Spec$unform_STAR_$arity$2 = (function (_,p__24722){\nvar self__ = this;\nvar vec__24723 = p__24722;\nvar k = cljs.core.nth.cljs$core$IFn$_invoke$arity$3(vec__24723,(0),null);\nvar x = cljs.core.nth.cljs$core$IFn$_invoke$arity$3(vec__24723,(1),null);\nvar ___$1 = this;\nreturn cljs.spec.alpha.unform((self__.kps.cljs$core$IFn$_invoke$arity$1 ? self__.kps.cljs$core$IFn$_invoke$arity$1(k) : self__.kps.call(null, k)),x);\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24714.prototype.cljs$spec$alpha$Spec$explain_STAR_$arity$5 = (function (this$,path,via,in$,x){\nvar self__ = this;\nvar this$__$1 = this;\nif(cljs.spec.alpha.pvalid_QMARK_.cljs$core$IFn$_invoke$arity$2(this$__$1,x)){\nreturn null;\n} else {\nreturn cljs.core.apply.cljs$core$IFn$_invoke$arity$2(cljs.core.concat,cljs.core.map.cljs$core$IFn$_invoke$arity$4((function (k,form,pred){\nif(cljs.spec.alpha.pvalid_QMARK_.cljs$core$IFn$_invoke$arity$2(pred,x)){\nreturn null;\n} else {\nreturn cljs.spec.alpha.explain_1(form,pred,cljs.core.conj.cljs$core$IFn$_invoke$arity$2(path,k),via,in$,x);\n}\n}),self__.keys,self__.forms,self__.preds));\n}\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24714.prototype.cljs$spec$alpha$Spec$gen_STAR_$arity$4 = (function (_,overrides,path,rmap){\nvar self__ = this;\nvar ___$1 = this;\nif(cljs.core.truth_(self__.gfn)){\nreturn (self__.gfn.cljs$core$IFn$_invoke$arity$0 ? self__.gfn.cljs$core$IFn$_invoke$arity$0() : self__.gfn.call(null, ));\n} else {\nvar gen = (function (k,p,f){\nvar rmap__$1 = cljs.spec.alpha.inck(rmap,self__.id);\nif(cljs.spec.alpha.recur_limit_QMARK_(rmap__$1,self__.id,path,k)){\nreturn null;\n} else {\nreturn cljs.spec.gen.alpha.delay_impl((new cljs.core.Delay((function (){\nreturn cljs.spec.alpha.gensub(p,overrides,cljs.core.conj.cljs$core$IFn$_invoke$arity$2(path,k),rmap__$1,f);\n}),null)));\n}\n});\nvar gs = cljs.core.remove.cljs$core$IFn$_invoke$arity$2(cljs.core.nil_QMARK_,cljs.core.map.cljs$core$IFn$_invoke$arity$4(gen,self__.keys,self__.preds,self__.forms));\nif(cljs.core.empty_QMARK_(gs)){\nreturn null;\n} else {\nreturn cljs.spec.gen.alpha.one_of.cljs$core$IFn$_invoke$arity$variadic(cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([gs], 0));\n}\n}\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24714.prototype.cljs$spec$alpha$Spec$with_gen_STAR_$arity$2 = (function (_,gfn__$1){\nvar self__ = this;\nvar ___$1 = this;\nreturn (cljs.spec.alpha.or_spec_impl.cljs$core$IFn$_invoke$arity$4 ? cljs.spec.alpha.or_spec_impl.cljs$core$IFn$_invoke$arity$4(self__.keys,self__.forms,self__.preds,gfn__$1) : cljs.spec.alpha.or_spec_impl.call(null, self__.keys,self__.forms,self__.preds,gfn__$1));\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24714.prototype.cljs$spec$alpha$Spec$describe_STAR_$arity$1 = (function (_){\nvar self__ = this;\nvar ___$1 = this;\nreturn cljs.core.sequence.cljs$core$IFn$_invoke$arity$1(cljs.core.seq(cljs.core.concat.cljs$core$IFn$_invoke$arity$2((new cljs.core.List(null,new cljs.core.Symbol(\"cljs.spec.alpha\",\"or\",\"cljs.spec.alpha/or\",-831679639,null),null,(1),null)),cljs.core.mapcat.cljs$core$IFn$_invoke$arity$variadic(cljs.core.vector,cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([self__.keys,self__.forms], 0)))));\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24714.getBasis = (function (){\nreturn new cljs.core.PersistentVector(null, 9, 5, cljs.core.PersistentVector.EMPTY_NODE, [new cljs.core.Symbol(null,\"keys\",\"keys\",-1586012071,null),new cljs.core.Symbol(null,\"forms\",\"forms\",-608443419,null),new cljs.core.Symbol(null,\"preds\",\"preds\",150921777,null),new cljs.core.Symbol(null,\"gfn\",\"gfn\",-1862918295,null),new cljs.core.Symbol(null,\"id\",\"id\",252129435,null),new cljs.core.Symbol(null,\"kps\",\"kps\",-1157342767,null),new cljs.core.Symbol(null,\"specs\",\"specs\",-1227865028,null),new cljs.core.Symbol(null,\"cform\",\"cform\",1319506748,null),new cljs.core.Symbol(null,\"meta24715\",\"meta24715\",-542060588,null)], null);\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24714.cljs$lang$type = true);\n\n(cljs.spec.alpha.t_cljs$spec$alpha24714.cljs$lang$ctorStr = \"cljs.spec.alpha/t_cljs$spec$alpha24714\");\n\n(cljs.spec.alpha.t_cljs$spec$alpha24714.cljs$lang$ctorPrWriter = (function (this__5287__auto__,writer__5288__auto__,opt__5289__auto__){\nreturn cljs.core._write(writer__5288__auto__,\"cljs.spec.alpha/t_cljs$spec$alpha24714\");\n}));\n\n/**\n * Positional factory function for cljs.spec.alpha/t_cljs$spec$alpha24714.\n */\ncljs.spec.alpha.__GT_t_cljs$spec$alpha24714 = (function cljs$spec$alpha$__GT_t_cljs$spec$alpha24714(keys,forms,preds,gfn,id,kps,specs,cform,meta24715){\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha24714(keys,forms,preds,gfn,id,kps,specs,cform,meta24715));\n});\n\n\n/**\n * Do not call this directly, use 'or'\n */\ncljs.spec.alpha.or_spec_impl = (function cljs$spec$alpha$or_spec_impl(keys,forms,preds,gfn){\nvar id = cljs.core.random_uuid();\nvar kps = cljs.core.zipmap(keys,preds);\nvar specs = (new cljs.core.Delay((function (){\nreturn cljs.core.mapv.cljs$core$IFn$_invoke$arity$3(cljs.spec.alpha.specize,preds,forms);\n}),null));\nvar cform = (function (){var G__24697 = cljs.core.count(preds);\nswitch (G__24697) {\ncase (2):\nreturn (function (x){\nvar specs__$1 = cljs.core.deref(specs);\nvar ret = cljs.spec.alpha.conform_STAR_((specs__$1.cljs$core$IFn$_invoke$arity$1 ? specs__$1.cljs$core$IFn$_invoke$arity$1((0)) : specs__$1.call(null, (0))),x);\nif(cljs.spec.alpha.invalid_QMARK_(ret)){\nvar ret__$1 = cljs.spec.alpha.conform_STAR_((specs__$1.cljs$core$IFn$_invoke$arity$1 ? specs__$1.cljs$core$IFn$_invoke$arity$1((1)) : specs__$1.call(null, (1))),x);\nif(cljs.spec.alpha.invalid_QMARK_(ret__$1)){\nreturn new cljs.core.Keyword(\"cljs.spec.alpha\",\"invalid\",\"cljs.spec.alpha/invalid\",-1220295119);\n} else {\nreturn cljs.spec.alpha.tagged_ret((keys.cljs$core$IFn$_invoke$arity$1 ? keys.cljs$core$IFn$_invoke$arity$1((1)) : keys.call(null, (1))),ret__$1);\n}\n} else {\nreturn cljs.spec.alpha.tagged_ret((keys.cljs$core$IFn$_invoke$arity$1 ? keys.cljs$core$IFn$_invoke$arity$1((0)) : keys.call(null, (0))),ret);\n}\n});\n\nbreak;\ncase (3):\nreturn (function (x){\nvar specs__$1 = cljs.core.deref(specs);\nvar ret = cljs.spec.alpha.conform_STAR_((specs__$1.cljs$core$IFn$_invoke$arity$1 ? specs__$1.cljs$core$IFn$_invoke$arity$1((0)) : specs__$1.call(null, (0))),x);\nif(cljs.spec.alpha.invalid_QMARK_(ret)){\nvar ret__$1 = cljs.spec.alpha.conform_STAR_((specs__$1.cljs$core$IFn$_invoke$arity$1 ? specs__$1.cljs$core$IFn$_invoke$arity$1((1)) : specs__$1.call(null, (1))),x);\nif(cljs.spec.alpha.invalid_QMARK_(ret__$1)){\nvar ret__$2 = cljs.spec.alpha.conform_STAR_((specs__$1.cljs$core$IFn$_invoke$arity$1 ? specs__$1.cljs$core$IFn$_invoke$arity$1((2)) : specs__$1.call(null, (2))),x);\nif(cljs.spec.alpha.invalid_QMARK_(ret__$2)){\nreturn new cljs.core.Keyword(\"cljs.spec.alpha\",\"invalid\",\"cljs.spec.alpha/invalid\",-1220295119);\n} else {\nreturn cljs.spec.alpha.tagged_ret((keys.cljs$core$IFn$_invoke$arity$1 ? keys.cljs$core$IFn$_invoke$arity$1((2)) : keys.call(null, (2))),ret__$2);\n}\n} else {\nreturn cljs.spec.alpha.tagged_ret((keys.cljs$core$IFn$_invoke$arity$1 ? keys.cljs$core$IFn$_invoke$arity$1((1)) : keys.call(null, (1))),ret__$1);\n}\n} else {\nreturn cljs.spec.alpha.tagged_ret((keys.cljs$core$IFn$_invoke$arity$1 ? keys.cljs$core$IFn$_invoke$arity$1((0)) : keys.call(null, (0))),ret);\n}\n});\n\nbreak;\ndefault:\nreturn (function (x){\nvar specs__$1 = cljs.core.deref(specs);\nvar i = (0);\nwhile(true){\nif((i < cljs.core.count(specs__$1))){\nvar spec = (specs__$1.cljs$core$IFn$_invoke$arity$1 ? specs__$1.cljs$core$IFn$_invoke$arity$1(i) : specs__$1.call(null, i));\nvar ret = cljs.spec.alpha.conform_STAR_(spec,x);\nif(cljs.spec.alpha.invalid_QMARK_(ret)){\nvar G__26811 = (i + (1));\ni = G__26811;\ncontinue;\n} else {\nreturn cljs.spec.alpha.tagged_ret((keys.cljs$core$IFn$_invoke$arity$1 ? keys.cljs$core$IFn$_invoke$arity$1(i) : keys.call(null, i)),ret);\n}\n} else {\nreturn new cljs.core.Keyword(\"cljs.spec.alpha\",\"invalid\",\"cljs.spec.alpha/invalid\",-1220295119);\n}\nbreak;\n}\n});\n\n}\n})();\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha24714(keys,forms,preds,gfn,id,kps,specs,cform,cljs.core.PersistentArrayMap.EMPTY));\n});\ncljs.spec.alpha.and_preds = (function cljs$spec$alpha$and_preds(x,preds,forms){\nvar ret = x;\nvar G__24763 = preds;\nvar vec__24765 = G__24763;\nvar seq__24766 = cljs.core.seq(vec__24765);\nvar first__24767 = cljs.core.first(seq__24766);\nvar seq__24766__$1 = cljs.core.next(seq__24766);\nvar pred = first__24767;\nvar preds__$1 = seq__24766__$1;\nvar G__24764 = forms;\nvar vec__24768 = G__24764;\nvar seq__24769 = cljs.core.seq(vec__24768);\nvar first__24770 = cljs.core.first(seq__24769);\nvar seq__24769__$1 = cljs.core.next(seq__24769);\nvar form = first__24770;\nvar forms__$1 = seq__24769__$1;\nvar ret__$1 = ret;\nvar G__24763__$1 = G__24763;\nvar G__24764__$1 = G__24764;\nwhile(true){\nvar ret__$2 = ret__$1;\nvar vec__24771 = G__24763__$1;\nvar seq__24772 = cljs.core.seq(vec__24771);\nvar first__24773 = cljs.core.first(seq__24772);\nvar seq__24772__$1 = cljs.core.next(seq__24772);\nvar pred__$1 = first__24773;\nvar preds__$2 = seq__24772__$1;\nvar vec__24774 = G__24764__$1;\nvar seq__24775 = cljs.core.seq(vec__24774);\nvar first__24776 = cljs.core.first(seq__24775);\nvar seq__24775__$1 = cljs.core.next(seq__24775);\nvar form__$1 = first__24776;\nvar forms__$2 = seq__24775__$1;\nif(cljs.core.truth_(pred__$1)){\nvar nret = cljs.spec.alpha.dt.cljs$core$IFn$_invoke$arity$3(pred__$1,ret__$2,form__$1);\nif(cljs.spec.alpha.invalid_QMARK_(nret)){\nreturn new cljs.core.Keyword(\"cljs.spec.alpha\",\"invalid\",\"cljs.spec.alpha/invalid\",-1220295119);\n} else {\nvar G__26831 = nret;\nvar G__26832 = preds__$2;\nvar G__26833 = forms__$2;\nret__$1 = G__26831;\nG__24763__$1 = G__26832;\nG__24764__$1 = G__26833;\ncontinue;\n}\n} else {\nreturn ret__$2;\n}\nbreak;\n}\n});\ncljs.spec.alpha.explain_pred_list = (function cljs$spec$alpha$explain_pred_list(forms,preds,path,via,in$,x){\nvar ret = x;\nvar G__24783 = forms;\nvar vec__24785 = G__24783;\nvar seq__24786 = cljs.core.seq(vec__24785);\nvar first__24787 = cljs.core.first(seq__24786);\nvar seq__24786__$1 = cljs.core.next(seq__24786);\nvar form = first__24787;\nvar forms__$1 = seq__24786__$1;\nvar G__24784 = preds;\nvar vec__24788 = G__24784;\nvar seq__24789 = cljs.core.seq(vec__24788);\nvar first__24790 = cljs.core.first(seq__24789);\nvar seq__24789__$1 = cljs.core.next(seq__24789);\nvar pred = first__24790;\nvar preds__$1 = seq__24789__$1;\nvar ret__$1 = ret;\nvar G__24783__$1 = G__24783;\nvar G__24784__$1 = G__24784;\nwhile(true){\nvar ret__$2 = ret__$1;\nvar vec__24791 = G__24783__$1;\nvar seq__24792 = cljs.core.seq(vec__24791);\nvar first__24793 = cljs.core.first(seq__24792);\nvar seq__24792__$1 = cljs.core.next(seq__24792);\nvar form__$1 = first__24793;\nvar forms__$2 = seq__24792__$1;\nvar vec__24794 = G__24784__$1;\nvar seq__24795 = cljs.core.seq(vec__24794);\nvar first__24796 = cljs.core.first(seq__24795);\nvar seq__24795__$1 = cljs.core.next(seq__24795);\nvar pred__$1 = first__24796;\nvar preds__$2 = seq__24795__$1;\nif(cljs.core.truth_(pred__$1)){\nvar nret = cljs.spec.alpha.dt.cljs$core$IFn$_invoke$arity$3(pred__$1,ret__$2,form__$1);\nif(cljs.spec.alpha.invalid_QMARK_(nret)){\nreturn cljs.spec.alpha.explain_1(form__$1,pred__$1,path,via,in$,ret__$2);\n} else {\nvar G__26841 = nret;\nvar G__26842 = forms__$2;\nvar G__26843 = preds__$2;\nret__$1 = G__26841;\nG__24783__$1 = G__26842;\nG__24784__$1 = G__26843;\ncontinue;\n}\n} else {\nreturn null;\n}\nbreak;\n}\n});\n\n/**\n* @constructor\n * @implements {cljs.spec.alpha.Spec}\n * @implements {cljs.core.IMeta}\n * @implements {cljs.spec.alpha.Specize}\n * @implements {cljs.core.IWithMeta}\n*/\ncljs.spec.alpha.t_cljs$spec$alpha24887 = (function (forms,preds,gfn,specs,cform,meta24888){\nthis.forms = forms;\nthis.preds = preds;\nthis.gfn = gfn;\nthis.specs = specs;\nthis.cform = cform;\nthis.meta24888 = meta24888;\nthis.cljs$lang$protocol_mask$partition0$ = 393216;\nthis.cljs$lang$protocol_mask$partition1$ = 0;\n});\n(cljs.spec.alpha.t_cljs$spec$alpha24887.prototype.cljs$core$IWithMeta$_with_meta$arity$2 = (function (_24889,meta24888__$1){\nvar self__ = this;\nvar _24889__$1 = this;\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha24887(self__.forms,self__.preds,self__.gfn,self__.specs,self__.cform,meta24888__$1));\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24887.prototype.cljs$core$IMeta$_meta$arity$1 = (function (_24889){\nvar self__ = this;\nvar _24889__$1 = this;\nreturn self__.meta24888;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24887.prototype.cljs$spec$alpha$Specize$ = cljs.core.PROTOCOL_SENTINEL);\n\n(cljs.spec.alpha.t_cljs$spec$alpha24887.prototype.cljs$spec$alpha$Specize$specize_STAR_$arity$1 = (function (s){\nvar self__ = this;\nvar s__$1 = this;\nreturn s__$1;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24887.prototype.cljs$spec$alpha$Specize$specize_STAR_$arity$2 = (function (s,_){\nvar self__ = this;\nvar s__$1 = this;\nreturn s__$1;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24887.prototype.cljs$spec$alpha$Spec$ = cljs.core.PROTOCOL_SENTINEL);\n\n(cljs.spec.alpha.t_cljs$spec$alpha24887.prototype.cljs$spec$alpha$Spec$conform_STAR_$arity$2 = (function (_,x){\nvar self__ = this;\nvar ___$1 = this;\nreturn (self__.cform.cljs$core$IFn$_invoke$arity$1 ? self__.cform.cljs$core$IFn$_invoke$arity$1(x) : self__.cform.call(null, x));\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24887.prototype.cljs$spec$alpha$Spec$unform_STAR_$arity$2 = (function (_,x){\nvar self__ = this;\nvar ___$1 = this;\nreturn cljs.core.reduce.cljs$core$IFn$_invoke$arity$3((function (p1__24800_SHARP_,p2__24799_SHARP_){\nreturn cljs.spec.alpha.unform(p2__24799_SHARP_,p1__24800_SHARP_);\n}),x,cljs.core.reverse(self__.preds));\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24887.prototype.cljs$spec$alpha$Spec$explain_STAR_$arity$5 = (function (_,path,via,in$,x){\nvar self__ = this;\nvar ___$1 = this;\nreturn cljs.spec.alpha.explain_pred_list(self__.forms,self__.preds,path,via,in$,x);\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24887.prototype.cljs$spec$alpha$Spec$gen_STAR_$arity$4 = (function (_,overrides,path,rmap){\nvar self__ = this;\nvar ___$1 = this;\nif(cljs.core.truth_(self__.gfn)){\nreturn (self__.gfn.cljs$core$IFn$_invoke$arity$0 ? self__.gfn.cljs$core$IFn$_invoke$arity$0() : self__.gfn.call(null, ));\n} else {\nreturn cljs.spec.alpha.gensub(cljs.core.first(self__.preds),overrides,path,rmap,cljs.core.first(self__.forms));\n}\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24887.prototype.cljs$spec$alpha$Spec$with_gen_STAR_$arity$2 = (function (_,gfn__$1){\nvar self__ = this;\nvar ___$1 = this;\nreturn (cljs.spec.alpha.and_spec_impl.cljs$core$IFn$_invoke$arity$3 ? cljs.spec.alpha.and_spec_impl.cljs$core$IFn$_invoke$arity$3(self__.forms,self__.preds,gfn__$1) : cljs.spec.alpha.and_spec_impl.call(null, self__.forms,self__.preds,gfn__$1));\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24887.prototype.cljs$spec$alpha$Spec$describe_STAR_$arity$1 = (function (_){\nvar self__ = this;\nvar ___$1 = this;\nreturn cljs.core.sequence.cljs$core$IFn$_invoke$arity$1(cljs.core.seq(cljs.core.concat.cljs$core$IFn$_invoke$arity$2((new cljs.core.List(null,new cljs.core.Symbol(\"cljs.spec.alpha\",\"and\",\"cljs.spec.alpha/and\",-2060279705,null),null,(1),null)),self__.forms)));\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24887.getBasis = (function (){\nreturn new cljs.core.PersistentVector(null, 6, 5, cljs.core.PersistentVector.EMPTY_NODE, [new cljs.core.Symbol(null,\"forms\",\"forms\",-608443419,null),new cljs.core.Symbol(null,\"preds\",\"preds\",150921777,null),new cljs.core.Symbol(null,\"gfn\",\"gfn\",-1862918295,null),new cljs.core.Symbol(null,\"specs\",\"specs\",-1227865028,null),new cljs.core.Symbol(null,\"cform\",\"cform\",1319506748,null),new cljs.core.Symbol(null,\"meta24888\",\"meta24888\",1388649442,null)], null);\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24887.cljs$lang$type = true);\n\n(cljs.spec.alpha.t_cljs$spec$alpha24887.cljs$lang$ctorStr = \"cljs.spec.alpha/t_cljs$spec$alpha24887\");\n\n(cljs.spec.alpha.t_cljs$spec$alpha24887.cljs$lang$ctorPrWriter = (function (this__5287__auto__,writer__5288__auto__,opt__5289__auto__){\nreturn cljs.core._write(writer__5288__auto__,\"cljs.spec.alpha/t_cljs$spec$alpha24887\");\n}));\n\n/**\n * Positional factory function for cljs.spec.alpha/t_cljs$spec$alpha24887.\n */\ncljs.spec.alpha.__GT_t_cljs$spec$alpha24887 = (function cljs$spec$alpha$__GT_t_cljs$spec$alpha24887(forms,preds,gfn,specs,cform,meta24888){\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha24887(forms,preds,gfn,specs,cform,meta24888));\n});\n\n\n/**\n * Do not call this directly, use 'and'\n */\ncljs.spec.alpha.and_spec_impl = (function cljs$spec$alpha$and_spec_impl(forms,preds,gfn){\nvar specs = (new cljs.core.Delay((function (){\nreturn cljs.core.mapv.cljs$core$IFn$_invoke$arity$3(cljs.spec.alpha.specize,preds,forms);\n}),null));\nvar cform = (function (){var G__24814 = cljs.core.count(preds);\nswitch (G__24814) {\ncase (2):\nreturn (function (x){\nvar specs__$1 = cljs.core.deref(specs);\nvar ret = cljs.spec.alpha.conform_STAR_((specs__$1.cljs$core$IFn$_invoke$arity$1 ? specs__$1.cljs$core$IFn$_invoke$arity$1((0)) : specs__$1.call(null, (0))),x);\nif(cljs.spec.alpha.invalid_QMARK_(ret)){\nreturn new cljs.core.Keyword(\"cljs.spec.alpha\",\"invalid\",\"cljs.spec.alpha/invalid\",-1220295119);\n} else {\nreturn cljs.spec.alpha.conform_STAR_((specs__$1.cljs$core$IFn$_invoke$arity$1 ? specs__$1.cljs$core$IFn$_invoke$arity$1((1)) : specs__$1.call(null, (1))),ret);\n}\n});\n\nbreak;\ncase (3):\nreturn (function (x){\nvar specs__$1 = cljs.core.deref(specs);\nvar ret = cljs.spec.alpha.conform_STAR_((specs__$1.cljs$core$IFn$_invoke$arity$1 ? specs__$1.cljs$core$IFn$_invoke$arity$1((0)) : specs__$1.call(null, (0))),x);\nif(cljs.spec.alpha.invalid_QMARK_(ret)){\nreturn new cljs.core.Keyword(\"cljs.spec.alpha\",\"invalid\",\"cljs.spec.alpha/invalid\",-1220295119);\n} else {\nvar ret__$1 = cljs.spec.alpha.conform_STAR_((specs__$1.cljs$core$IFn$_invoke$arity$1 ? specs__$1.cljs$core$IFn$_invoke$arity$1((1)) : specs__$1.call(null, (1))),ret);\nif(cljs.spec.alpha.invalid_QMARK_(ret__$1)){\nreturn new cljs.core.Keyword(\"cljs.spec.alpha\",\"invalid\",\"cljs.spec.alpha/invalid\",-1220295119);\n} else {\nreturn cljs.spec.alpha.conform_STAR_((specs__$1.cljs$core$IFn$_invoke$arity$1 ? specs__$1.cljs$core$IFn$_invoke$arity$1((2)) : specs__$1.call(null, (2))),ret__$1);\n}\n}\n});\n\nbreak;\ndefault:\nreturn (function (x){\nvar specs__$1 = cljs.core.deref(specs);\nvar ret = x;\nvar i = (0);\nwhile(true){\nif((i < cljs.core.count(specs__$1))){\nvar nret = cljs.spec.alpha.conform_STAR_((specs__$1.cljs$core$IFn$_invoke$arity$1 ? specs__$1.cljs$core$IFn$_invoke$arity$1(i) : specs__$1.call(null, i)),ret);\nif(cljs.spec.alpha.invalid_QMARK_(nret)){\nreturn new cljs.core.Keyword(\"cljs.spec.alpha\",\"invalid\",\"cljs.spec.alpha/invalid\",-1220295119);\n} else {\nvar G__26890 = nret;\nvar G__26891 = (i + (1));\nret = G__26890;\ni = G__26891;\ncontinue;\n}\n} else {\nreturn ret;\n}\nbreak;\n}\n});\n\n}\n})();\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha24887(forms,preds,gfn,specs,cform,cljs.core.PersistentArrayMap.EMPTY));\n});\ncljs.spec.alpha.coll_prob = (function cljs$spec$alpha$coll_prob(x,kfn,kform,distinct,count,min_count,max_count,path,via,in$){\nvar pred = (function (){var or__5002__auto__ = kfn;\nif(cljs.core.truth_(or__5002__auto__)){\nreturn or__5002__auto__;\n} else {\nreturn cljs.core.coll_QMARK_;\n}\n})();\nvar kform__$1 = (function (){var or__5002__auto__ = kform;\nif(cljs.core.truth_(or__5002__auto__)){\nreturn or__5002__auto__;\n} else {\nreturn new cljs.core.Symbol(\"cljs.core\",\"coll?\",\"cljs.core/coll?\",1208130522,null);\n}\n})();\nif((!(cljs.spec.alpha.pvalid_QMARK_.cljs$core$IFn$_invoke$arity$2(pred,x)))){\nreturn cljs.spec.alpha.explain_1(kform__$1,pred,path,via,in$,x);\n} else {\nif(cljs.core.truth_((function (){var and__5000__auto__ = count;\nif(cljs.core.truth_(and__5000__auto__)){\nreturn cljs.core.not_EQ_.cljs$core$IFn$_invoke$arity$2(count,cljs.core.bounded_count(count,x));\n} else {\nreturn and__5000__auto__;\n}\n})())){\nreturn new cljs.core.PersistentVector(null, 1, 5, cljs.core.PersistentVector.EMPTY_NODE, [new cljs.core.PersistentArrayMap(null, 5, [new cljs.core.Keyword(null,\"path\",\"path\",-188191168),path,new cljs.core.Keyword(null,\"pred\",\"pred\",1927423397),cljs.core.sequence.cljs$core$IFn$_invoke$arity$1(cljs.core.seq(cljs.core.concat.cljs$core$IFn$_invoke$arity$variadic((new cljs.core.List(null,new cljs.core.Symbol(\"cljs.core\",\"=\",\"cljs.core/=\",-1891498332,null),null,(1),null)),(new cljs.core.List(null,count,null,(1),null)),cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([(new cljs.core.List(null,cljs.core.sequence.cljs$core$IFn$_invoke$arity$1(cljs.core.seq(cljs.core.concat.cljs$core$IFn$_invoke$arity$2((new cljs.core.List(null,new cljs.core.Symbol(\"cljs.core\",\"count\",\"cljs.core/count\",-921270233,null),null,(1),null)),(new cljs.core.List(null,new cljs.core.Symbol(null,\"%\",\"%\",-950237169,null),null,(1),null))))),null,(1),null))], 0)))),new cljs.core.Keyword(null,\"val\",\"val\",128701612),x,new cljs.core.Keyword(null,\"via\",\"via\",-1904457336),via,new cljs.core.Keyword(null,\"in\",\"in\",-1531184865),in$], null)], null);\n} else {\nif(cljs.core.truth_((function (){var and__5000__auto__ = (function (){var or__5002__auto__ = min_count;\nif(cljs.core.truth_(or__5002__auto__)){\nreturn or__5002__auto__;\n} else {\nreturn max_count;\n}\n})();\nif(cljs.core.truth_(and__5000__auto__)){\nreturn (!(((((function (){var or__5002__auto__ = min_count;\nif(cljs.core.truth_(or__5002__auto__)){\nreturn or__5002__auto__;\n} else {\nreturn (0);\n}\n})() <= cljs.core.bounded_count((cljs.core.truth_(max_count)?(max_count + (1)):min_count),x))) && ((cljs.core.bounded_count((cljs.core.truth_(max_count)?(max_count + (1)):min_count),x) <= (function (){var or__5002__auto__ = max_count;\nif(cljs.core.truth_(or__5002__auto__)){\nreturn or__5002__auto__;\n} else {\nreturn (9007199254740991);\n}\n})())))));\n} else {\nreturn and__5000__auto__;\n}\n})())){\nreturn new cljs.core.PersistentVector(null, 1, 5, cljs.core.PersistentVector.EMPTY_NODE, [new cljs.core.PersistentArrayMap(null, 5, [new cljs.core.Keyword(null,\"path\",\"path\",-188191168),path,new cljs.core.Keyword(null,\"pred\",\"pred\",1927423397),cljs.core.sequence.cljs$core$IFn$_invoke$arity$1(cljs.core.seq(cljs.core.concat.cljs$core$IFn$_invoke$arity$variadic((new cljs.core.List(null,new cljs.core.Symbol(\"cljs.core\",\"<=\",\"cljs.core/<=\",1677001748,null),null,(1),null)),(new cljs.core.List(null,(function (){var or__5002__auto__ = min_count;\nif(cljs.core.truth_(or__5002__auto__)){\nreturn or__5002__auto__;\n} else {\nreturn (0);\n}\n})(),null,(1),null)),cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([(new cljs.core.List(null,cljs.core.sequence.cljs$core$IFn$_invoke$arity$1(cljs.core.seq(cljs.core.concat.cljs$core$IFn$_invoke$arity$2((new cljs.core.List(null,new cljs.core.Symbol(\"cljs.core\",\"count\",\"cljs.core/count\",-921270233,null),null,(1),null)),(new cljs.core.List(null,new cljs.core.Symbol(null,\"%\",\"%\",-950237169,null),null,(1),null))))),null,(1),null)),(new cljs.core.List(null,(function (){var or__5002__auto__ = max_count;\nif(cljs.core.truth_(or__5002__auto__)){\nreturn or__5002__auto__;\n} else {\nreturn (9007199254740991);\n}\n})(),null,(1),null))], 0)))),new cljs.core.Keyword(null,\"val\",\"val\",128701612),x,new cljs.core.Keyword(null,\"via\",\"via\",-1904457336),via,new cljs.core.Keyword(null,\"in\",\"in\",-1531184865),in$], null)], null);\n} else {\nif(cljs.core.truth_((function (){var and__5000__auto__ = distinct;\nif(cljs.core.truth_(and__5000__auto__)){\nreturn (((!(cljs.core.empty_QMARK_(x)))) && (cljs.core.not(cljs.core.apply.cljs$core$IFn$_invoke$arity$2(cljs.core.distinct_QMARK_,x))));\n} else {\nreturn and__5000__auto__;\n}\n})())){\nreturn new cljs.core.PersistentVector(null, 1, 5, cljs.core.PersistentVector.EMPTY_NODE, [new cljs.core.PersistentArrayMap(null, 5, [new cljs.core.Keyword(null,\"path\",\"path\",-188191168),path,new cljs.core.Keyword(null,\"pred\",\"pred\",1927423397),new cljs.core.Symbol(null,\"distinct?\",\"distinct?\",-1684357959,null),new cljs.core.Keyword(null,\"val\",\"val\",128701612),x,new cljs.core.Keyword(null,\"via\",\"via\",-1904457336),via,new cljs.core.Keyword(null,\"in\",\"in\",-1531184865),in$], null)], null);\n} else {\nreturn null;\n}\n}\n}\n}\n});\n\n/**\n* @constructor\n * @implements {cljs.spec.alpha.Spec}\n * @implements {cljs.core.IMeta}\n * @implements {cljs.spec.alpha.Specize}\n * @implements {cljs.core.IWithMeta}\n*/\ncljs.spec.alpha.t_cljs$spec$alpha24957 = (function (forms,preds,gfn,meta24958){\nthis.forms = forms;\nthis.preds = preds;\nthis.gfn = gfn;\nthis.meta24958 = meta24958;\nthis.cljs$lang$protocol_mask$partition0$ = 393216;\nthis.cljs$lang$protocol_mask$partition1$ = 0;\n});\n(cljs.spec.alpha.t_cljs$spec$alpha24957.prototype.cljs$core$IWithMeta$_with_meta$arity$2 = (function (_24959,meta24958__$1){\nvar self__ = this;\nvar _24959__$1 = this;\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha24957(self__.forms,self__.preds,self__.gfn,meta24958__$1));\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24957.prototype.cljs$core$IMeta$_meta$arity$1 = (function (_24959){\nvar self__ = this;\nvar _24959__$1 = this;\nreturn self__.meta24958;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24957.prototype.cljs$spec$alpha$Specize$ = cljs.core.PROTOCOL_SENTINEL);\n\n(cljs.spec.alpha.t_cljs$spec$alpha24957.prototype.cljs$spec$alpha$Specize$specize_STAR_$arity$1 = (function (s){\nvar self__ = this;\nvar s__$1 = this;\nreturn s__$1;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24957.prototype.cljs$spec$alpha$Specize$specize_STAR_$arity$2 = (function (s,_){\nvar self__ = this;\nvar s__$1 = this;\nreturn s__$1;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24957.prototype.cljs$spec$alpha$Spec$ = cljs.core.PROTOCOL_SENTINEL);\n\n(cljs.spec.alpha.t_cljs$spec$alpha24957.prototype.cljs$spec$alpha$Spec$conform_STAR_$arity$2 = (function (_,x){\nvar self__ = this;\nvar ___$1 = this;\nvar ms = cljs.core.map.cljs$core$IFn$_invoke$arity$3((function (p1__24945_SHARP_,p2__24946_SHARP_){\nreturn cljs.spec.alpha.dt.cljs$core$IFn$_invoke$arity$3(p1__24945_SHARP_,x,p2__24946_SHARP_);\n}),self__.preds,self__.forms);\nif(cljs.core.truth_(cljs.core.some(cljs.spec.alpha.invalid_QMARK_,ms))){\nreturn new cljs.core.Keyword(\"cljs.spec.alpha\",\"invalid\",\"cljs.spec.alpha/invalid\",-1220295119);\n} else {\nreturn cljs.core.apply.cljs$core$IFn$_invoke$arity$2(cljs.core.merge,ms);\n}\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24957.prototype.cljs$spec$alpha$Spec$unform_STAR_$arity$2 = (function (_,x){\nvar self__ = this;\nvar ___$1 = this;\nreturn cljs.core.apply.cljs$core$IFn$_invoke$arity$2(cljs.core.merge,cljs.core.map.cljs$core$IFn$_invoke$arity$2((function (p1__24948_SHARP_){\nreturn cljs.spec.alpha.unform(p1__24948_SHARP_,x);\n}),cljs.core.reverse(self__.preds)));\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24957.prototype.cljs$spec$alpha$Spec$explain_STAR_$arity$5 = (function (_,path,via,in$,x){\nvar self__ = this;\nvar ___$1 = this;\nreturn cljs.core.apply.cljs$core$IFn$_invoke$arity$2(cljs.core.concat,cljs.core.map.cljs$core$IFn$_invoke$arity$3((function (p1__24949_SHARP_,p2__24950_SHARP_){\nreturn cljs.spec.alpha.explain_1(p1__24949_SHARP_,p2__24950_SHARP_,path,via,in$,x);\n}),self__.forms,self__.preds));\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24957.prototype.cljs$spec$alpha$Spec$gen_STAR_$arity$4 = (function (_,overrides,path,rmap){\nvar self__ = this;\nvar ___$1 = this;\nif(cljs.core.truth_(self__.gfn)){\nreturn (self__.gfn.cljs$core$IFn$_invoke$arity$0 ? self__.gfn.cljs$core$IFn$_invoke$arity$0() : self__.gfn.call(null, ));\n} else {\nreturn cljs.spec.gen.alpha.fmap.cljs$core$IFn$_invoke$arity$variadic(cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([(function (p1__24951_SHARP_){\nreturn cljs.core.apply.cljs$core$IFn$_invoke$arity$2(cljs.core.merge,p1__24951_SHARP_);\n}),cljs.core.apply.cljs$core$IFn$_invoke$arity$2(cljs.spec.gen.alpha.tuple,cljs.core.map.cljs$core$IFn$_invoke$arity$3((function (p1__24952_SHARP_,p2__24953_SHARP_){\nreturn cljs.spec.alpha.gensub(p1__24952_SHARP_,overrides,path,rmap,p2__24953_SHARP_);\n}),self__.preds,self__.forms))], 0));\n}\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24957.prototype.cljs$spec$alpha$Spec$with_gen_STAR_$arity$2 = (function (_,gfn__$1){\nvar self__ = this;\nvar ___$1 = this;\nreturn (cljs.spec.alpha.merge_spec_impl.cljs$core$IFn$_invoke$arity$3 ? cljs.spec.alpha.merge_spec_impl.cljs$core$IFn$_invoke$arity$3(self__.forms,self__.preds,gfn__$1) : cljs.spec.alpha.merge_spec_impl.call(null, self__.forms,self__.preds,gfn__$1));\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24957.prototype.cljs$spec$alpha$Spec$describe_STAR_$arity$1 = (function (_){\nvar self__ = this;\nvar ___$1 = this;\nreturn cljs.core.sequence.cljs$core$IFn$_invoke$arity$1(cljs.core.seq(cljs.core.concat.cljs$core$IFn$_invoke$arity$2((new cljs.core.List(null,new cljs.core.Symbol(\"cljs.spec.alpha\",\"merge\",\"cljs.spec.alpha/merge\",1420080689,null),null,(1),null)),self__.forms)));\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24957.getBasis = (function (){\nreturn new cljs.core.PersistentVector(null, 4, 5, cljs.core.PersistentVector.EMPTY_NODE, [new cljs.core.Symbol(null,\"forms\",\"forms\",-608443419,null),new cljs.core.Symbol(null,\"preds\",\"preds\",150921777,null),new cljs.core.Symbol(null,\"gfn\",\"gfn\",-1862918295,null),new cljs.core.Symbol(null,\"meta24958\",\"meta24958\",62750479,null)], null);\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha24957.cljs$lang$type = true);\n\n(cljs.spec.alpha.t_cljs$spec$alpha24957.cljs$lang$ctorStr = \"cljs.spec.alpha/t_cljs$spec$alpha24957\");\n\n(cljs.spec.alpha.t_cljs$spec$alpha24957.cljs$lang$ctorPrWriter = (function (this__5287__auto__,writer__5288__auto__,opt__5289__auto__){\nreturn cljs.core._write(writer__5288__auto__,\"cljs.spec.alpha/t_cljs$spec$alpha24957\");\n}));\n\n/**\n * Positional factory function for cljs.spec.alpha/t_cljs$spec$alpha24957.\n */\ncljs.spec.alpha.__GT_t_cljs$spec$alpha24957 = (function cljs$spec$alpha$__GT_t_cljs$spec$alpha24957(forms,preds,gfn,meta24958){\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha24957(forms,preds,gfn,meta24958));\n});\n\n\n/**\n * Do not call this directly, use 'merge'\n */\ncljs.spec.alpha.merge_spec_impl = (function cljs$spec$alpha$merge_spec_impl(forms,preds,gfn){\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha24957(forms,preds,gfn,cljs.core.PersistentArrayMap.EMPTY));\n});\ncljs.spec.alpha.empty_coll = new cljs.core.PersistentArrayMap(null, 4, [new cljs.core.Symbol(\"cljs.core\",\"vector?\",\"cljs.core/vector?\",-1550392028,null),cljs.core.PersistentVector.EMPTY,new cljs.core.Symbol(\"cljs.core\",\"set?\",\"cljs.core/set?\",-1176684971,null),cljs.core.PersistentHashSet.EMPTY,new cljs.core.Symbol(\"cljs.core\",\"list?\",\"cljs.core/list?\",-684796618,null),cljs.core.List.EMPTY,new cljs.core.Symbol(\"cljs.core\",\"map?\",\"cljs.core/map?\",-1390345523,null),cljs.core.PersistentArrayMap.EMPTY], null);\n\n/**\n* @constructor\n * @implements {cljs.spec.alpha.Spec}\n * @implements {cljs.core.IMeta}\n * @implements {cljs.spec.alpha.Specize}\n * @implements {cljs.core.IWithMeta}\n*/\ncljs.spec.alpha.t_cljs$spec$alpha25010 = (function (form,max_count,check_QMARK_,map__24989,gfn,gen_max,pred,cpred,conform_keys,kind_form,addcv,cfns,describe_form,distinct,spec,kfn,gen_into,p__24988,count,min_count,opts,kind,conform_all,conform_into,meta25011){\nthis.form = form;\nthis.max_count = max_count;\nthis.check_QMARK_ = check_QMARK_;\nthis.map__24989 = map__24989;\nthis.gfn = gfn;\nthis.gen_max = gen_max;\nthis.pred = pred;\nthis.cpred = cpred;\nthis.conform_keys = conform_keys;\nthis.kind_form = kind_form;\nthis.addcv = addcv;\nthis.cfns = cfns;\nthis.describe_form = describe_form;\nthis.distinct = distinct;\nthis.spec = spec;\nthis.kfn = kfn;\nthis.gen_into = gen_into;\nthis.p__24988 = p__24988;\nthis.count = count;\nthis.min_count = min_count;\nthis.opts = opts;\nthis.kind = kind;\nthis.conform_all = conform_all;\nthis.conform_into = conform_into;\nthis.meta25011 = meta25011;\nthis.cljs$lang$protocol_mask$partition0$ = 393216;\nthis.cljs$lang$protocol_mask$partition1$ = 0;\n});\n(cljs.spec.alpha.t_cljs$spec$alpha25010.prototype.cljs$core$IWithMeta$_with_meta$arity$2 = (function (_25012,meta25011__$1){\nvar self__ = this;\nvar _25012__$1 = this;\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha25010(self__.form,self__.max_count,self__.check_QMARK_,self__.map__24989,self__.gfn,self__.gen_max,self__.pred,self__.cpred,self__.conform_keys,self__.kind_form,self__.addcv,self__.cfns,self__.describe_form,self__.distinct,self__.spec,self__.kfn,self__.gen_into,self__.p__24988,self__.count,self__.min_count,self__.opts,self__.kind,self__.conform_all,self__.conform_into,meta25011__$1));\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha25010.prototype.cljs$core$IMeta$_meta$arity$1 = (function (_25012){\nvar self__ = this;\nvar _25012__$1 = this;\nreturn self__.meta25011;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha25010.prototype.cljs$spec$alpha$Specize$ = cljs.core.PROTOCOL_SENTINEL);\n\n(cljs.spec.alpha.t_cljs$spec$alpha25010.prototype.cljs$spec$alpha$Specize$specize_STAR_$arity$1 = (function (s){\nvar self__ = this;\nvar s__$1 = this;\nreturn s__$1;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha25010.prototype.cljs$spec$alpha$Specize$specize_STAR_$arity$2 = (function (s,_){\nvar self__ = this;\nvar s__$1 = this;\nreturn s__$1;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha25010.prototype.cljs$spec$alpha$Spec$ = cljs.core.PROTOCOL_SENTINEL);\n\n(cljs.spec.alpha.t_cljs$spec$alpha25010.prototype.cljs$spec$alpha$Spec$conform_STAR_$arity$2 = (function (_,x){\nvar self__ = this;\nvar ___$1 = this;\nvar spec__$1 = cljs.core.deref(self__.spec);\nif(cljs.core.not((self__.cpred.cljs$core$IFn$_invoke$arity$1 ? self__.cpred.cljs$core$IFn$_invoke$arity$1(x) : self__.cpred.call(null, x)))){\nreturn new cljs.core.Keyword(\"cljs.spec.alpha\",\"invalid\",\"cljs.spec.alpha/invalid\",-1220295119);\n} else {\nif(cljs.core.truth_(self__.conform_all)){\nvar vec__25045 = (self__.cfns.cljs$core$IFn$_invoke$arity$1 ? self__.cfns.cljs$core$IFn$_invoke$arity$1(x) : self__.cfns.call(null, x));\nvar init = cljs.core.nth.cljs$core$IFn$_invoke$arity$3(vec__25045,(0),null);\nvar add = cljs.core.nth.cljs$core$IFn$_invoke$arity$3(vec__25045,(1),null);\nvar complete = cljs.core.nth.cljs$core$IFn$_invoke$arity$3(vec__25045,(2),null);\nvar ret = (init.cljs$core$IFn$_invoke$arity$1 ? init.cljs$core$IFn$_invoke$arity$1(x) : init.call(null, x));\nvar i = (0);\nvar G__25053 = cljs.core.seq(x);\nvar vec__25055 = G__25053;\nvar seq__25056 = cljs.core.seq(vec__25055);\nvar first__25057 = cljs.core.first(seq__25056);\nvar seq__25056__$1 = cljs.core.next(seq__25056);\nvar v = first__25057;\nvar vs = seq__25056__$1;\nvar vseq = vec__25055;\nvar ret__$1 = ret;\nvar i__$1 = i;\nvar G__25053__$1 = G__25053;\nwhile(true){\nvar ret__$2 = ret__$1;\nvar i__$2 = i__$1;\nvar vec__25060 = G__25053__$1;\nvar seq__25061 = cljs.core.seq(vec__25060);\nvar first__25062 = cljs.core.first(seq__25061);\nvar seq__25061__$1 = cljs.core.next(seq__25061);\nvar v__$1 = first__25062;\nvar vs__$1 = seq__25061__$1;\nvar vseq__$1 = vec__25060;\nif(vseq__$1){\nvar cv = cljs.spec.alpha.conform_STAR_(spec__$1,v__$1);\nif(cljs.spec.alpha.invalid_QMARK_(cv)){\nreturn new cljs.core.Keyword(\"cljs.spec.alpha\",\"invalid\",\"cljs.spec.alpha/invalid\",-1220295119);\n} else {\nvar G__26923 = (add.cljs$core$IFn$_invoke$arity$4 ? add.cljs$core$IFn$_invoke$arity$4(ret__$2,i__$2,v__$1,cv) : add.call(null, ret__$2,i__$2,v__$1,cv));\nvar G__26924 = (i__$2 + (1));\nvar G__26925 = vs__$1;\nret__$1 = G__26923;\ni__$1 = G__26924;\nG__25053__$1 = G__26925;\ncontinue;\n}\n} else {\nreturn (complete.cljs$core$IFn$_invoke$arity$1 ? complete.cljs$core$IFn$_invoke$arity$1(ret__$2) : complete.call(null, ret__$2));\n}\nbreak;\n}\n} else {\nif(cljs.core.indexed_QMARK_(x)){\nvar step = (function (){var x__5087__auto__ = (1);\nvar y__5088__auto__ = cljs.core.long$((cljs.core.count(x) / cljs.spec.alpha._STAR_coll_check_limit_STAR_));\nreturn ((x__5087__auto__ > y__5088__auto__) ? x__5087__auto__ : y__5088__auto__);\n})();\nvar i = (0);\nwhile(true){\nif((i >= cljs.core.count(x))){\nreturn x;\n} else {\nif(cljs.spec.alpha.valid_QMARK_.cljs$core$IFn$_invoke$arity$2(spec__$1,cljs.core.nth.cljs$core$IFn$_invoke$arity$2(x,i))){\nvar G__26931 = (i + step);\ni = G__26931;\ncontinue;\n} else {\nreturn new cljs.core.Keyword(\"cljs.spec.alpha\",\"invalid\",\"cljs.spec.alpha/invalid\",-1220295119);\n}\n}\nbreak;\n}\n} else {\nvar limit = cljs.spec.alpha._STAR_coll_check_limit_STAR_;\nvar i = (0);\nvar G__25071 = cljs.core.seq(x);\nvar vec__25074 = G__25071;\nvar seq__25075 = cljs.core.seq(vec__25074);\nvar first__25076 = cljs.core.first(seq__25075);\nvar seq__25075__$1 = cljs.core.next(seq__25075);\nvar v = first__25076;\nvar vs = seq__25075__$1;\nvar vseq = vec__25074;\nvar i__$1 = i;\nvar G__25071__$1 = G__25071;\nwhile(true){\nvar i__$2 = i__$1;\nvar vec__25089 = G__25071__$1;\nvar seq__25090 = cljs.core.seq(vec__25089);\nvar first__25091 = cljs.core.first(seq__25090);\nvar seq__25090__$1 = cljs.core.next(seq__25090);\nvar v__$1 = first__25091;\nvar vs__$1 = seq__25090__$1;\nvar vseq__$1 = vec__25089;\nif((((vseq__$1 == null)) || (cljs.core._EQ_.cljs$core$IFn$_invoke$arity$2(i__$2,limit)))){\nreturn x;\n} else {\nif(cljs.spec.alpha.valid_QMARK_.cljs$core$IFn$_invoke$arity$2(spec__$1,v__$1)){\nvar G__26938 = (i__$2 + (1));\nvar G__26939 = vs__$1;\ni__$1 = G__26938;\nG__25071__$1 = G__26939;\ncontinue;\n} else {\nreturn new cljs.core.Keyword(\"cljs.spec.alpha\",\"invalid\",\"cljs.spec.alpha/invalid\",-1220295119);\n\n}\n}\nbreak;\n}\n}\n\n}\n}\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha25010.prototype.cljs$spec$alpha$Spec$unform_STAR_$arity$2 = (function (_,x){\nvar self__ = this;\nvar ___$1 = this;\nif(cljs.core.truth_(self__.conform_all)){\nvar spec__$1 = cljs.core.deref(self__.spec);\nvar vec__25113 = (self__.cfns.cljs$core$IFn$_invoke$arity$1 ? self__.cfns.cljs$core$IFn$_invoke$arity$1(x) : self__.cfns.call(null, x));\nvar init = cljs.core.nth.cljs$core$IFn$_invoke$arity$3(vec__25113,(0),null);\nvar add = cljs.core.nth.cljs$core$IFn$_invoke$arity$3(vec__25113,(1),null);\nvar complete = cljs.core.nth.cljs$core$IFn$_invoke$arity$3(vec__25113,(2),null);\nvar ret = (init.cljs$core$IFn$_invoke$arity$1 ? init.cljs$core$IFn$_invoke$arity$1(x) : init.call(null, x));\nvar i = (0);\nvar G__25119 = cljs.core.seq(x);\nvar vec__25120 = G__25119;\nvar seq__25121 = cljs.core.seq(vec__25120);\nvar first__25122 = cljs.core.first(seq__25121);\nvar seq__25121__$1 = cljs.core.next(seq__25121);\nvar v = first__25122;\nvar vs = seq__25121__$1;\nvar vseq = vec__25120;\nvar ret__$1 = ret;\nvar i__$1 = i;\nvar G__25119__$1 = G__25119;\nwhile(true){\nvar ret__$2 = ret__$1;\nvar i__$2 = i__$1;\nvar vec__25125 = G__25119__$1;\nvar seq__25126 = cljs.core.seq(vec__25125);\nvar first__25127 = cljs.core.first(seq__25126);\nvar seq__25126__$1 = cljs.core.next(seq__25126);\nvar v__$1 = first__25127;\nvar vs__$1 = seq__25126__$1;\nvar vseq__$1 = vec__25125;\nif((i__$2 >= cljs.core.count(x))){\nreturn (complete.cljs$core$IFn$_invoke$arity$1 ? complete.cljs$core$IFn$_invoke$arity$1(ret__$2) : complete.call(null, ret__$2));\n} else {\nvar G__26950 = (function (){var G__25131 = ret__$2;\nvar G__25132 = i__$2;\nvar G__25133 = v__$1;\nvar G__25134 = cljs.spec.alpha.unform_STAR_(spec__$1,v__$1);\nreturn (add.cljs$core$IFn$_invoke$arity$4 ? add.cljs$core$IFn$_invoke$arity$4(G__25131,G__25132,G__25133,G__25134) : add.call(null, G__25131,G__25132,G__25133,G__25134));\n})();\nvar G__26951 = (i__$2 + (1));\nvar G__26952 = vs__$1;\nret__$1 = G__26950;\ni__$1 = G__26951;\nG__25119__$1 = G__26952;\ncontinue;\n}\nbreak;\n}\n} else {\nreturn x;\n}\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha25010.prototype.cljs$spec$alpha$Spec$explain_STAR_$arity$5 = (function (_,path,via,in$,x){\nvar self__ = this;\nvar ___$1 = this;\nvar or__5002__auto__ = cljs.spec.alpha.coll_prob(x,self__.kind,self__.kind_form,self__.distinct,self__.count,self__.min_count,self__.max_count,path,via,in$);\nif(cljs.core.truth_(or__5002__auto__)){\nreturn or__5002__auto__;\n} else {\nreturn cljs.core.apply.cljs$core$IFn$_invoke$arity$2(cljs.core.concat,(function (){var G__25138 = cljs.core.keep.cljs$core$IFn$_invoke$arity$2(cljs.core.identity,cljs.core.map.cljs$core$IFn$_invoke$arity$3((function (i,v){\nvar k = (self__.kfn.cljs$core$IFn$_invoke$arity$2 ? self__.kfn.cljs$core$IFn$_invoke$arity$2(i,v) : self__.kfn.call(null, i,v));\nif(cljs.core.truth_((self__.check_QMARK_.cljs$core$IFn$_invoke$arity$1 ? self__.check_QMARK_.cljs$core$IFn$_invoke$arity$1(v) : self__.check_QMARK_.call(null, v)))){\nreturn null;\n} else {\nvar prob = cljs.spec.alpha.explain_1(self__.form,self__.pred,path,via,cljs.core.conj.cljs$core$IFn$_invoke$arity$2(in$,k),v);\nreturn prob;\n}\n}),cljs.core.range.cljs$core$IFn$_invoke$arity$0(),x));\nvar fexpr__25137 = (cljs.core.truth_(self__.conform_all)?cljs.core.identity:cljs.core.partial.cljs$core$IFn$_invoke$arity$2(cljs.core.take,cljs.spec.alpha._STAR_coll_error_limit_STAR_));\nreturn (fexpr__25137.cljs$core$IFn$_invoke$arity$1 ? fexpr__25137.cljs$core$IFn$_invoke$arity$1(G__25138) : fexpr__25137.call(null, G__25138));\n})());\n}\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha25010.prototype.cljs$spec$alpha$Spec$gen_STAR_$arity$4 = (function (_,overrides,path,rmap){\nvar self__ = this;\nvar ___$1 = this;\nif(cljs.core.truth_(self__.gfn)){\nreturn (self__.gfn.cljs$core$IFn$_invoke$arity$0 ? self__.gfn.cljs$core$IFn$_invoke$arity$0() : self__.gfn.call(null, ));\n} else {\nvar pgen = cljs.spec.alpha.gensub(self__.pred,overrides,path,rmap,self__.form);\nreturn 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cljs.core.Symbol(null,\"meta25775\",\"meta25775\",467110891,null)], null);\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha25774.cljs$lang$type = true);\n\n(cljs.spec.alpha.t_cljs$spec$alpha25774.cljs$lang$ctorStr = \"cljs.spec.alpha/t_cljs$spec$alpha25774\");\n\n(cljs.spec.alpha.t_cljs$spec$alpha25774.cljs$lang$ctorPrWriter = (function (this__5287__auto__,writer__5288__auto__,opt__5289__auto__){\nreturn cljs.core._write(writer__5288__auto__,\"cljs.spec.alpha/t_cljs$spec$alpha25774\");\n}));\n\n/**\n * Positional factory function for cljs.spec.alpha/t_cljs$spec$alpha25774.\n */\ncljs.spec.alpha.__GT_t_cljs$spec$alpha25774 = (function cljs$spec$alpha$__GT_t_cljs$spec$alpha25774(re,gfn,meta25775){\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha25774(re,gfn,meta25775));\n});\n\n\n/**\n * Do not call this directly, use 'spec' with a regex op argument\n */\ncljs.spec.alpha.regex_spec_impl = (function cljs$spec$alpha$regex_spec_impl(re,gfn){\nreturn (new 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temp__5802__auto__ = new cljs.core.Keyword(null,\"smallest\",\"smallest\",-152623883).cljs$core$IFn$_invoke$arity$1(new cljs.core.Keyword(null,\"shrunk\",\"shrunk\",-2041664412).cljs$core$IFn$_invoke$arity$1(ret));\nif(cljs.core.truth_(temp__5802__auto__)){\nvar vec__25800 = temp__5802__auto__;\nvar smallest = cljs.core.nth.cljs$core$IFn$_invoke$arity$3(vec__25800,(0),null);\nreturn smallest;\n} else {\nreturn f;\n}\n});\n\n/**\n* @constructor\n * @implements {cljs.spec.alpha.Spec}\n * @implements {cljs.core.IMeta}\n * @implements {cljs.spec.alpha.Specize}\n * @implements {cljs.core.IWithMeta}\n * @implements {cljs.core.ILookup}\n*/\ncljs.spec.alpha.t_cljs$spec$alpha25806 = (function (argspec,aform,retspec,rform,fnspec,fform,gfn,specs,meta25807){\nthis.argspec = argspec;\nthis.aform = aform;\nthis.retspec = retspec;\nthis.rform = rform;\nthis.fnspec = fnspec;\nthis.fform = fform;\nthis.gfn = gfn;\nthis.specs = specs;\nthis.meta25807 = 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self__.argspec,self__.aform,self__.retspec,self__.rform,self__.fnspec,self__.fform,gfn__$1));\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha25806.prototype.cljs$spec$alpha$Spec$describe_STAR_$arity$1 = (function (_){\nvar self__ = this;\nvar ___$1 = this;\nreturn cljs.core.sequence.cljs$core$IFn$_invoke$arity$1(cljs.core.seq(cljs.core.concat.cljs$core$IFn$_invoke$arity$variadic((new cljs.core.List(null,new cljs.core.Symbol(\"cljs.spec.alpha\",\"fspec\",\"cljs.spec.alpha/fspec\",-1289128341,null),null,(1),null)),(new cljs.core.List(null,new cljs.core.Keyword(null,\"args\",\"args\",1315556576),null,(1),null)),cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([(new cljs.core.List(null,self__.aform,null,(1),null)),(new cljs.core.List(null,new cljs.core.Keyword(null,\"ret\",\"ret\",-468222814),null,(1),null)),(new cljs.core.List(null,self__.rform,null,(1),null)),(new cljs.core.List(null,new cljs.core.Keyword(null,\"fn\",\"fn\",-1175266204),null,(1),null)),(new cljs.core.List(null,self__.fform,null,(1),null))], 0))));\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha25806.getBasis = (function (){\nreturn new cljs.core.PersistentVector(null, 9, 5, cljs.core.PersistentVector.EMPTY_NODE, [new cljs.core.Symbol(null,\"argspec\",\"argspec\",-1207762746,null),new cljs.core.Symbol(null,\"aform\",\"aform\",531303525,null),new cljs.core.Symbol(null,\"retspec\",\"retspec\",-920025354,null),new cljs.core.Symbol(null,\"rform\",\"rform\",-1420499912,null),new cljs.core.Symbol(null,\"fnspec\",\"fnspec\",-1865712406,null),new cljs.core.Symbol(null,\"fform\",\"fform\",-176049972,null),new cljs.core.Symbol(null,\"gfn\",\"gfn\",-1862918295,null),new cljs.core.Symbol(null,\"specs\",\"specs\",-1227865028,null),new cljs.core.Symbol(null,\"meta25807\",\"meta25807\",-602404347,null)], null);\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha25806.cljs$lang$type = true);\n\n(cljs.spec.alpha.t_cljs$spec$alpha25806.cljs$lang$ctorStr = \"cljs.spec.alpha/t_cljs$spec$alpha25806\");\n\n(cljs.spec.alpha.t_cljs$spec$alpha25806.cljs$lang$ctorPrWriter = (function (this__5287__auto__,writer__5288__auto__,opt__5289__auto__){\nreturn cljs.core._write(writer__5288__auto__,\"cljs.spec.alpha/t_cljs$spec$alpha25806\");\n}));\n\n/**\n * Positional factory function for cljs.spec.alpha/t_cljs$spec$alpha25806.\n */\ncljs.spec.alpha.__GT_t_cljs$spec$alpha25806 = (function cljs$spec$alpha$__GT_t_cljs$spec$alpha25806(argspec,aform,retspec,rform,fnspec,fform,gfn,specs,meta25807){\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha25806(argspec,aform,retspec,rform,fnspec,fform,gfn,specs,meta25807));\n});\n\n\n/**\n * Do not call this directly, use 'fspec'\n */\ncljs.spec.alpha.fspec_impl = (function cljs$spec$alpha$fspec_impl(argspec,aform,retspec,rform,fnspec,fform,gfn){\nvar specs = new cljs.core.PersistentArrayMap(null, 3, [new cljs.core.Keyword(null,\"args\",\"args\",1315556576),argspec,new 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cljs.core.Symbol(null,\"k\",\"k\",-505765866,null),new cljs.core.Symbol(null,\"v\",\"v\",1661996586,null)], null)], null),new cljs.core.PersistentArrayMap(null, 2, [new cljs.core.Keyword(\"cljs.spec.alpha\",\"k\",\"cljs.spec.alpha/k\",-1602615178),new cljs.core.Symbol(null,\"k\",\"k\",-505765866,null),new cljs.core.Keyword(\"cljs.spec.alpha\",\"v\",\"cljs.spec.alpha/v\",552625740),new cljs.core.Symbol(null,\"v\",\"v\",1661996586,null)], null)),new cljs.core.Symbol(null,\"p1__25901#\",\"p1__25901#\",-1746094871,null)))),cljs.spec.alpha.spec_impl.cljs$core$IFn$_invoke$arity$5(cljs.core.list(new cljs.core.Symbol(\"cljs.spec.alpha\",\"conformer\",\"cljs.spec.alpha/conformer\",2140085535,null),cljs.core.list(new cljs.core.Symbol(\"cljs.core\",\"fn\",\"cljs.core/fn\",-1065745098,null),new cljs.core.PersistentVector(null, 1, 5, cljs.core.PersistentVector.EMPTY_NODE, [new cljs.core.Symbol(null,\"%\",\"%\",-950237169,null)], null),cljs.core.list(new cljs.core.Symbol(\"cljs.core\",\"zipmap\",\"cljs.core/zipmap\",-1902130674,null),cljs.core.list(new cljs.core.Symbol(\"cljs.core\",\"map\",\"cljs.core/map\",-338988913,null),new cljs.core.Keyword(\"cljs.spec.alpha\",\"k\",\"cljs.spec.alpha/k\",-1602615178),new cljs.core.Symbol(null,\"%\",\"%\",-950237169,null)),cljs.core.list(new cljs.core.Symbol(\"cljs.core\",\"map\",\"cljs.core/map\",-338988913,null),new cljs.core.Keyword(\"cljs.spec.alpha\",\"v\",\"cljs.spec.alpha/v\",552625740),new cljs.core.Symbol(null,\"%\",\"%\",-950237169,null)))),cljs.core.list(new cljs.core.Symbol(\"cljs.core\",\"fn\",\"cljs.core/fn\",-1065745098,null),new cljs.core.PersistentVector(null, 1, 5, cljs.core.PersistentVector.EMPTY_NODE, [new cljs.core.Symbol(null,\"%\",\"%\",-950237169,null)], null),cljs.core.list(new cljs.core.Symbol(\"cljs.core\",\"map\",\"cljs.core/map\",-338988913,null),cljs.core.list(new cljs.core.Symbol(\"cljs.core\",\"fn\",\"cljs.core/fn\",-1065745098,null),new cljs.core.PersistentVector(null, 1, 5, cljs.core.PersistentVector.EMPTY_NODE, [new cljs.core.PersistentVector(null, 2, 5, cljs.core.PersistentVector.EMPTY_NODE, [new cljs.core.Symbol(null,\"k\",\"k\",-505765866,null),new cljs.core.Symbol(null,\"v\",\"v\",1661996586,null)], null)], null),new cljs.core.PersistentArrayMap(null, 2, [new cljs.core.Keyword(\"cljs.spec.alpha\",\"k\",\"cljs.spec.alpha/k\",-1602615178),new cljs.core.Symbol(null,\"k\",\"k\",-505765866,null),new cljs.core.Keyword(\"cljs.spec.alpha\",\"v\",\"cljs.spec.alpha/v\",552625740),new cljs.core.Symbol(null,\"v\",\"v\",1661996586,null)], null)),new cljs.core.Symbol(null,\"%\",\"%\",-950237169,null)))),(function (p1__25900_SHARP_){\nreturn cljs.core.zipmap(cljs.core.map.cljs$core$IFn$_invoke$arity$2(new cljs.core.Keyword(\"cljs.spec.alpha\",\"k\",\"cljs.spec.alpha/k\",-1602615178),p1__25900_SHARP_),cljs.core.map.cljs$core$IFn$_invoke$arity$2(new cljs.core.Keyword(\"cljs.spec.alpha\",\"v\",\"cljs.spec.alpha/v\",552625740),p1__25900_SHARP_));\n}),null,true,(function (p1__25901_SHARP_){\nreturn cljs.core.map.cljs$core$IFn$_invoke$arity$2((function (p__25928){\nvar vec__25930 = p__25928;\nvar k = cljs.core.nth.cljs$core$IFn$_invoke$arity$3(vec__25930,(0),null);\nvar v = cljs.core.nth.cljs$core$IFn$_invoke$arity$3(vec__25930,(1),null);\nreturn new cljs.core.PersistentArrayMap(null, 2, [new cljs.core.Keyword(\"cljs.spec.alpha\",\"k\",\"cljs.spec.alpha/k\",-1602615178),k,new cljs.core.Keyword(\"cljs.spec.alpha\",\"v\",\"cljs.spec.alpha/v\",552625740),v], null);\n}),p1__25901_SHARP_);\n})));\n\n/**\n* @constructor\n * @implements {cljs.spec.alpha.Spec}\n * @implements {cljs.core.IMeta}\n * @implements {cljs.spec.alpha.Specize}\n * @implements {cljs.core.IWithMeta}\n*/\ncljs.spec.alpha.t_cljs$spec$alpha25933 = (function (spec,meta25934){\nthis.spec = spec;\nthis.meta25934 = meta25934;\nthis.cljs$lang$protocol_mask$partition0$ = 393216;\nthis.cljs$lang$protocol_mask$partition1$ = 0;\n});\n(cljs.spec.alpha.t_cljs$spec$alpha25933.prototype.cljs$core$IWithMeta$_with_meta$arity$2 = (function (_25935,meta25934__$1){\nvar self__ = this;\nvar _25935__$1 = this;\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha25933(self__.spec,meta25934__$1));\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha25933.prototype.cljs$core$IMeta$_meta$arity$1 = (function (_25935){\nvar self__ = this;\nvar _25935__$1 = this;\nreturn self__.meta25934;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha25933.prototype.cljs$spec$alpha$Specize$ = cljs.core.PROTOCOL_SENTINEL);\n\n(cljs.spec.alpha.t_cljs$spec$alpha25933.prototype.cljs$spec$alpha$Specize$specize_STAR_$arity$1 = (function (s){\nvar self__ = this;\nvar s__$1 = this;\nreturn s__$1;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha25933.prototype.cljs$spec$alpha$Specize$specize_STAR_$arity$2 = (function (s,_){\nvar self__ = this;\nvar s__$1 = this;\nreturn s__$1;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha25933.prototype.cljs$spec$alpha$Spec$ = cljs.core.PROTOCOL_SENTINEL);\n\n(cljs.spec.alpha.t_cljs$spec$alpha25933.prototype.cljs$spec$alpha$Spec$conform_STAR_$arity$2 = (function (_,x){\nvar self__ = this;\nvar ___$1 = this;\nvar ret = cljs.spec.alpha.conform_STAR_(cljs.core.deref(self__.spec),x);\nif(cljs.spec.alpha.invalid_QMARK_(ret)){\nreturn new cljs.core.Keyword(\"cljs.spec.alpha\",\"invalid\",\"cljs.spec.alpha/invalid\",-1220295119);\n} else {\nreturn x;\n}\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha25933.prototype.cljs$spec$alpha$Spec$unform_STAR_$arity$2 = (function (_,x){\nvar self__ = this;\nvar ___$1 = this;\nreturn cljs.spec.alpha.unform_STAR_(cljs.core.deref(self__.spec),x);\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha25933.prototype.cljs$spec$alpha$Spec$explain_STAR_$arity$5 = (function (_,path,via,in$,x){\nvar self__ = this;\nvar ___$1 = this;\nreturn cljs.spec.alpha.explain_STAR_(cljs.core.deref(self__.spec),path,via,in$,x);\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha25933.prototype.cljs$spec$alpha$Spec$gen_STAR_$arity$4 = (function (_,overrides,path,rmap){\nvar self__ = this;\nvar ___$1 = this;\nreturn cljs.spec.alpha.gen_STAR_(cljs.core.deref(self__.spec),overrides,path,rmap);\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha25933.prototype.cljs$spec$alpha$Spec$with_gen_STAR_$arity$2 = (function (_,gfn){\nvar self__ = this;\nvar ___$1 = this;\nvar G__26008 = cljs.spec.alpha.with_gen_STAR_(cljs.core.deref(self__.spec),gfn);\nreturn (cljs.spec.alpha.nonconforming.cljs$core$IFn$_invoke$arity$1 ? cljs.spec.alpha.nonconforming.cljs$core$IFn$_invoke$arity$1(G__26008) : cljs.spec.alpha.nonconforming.call(null, G__26008));\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha25933.prototype.cljs$spec$alpha$Spec$describe_STAR_$arity$1 = (function (_){\nvar self__ = this;\nvar ___$1 = this;\nreturn cljs.core.sequence.cljs$core$IFn$_invoke$arity$1(cljs.core.seq(cljs.core.concat.cljs$core$IFn$_invoke$arity$2((new cljs.core.List(null,new cljs.core.Symbol(\"cljs.spec.alpha\",\"nonconforming\",\"cljs.spec.alpha/nonconforming\",-1009218508,null),null,(1),null)),(new cljs.core.List(null,cljs.spec.alpha.describe_STAR_(cljs.core.deref(self__.spec)),null,(1),null)))));\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha25933.getBasis = (function (){\nreturn new cljs.core.PersistentVector(null, 2, 5, cljs.core.PersistentVector.EMPTY_NODE, [new cljs.core.Symbol(null,\"spec\",\"spec\",1988051928,null),new cljs.core.Symbol(null,\"meta25934\",\"meta25934\",957806833,null)], null);\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha25933.cljs$lang$type = true);\n\n(cljs.spec.alpha.t_cljs$spec$alpha25933.cljs$lang$ctorStr = \"cljs.spec.alpha/t_cljs$spec$alpha25933\");\n\n(cljs.spec.alpha.t_cljs$spec$alpha25933.cljs$lang$ctorPrWriter = (function (this__5287__auto__,writer__5288__auto__,opt__5289__auto__){\nreturn cljs.core._write(writer__5288__auto__,\"cljs.spec.alpha/t_cljs$spec$alpha25933\");\n}));\n\n/**\n * Positional factory function for cljs.spec.alpha/t_cljs$spec$alpha25933.\n */\ncljs.spec.alpha.__GT_t_cljs$spec$alpha25933 = (function cljs$spec$alpha$__GT_t_cljs$spec$alpha25933(spec,meta25934){\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha25933(spec,meta25934));\n});\n\n\n/**\n * takes a spec and returns a spec that has the same properties except\n *   'conform' returns the original (not the conformed) value. Note, will specize regex ops.\n */\ncljs.spec.alpha.nonconforming = (function cljs$spec$alpha$nonconforming(spec){\nvar spec__$1 = (new cljs.core.Delay((function (){\nreturn cljs.spec.alpha.specize.cljs$core$IFn$_invoke$arity$1(spec);\n}),null));\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha25933(spec__$1,cljs.core.PersistentArrayMap.EMPTY));\n});\n\n/**\n* @constructor\n * @implements {cljs.spec.alpha.Spec}\n * @implements {cljs.core.IMeta}\n * @implements {cljs.spec.alpha.Specize}\n * @implements {cljs.core.IWithMeta}\n*/\ncljs.spec.alpha.t_cljs$spec$alpha26034 = (function (form,pred,gfn,spec,meta26035){\nthis.form = form;\nthis.pred = pred;\nthis.gfn = gfn;\nthis.spec = spec;\nthis.meta26035 = meta26035;\nthis.cljs$lang$protocol_mask$partition0$ = 393216;\nthis.cljs$lang$protocol_mask$partition1$ = 0;\n});\n(cljs.spec.alpha.t_cljs$spec$alpha26034.prototype.cljs$core$IWithMeta$_with_meta$arity$2 = (function (_26036,meta26035__$1){\nvar self__ = this;\nvar _26036__$1 = this;\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha26034(self__.form,self__.pred,self__.gfn,self__.spec,meta26035__$1));\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha26034.prototype.cljs$core$IMeta$_meta$arity$1 = (function (_26036){\nvar self__ = this;\nvar _26036__$1 = this;\nreturn self__.meta26035;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha26034.prototype.cljs$spec$alpha$Specize$ = cljs.core.PROTOCOL_SENTINEL);\n\n(cljs.spec.alpha.t_cljs$spec$alpha26034.prototype.cljs$spec$alpha$Specize$specize_STAR_$arity$1 = (function (s){\nvar self__ = this;\nvar s__$1 = this;\nreturn s__$1;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha26034.prototype.cljs$spec$alpha$Specize$specize_STAR_$arity$2 = (function (s,_){\nvar self__ = this;\nvar s__$1 = this;\nreturn s__$1;\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha26034.prototype.cljs$spec$alpha$Spec$ = cljs.core.PROTOCOL_SENTINEL);\n\n(cljs.spec.alpha.t_cljs$spec$alpha26034.prototype.cljs$spec$alpha$Spec$conform_STAR_$arity$2 = (function (_,x){\nvar self__ = this;\nvar ___$1 = this;\nif((x == null)){\nreturn null;\n} else {\nreturn cljs.spec.alpha.conform_STAR_(cljs.core.deref(self__.spec),x);\n}\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha26034.prototype.cljs$spec$alpha$Spec$unform_STAR_$arity$2 = (function (_,x){\nvar self__ = this;\nvar ___$1 = this;\nif((x == null)){\nreturn null;\n} else {\nreturn cljs.spec.alpha.unform_STAR_(cljs.core.deref(self__.spec),x);\n}\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha26034.prototype.cljs$spec$alpha$Spec$explain_STAR_$arity$5 = (function (_,path,via,in$,x){\nvar self__ = this;\nvar ___$1 = this;\nif(((cljs.spec.alpha.pvalid_QMARK_.cljs$core$IFn$_invoke$arity$2(cljs.core.deref(self__.spec),x)) || ((x == null)))){\nreturn null;\n} else {\nreturn cljs.core.conj.cljs$core$IFn$_invoke$arity$2(cljs.spec.alpha.explain_1(self__.form,self__.pred,cljs.core.conj.cljs$core$IFn$_invoke$arity$2(path,new cljs.core.Keyword(\"cljs.spec.alpha\",\"pred\",\"cljs.spec.alpha/pred\",-798342594)),via,in$,x),new cljs.core.PersistentArrayMap(null, 5, [new cljs.core.Keyword(null,\"path\",\"path\",-188191168),cljs.core.conj.cljs$core$IFn$_invoke$arity$2(path,new cljs.core.Keyword(\"cljs.spec.alpha\",\"nil\",\"cljs.spec.alpha/nil\",1733813950)),new cljs.core.Keyword(null,\"pred\",\"pred\",1927423397),new cljs.core.Symbol(null,\"nil?\",\"nil?\",1612038930,null),new cljs.core.Keyword(null,\"val\",\"val\",128701612),x,new cljs.core.Keyword(null,\"via\",\"via\",-1904457336),via,new cljs.core.Keyword(null,\"in\",\"in\",-1531184865),in$], null));\n}\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha26034.prototype.cljs$spec$alpha$Spec$gen_STAR_$arity$4 = (function (_,overrides,path,rmap){\nvar self__ = this;\nvar ___$1 = this;\nif(cljs.core.truth_(self__.gfn)){\nreturn (self__.gfn.cljs$core$IFn$_invoke$arity$0 ? self__.gfn.cljs$core$IFn$_invoke$arity$0() : self__.gfn.call(null, ));\n} else {\nreturn cljs.spec.gen.alpha.frequency.cljs$core$IFn$_invoke$arity$variadic(cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([new cljs.core.PersistentVector(null, 2, 5, cljs.core.PersistentVector.EMPTY_NODE, [new cljs.core.PersistentVector(null, 2, 5, cljs.core.PersistentVector.EMPTY_NODE, [(1),cljs.spec.gen.alpha.delay_impl((new cljs.core.Delay((function (){\nreturn cljs.spec.gen.alpha.return$.cljs$core$IFn$_invoke$arity$variadic(cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([null], 0));\n}),null)))], null),new cljs.core.PersistentVector(null, 2, 5, cljs.core.PersistentVector.EMPTY_NODE, [(9),cljs.spec.gen.alpha.delay_impl((new cljs.core.Delay((function (){\nreturn cljs.spec.alpha.gensub(self__.pred,overrides,cljs.core.conj.cljs$core$IFn$_invoke$arity$2(path,new cljs.core.Keyword(\"cljs.spec.alpha\",\"pred\",\"cljs.spec.alpha/pred\",-798342594)),rmap,self__.form);\n}),null)))], null)], null)], 0));\n}\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha26034.prototype.cljs$spec$alpha$Spec$with_gen_STAR_$arity$2 = (function (_,gfn__$1){\nvar self__ = this;\nvar ___$1 = this;\nreturn (cljs.spec.alpha.nilable_impl.cljs$core$IFn$_invoke$arity$3 ? cljs.spec.alpha.nilable_impl.cljs$core$IFn$_invoke$arity$3(self__.form,self__.pred,gfn__$1) : cljs.spec.alpha.nilable_impl.call(null, self__.form,self__.pred,gfn__$1));\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha26034.prototype.cljs$spec$alpha$Spec$describe_STAR_$arity$1 = (function (_){\nvar self__ = this;\nvar ___$1 = this;\nreturn cljs.core.sequence.cljs$core$IFn$_invoke$arity$1(cljs.core.seq(cljs.core.concat.cljs$core$IFn$_invoke$arity$2((new cljs.core.List(null,new cljs.core.Symbol(\"cljs.spec.alpha\",\"nilable\",\"cljs.spec.alpha/nilable\",1628308748,null),null,(1),null)),(new cljs.core.List(null,self__.form,null,(1),null)))));\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha26034.getBasis = (function (){\nreturn new cljs.core.PersistentVector(null, 5, 5, cljs.core.PersistentVector.EMPTY_NODE, [new cljs.core.Symbol(null,\"form\",\"form\",16469056,null),new cljs.core.Symbol(null,\"pred\",\"pred\",-727012372,null),new cljs.core.Symbol(null,\"gfn\",\"gfn\",-1862918295,null),new cljs.core.Symbol(null,\"spec\",\"spec\",1988051928,null),new cljs.core.Symbol(null,\"meta26035\",\"meta26035\",-835629090,null)], null);\n}));\n\n(cljs.spec.alpha.t_cljs$spec$alpha26034.cljs$lang$type = true);\n\n(cljs.spec.alpha.t_cljs$spec$alpha26034.cljs$lang$ctorStr = \"cljs.spec.alpha/t_cljs$spec$alpha26034\");\n\n(cljs.spec.alpha.t_cljs$spec$alpha26034.cljs$lang$ctorPrWriter = (function (this__5287__auto__,writer__5288__auto__,opt__5289__auto__){\nreturn cljs.core._write(writer__5288__auto__,\"cljs.spec.alpha/t_cljs$spec$alpha26034\");\n}));\n\n/**\n * Positional factory function for cljs.spec.alpha/t_cljs$spec$alpha26034.\n */\ncljs.spec.alpha.__GT_t_cljs$spec$alpha26034 = (function cljs$spec$alpha$__GT_t_cljs$spec$alpha26034(form,pred,gfn,spec,meta26035){\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha26034(form,pred,gfn,spec,meta26035));\n});\n\n\n/**\n * Do not call this directly, use 'nilable'\n */\ncljs.spec.alpha.nilable_impl = (function cljs$spec$alpha$nilable_impl(form,pred,gfn){\nvar spec = (new cljs.core.Delay((function (){\nreturn cljs.spec.alpha.specize.cljs$core$IFn$_invoke$arity$2(pred,form);\n}),null));\nreturn (new cljs.spec.alpha.t_cljs$spec$alpha26034(form,pred,gfn,spec,cljs.core.PersistentArrayMap.EMPTY));\n});\n/**\n * generates a number (default 10) of values compatible with spec and maps conform over them,\n *   returning a sequence of [val conformed-val] tuples. Optionally takes\n *   a generator overrides map as per gen\n */\ncljs.spec.alpha.exercise = (function cljs$spec$alpha$exercise(var_args){\nvar G__26125 = arguments.length;\nswitch (G__26125) {\ncase 1:\nreturn cljs.spec.alpha.exercise.cljs$core$IFn$_invoke$arity$1((arguments[(0)]));\n\nbreak;\ncase 2:\nreturn cljs.spec.alpha.exercise.cljs$core$IFn$_invoke$arity$2((arguments[(0)]),(arguments[(1)]));\n\nbreak;\ncase 3:\nreturn cljs.spec.alpha.exercise.cljs$core$IFn$_invoke$arity$3((arguments[(0)]),(arguments[(1)]),(arguments[(2)]));\n\nbreak;\ndefault:\nthrow (new Error([\"Invalid arity: \",cljs.core.str.cljs$core$IFn$_invoke$arity$1(arguments.length)].join('')));\n\n}\n});\n\n(cljs.spec.alpha.exercise.cljs$core$IFn$_invoke$arity$1 = (function (spec){\nreturn cljs.spec.alpha.exercise.cljs$core$IFn$_invoke$arity$2(spec,(10));\n}));\n\n(cljs.spec.alpha.exercise.cljs$core$IFn$_invoke$arity$2 = (function (spec,n){\nreturn cljs.spec.alpha.exercise.cljs$core$IFn$_invoke$arity$3(spec,n,null);\n}));\n\n(cljs.spec.alpha.exercise.cljs$core$IFn$_invoke$arity$3 = (function (spec,n,overrides){\nreturn cljs.core.map.cljs$core$IFn$_invoke$arity$2((function (p1__26116_SHARP_){\nreturn (new cljs.core.PersistentVector(null,2,(5),cljs.core.PersistentVector.EMPTY_NODE,[p1__26116_SHARP_,cljs.spec.alpha.conform(spec,p1__26116_SHARP_)],null));\n}),cljs.spec.gen.alpha.sample.cljs$core$IFn$_invoke$arity$variadic(cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([cljs.spec.alpha.gen.cljs$core$IFn$_invoke$arity$2(spec,overrides),n], 0)));\n}));\n\n(cljs.spec.alpha.exercise.cljs$lang$maxFixedArity = 3);\n\n/**\n * Return true if inst at or after start and before end\n */\ncljs.spec.alpha.inst_in_range_QMARK_ = (function cljs$spec$alpha$inst_in_range_QMARK_(start,end,inst){\nvar and__5000__auto__ = cljs.core.inst_QMARK_(inst);\nif(and__5000__auto__){\nvar t = cljs.core.inst_ms(inst);\nreturn (((cljs.core.inst_ms(start) <= t)) && ((t < cljs.core.inst_ms(end))));\n} else {\nreturn and__5000__auto__;\n}\n});\n/**\n * Return true if start <= val, val < end and val is a fixed\n *   precision integer.\n */\ncljs.spec.alpha.int_in_range_QMARK_ = (function cljs$spec$alpha$int_in_range_QMARK_(start,end,val){\nif(cljs.core.integer_QMARK_(val)){\nreturn (((start <= val)) && ((val < end)));\n} else {\nif((val instanceof cljs.spec.alpha.goog$module$goog$math$Long)){\nvar and__5000__auto__ = start.lessThanOrEqual(val);\nif(cljs.core.truth_(and__5000__auto__)){\nreturn val.lessThan(end);\n} else {\nreturn and__5000__auto__;\n}\n} else {\nif((val instanceof goog.math.Integer)){\nvar and__5000__auto__ = start.lessThanOrEqual(val);\nif(cljs.core.truth_(and__5000__auto__)){\nreturn val.lessThan(end);\n} else {\nreturn and__5000__auto__;\n}\n} else {\nreturn false;\n\n}\n}\n}\n});\nif((typeof cljs !== 'undefined') && (typeof cljs.spec !== 'undefined') && (typeof cljs.spec.alpha !== 'undefined') && (typeof cljs.spec.alpha._STAR_compile_asserts_STAR_ !== 'undefined')){\n} else {\n/**\n * If true, compiler will enable spec asserts, which are then\n * subject to runtime control via check-asserts? If false, compiler\n * will eliminate all spec assert overhead. See 'assert'.\n * Initially set to the negation of the ':elide-asserts' compiler option.\n * Defaults to true.\n */\ncljs.spec.alpha._STAR_compile_asserts_STAR_ = true;\n}\nif((typeof cljs !== 'undefined') && (typeof cljs.spec !== 'undefined') && (typeof cljs.spec.alpha !== 'undefined') && (typeof cljs.spec.alpha._STAR_runtime_asserts_STAR_ !== 'undefined')){\n} else {\ncljs.spec.alpha._STAR_runtime_asserts_STAR_ = false;\n}\n/**\n * Returns the value set by check-asserts.\n */\ncljs.spec.alpha.check_asserts_QMARK_ = (function cljs$spec$alpha$check_asserts_QMARK_(){\nreturn cljs.spec.alpha._STAR_runtime_asserts_STAR_;\n});\n/**\n * Enable or disable spec asserts that have been compiled\n * with '*compile-asserts*' true.  See 'assert'.\n * Initially set to boolean value of cljs.spec.alpha/*runtime-asserts*.\n * Defaults to false.\n */\ncljs.spec.alpha.check_asserts = (function cljs$spec$alpha$check_asserts(flag){\nreturn (cljs.spec.alpha._STAR_runtime_asserts_STAR_ = flag);\n});\n/**\n * Do not call this directly, use 'assert'.\n */\ncljs.spec.alpha.assert_STAR_ = (function cljs$spec$alpha$assert_STAR_(spec,x){\nif(cljs.spec.alpha.valid_QMARK_.cljs$core$IFn$_invoke$arity$2(spec,x)){\nreturn x;\n} else {\nvar ed = cljs.core.merge.cljs$core$IFn$_invoke$arity$variadic(cljs.core.prim_seq.cljs$core$IFn$_invoke$arity$2([cljs.core.assoc.cljs$core$IFn$_invoke$arity$3(cljs.spec.alpha.explain_data_STAR_(spec,cljs.core.PersistentVector.EMPTY,cljs.core.PersistentVector.EMPTY,cljs.core.PersistentVector.EMPTY,x),new cljs.core.Keyword(\"cljs.spec.alpha\",\"failure\",\"cljs.spec.alpha/failure\",188258592),new cljs.core.Keyword(null,\"assertion-failed\",\"assertion-failed\",-970534477))], 0));\nthrow (new Error([\"Spec assertion failed\\n\",(function (){var sb__5647__auto__ = (new goog.string.StringBuffer());\nvar _STAR_print_newline_STAR__orig_val__26166_27425 = cljs.core._STAR_print_newline_STAR_;\nvar _STAR_print_fn_STAR__orig_val__26167_27426 = cljs.core._STAR_print_fn_STAR_;\nvar _STAR_print_newline_STAR__temp_val__26168_27427 = true;\nvar _STAR_print_fn_STAR__temp_val__26169_27428 = (function (x__5648__auto__){\nreturn sb__5647__auto__.append(x__5648__auto__);\n});\n(cljs.core._STAR_print_newline_STAR_ = _STAR_print_newline_STAR__temp_val__26168_27427);\n\n(cljs.core._STAR_print_fn_STAR_ = _STAR_print_fn_STAR__temp_val__26169_27428);\n\ntry{cljs.spec.alpha.explain_out(ed);\n}finally {(cljs.core._STAR_print_fn_STAR_ = _STAR_print_fn_STAR__orig_val__26167_27426);\n\n(cljs.core._STAR_print_newline_STAR_ = _STAR_print_newline_STAR__orig_val__26166_27425);\n}\nreturn cljs.core.str.cljs$core$IFn$_invoke$arity$1(sb__5647__auto__);\n})()].join('')));\n}\n});\n","~:ns-info",["^ ","~:rename-macros",null,"~:renames",["^ "],"~:meta",["^ ","~:file","cljs/spec/alpha.cljs","~:line",9,"~:column",5,"~:end-line",9,"~:end-column",20],"~:ns-aliases",["^ ","~$cljs.loader","~$shadow.loader","~$clojure.pprint","~$cljs.pprint","~$clojure.spec.alpha","~$cljs.spec.alpha"],"~:use-macros",null,"~:excludes",["~#set",["~$cat","~$*","~$or","~$merge","~$keys","~$+","~$and","~$def"]],"~:macros",["^ ","~$&",["^ ","~:arglists",["~#list",[["~$re","~$&","~$preds"]]],"~:doc","takes a regex op re, and predicates. Returns a regex-op that consumes\n  input as per re but subjects the resulting value to the\n  conjunction of the predicates, and any conforming they might perform.","^7",372,"^8",1,"^6","cljs/spec/alpha.cljc","~:name","~$cljs.spec.alpha/&","~:ns","^A","~:macro",true],"~$fspec",["^ ","^L",["^M",[["~$&",["^ ","~:keys",["~$args","~$ret","~$fn","~$gen"],"~:or",["^ ","^X",["^M",["~$quote","~$cljs.core/any?"]]]]]]],"^P","takes :args :ret and (optional) :fn kwargs whose values are preds\n  and returns a spec whose conform/explain take a fn and validates it\n  using generative testing. The conformed value is always the fn itself.\n\n  See 'fdef' for a single operation that creates an fspec and\n  registers it, as well as a full description of :args, :ret and :fn\n\n  fspecs can generate functions that validate the arguments and\n  fabricate a return value compliant with the :ret spec, ignoring\n  the :fn spec if present.\n\n  Optionally takes :gen generator-fn, which must be a fn of no args\n  that returns a test.check generator.","^7",388,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","~$cljs.spec.alpha/fspec","^S","^A","^T",true],"~$every",["^ ","^L",["^M",[["~$pred","~$&",["^ ","^V",["~$into","~$kind","~$count","~$max-count","~$min-count","~$distinct","~$gen-max","~$gen-into","^Z"],"~:as","~$opts"]]]],"^P","takes a pred and validates collection elements against that pred.\n\n  Note that 'every' does not do exhaustive checking, rather it samples\n  *coll-check-limit* elements. Nor (as a result) does it do any\n  conforming of elements. 'explain' will report at most *coll-error-limit*\n  problems.  Thus 'every' should be suitable for potentially large\n  collections.\n\n  Takes several kwargs options that further constrain the collection:\n\n  :kind - a pred that the collection type must satisfy, e.g. vector?\n          (default nil) Note that if :kind is specified and :into is\n          not, this pred must generate in order for every to generate.\n  :count - specifies coll has exactly this count (default nil)\n  :min-count, :max-count - coll has count (<= min-count count max-count) (defaults nil)\n  :distinct - all the elements are distinct (default nil)\n\n  And additional args that control gen\n\n  :gen-max - the maximum coll size to generate (default 20)\n  :into - one of [], (), {}, #{} - the default collection to generate into\n      (default same as :kind if supplied, else []\n\n  Optionally takes :gen generator-fn, which must be a fn of no args that\n  returns a test.check generator\n\n  See also - coll-of, every-kv\n","^7",233,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","~$cljs.spec.alpha/every","^S","^A","^T",true],"~$keys*",["^ ","^L",["^M",[["~$&","~$kspecs"]]],"^P","takes the same arguments as spec/keys and returns a regex op that matches sequences of key/values,\n  converts them into a map, and conforms that map with a corresponding\n  spec/keys call:\n\n  user=> (s/conform (s/keys :req-un [::a ::c]) {:a 1 :c 2})\n  {:a 1, :c 2}\n  user=> (s/conform (s/keys* :req-un [::a ::c]) [:a 1 :c 2])\n  {:a 1, :c 2}\n\n  the resulting regex op can be composed into a larger regex:\n\n  user=> (s/conform (s/cat :i1 integer? :m (s/keys* :req-un [::a ::c]) :i2 integer?) [42 :a 1 :c 2 :d 4 99])\n  {:i1 42, :m {:a 1, :c 2, :d 4}, :i2 99}","^7",451,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","~$cljs.spec.alpha/keys*","^S","^A","^T",true],"~$nilable",["^ ","^L",["^M",[["^14"]]],"^P","returns a spec that accepts nil and values satisfiying pred","^7",470,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","~$cljs.spec.alpha/nilable","^S","^A","^T",true],"~$coll-of",["^ ","^L",["^M",[["^14","~$&","^1>"]]],"^P","Returns a spec for a collection of items satisfying pred. Unlike\n  generator will fill an empty init-coll.\n\n  Same options as 'every'. conform will produce a collection\n  corresponding to :into if supplied, else will match the input collection,\n  avoiding rebuilding when possible.\n\n  Same options as 'every'.\n\n  See also - every, map-of","^7",292,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","~$cljs.spec.alpha/coll-of","^S","^A","^T",true],"^E",["^ ","^L",["^M",[["~$&","~$key-pred-forms"]]],"^P","Takes key+pred pairs, e.g.\n\n  (s/cat :e even? :o odd?)\n\n  Returns a regex op that matches (all) values in sequence, returning a map\n  containing the keys of each pred and the corresponding value.","^7",356,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","~$cljs.spec.alpha/cat","^S","^A","^T",true],"~$*",["^ ","^L",["^M",[["~$pred-form"]]],"^P","Returns a regex op that matches zero or more values matching\n  pred. Produces a vector of matches iff there is at least one match","^7",321,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","~$cljs.spec.alpha/*","^S","^A","^T",true],"~$every-kv",["^ ","^L",["^M",[["~$kpred","~$vpred","~$&","^1>"]]],"^P","like 'every' but takes separate key and val preds and works on associative collections.\n\n  Same options as 'every', :into defaults to {}\n\n  See also - map-of","^7",281,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","~$cljs.spec.alpha/every-kv","^S","^A","^T",true],"~$int-in",["^ ","^L",["^M",[["~$start","~$end"]]],"^P","Returns a spec that validates fixed precision integers in the\n  range from start (inclusive) to end (exclusive).","^7",488,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","~$cljs.spec.alpha/int-in","^S","^A","^T",true],"~$alt",["^ ","^L",["^M",[["~$&","^1G"]]],"^P","Takes key+pred pairs, e.g.\n\n  (s/alt :even even? :small #(< % 42))\n\n  Returns a regex op that returns a map entry containing the key of the\n  first matching pred and the corresponding value. Thus the\n  'key' and 'val' functions can be used to refer generically to the\n  components of the tagged return.","^7",339,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","~$cljs.spec.alpha/alt","^S","^A","^T",true],"^F",["^ ","^L",["^M",[["~$&","^1G"]]],"^P","Takes key+pred pairs, e.g.\n\n  (s/or :even even? :small #(< % 42))\n\n  Returns a destructuring spec that returns a map entry containing the\n  key of the first matching pred and the corresponding value. Thus the\n  'key' and 'val' functions can be used to refer generically to the\n  components of the tagged return.","^7",197,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","~$cljs.spec.alpha/or","^S","^A","^T",true],"~$exercise-fn",["^ ","^L",["^M",[["~$sym"],["^1W","~$n"],["^1W","~$n","^U"]]],"^P","exercises the fn named by sym (a symbol) by applying it to\n  n (default 10) generated samples of its args spec. When fspec is\n  supplied its arg spec is used, and sym-or-f can be a fn.  Returns a\n  sequence of tuples of [args ret]. ","^7",521,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","~$cljs.spec.alpha/exercise-fn","^S","^A","^T",true],"~$multi-spec",["^ ","^L",["^M",[["~$mm","~$retag"]]],"^P","Takes the name of a spec/predicate-returning multimethod and a\n  tag-restoring keyword or fn (retag).  Returns a spec that when\n  conforming or explaining data will pass it to the multimethod to get\n  an appropriate spec. You can e.g. use multi-spec to dynamically and\n  extensibly associate specs with 'tagged' data (i.e. data where one\n  of the fields indicates the shape of the rest of the structure).\n\n  (defmulti mspec :tag)\n\n  The methods should ignore their argument and return a predicate/spec:\n  (defmethod mspec :int [_] (s/keys :req-un [::tag ::i]))\n\n  retag is used during generation to retag generated values with\n  matching tags. retag can either be a keyword, at which key the\n  dispatch-tag will be assoc'ed, or a fn of generated value and\n  dispatch-tag that should return an appropriately retagged value.\n\n  Note that because the tags themselves comprise an open set,\n  the tag key spec cannot enumerate the values, but can e.g.\n  test for keyword?.\n\n  Note also that the dispatch values of the multimethod will be\n  included in the path, i.e. in reporting and gen overrides, even\n  though those values are not evident in the spec.\n","^7",106,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","~$cljs.spec.alpha/multi-spec","^S","^A","^T",true],"~$tuple",["^ ","^L",["^M",[["~$&","^O"]]],"^P","takes one or more preds and returns a spec for a tuple, a vector\n  where each element conforms to the corresponding pred. Each element\n  will be referred to in paths using its ordinal.","^7",408,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","~$cljs.spec.alpha/tuple","^S","^A","^T",true],"~$assert",["^ ","^L",["^M",[["~$spec","~$x"]]],"^P","spec-checking assert expression. Returns x if x is valid? according\nto spec, else throws an error with explain-data plus ::failure of\n:assertion-failed.\nCan be disabled at either compile time or runtime:\nIf *compile-asserts* is false at compile time, compiles to x. Defaults\nto the negation value of the ':elide-asserts' compiler option, or true if\nnot set.\nIf (check-asserts?) is false at runtime, always returns x. Defaults to\nvalue of 'cljs.spec.alpha/*runtime-asserts*', or false if not set. You can\ntoggle check-asserts? with (check-asserts bool).","^7",548,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","~$cljs.spec.alpha/assert","^S","^A","^T",true],"~$?",["^ ","^L",["^M",[["^1I"]]],"^P","Returns a regex op that matches zero or one value matching\n  pred. Produces a single value (not a collection) if matched.","^7",333,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","~$cljs.spec.alpha/?","^S","^A","^T",true],"^G",["^ ","^L",["^M",[["~$&","~$pred-forms"]]],"^P","Takes map-validating specs (e.g. 'keys' specs) and\n  returns a spec that returns a conformed map satisfying all of the\n  specs.  Successive conformed values propagate through rest of\n  predicates. Unlike 'and', merge can generate maps satisfying the\n  union of the predicates.","^7",512,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","~$cljs.spec.alpha/merge","^S","^A","^T",true],"~$conformer",["^ ","^L",["^M",[["~$f"],["~$f","~$unf"]]],"^P","takes a predicate function with the semantics of conform i.e. it should return either a\n  (possibly converted) value or :cljs.spec.alpha/invalid, and returns a\n  spec that uses it as a predicate/conformer. Optionally takes a\n  second fn that does unform of result of first","^7",380,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","~$cljs.spec.alpha/conformer","^S","^A","^T",true],"^24",["^ ","^L",["^M",[["~$form","~$&",["^ ","^V",["^Z"]]]]],"^P","Takes a single predicate form, e.g. can be the name of a predicate,\n  like even?, or a fn literal like #(< % 42). Note that it is not\n  generally necessary to wrap predicates in spec when using the rest\n  of the spec macros, only to attach a unique generator\n\n  Can also be passed the result of one of the regex ops -\n  cat, alt, *, +, ?, in which case it will return a regex-conforming\n  spec, useful when nesting an independent regex.\n  ---\n\n  Optionally takes :gen generator-fn, which must be a fn of no args that\n  returns a test.check generator.\n\n  Returns a spec.","^7",87,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","~$cljs.spec.alpha/spec","^S","^A","^T",true],"^H",["^ ","^L",["^M",[["~$&",["^ ","^V",["~$req","~$req-un","~$opt","~$opt-un","^Z"]]]]],"^P","Creates and returns a map validating spec. :req and :opt are both\n  vectors of namespaced-qualified keywords. The validator will ensure\n  the :req keys are present. The :opt keys serve as documentation and\n  may be used by the generator.\n\n  The :req key vector supports 'and' and 'or' for key groups:\n\n  (s/keys :req [::x ::y (or ::secret (and ::user ::pwd))] :opt [::z])\n\n  There are also -un versions of :req and :opt. These allow\n  you to connect unqualified keys to specs.  In each case, fully\n  qualfied keywords are passed, which name the specs, but unqualified\n  keys (with the same name component) are expected and checked at\n  conform-time, and generated during gen:\n\n  (s/keys :req-un [:my.ns/x :my.ns/y])\n\n  The above says keys :x and :y are required, and will be validated\n  and generated by specs (if they exist) named :my.ns/x :my.ns/y\n  respectively.\n\n  In addition, the values of *all* namespace-qualified keys will be validated\n  (and possibly destructured) by any registered specs. Note: there is\n  no support for inline value specification, by design.\n\n  Optionally takes :gen generator-fn, which must be a fn of no args that\n  returns a test.check generator.","^7",135,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","~$cljs.spec.alpha/keys","^S","^A","^T",true],"~$+",["^ ","^L",["^M",[["^1I"]]],"^P","Returns a regex op that matches one or more values matching\n  pred. Produces a vector of matches","^7",327,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","~$cljs.spec.alpha/+","^S","^A","^T",true],"~$map-of",["^ ","^L",["^M",[["^1L","^1M","~$&","^1>"]]],"^P","Returns a spec for a map whose keys satisfy kpred and vals satisfy\n  vpred. Unlike 'every-kv', map-of will exhaustively conform every\n  value.\n\n  Same options as 'every', :kind defaults to map?, with the addition of:\n\n  :conform-keys - conform keys as well as values (default false)\n\n  See also - every-kv","^7",307,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","~$cljs.spec.alpha/map-of","^S","^A","^T",true],"~$double-in",["^ ","^L",["^M",[["~$&",["^ ","^V",["~$infinite?","~$NaN?","~$min","~$max"],"^[",["^ ","^2G",true,"^2H",true],"^1=","~$m"]]]],"^P","Specs a 64-bit floating point number. Options:\n\n    :infinite? - whether +/- infinity allowed (default true)\n    :NaN?      - whether NaN allowed (default true)\n    :min       - minimum value (inclusive, default none)\n    :max       - maximum value (inclusive, default none)","^7",495,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","~$cljs.spec.alpha/double-in","^S","^A","^T",true],"~$inst-in",["^ ","^L",["^M",[["^1P","^1Q"]]],"^P","Returns a spec that validates insts in the range from start\n  (inclusive) to end (exclusive).","^7",476,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","~$cljs.spec.alpha/inst-in","^S","^A","^T",true],"^I",["^ ","^L",["^M",[["~$&","^27"]]],"^P","Takes predicate/spec-forms, e.g.\n\n  (s/and even? #(< % 42))\n\n  Returns a spec that returns the conformed value. Successive\n  conformed values propagate through rest of predicates.","^7",214,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","~$cljs.spec.alpha/and","^S","^A","^T",true],"^J",["^ ","^L",["^M",[["~$k","~$spec-form"]]],"^P","Given a namespace-qualified keyword or resolveable symbol k, and a\n  spec, spec-name, predicate or regex-op makes an entry in the\n  registry mapping k to the spec. Use nil to remove an entry in\n  the registry for k.","^7",68,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","~$cljs.spec.alpha/def","^S","^A","^T",true],"~$fdef",["^ ","^L",["^M",[["~$fn-sym","~$&","~$specs"]]],"^P","Takes a symbol naming a function, and one or more of the following:\n\n  :args A regex spec for the function arguments as they were a list to be\n    passed to apply - in this way, a single spec can handle functions with\n    multiple arities\n  :ret A spec for the function's return value\n  :fn A spec of the relationship between args and ret - the\n    value passed is {:args conformed-args :ret conformed-ret} and is\n    expected to contain predicates that relate those values\n\n  Qualifies fn-sym with resolve, or using *ns* if no resolution found.\n  Registers an fspec in the global registry, where it can be retrieved\n  by calling get-spec with the var or fully-qualified symbol.\n\n  Once registered, function specs are included in doc, checked by\n  instrument, tested by the runner cljs.spec.test.alpha/check, and (if\n  a macro) used to explain errors during macroexpansion.\n\n  Note that :fn specs require the presence of :args and :ret specs to\n  conform values, and so :fn specs will be ignored if :args or :ret\n  are missing.\n\n  Returns the qualified fn-sym.\n\n  For example, to register function specs for the symbol function:\n\n  (s/fdef cljs.core/symbol\n    :args (s/alt :separate (s/cat :ns string? :n string?)\n                 :str string?\n                 :sym symbol?)\n    :ret symbol?)","^7",416,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","~$cljs.spec.alpha/fdef","^S","^A","^T",true]],"^Q","^A","~:reader-aliases",["^ "],"~:op","^S","~:imports",null,"~:requires",["^ ","~$cljs.core","^2Y","~$gobj","~$goog.object","~$goog","^30","^2[","^2[","~$walk","~$clojure.walk","^Z","~$cljs.spec.gen.alpha","~$c","^2Y","~$str","~$clojure.string","^35","^35","^32","^32","^33","^33"],"~:seen",["^D",["~:require","~:require-macros"]],"~:uses",null,"^38",["^ ","^2Y","^2Y","~$c","^2Y","^A","^A","~$s","^A","^Z","^33","^33","^33"],"~:form",["^M",["~$ns","^A",["^M",["~:refer-clojure","~:exclude",["~$+","~$*","^I","^F","^E","^J","^H","^G"]]],["^M",["^38",["^2Y","^1=","~$c"],["^A","^1=","~$s"]]],["^M",["^37",["^2[","^1=","^2Z"],["^2Y","^1=","~$c"],["^32","^1=","^31"],["^33","^1=","^Z"],["^35","^1=","^34"]]]]],"~:flags",["^ ","^38",["^D",[]],"^37",["^D",[]]],"~:js-deps",[],"~:deps",["^30","^2Y","^2[","^32","^33","^35"]],"^S","^A","~:resource-id",["~:shadow.build.classpath/resource","cljs/spec/alpha.cljs"],"~:compiled-at",1738924233352,"^2U",["^ ","^2Y","^2Y","^2Z","^2[","^30","^30","^2[","^2[","^31","^32","^Z","^33","~$s","^A","~$c","^2Y","^34","^35","^35","^35","^A","^A","^32","^32","^33","^33"],"~:resource-name","cljs/spec/alpha.cljs","~:warnings",[],"~:source",";   Copyright (c) Rich Hickey. All rights reserved.\n;   The use and distribution terms for this software are covered by the\n;   Eclipse Public License 1.0 (http://opensource.org/licenses/eclipse-1.0.php)\n;   which can be found in the file epl-v10.html at the root of this distribution.\n;   By using this software in any fashion, you are agreeing to be bound by\n;   the terms of this license.\n;   You must not remove this notice, or any other, from this software.\n\n(ns cljs.spec.alpha\n  (:refer-clojure :exclude [+ * and or cat def keys merge])\n  (:require-macros [cljs.core :as c]\n                   [cljs.spec.alpha :as s])\n  (:require [goog.object :as gobj]\n            [cljs.core :as c]\n            [clojure.walk :as walk]\n            [cljs.spec.gen.alpha :as gen]\n            [clojure.string :as str]))\n\n(def ^:const MAX_INT 9007199254740991)\n\n(def ^:dynamic *recursion-limit*\n  \"A soft limit on how many times a branching spec (or/alt/*/opt-keys/multi-spec)\n  can be recursed through during generation. After this a\n  non-recursive branch will be chosen.\"\n  4)\n\n(def ^:dynamic *fspec-iterations*\n  \"The number of times an anonymous fn specified by fspec will be (generatively) tested during conform\"\n  21)\n\n(def ^:dynamic *coll-check-limit*\n  \"The number of items validated in a collection spec'ed with 'every'\"\n  101)\n\n(def ^:dynamic *coll-error-limit*\n  \"The number of errors reported by explain in a collection spec'ed with 'every'\"\n  20)\n\n(defprotocol Spec\n  (conform* [spec x])\n  (unform* [spec y])\n  (explain* [spec path via in x])\n  (gen* [spec overrides path rmap])\n  (with-gen* [spec gfn])\n  (describe* [spec]))\n\n(defonce ^:private registry-ref (atom {}))\n\n(defn- deep-resolve [reg k]\n  (loop [spec k]\n    (if (ident? spec)\n      (recur (get reg spec))\n      spec)))\n\n(defn- reg-resolve\n  \"returns the spec/regex at end of alias chain starting with k, nil if not found, k if k not ident\"\n  [k]\n  (if (ident? k)\n    (let [reg @registry-ref\n          spec (get reg k)]\n      (if-not (ident? spec)\n        spec\n        (deep-resolve reg spec)))\n    k))\n\n(defn- reg-resolve!\n  \"returns the spec/regex at end of alias chain starting with k, throws if not found, k if k not ident\"\n  [k]\n  (if (ident? k)\n    (c/or (reg-resolve k)\n          (throw (js/Error. (str \"Unable to resolve spec: \" k))))\n    k))\n\n(defn spec?\n  \"returns x if x is a spec object, else logical false\"\n  [x]\n  (when (implements? Spec x)\n    x))\n\n(defn regex?\n  \"returns x if x is a (cljs.spec.alpha) regex op, else logical false\"\n  [x]\n  (c/and (::op x) x))\n\n(defn- with-name [spec name]\n  (cond\n   (ident? spec) spec\n   (regex? spec) (assoc spec ::name name)\n\n   (implements? IMeta spec)\n   (with-meta spec (assoc (meta spec) ::name name))))\n\n(defn- spec-name [spec]\n  (cond\n   (ident? spec) spec\n\n   (regex? spec) (::name spec)\n\n   (implements? IMeta spec)\n   (-> (meta spec) ::name)))\n\n(declare ^{:arglists '([form pred gfn cpred?] [form pred gfn cpred? unc])} spec-impl)\n(declare ^{:arglists '([re gfn])} regex-spec-impl)\n\n(defn- maybe-spec\n  \"spec-or-k must be a spec, regex or resolvable kw/sym, else returns nil.\"\n  [spec-or-k]\n  (let [s (c/or (c/and (ident? spec-or-k) (reg-resolve spec-or-k))\n                (spec? spec-or-k)\n                (regex? spec-or-k)\n                nil)]\n    (if (regex? s)\n      (with-name (regex-spec-impl s nil) (spec-name s))\n      s)))\n\n(defn- the-spec\n  \"spec-or-k must be a spec, regex or kw/sym, else returns nil. Throws if unresolvable kw/sym\"\n  [spec-or-k]\n  (c/or (maybe-spec spec-or-k)\n        (when (ident? spec-or-k)\n          (throw (js/Error. (str \"Unable to resolve spec: \" spec-or-k))))))\n\n(defn- fn-sym [f-n]\n  (when-not (str/blank? f-n)\n    (let [xs (map demunge (str/split f-n \"$\"))]\n      (when (c/and (<= 2 (count xs))\n                   (every? #(not (str/blank? %)) xs))\n        (let [[xs y] ((juxt butlast last) xs)]\n          (symbol (str (str/join \".\" xs) \"/\" y)))))))\n\n(defprotocol Specize\n  (specize* [_] [_ form]))\n\n(extend-protocol Specize\n  Keyword\n  (specize* ([k] (specize* (reg-resolve! k)))\n            ([k _] (specize* (reg-resolve! k))))\n\n  Symbol\n  (specize* ([s] (specize* (reg-resolve! s)))\n            ([s _] (specize* (reg-resolve! s))))\n\n  PersistentHashSet\n  (specize* ([s] (spec-impl s s nil nil))\n            ([s form] (spec-impl form s nil nil)))\n\n  PersistentTreeSet\n  (specize* ([s] (spec-impl s s nil nil))\n            ([s form] (spec-impl form s nil nil)))\n\n  default\n  (specize*\n    ([o]\n     (if-let [f-n (c/and (fn? o) (fn-sym (.-name o)))]\n       (spec-impl f-n o nil nil)\n       (spec-impl ::unknown o nil nil)))\n    ([o form] (spec-impl form o nil nil))))\n\n(defn- specize\n  ([s] (c/or (spec? s) (specize* s)))\n  ([s form] (c/or (spec? s) (specize* s form))))\n\n(defn invalid?\n  \"tests the validity of a conform return value\"\n  [ret]\n  (keyword-identical? ::invalid ret))\n\n(defn conform\n  \"Given a spec and a value, returns :cljs.spec.alpha/invalid if value does\n  not match spec, else the (possibly destructured) value.\"\n  [spec x]\n  (conform* (specize spec) x))\n\n(defn unform\n  \"Given a spec and a value created by or compliant with a call to\n  'conform' with the same spec, returns a value with all conform\n   destructuring undone.\"\n  [spec x]\n  (unform* (specize spec) x))\n\n(defn form\n  \"returns the spec as data\"\n  [spec]\n  ;;TODO - incorporate gens\n  (describe* (specize spec)))\n\n(defn abbrev [form]\n  (cond\n    (seq? form)\n    (walk/postwalk (fn [form]\n                     (cond\n                       (c/and (symbol? form) (namespace form))\n                       (-> form name symbol)\n\n                       (c/and (seq? form) (= 'fn (first form)) (= '[%] (second form)))\n                       (last form)\n\n                       :else form))\n                   form)\n\n    (c/and (symbol? form) (namespace form))\n    (-> form name symbol)\n\n    :else form))\n\n(defn describe\n  \"returns an abbreviated description of the spec as data\"\n  [spec]\n  (abbrev (form spec)))\n\n(defn with-gen\n  \"Takes a spec and a no-arg, generator-returning fn and returns a version of that spec that uses that generator\"\n  [spec gen-fn]\n  (let [spec (reg-resolve spec)]\n    (if (regex? spec)\n      (assoc spec ::gfn gen-fn)\n      (with-gen* (specize spec) gen-fn))))\n\n(defn explain-data* [spec path via in x]\n  (when-let [probs (explain* (specize spec) path via in x)]\n    (when-not (empty? probs)\n      {::problems probs\n       ::spec spec\n       ::value x})))\n\n(defn explain-data\n  \"Given a spec and a value x which ought to conform, returns nil if x\n  conforms, else a map with at least the key ::problems whose value is\n  a collection of problem-maps, where problem-map has at least :path :pred and :val\n  keys describing the predicate and the value that failed at that\n  path.\"\n  [spec x]\n  (explain-data* spec [] (if-let [name (spec-name spec)] [name] []) [] x))\n\n(defn explain-printer\n  \"Default printer for explain-data. nil indicates a successful validation.\"\n  [ed]\n  (if ed\n    (let [problems (->> (::problems ed)\n                     (sort-by #(- (count (:in %))))\n                     (sort-by #(- (count (:path %)))))]\n      (print\n        (with-out-str\n          ;;(prn {:ed ed})\n          (doseq [{:keys [path pred val reason via in] :as prob} problems]\n            (pr val)\n            (print \" - failed: \")\n            (if reason (print reason) (pr (abbrev pred)))\n            (when-not (empty? in)\n              (print (str \" in: \" (pr-str in))))\n            (when-not (empty? path)\n              (print (str \" at: \" (pr-str path))))\n            (when-not (empty? via)\n              (print (str \" spec: \" (pr-str (last via)))))\n            (doseq [[k v] prob]\n              (when-not (#{:path :pred :val :reason :via :in} k)\n                (print \"\\n\\t\" (pr-str k) \" \")\n                (pr v)))\n            (newline)))))\n    (println \"Success!\")))\n\n(def ^:dynamic *explain-out* explain-printer)\n\n(defn explain-out\n  \"Prints explanation data (per 'explain-data') to *out* using the printer in *explain-out*,\n    by default explain-printer.\"\n  [ed]\n  (*explain-out* ed))\n\n(defn explain\n  \"Given a spec and a value that fails to conform, prints an explanation to *out*.\"\n  [spec x]\n  (explain-out (explain-data spec x)))\n\n(defn explain-str\n  \"Given a spec and a value that fails to conform, returns an explanation as a string.\"\n  [spec x]\n  (with-out-str (explain spec x)))\n\n(declare ^{:arglists '([spec x] [spec x form])} valid?)\n\n(defn- gensub\n  [spec overrides path rmap form]\n  ;;(prn {:spec spec :over overrides :path path :form form})\n  (let [spec (specize spec)]\n    (if-let [g (c/or (when-let [gfn (c/or (get overrides (c/or (spec-name spec) spec))\n                                          (get overrides path))]\n                       (gfn))\n                 (gen* spec overrides path rmap))]\n      (gen/such-that #(valid? spec %) g 100)\n      (throw (js/Error. (str \"Unable to construct gen at: \" path \" for: \" (abbrev form)))))))\n\n(defn gen\n  \"Given a spec, returns the generator for it, or throws if none can\n  be constructed. Optionally an overrides map can be provided which\n  should map spec names or paths (vectors of keywords) to no-arg\n  generator-creating fns. These will be used instead of the generators at those\n  names/paths. Note that parent generator (in the spec or overrides\n  map) will supersede those of any subtrees. A generator for a regex\n  op must always return a sequential collection (i.e. a generator for\n  s/? should return either an empty sequence/vector or a\n  sequence/vector with one item in it)\"\n  ([spec] (gen spec nil))\n  ([spec overrides] (gensub spec overrides [] {::recursion-limit *recursion-limit*} spec)))\n\n(defn ^:skip-wiki def-impl\n  \"Do not call this directly, use 'def'\"\n  [k form spec]\n  (assert (c/and (ident? k) (namespace k)) \"k must be namespaced keyword or resolveable symbol\")\n  (if (nil? spec)\n    (swap! registry-ref dissoc k)\n    (let [spec (if (c/or (spec? spec) (regex? spec) (get @registry-ref spec))\n                 spec\n                 (spec-impl form spec nil nil))]\n      (swap! registry-ref assoc k (with-name spec k))))\n  k)\n\n(defn registry\n  \"returns the registry map, prefer 'get-spec' to lookup a spec by name\"\n  []\n  @registry-ref)\n\n(defn- ->sym\n  \"Returns a symbol from a symbol or var\"\n  [x]\n  (if (var? x)\n    (.-sym x)\n    x))\n\n(defn get-spec\n  \"Returns spec registered for keyword/symbol/var k, or nil.\"\n  [k]\n  (get (registry) (if (keyword? k) k (->sym k))))\n\n(declare map-spec)\n\n(defn- macroexpand-check\n  [v args]\n  (let [specs (get-spec v)]\n    (when-let [arg-spec (:args specs)]\n      (when (invalid? (conform arg-spec args))\n        (let [ed (assoc (explain-data* arg-spec []\n                          (if-let [name (spec-name arg-spec)] [name] []) [] args)\n                   ::args args)]\n          (throw (ex-info\n                   (str\n                     \"Call to \" (->sym v) \" did not conform to spec.\")\n                   ed)))))))\n\n;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; impl ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;\n(defn- recur-limit? [rmap id path k]\n  (c/and (> (get rmap id) (::recursion-limit rmap))\n         (contains? (set path) k)))\n\n(defn- inck [m k]\n  (assoc m k (inc (c/or (get m k) 0))))\n\n(defn- dt\n  ([pred x form] (dt pred x form nil))\n  ([pred x form cpred?]\n   (if pred\n     (if-let [spec (the-spec pred)]\n       (conform spec x)\n       (if (ifn? pred)\n         (if cpred?\n           (pred x)\n           (if (pred x) x ::invalid))\n         (throw (js/Error. (str (pr-str form) \" is not a fn, expected predicate fn\")))))\n     x)))\n\n(defn valid?\n  \"Helper function that returns true when x is valid for spec.\"\n  ([spec x]\n   (let [spec (specize spec)]\n     (not (invalid? (conform* spec x)))))\n  ([spec x form]\n   (let [spec (specize spec form)]\n     (not (invalid? (conform* spec x))))))\n\n(defn- pvalid?\n  \"internal helper function that returns true when x is valid for spec.\"\n  ([pred x]\n   (not (invalid? (dt pred x ::unknown))))\n  ([pred x form]\n   (not (invalid? (dt pred x form)))))\n\n(defn- explain-1 [form pred path via in v]\n  ;;(prn {:form form :pred pred :path path :in in :v v})\n  (let [pred (maybe-spec pred)]\n    (if (spec? pred)\n      (explain* pred path (if-let [name (spec-name pred)] (conj via name) via) in v)\n      [{:path path :pred form :val v :via via :in in}])))\n\n(declare ^{:arglists '([s] [min-count s])} or-k-gen\n         ^{:arglists '([s])} and-k-gen)\n\n(defn- k-gen\n  \"returns a generator for form f, which can be a keyword or a list\n  starting with 'or or 'and.\"\n  [f]\n  (cond\n    (keyword? f)       (gen/return f)\n    (= 'or  (first f)) (or-k-gen 1 (rest f))\n    (= 'and (first f)) (and-k-gen (rest f))))\n\n(defn- or-k-gen\n  \"returns a tuple generator made up of generators for a random subset\n  of min-count (default 0) to all elements in s.\"\n  ([s] (or-k-gen 0 s))\n  ([min-count s]\n   (gen/bind (gen/tuple\n               (gen/choose min-count (count s))\n               (gen/shuffle (map k-gen s)))\n     (fn [[n gens]]\n       (apply gen/tuple (take n gens))))))\n\n(defn- and-k-gen\n  \"returns a tuple generator made up of generators for every element\n  in s.\"\n  [s]\n  (apply gen/tuple (map k-gen s)))\n\n(defn ^:skip-wiki map-spec-impl\n  \"Do not call this directly, use 'spec' with a map argument\"\n  [{:keys [req-un opt-un keys-pred pred-exprs opt-keys req-specs req req-keys opt-specs pred-forms opt gfn]\n    :as argm}]\n  (let [k->s (zipmap (concat req-keys opt-keys) (concat req-specs opt-specs))\n        keys->specnames #(c/or (k->s %) %)\n        id (random-uuid)]\n    (reify\n      Specize\n      (specize* [s] s)\n      (specize* [s _] s)\n\n      Spec\n      (conform* [_ m]\n        (if (keys-pred m)\n          (let [reg (registry)]\n            (loop [ret m, [[k v] & ks :as keys] m]\n              (if keys\n                (let [sname (keys->specnames k)]\n                  (if-let [s (get reg sname)]\n                    (let [cv (conform s v)]\n                      (if (invalid? cv)\n                        ::invalid\n                        (recur (if (identical? cv v) ret (assoc ret k cv))\n                          ks)))\n                    (recur ret ks)))\n                ret)))\n          ::invalid))\n      (unform* [_ m]\n        (let [reg (registry)]\n          (loop [ret m, [k & ks :as keys] (c/keys m)]\n            (if keys\n              (if (contains? reg (keys->specnames k))\n                (let [cv (get m k)\n                      v (unform (keys->specnames k) cv)]\n                  (recur (if (identical? cv v) ret (assoc ret k v))\n                    ks))\n                (recur ret ks))\n              ret))))\n      (explain* [_ path via in x]\n        (if-not (map? x)\n          [{:path path :pred `map? :val x :via via :in in}]\n          (let [reg (registry)]\n            (apply concat\n                   (when-let [probs (->> (map (fn [pred form] (when-not (pred x) form))\n                                              pred-exprs pred-forms)\n                                         (keep identity)\n                                         seq)]\n                     (map\n                       #(identity {:path path :pred % :val x :via via :in in})\n                       probs))\n                   (map (fn [[k v]]\n                          (when-not (c/or (not (contains? reg (keys->specnames k)))\n                                      (pvalid? (keys->specnames k) v k))\n                            (explain-1 (keys->specnames k) (keys->specnames k) (conj path k) via (conj in k) v)))\n                     (seq x))))))\n      (gen* [_ overrides path rmap]\n        (if gfn\n          (gfn)\n          (let [rmap (inck rmap id)\n                rgen (fn [k s] [k (gensub s overrides (conj path k) rmap k)])\n                ogen (fn [k s]\n                       (when-not (recur-limit? rmap id path k)\n                         [k (gen/delay (gensub s overrides (conj path k) rmap k))]))\n                reqs (map rgen req-keys req-specs)\n                opts (remove nil? (map ogen opt-keys opt-specs))]\n            (when (every? identity (concat (map second reqs) (map second opts)))\n              (gen/bind\n                (gen/tuple\n                  (and-k-gen req)\n                  (or-k-gen opt)\n                  (and-k-gen req-un)\n                  (or-k-gen opt-un))\n                (fn [[req-ks opt-ks req-un-ks opt-un-ks]]\n                  (let [qks (flatten (concat req-ks opt-ks))\n                        unqks (map (comp keyword name) (flatten (concat req-un-ks opt-un-ks)))]\n                    (->> (into reqs opts)\n                      (filter #((set (concat qks unqks)) (first %)))\n                      (apply concat)\n                      (apply gen/hash-map)))))))))\n      (with-gen* [_ gfn] (map-spec-impl (assoc argm :gfn gfn)))\n      (describe* [_] (cons `keys\n                           (cond-> []\n                                   req (conj :req req)\n                                   opt (conj :opt opt)\n                                   req-un (conj :req-un req-un)\n                                   opt-un (conj :opt-un opt-un)))))))\n\n(defn ^:skip-wiki spec-impl\n  \"Do not call this directly, use 'spec'\"\n  ([form pred gfn cpred?] (spec-impl form pred gfn cpred? nil))\n  ([form pred gfn cpred? unc]\n   (cond\n     (spec? pred) (cond-> pred gfn (with-gen gfn))\n     (regex? pred) (regex-spec-impl pred gfn)\n     (ident? pred) (cond-> (the-spec pred) gfn (with-gen gfn))\n     :else\n     (reify\n       Specize\n       (specize* [s] s)\n       (specize* [s _] s)\n\n       Spec\n       (conform* [_ x] (let [ret (pred x)]\n                         (if cpred?\n                           ret\n                           (if ret x ::invalid))))\n       (unform* [_ x] (if cpred?\n                        (if unc\n                          (unc x)\n                          (throw (js/Error. \"no unform fn for conformer\")))\n                        x))\n       (explain* [_ path via in x]\n         (when (invalid? (dt pred x form cpred?))\n           [{:path path :pred form :val x :via via :in in}]))\n       (gen* [_ _ _ _] (if gfn\n                         (gfn)\n                         (gen/gen-for-pred pred)))\n       (with-gen* [_ gfn] (spec-impl form pred gfn cpred? unc))\n       (describe* [_] form)))))\n\n(defn ^:skip-wiki multi-spec-impl\n  \"Do not call this directly, use 'multi-spec'\"\n  ([form mmvar retag] (multi-spec-impl form mmvar retag nil))\n  ([form mmvar retag gfn]\n   (let [id (random-uuid)\n         predx #(let [mm @mmvar]\n                 (c/and (-get-method mm ((-dispatch-fn mm) %))\n                        (mm %)))\n         dval #((-dispatch-fn @mmvar) %)\n         tag (if (keyword? retag)\n               #(assoc %1 retag %2)\n               retag)]\n     (reify\n       Specize\n       (specize* [s] s)\n       (specize* [s _] s)\n\n       Spec\n       (conform* [_ x] (if-let [pred (predx x)]\n                         (dt pred x form)\n                         ::invalid))\n       (unform* [_ x] (if-let [pred (predx x)]\n                        (unform pred x)\n                        (throw (js/Error. (str \"No method of: \" form \" for dispatch value: \" (dval x))))))\n       (explain* [_ path via in x]\n         (let [dv (dval x)\n               path (conj path dv)]\n           (if-let [pred (predx x)]\n             (explain-1 form pred path via in x)\n             [{:path path :pred form :val x :reason \"no method\" :via via :in in}])))\n       (gen* [_ overrides path rmap]\n         (if gfn\n           (gfn)\n           (let [gen (fn [[k f]]\n                       (let [p (f nil)]\n                         (let [rmap (inck rmap id)]\n                           (when-not (recur-limit? rmap id path k)\n                             (gen/delay\n                               (gen/fmap\n                                 #(tag % k)\n                                 (gensub p overrides (conj path k) rmap (list 'method form k))))))))\n                 gs (->> (methods @mmvar)\n                         (remove (fn [[k]] (invalid? k)))\n                         (map gen)\n                         (remove nil?))]\n             (when (every? identity gs)\n               (gen/one-of gs)))))\n       (with-gen* [_ gfn] (multi-spec-impl form mmvar retag gfn))\n       (describe* [_] `(multi-spec ~form ~retag))))))\n\n(defn ^:skip-wiki tuple-impl\n  \"Do not call this directly, use 'tuple'\"\n  ([forms preds] (tuple-impl forms preds nil))\n  ([forms preds gfn]\n   (let [specs (delay (mapv specize preds forms))\n         cnt (count preds)]\n     (reify\n       Specize\n       (specize* [s] s)\n       (specize* [s _] s)\n\n       Spec\n       (conform* [_ x]\n         (let [specs @specs]\n           (if-not (c/and (vector? x)\n                     (= (count x) cnt))\n             ::invalid\n             (loop [ret x, i 0]\n               (if (= i cnt)\n                 ret\n                 (let [v (x i)\n                       cv (conform* (specs i) v)]\n                   (if (invalid? cv)\n                     ::invalid\n                     (recur (if (identical? cv v) ret (assoc ret i cv))\n                            (inc i)))))))))\n       (unform* [_ x]\n         (assert (c/and (vector? x)\n                   (= (count x) (count preds))))\n         (loop [ret x, i 0]\n           (if (= i (count x))\n             ret\n             (let [cv (x i)\n                   v (unform (preds i) cv)]\n               (recur (if (identical? cv v) ret (assoc ret i v))\n                 (inc i))))))\n       (explain* [_ path via in x]\n         (cond\n           (not (vector? x))\n           [{:path path :pred `vector? :val x :via via :in in}]\n\n           (not= (count x) (count preds))\n           [{:path path :pred `(= (count ~'%) ~(count preds)) :val x :via via :in in}]\n\n           :else\n           (apply concat\n             (map (fn [i form pred]\n                    (let [v (x i)]\n                      (when-not (pvalid? pred v)\n                        (explain-1 form pred (conj path i) via (conj in i) v))))\n               (range (count preds)) forms preds))))\n       (gen* [_ overrides path rmap]\n         (if gfn\n           (gfn)\n           (let [gen (fn [i p f]\n                       (gensub p overrides (conj path i) rmap f))\n                 gs (map gen (range (count preds)) preds forms)]\n             (when (every? identity gs)\n               (apply gen/tuple gs)))))\n       (with-gen* [_ gfn] (tuple-impl forms preds gfn))\n       (describe* [_] `(tuple ~@forms))))))\n\n(defn- tagged-ret [tag ret]\n  (MapEntry. tag ret nil))\n\n(defn ^:skip-wiki or-spec-impl\n  \"Do not call this directly, use 'or'\"\n  [keys forms preds gfn]\n  (let [id (random-uuid)\n        kps (zipmap keys preds)\n        specs (delay (mapv specize preds forms))\n        cform (case (count preds)\n                2 (fn [x]\n                    (let [specs @specs\n                          ret (conform* (specs 0) x)]\n                      (if (invalid? ret)\n                        (let [ret (conform* (specs 1) x)]\n                          (if (invalid? ret)\n                            ::invalid\n                            (tagged-ret (keys 1) ret)))\n                        (tagged-ret (keys 0) ret))))\n                3 (fn [x]\n                    (let [specs @specs\n                          ret (conform* (specs 0) x)]\n                      (if (invalid? ret)\n                        (let [ret (conform* (specs 1) x)]\n                          (if (invalid? ret)\n                            (let [ret (conform* (specs 2) x)]\n                              (if (invalid? ret)\n                                ::invalid\n                                (tagged-ret (keys 2) ret)))\n                            (tagged-ret (keys 1) ret)))\n                        (tagged-ret (keys 0) ret))))\n                (fn [x]\n                  (let [specs @specs]\n                    (loop [i 0]\n                      (if (< i (count specs))\n                        (let [spec (specs i)]\n                          (let [ret (conform* spec x)]\n                            (if (invalid? ret)\n                              (recur (inc i))\n                              (tagged-ret (keys i) ret))))\n                        ::invalid)))))]\n    (reify\n      Specize\n      (specize* [s] s)\n      (specize* [s _] s)\n\n      Spec\n      (conform* [_ x] (cform x))\n      (unform* [_ [k x]] (unform (kps k) x))\n      (explain* [this path via in x]\n        (when-not (pvalid? this x)\n          (apply concat\n                 (map (fn [k form pred]\n                        (when-not (pvalid? pred x)\n                          (explain-1 form pred (conj path k) via in x)))\n                      keys forms preds))))\n      (gen* [_ overrides path rmap]\n        (if gfn\n          (gfn)\n          (let [gen (fn [k p f]\n                      (let [rmap (inck rmap id)]\n                        (when-not (recur-limit? rmap id path k)\n                          (gen/delay\n                            (gensub p overrides (conj path k) rmap f)))))\n                gs (remove nil? (map gen keys preds forms))]\n            (when-not (empty? gs)\n              (gen/one-of gs)))))\n      (with-gen* [_ gfn] (or-spec-impl keys forms preds gfn))\n      (describe* [_] `(or ~@(mapcat vector keys forms))))))\n\n(defn- and-preds [x preds forms]\n  (loop [ret x\n         [pred & preds] preds\n         [form & forms] forms]\n    (if pred\n      (let [nret (dt pred ret form)]\n        (if (invalid? nret)\n          ::invalid\n          ;;propagate conformed values\n          (recur nret preds forms)))\n      ret)))\n\n(defn- explain-pred-list\n  [forms preds path via in x]\n  (loop [ret x\n         [form & forms] forms\n         [pred & preds] preds]\n    (when pred\n      (let [nret (dt pred ret form)]\n        (if (invalid? nret)\n          (explain-1 form pred path via in ret)\n          (recur nret forms preds))))))\n\n(defn ^:skip-wiki and-spec-impl\n  \"Do not call this directly, use 'and'\"\n  [forms preds gfn]\n  (let [specs (delay (mapv specize preds forms))\n        cform\n        (case (count preds)\n          2 (fn [x]\n              (let [specs @specs\n                    ret (conform* (specs 0) x)]\n                (if (invalid? ret)\n                  ::invalid\n                  (conform* (specs 1) ret))))\n          3 (fn [x]\n              (let [specs @specs\n                    ret (conform* (specs 0) x)]\n                (if (invalid? ret)\n                  ::invalid\n                  (let [ret (conform* (specs 1) ret)]\n                    (if (invalid? ret)\n                      ::invalid\n                      (conform* (specs 2) ret))))))\n          (fn [x]\n            (let [specs @specs]\n              (loop [ret x i 0]\n                (if (< i (count specs))\n                  (let [nret (conform* (specs i) ret)]\n                    (if (invalid? nret)\n                      ::invalid\n                      ;;propagate conformed values\n                      (recur nret (inc i))))\n                  ret)))))]\n    (reify\n      Specize\n      (specize* [s] s)\n      (specize* [s _] s)\n\n      Spec\n      (conform* [_ x] (cform x))\n      (unform* [_ x] (reduce #(unform %2 %1) x (reverse preds)))\n      (explain* [_ path via in x] (explain-pred-list forms preds path via in x))\n      (gen* [_ overrides path rmap] (if gfn (gfn) (gensub (first preds) overrides path rmap (first forms))))\n      (with-gen* [_ gfn] (and-spec-impl forms preds gfn))\n      (describe* [_] `(and ~@forms)))))\n\n(defn- coll-prob [x kfn kform distinct count min-count max-count\n                  path via in]\n  (let [pred (c/or kfn coll?)\n        kform (c/or kform `coll?)]\n    (cond\n     (not (pvalid? pred x))\n     (explain-1 kform pred path via in x)\n\n     (c/and count (not= count (bounded-count count x)))\n     [{:path path :pred `(= ~count (c/count ~'%)) :val x :via via :in in}]\n\n     (c/and (c/or min-count max-count)\n       (not (<= (c/or min-count 0)\n              (bounded-count (if max-count (inc max-count) min-count) x)\n              (c/or max-count MAX_INT))))\n     [{:path path :pred `(<= ~(c/or min-count 0) (c/count ~'%) ~(c/or max-count MAX_INT)) :val x :via via :in in}]\n\n     (c/and distinct (not (empty? x)) (not (apply distinct? x)))\n     [{:path path :pred 'distinct? :val x :via via :in in}])))\n\n(defn ^:skip-wiki merge-spec-impl\n  \"Do not call this directly, use 'merge'\"\n  [forms preds gfn]\n  (reify\n    Specize\n    (specize* [s] s)\n    (specize* [s _] s)\n\n    Spec\n    (conform* [_ x] (let [ms (map #(dt %1 x %2) preds forms)]\n                      (if (some invalid? ms)\n                        ::invalid\n                        (apply c/merge ms))))\n    (unform* [_ x] (apply c/merge (map #(unform % x) (reverse preds))))\n    (explain* [_ path via in x]\n      (apply concat\n        (map #(explain-1 %1 %2 path via in x)\n          forms preds)))\n    (gen* [_ overrides path rmap]\n      (if gfn\n        (gfn)\n        (gen/fmap\n          #(apply c/merge %)\n          (apply gen/tuple (map #(gensub %1 overrides path rmap %2)\n                             preds forms)))))\n    (with-gen* [_ gfn] (merge-spec-impl forms preds gfn))\n    (describe* [_] `(merge ~@forms))))\n\n(def ^:private empty-coll {`vector? [], `set? #{}, `list? (), `map? {}})\n\n(defn ^:skip-wiki every-impl\n  \"Do not call this directly, use 'every', 'every-kv', 'coll-of' or 'map-of'\"\n  ([form pred opts] (every-impl form pred opts nil))\n  ([form pred {conform-into :into\n               describe-form ::describe\n               :keys [kind ::kind-form count max-count min-count distinct gen-max ::kfn ::cpred\n                      conform-keys ::conform-all]\n               :or {gen-max 20}\n               :as opts}\n    gfn]\n   (let [gen-into (if conform-into (empty conform-into) (get empty-coll kind-form))\n         spec (delay (specize pred))\n         check? #(valid? @spec %)\n         kfn (c/or kfn (fn [i v] i))\n         addcv (fn [ret i v cv] (conj ret cv))\n         cfns (fn [x]\n                ;;returns a tuple of [init add complete] fns\n                (cond\n                  (c/and (vector? x) (c/or (not conform-into) (vector? conform-into)))\n                  [identity\n                   (fn [ret i v cv]\n                     (if (identical? v cv)\n                       ret\n                       (assoc ret i cv)))\n                   identity]\n\n                  (c/and (map? x) (c/or (c/and kind (not conform-into)) (map? conform-into)))\n                  [(if conform-keys empty identity)\n                   (fn [ret i v cv]\n                     (if (c/and (identical? v cv) (not conform-keys))\n                       ret\n                       (assoc ret (nth (if conform-keys cv v) 0) (nth cv 1))))\n                   identity]\n\n                  (c/or (list? conform-into) (seq? conform-into) (c/and (not conform-into) (c/or (list? x) (seq? x))))\n                  [empty addcv reverse]\n\n                  :else [#(empty (c/or conform-into %)) addcv identity]))]\n     (reify\n       Specize\n       (specize* [s] s)\n       (specize* [s _] s)\n\n       Spec\n       (conform* [_ x]\n         (let [spec @spec]\n           (cond\n             (not (cpred x)) ::invalid\n\n             conform-all\n             (let [[init add complete] (cfns x)]\n               (loop [ret (init x), i 0, [v & vs :as vseq] (seq x)]\n                 (if vseq\n                   (let [cv (conform* spec v)]\n                     (if (invalid? cv)\n                       ::invalid\n                       (recur (add ret i v cv) (inc i) vs)))\n                   (complete ret))))\n\n             :else\n             (if (indexed? x)\n               (let [step (max 1 (long (/ (c/count x) *coll-check-limit*)))]\n                 (loop [i 0]\n                   (if (>= i (c/count x))\n                     x\n                     (if (valid? spec (nth x i))\n                       (recur (c/+ i step))\n                       ::invalid))))\n               (let [limit *coll-check-limit*]\n                 (loop [i 0 [v & vs :as vseq] (seq x)]\n                   (cond\n                     (c/or (nil? vseq) (= i limit)) x\n                     (valid? spec v) (recur (inc i) vs)\n                     :else ::invalid)))))))\n       (unform* [_ x]\n         (if conform-all\n           (let [spec @spec\n                 [init add complete] (cfns x)]\n             (loop [ret (init x), i 0, [v & vs :as vseq] (seq x)]\n               (if (>= i (c/count x))\n                 (complete ret)\n                 (recur (add ret i v (unform* spec v)) (inc i) vs))))\n           x))\n       (explain* [_ path via in x]\n         (c/or (coll-prob x kind kind-form distinct count min-count max-count\n                          path via in)\n           (apply concat\n             ((if conform-all identity (partial take *coll-error-limit*))\n               (keep identity\n                 (map (fn [i v]\n                        (let [k (kfn i v)]\n                          (when-not (check? v)\n                            (let [prob (explain-1 form pred path via (conj in k) v)]\n                              prob))))\n                   (range) x))))))\n       (gen* [_ overrides path rmap]\n         (if gfn\n           (gfn)\n           (let [pgen (gensub pred overrides path rmap form)]\n             (gen/bind\n               (cond\n                 gen-into (gen/return gen-into)\n                 kind (gen/fmap #(if (empty? %) % (empty %))\n                        (gensub kind overrides path rmap form))\n                 :else (gen/return []))\n               (fn [init]\n                 (gen/fmap\n                   #(if (vector? init) % (into init %))\n                   (cond\n                     distinct\n                     (if count\n                       (gen/vector-distinct pgen {:num-elements count :max-tries 100})\n                       (gen/vector-distinct pgen {:min-elements (c/or min-count 0)\n                                                  :max-elements (c/or max-count (max gen-max (c/* 2 (c/or min-count 0))))\n                                                  :max-tries 100}))\n\n                     count\n                     (gen/vector pgen count)\n\n                     (c/or min-count max-count)\n                     (gen/vector pgen (c/or min-count 0) (c/or max-count (max gen-max (c/* 2 (c/or min-count 0)))))\n\n                     :else\n                     (gen/vector pgen 0 gen-max))))))))\n\n       (with-gen* [_ gfn] (every-impl form pred opts gfn))\n       (describe* [_] (c/or describe-form `(every ~(s/mres form) ~@(mapcat identity opts))))))))\n\n;;;;;;;;;;;;;;;;;;;;;;; regex ;;;;;;;;;;;;;;;;;;;\n;;See:\n;; http://matt.might.net/articles/implementation-of-regular-expression-matching-in-scheme-with-derivatives/\n;; http://www.ccs.neu.edu/home/turon/re-deriv.pdf\n\n;;ctors\n(defn- accept [x] {::op ::accept :ret x})\n\n(defn- accept? [{:keys [::op]}]\n  (= ::accept op))\n\n(defn- pcat* [{[p1 & pr :as ps] :ps,  [k1 & kr :as ks] :ks, [f1 & fr :as forms] :forms, ret :ret, rep+ :rep+}]\n  (when (every? identity ps)\n    (if (accept? p1)\n      (let [rp (:ret p1)\n            ret (conj ret (if ks {k1 rp} rp))]\n        (if pr\n          (pcat* {:ps pr :ks kr :forms fr :ret ret})\n          (accept ret)))\n      {::op ::pcat, :ps ps, :ret ret, :ks ks, :forms forms :rep+ rep+})))\n\n(defn- pcat [& ps] (pcat* {:ps ps :ret []}))\n\n(defn ^:skip-wiki cat-impl\n  \"Do not call this directly, use 'cat'\"\n  [ks ps forms]\n  (pcat* {:ks ks, :ps ps, :forms forms, :ret {}}))\n\n(defn- rep* [p1 p2 ret splice form]\n  (when p1\n    (let [r {::op ::rep, :p2 p2, :splice splice, :forms form :id (random-uuid)}]\n      (if (accept? p1)\n        (assoc r :p1 p2 :ret (conj ret (:ret p1)))\n        (assoc r :p1 p1, :ret ret)))))\n\n(defn ^:skip-wiki rep-impl\n  \"Do not call this directly, use '*'\"\n  [form p] (rep* p p [] false form))\n\n(defn ^:skip-wiki rep+impl\n  \"Do not call this directly, use '+'\"\n  [form p]\n  (pcat* {:ps [p (rep* p p [] true form)] :forms `[~form (* ~form)] :ret [] :rep+ form}))\n\n(defn ^:skip-wiki amp-impl\n  \"Do not call this directly, use '&'\"\n  [re re-form preds pred-forms]\n  {::op ::amp :p1 re :amp re-form :ps preds :forms pred-forms})\n\n(defn- filter-alt [ps ks forms f]\n  (if (c/or ks forms)\n    (let [pks (->> (map vector ps\n                        (c/or (seq ks) (repeat nil))\n                        (c/or (seq forms) (repeat nil)))\n                   (filter #(-> % first f)))]\n      [(seq (map first pks)) (when ks (seq (map second pks))) (when forms (seq (map #(nth % 2) pks)))])\n    [(seq (filter f ps)) ks forms]))\n\n(defn- alt* [ps ks forms]\n  (let [[[p1 & pr :as ps] [k1 :as ks] forms] (filter-alt ps ks forms identity)]\n    (when ps\n      (let [ret {::op ::alt, :ps ps, :ks ks :forms forms}]\n        (if (nil? pr)\n          (if k1\n            (if (accept? p1)\n              (accept (tagged-ret k1 (:ret p1)))\n              ret)\n            p1)\n          ret)))))\n\n(defn- alts [& ps] (alt* ps nil nil))\n(defn- alt2 [p1 p2] (if (c/and p1 p2) (alts p1 p2) (c/or p1 p2)))\n\n(defn ^:skip-wiki alt-impl\n  \"Do not call this directly, use 'alt'\"\n  [ks ps forms] (assoc (alt* ps ks forms) :id (random-uuid)))\n\n(defn ^:skip-wiki maybe-impl\n  \"Do not call this directly, use '?'\"\n  [p form] (assoc (alt* [p (accept ::nil)] nil [form ::nil]) :maybe form))\n\n(defn- noret? [p1 pret]\n  (c/or (= pret ::nil)\n        (c/and (#{::rep ::pcat} (::op (reg-resolve! p1))) ;;hrm, shouldn't know these\n               (empty? pret))\n        nil))\n\n(declare ^{:arglists '([p])} preturn)\n\n(defn- accept-nil? [p]\n  (let [{:keys [::op ps p1 p2 forms] :as p} (reg-resolve! p)]\n    (case op\n      ::accept true\n      nil nil\n      ::amp (c/and (accept-nil? p1)\n                   (let [ret (-> (preturn p1) (and-preds ps (next forms)))]\n                     (not (invalid? ret))))\n      ::rep (c/or (identical? p1 p2) (accept-nil? p1))\n      ::pcat (every? accept-nil? ps)\n      ::alt (c/some accept-nil? ps))))\n\n(declare ^{:arglists '([p r k])} add-ret)\n\n(defn- preturn [p]\n  (let [{[p0 & pr :as ps] :ps, [k :as ks] :ks, :keys [::op p1 ret forms] :as p} (reg-resolve! p)]\n    (case op\n      ::accept ret\n      nil nil\n      ::amp (let [pret (preturn p1)]\n              (if (noret? p1 pret)\n                ::nil\n                (and-preds pret ps forms)))\n      ::rep (add-ret p1 ret k)\n      ::pcat (add-ret p0 ret k)\n      ::alt (let [[[p0] [k0]] (filter-alt ps ks forms accept-nil?)\n                  r (if (nil? p0) ::nil (preturn p0))]\n              (if k0 (tagged-ret k0 r) r)))))\n\n(defn- op-unform [p x]\n  ;;(prn {:p p :x x})\n  (let [{[p0 & pr :as ps] :ps, [k :as ks] :ks, :keys [::op p1 ret forms rep+ maybe] :as p} (reg-resolve! p)\n        kps (zipmap ks ps)]\n    (case op\n      ::accept [ret]\n      nil [(unform p x)]\n      ::amp (let [px (reduce #(unform %2 %1) x (reverse ps))]\n              (op-unform p1 px))\n      ::rep (mapcat #(op-unform p1 %) x)\n      ::pcat (if rep+\n               (mapcat #(op-unform p0 %) x)\n               (mapcat (fn [k]\n                         (when (contains? x k)\n                           (op-unform (kps k) (get x k))))\n                 ks))\n      ::alt (if maybe\n              [(unform p0 x)]\n              (let [[k v] x]\n                (op-unform (kps k) v))))))\n\n(defn- add-ret [p r k]\n  (let [{:keys [::op ps splice] :as p} (reg-resolve! p)\n        prop #(let [ret (preturn p)]\n               (if (empty? ret) r ((if splice into conj) r (if k {k ret} ret))))]\n    (case op\n      nil r\n      (::alt ::accept ::amp)\n      (let [ret (preturn p)]\n        ;;(prn {:ret ret})\n        (if (= ret ::nil) r (conj r (if k {k ret} ret))))\n\n      (::rep ::pcat) (prop))))\n\n(defn- deriv\n  [p x]\n  (let [{[p0 & pr :as ps] :ps, [k0 & kr :as ks] :ks, :keys [::op p1 p2 ret splice forms amp] :as p} (reg-resolve! p)]\n    (when p\n      (case op\n        ::accept nil\n        nil (let [ret (dt p x p)]\n              (when-not (invalid? ret) (accept ret)))\n        ::amp (when-let [p1 (deriv p1 x)]\n                (if (= ::accept (::op p1))\n                  (let [ret (-> (preturn p1) (and-preds ps (next forms)))]\n                    (when-not (invalid? ret)\n                      (accept ret)))\n                  (amp-impl p1 amp ps forms)))\n        ::pcat (alt2 (pcat* {:ps (cons (deriv p0 x) pr), :ks ks, :forms forms, :ret ret})\n                     (when (accept-nil? p0) (deriv (pcat* {:ps pr, :ks kr, :forms (next forms), :ret (add-ret p0 ret k0)}) x)))\n        ::alt (alt* (map #(deriv % x) ps) ks forms)\n        ::rep (alt2 (rep* (deriv p1 x) p2 ret splice forms)\n                    (when (accept-nil? p1) (deriv (rep* p2 p2 (add-ret p1 ret nil) splice forms) x)))))))\n\n(defn- op-describe [p]\n  (let [{:keys [::op ps ks forms splice p1 rep+ maybe amp] :as p} (reg-resolve! p)]\n    ;;(prn {:op op :ks ks :forms forms :p p})\n    (when p\n      (case op\n        ::accept nil\n        nil p\n        ::amp (list* 'cljs.spec.alpha/& amp forms)\n        ::pcat (if rep+\n                 (list `+ rep+)\n                 (cons `cat (mapcat vector (c/or (seq ks) (repeat :_)) forms)))\n        ::alt (if maybe\n                (list `? maybe)\n                (cons `alt (mapcat vector ks forms)))\n        ::rep (list (if splice `+ `*) forms)))))\n\n(defn- op-explain [form p path via in input]\n  ;;(prn {:form form :p p :path path :input input})\n  (let [[x :as input] input\n        {:keys [::op ps ks forms splice p1 p2] :as p} (reg-resolve! p)\n        via (if-let [name (spec-name p)] (conj via name) via)\n        insufficient (fn [path form]\n                       [{:path path\n                         :reason \"Insufficient input\"\n                         :pred form\n                         :val ()\n                         :via via\n                         :in in}])]\n    (when p\n      (case op\n        ::accept nil\n        nil (if (empty? input)\n              (insufficient path form)\n              (explain-1 form p path via in x))\n        ::amp (if (empty? input)\n                (if (accept-nil? p1)\n                  (explain-pred-list forms ps path via in (preturn p1))\n                  (insufficient path (:amp p)))\n                (if-let [p1 (deriv p1 x)]\n                  (explain-pred-list forms ps path via in (preturn p1))\n                  (op-explain (:amp p) p1 path via in input)))\n        ::pcat (let [pkfs (map vector\n                               ps\n                               (c/or (seq ks) (repeat nil))\n                               (c/or (seq forms) (repeat nil)))\n                     [pred k form] (if (= 1 (count pkfs))\n                                     (first pkfs)\n                                     (first (remove (fn [[p]] (accept-nil? p)) pkfs)))\n                     path (if k (conj path k) path)\n                     form (c/or form (op-describe pred))]\n                 (if (c/and (empty? input) (not pred))\n                   (insufficient path form)\n                   (op-explain form pred path via in input)))\n        ::alt (if (empty? input)\n                (insufficient path (op-describe p))\n                (apply concat\n                       (map (fn [k form pred]\n                              (op-explain (c/or form (op-describe pred))\n                                          pred\n                                          (if k (conj path k) path)\n                                          via\n                                          in\n                                          input))\n                            (c/or (seq ks) (repeat nil))\n                            (c/or (seq forms) (repeat nil))\n                            ps)))\n        ::rep (op-explain (if (identical? p1 p2)\n                            forms\n                            (op-describe p1))\n                          p1 path via in input)))))\n\n(defn- re-gen [p overrides path rmap f]\n  ;;(prn {:op op :ks ks :forms forms})\n  (let [origp p\n        {:keys [::op ps ks p1 p2 forms splice ret id ::gfn] :as p} (reg-resolve! p)\n        rmap (if id (inck rmap id) rmap)\n        ggens (fn [ps ks forms]\n                (let [gen (fn [p k f]\n                            ;;(prn {:k k :path path :rmap rmap :op op :id id})\n                            (when-not (c/and rmap id k (recur-limit? rmap id path k))\n                              (if id\n                                (gen/delay (re-gen p overrides (if k (conj path k) path) rmap (c/or f p)))\n                                (re-gen p overrides (if k (conj path k) path) rmap (c/or f p)))))]\n                  (map gen ps (c/or (seq ks) (repeat nil)) (c/or (seq forms) (repeat nil)))))]\n    (c/or (when-let [gfn (c/or (get overrides (spec-name origp))\n                               (get overrides (spec-name p))\n                               (get overrides path))]\n            (case op\n              (:accept nil) (gen/fmap vector (gfn))\n              (gfn)))\n          (when gfn\n            (gfn))\n          (when p\n            (case op\n              ::accept (if (= ret ::nil)\n                         (gen/return [])\n                         (gen/return [ret]))\n              nil (when-let [g (gensub p overrides path rmap f)]\n                    (gen/fmap vector g))\n              ::amp (re-gen p1 overrides path rmap (op-describe p1))\n              ::pcat (let [gens (ggens ps ks forms)]\n                       (when (every? identity gens)\n                         (apply gen/cat gens)))\n              ::alt (let [gens (remove nil? (ggens ps ks forms))]\n                      (when-not (empty? gens)\n                        (gen/one-of gens)))\n              ::rep (if (recur-limit? rmap id [id] id)\n                      (gen/return [])\n                      (when-let [g (re-gen p2 overrides path rmap forms)]\n                        (gen/fmap #(apply concat %)\n                                  (gen/vector g)))))))))\n\n(defn- re-conform [p [x & xs :as data]]\n  ;;(prn {:p p :x x :xs xs})\n  (if (empty? data)\n    (if (accept-nil? p)\n      (let [ret (preturn p)]\n        (if (= ret ::nil)\n          nil\n          ret))\n      ::invalid)\n    (if-let [dp (deriv p x)]\n      (recur dp xs)\n      ::invalid)))\n\n(defn- re-explain [path via in re input]\n  (loop [p re [x & xs :as data] input i 0]\n    ;;(prn {:p p :x x :xs xs :re re}) (prn)\n    (if (empty? data)\n      (if (accept-nil? p)\n        nil ;;success\n        (op-explain (op-describe p) p path via in nil))\n      (if-let [dp (deriv p x)]\n        (recur dp xs (inc i))\n        (if (accept? p)\n          (if (= (::op p) ::pcat)\n            (op-explain (op-describe p) p path via (conj in i) (seq data))\n            [{:path path\n              :reason \"Extra input\"\n              :pred (op-describe re)\n              :val data\n              :via via\n              :in (conj in i)}])\n          (c/or (op-explain (op-describe p) p path via (conj in i) (seq data))\n                [{:path path\n                  :reason \"Extra input\"\n                  :pred (op-describe p)\n                  :val data\n                  :via via\n                  :in (conj in i)}]))))))\n\n(defn ^:skip-wiki regex-spec-impl\n  \"Do not call this directly, use 'spec' with a regex op argument\"\n  [re gfn]\n  (reify\n    Specize\n    (specize* [s] s)\n    (specize* [s _] s)\n\n    Spec\n    (conform* [_ x]\n      (if (c/or (nil? x) (sequential? x))\n        (re-conform re (seq x))\n        ::invalid))\n    (unform* [_ x] (op-unform re x))\n    (explain* [_ path via in x]\n      (if (c/or (nil? x) (sequential? x))\n        (re-explain path via in re (seq x))\n        [{:path path :pred `(fn [~'%] (c/or (nil? ~'%) (sequential? ~'%))) :val x :via via :in in}]))\n    (gen* [_ overrides path rmap]\n      (if gfn\n        (gfn)\n        (re-gen re overrides path rmap (op-describe re))))\n    (with-gen* [_ gfn] (regex-spec-impl re gfn))\n    (describe* [_] (op-describe re))))\n\n;;;;;;;;;;;;;;;;; HOFs ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;\n\n(defn- call-valid?\n  [f specs args]\n  (let [cargs (conform (:args specs) args)]\n    (when-not (invalid? cargs)\n      (let [ret (apply f args)\n            cret (conform (:ret specs) ret)]\n        (c/and (not (invalid? cret))\n               (if (:fn specs)\n                 (pvalid? (:fn specs) {:args cargs :ret cret})\n                 true))))))\n\n(defn- validate-fn\n  \"returns f if valid, else smallest\"\n  [f specs iters]\n  (let [g (gen (:args specs))\n        prop (gen/for-all* [g] #(call-valid? f specs %))]\n    (let [ret (gen/quick-check iters prop)]\n      (if-let [[smallest] (-> ret :shrunk :smallest)]\n        smallest\n        f))))\n\n(defn ^:skip-wiki fspec-impl\n  \"Do not call this directly, use 'fspec'\"\n  [argspec aform retspec rform fnspec fform gfn]\n  (let [specs {:args argspec :ret retspec :fn fnspec}]\n    (reify\n      ILookup\n      (-lookup [this k] (get specs k))\n      (-lookup [_ k not-found] (get specs k not-found))\n\n      Specize\n      (specize* [s] s)\n      (specize* [s _] s)\n\n      Spec\n      (conform* [_ f] (if (ifn? f)\n                        (if (identical? f (validate-fn f specs *fspec-iterations*)) f ::invalid)\n                        ::invalid))\n      (unform* [_ f] f)\n      (explain* [_ path via in f]\n        (if (ifn? f)\n          (let [args (validate-fn f specs 100)]\n            (if (identical? f args) ;;hrm, we might not be able to reproduce\n              nil\n              (let [ret (try (apply f args) (catch js/Error t t))]\n                (if (instance? js/Error ret)\n                  ;;TODO add exception data\n                  [{:path path :pred '(apply fn) :val args :reason (.-message ret) :via via :in in}]\n\n                  (let [cret (dt retspec ret rform)]\n                    (if (invalid? cret)\n                      (explain-1 rform retspec (conj path :ret) via in ret)\n                      (when fnspec\n                        (let [cargs (conform argspec args)]\n                          (explain-1 fform fnspec (conj path :fn) via in {:args cargs :ret cret})))))))))\n          [{:path path :pred 'ifn? :val f :via via :in in}]))\n      (gen* [_ overrides _ _] (if gfn\n                        (gfn)\n                        (gen/return\n                          (fn [& args]\n                            (assert (pvalid? argspec args) (with-out-str (explain argspec args)))\n                            (gen/generate (gen retspec overrides))))))\n      (with-gen* [_ gfn] (fspec-impl argspec aform retspec rform fnspec fform gfn))\n      (describe* [_] `(fspec :args ~aform :ret ~rform :fn ~fform)))))\n\n;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; non-primitives ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;\n(cljs.spec.alpha/def ::kvs->map (cljs.spec.alpha/conformer #(zipmap (map ::k %) (map ::v %)) #(map (fn [[k v]] {::k k ::v v}) %)))\n\n(defn nonconforming\n  \"takes a spec and returns a spec that has the same properties except\n  'conform' returns the original (not the conformed) value. Note, will specize regex ops.\"\n  [spec]\n  (let [spec (delay (specize spec))]\n    (reify\n     Specize\n     (specize* [s] s)\n     (specize* [s _] s)\n\n     Spec\n     (conform* [_ x] (let [ret (conform* @spec x)]\n                       (if (invalid? ret)\n                         ::invalid\n                         x)))\n     (unform* [_ x] (unform* @spec x))\n     (explain* [_ path via in x] (explain* @spec path via in x))\n     (gen* [_ overrides path rmap] (gen* @spec overrides path rmap))\n     (with-gen* [_ gfn] (nonconforming (with-gen* @spec gfn)))\n     (describe* [_] `(nonconforming ~(describe* @spec))))))\n\n(defn ^:skip-wiki nilable-impl\n  \"Do not call this directly, use 'nilable'\"\n  [form pred gfn]\n  (let [spec (delay (specize pred form))]\n    (reify\n      Specize\n      (specize* [s] s)\n      (specize* [s _] s)\n\n      Spec\n      (conform* [_ x] (if (nil? x) nil (conform* @spec x)))\n      (unform* [_ x] (if (nil? x) nil (unform* @spec x)))\n      (explain* [_ path via in x]\n        (when-not (c/or (pvalid? @spec x) (nil? x))\n          (conj\n            (explain-1 form pred (conj path ::pred) via in x)\n            {:path (conj path ::nil) :pred 'nil? :val x :via via :in in})))\n      (gen* [_ overrides path rmap]\n        (if gfn\n          (gfn)\n          (gen/frequency\n            [[1 (gen/delay (gen/return nil))]\n             [9 (gen/delay (gensub pred overrides (conj path ::pred) rmap form))]])))\n      (with-gen* [_ gfn] (nilable-impl form pred gfn))\n      (describe* [_] `(nilable ~(s/mres form))))))\n\n(defn exercise\n  \"generates a number (default 10) of values compatible with spec and maps conform over them,\n  returning a sequence of [val conformed-val] tuples. Optionally takes\n  a generator overrides map as per gen\"\n  ([spec] (exercise spec 10))\n  ([spec n] (exercise spec n nil))\n  ([spec n overrides]\n   (map #(vector % (conform spec %)) (gen/sample (gen spec overrides) n))))\n\n(defn inst-in-range?\n  \"Return true if inst at or after start and before end\"\n  [start end inst]\n  (c/and (inst? inst)\n         (let [t (inst-ms inst)]\n           (c/and (<= (inst-ms start) t) (< t (inst-ms end))))))\n\n(defn int-in-range?\n  \"Return true if start <= val, val < end and val is a fixed\n  precision integer.\"\n  [start end val]\n  (cond\n    (integer? val) (c/and (<= start val) (< val end))\n\n    (instance? goog.math.Long val)\n    (c/and (.lessThanOrEqual start val)\n           (.lessThan val end))\n\n    (instance? goog.math.Integer val)\n    (c/and (.lessThanOrEqual start val)\n           (.lessThan val end))\n\n    :else false))\n\n;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; assert ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;\n(defonce\n  ^{:dynamic true\n    :doc \"If true, compiler will enable spec asserts, which are then\nsubject to runtime control via check-asserts? If false, compiler\nwill eliminate all spec assert overhead. See 'assert'.\nInitially set to the negation of the ':elide-asserts' compiler option.\nDefaults to true.\"}\n  *compile-asserts*\n  (s/init-compile-asserts))\n\n(defonce ^{:private true\n           :dynamic true}\n  *runtime-asserts*\n  false)\n\n(defn ^boolean check-asserts?\n  \"Returns the value set by check-asserts.\"\n  []\n  *runtime-asserts*)\n\n(defn check-asserts\n  \"Enable or disable spec asserts that have been compiled\nwith '*compile-asserts*' true.  See 'assert'.\nInitially set to boolean value of cljs.spec.alpha/*runtime-asserts*.\nDefaults to false.\"\n  [^boolean flag]\n  (set! *runtime-asserts* flag))\n\n(defn assert*\n  \"Do not call this directly, use 'assert'.\"\n  [spec x]\n  (if (valid? spec x)\n    x\n    (let [ed (c/merge (assoc (explain-data* spec [] [] [] x)\n                        ::failure :assertion-failed))]\n      (throw (js/Error.\n              (str \"Spec assertion failed\\n\" (with-out-str (explain-out ed))))))))\n","~:reader-features",["^D",["~:cljs"]],"~:used-var-namespaces",["^D",["~$goog.string","^2Y","~$js","^30","^35","^A","^32","^33"]],"~:cljc",false,"~:source-map-compact",["^ 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","^3",null,"^4",["^ "],"^5",["^ ","^6","cljs/spec/alpha.cljs","^7",9,"^8",5,"^9",9,"^:",20],"^;",["^ ","^<","^=","^>","^?","^@","^A"],"~:shadow/protocol-prefixes",["^D",["cljs$spec$alpha$Specize$","cljs$spec$alpha$Spec$"]],"^B",null,"^C",["^D",["^E","~$*","^F","^G","^H","~$+","^I","^J"]],"^K",["^ ","~$&",["^ ","^L",["^M",[["^N","~$&","^O"]]],"^P","takes a regex op re, and predicates. Returns a regex-op that consumes\n  input as per re but subjects the resulting value to the\n  conjunction of the predicates, and any conforming they might perform.","^7",372,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","^R","^S","^A","^T",true],"^U",["^ ","^L",["^M",[["~$&",["^ ","^V",["^W","^X","^Y","^Z"],"^[",["^ ","^X",["^M",["^10","^11"]]]]]]],"^P","takes :args :ret and (optional) :fn kwargs whose values are preds\n  and returns a spec whose conform/explain take a fn and validates it\n  using generative testing. The conformed value is always the fn itself.\n\n  See 'fdef' for a single operation that creates an fspec and\n  registers it, as well as a full description of :args, :ret and :fn\n\n  fspecs can generate functions that validate the arguments and\n  fabricate a return value compliant with the :ret spec, ignoring\n  the :fn spec if present.\n\n  Optionally takes :gen generator-fn, which must be a fn of no args\n  that returns a test.check generator.","^7",388,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","^12","^S","^A","^T",true],"^13",["^ ","^L",["^M",[["^14","~$&",["^ ","^V",["^15","^16","^17","^18","^19","^1:","^1;","^1<","^Z"],"^1=","^1>"]]]],"^P","takes a pred and validates collection elements against that pred.\n\n  Note that 'every' does not do exhaustive checking, rather it samples\n  *coll-check-limit* elements. Nor (as a result) does it do any\n  conforming of elements. 'explain' will report at most *coll-error-limit*\n  problems.  Thus 'every' should be suitable for potentially large\n  collections.\n\n  Takes several kwargs options that further constrain the collection:\n\n  :kind - a pred that the collection type must satisfy, e.g. vector?\n          (default nil) Note that if :kind is specified and :into is\n          not, this pred must generate in order for every to generate.\n  :count - specifies coll has exactly this count (default nil)\n  :min-count, :max-count - coll has count (<= min-count count max-count) (defaults nil)\n  :distinct - all the elements are distinct (default nil)\n\n  And additional args that control gen\n\n  :gen-max - the maximum coll size to generate (default 20)\n  :into - one of [], (), {}, #{} - the default collection to generate into\n      (default same as :kind if supplied, else []\n\n  Optionally takes :gen generator-fn, which must be a fn of no args that\n  returns a test.check generator\n\n  See also - coll-of, every-kv\n","^7",233,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","^1?","^S","^A","^T",true],"^1@",["^ ","^L",["^M",[["~$&","^1A"]]],"^P","takes the same arguments as spec/keys and returns a regex op that matches sequences of key/values,\n  converts them into a map, and conforms that map with a corresponding\n  spec/keys call:\n\n  user=> (s/conform (s/keys :req-un [::a ::c]) {:a 1 :c 2})\n  {:a 1, :c 2}\n  user=> (s/conform (s/keys* :req-un [::a ::c]) [:a 1 :c 2])\n  {:a 1, :c 2}\n\n  the resulting regex op can be composed into a larger regex:\n\n  user=> (s/conform (s/cat :i1 integer? :m (s/keys* :req-un [::a ::c]) :i2 integer?) [42 :a 1 :c 2 :d 4 99])\n  {:i1 42, :m {:a 1, :c 2, :d 4}, :i2 99}","^7",451,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","^1B","^S","^A","^T",true],"^1C",["^ ","^L",["^M",[["^14"]]],"^P","returns a spec that accepts nil and values satisfiying pred","^7",470,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","^1D","^S","^A","^T",true],"^1E",["^ ","^L",["^M",[["^14","~$&","^1>"]]],"^P","Returns a spec for a collection of items satisfying pred. Unlike\n  generator will fill an empty init-coll.\n\n  Same options as 'every'. conform will produce a collection\n  corresponding to :into if supplied, else will match the input collection,\n  avoiding rebuilding when possible.\n\n  Same options as 'every'.\n\n  See also - every, map-of","^7",292,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","^1F","^S","^A","^T",true],"^E",["^ ","^L",["^M",[["~$&","^1G"]]],"^P","Takes key+pred pairs, e.g.\n\n  (s/cat :e even? :o odd?)\n\n  Returns a regex op that matches (all) values in sequence, returning a map\n  containing the keys of each pred and the corresponding value.","^7",356,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","^1H","^S","^A","^T",true],"~$*",["^ ","^L",["^M",[["^1I"]]],"^P","Returns a regex op that matches zero or more values matching\n  pred. Produces a vector of matches iff there is at least one match","^7",321,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","^1J","^S","^A","^T",true],"^1K",["^ ","^L",["^M",[["^1L","^1M","~$&","^1>"]]],"^P","like 'every' but takes separate key and val preds and works on associative collections.\n\n  Same options as 'every', :into defaults to {}\n\n  See also - map-of","^7",281,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","^1N","^S","^A","^T",true],"^1O",["^ ","^L",["^M",[["^1P","^1Q"]]],"^P","Returns a spec that validates fixed precision integers in the\n  range from start (inclusive) to end (exclusive).","^7",488,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","^1R","^S","^A","^T",true],"^1S",["^ ","^L",["^M",[["~$&","^1G"]]],"^P","Takes key+pred pairs, e.g.\n\n  (s/alt :even even? :small #(< % 42))\n\n  Returns a regex op that returns a map entry containing the key of the\n  first matching pred and the corresponding value. Thus the\n  'key' and 'val' functions can be used to refer generically to the\n  components of the tagged return.","^7",339,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","^1T","^S","^A","^T",true],"^F",["^ ","^L",["^M",[["~$&","^1G"]]],"^P","Takes key+pred pairs, e.g.\n\n  (s/or :even even? :small #(< % 42))\n\n  Returns a destructuring spec that returns a map entry containing the\n  key of the first matching pred and the corresponding value. Thus the\n  'key' and 'val' functions can be used to refer generically to the\n  components of the tagged return.","^7",197,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","^1U","^S","^A","^T",true],"^1V",["^ ","^L",["^M",[["^1W"],["^1W","~$n"],["^1W","~$n","^U"]]],"^P","exercises the fn named by sym (a symbol) by applying it to\n  n (default 10) generated samples of its args spec. When fspec is\n  supplied its arg spec is used, and sym-or-f can be a fn.  Returns a\n  sequence of tuples of [args ret]. ","^7",521,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","^1X","^S","^A","^T",true],"^1Y",["^ ","^L",["^M",[["^1Z","^1["]]],"^P","Takes the name of a spec/predicate-returning multimethod and a\n  tag-restoring keyword or fn (retag).  Returns a spec that when\n  conforming or explaining data will pass it to the multimethod to get\n  an appropriate spec. You can e.g. use multi-spec to dynamically and\n  extensibly associate specs with 'tagged' data (i.e. data where one\n  of the fields indicates the shape of the rest of the structure).\n\n  (defmulti mspec :tag)\n\n  The methods should ignore their argument and return a predicate/spec:\n  (defmethod mspec :int [_] (s/keys :req-un [::tag ::i]))\n\n  retag is used during generation to retag generated values with\n  matching tags. retag can either be a keyword, at which key the\n  dispatch-tag will be assoc'ed, or a fn of generated value and\n  dispatch-tag that should return an appropriately retagged value.\n\n  Note that because the tags themselves comprise an open set,\n  the tag key spec cannot enumerate the values, but can e.g.\n  test for keyword?.\n\n  Note also that the dispatch values of the multimethod will be\n  included in the path, i.e. in reporting and gen overrides, even\n  though those values are not evident in the spec.\n","^7",106,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","^20","^S","^A","^T",true],"^21",["^ ","^L",["^M",[["~$&","^O"]]],"^P","takes one or more preds and returns a spec for a tuple, a vector\n  where each element conforms to the corresponding pred. Each element\n  will be referred to in paths using its ordinal.","^7",408,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","^22","^S","^A","^T",true],"^23",["^ ","^L",["^M",[["^24","~$x"]]],"^P","spec-checking assert expression. Returns x if x is valid? according\nto spec, else throws an error with explain-data plus ::failure of\n:assertion-failed.\nCan be disabled at either compile time or runtime:\nIf *compile-asserts* is false at compile time, compiles to x. Defaults\nto the negation value of the ':elide-asserts' compiler option, or true if\nnot set.\nIf (check-asserts?) is false at runtime, always returns x. Defaults to\nvalue of 'cljs.spec.alpha/*runtime-asserts*', or false if not set. You can\ntoggle check-asserts? with (check-asserts bool).","^7",548,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","^25","^S","^A","^T",true],"~$?",["^ ","^L",["^M",[["^1I"]]],"^P","Returns a regex op that matches zero or one value matching\n  pred. Produces a single value (not a collection) if matched.","^7",333,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","^26","^S","^A","^T",true],"^G",["^ ","^L",["^M",[["~$&","^27"]]],"^P","Takes map-validating specs (e.g. 'keys' specs) and\n  returns a spec that returns a conformed map satisfying all of the\n  specs.  Successive conformed values propagate through rest of\n  predicates. Unlike 'and', merge can generate maps satisfying the\n  union of the predicates.","^7",512,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","^28","^S","^A","^T",true],"^29",["^ ","^L",["^M",[["~$f"],["~$f","^2:"]]],"^P","takes a predicate function with the semantics of conform i.e. it should return either a\n  (possibly converted) value or :cljs.spec.alpha/invalid, and returns a\n  spec that uses it as a predicate/conformer. Optionally takes a\n  second fn that does unform of result of first","^7",380,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","^2;","^S","^A","^T",true],"^24",["^ ","^L",["^M",[["^2<","~$&",["^ ","^V",["^Z"]]]]],"^P","Takes a single predicate form, e.g. can be the name of a predicate,\n  like even?, or a fn literal like #(< % 42). Note that it is not\n  generally necessary to wrap predicates in spec when using the rest\n  of the spec macros, only to attach a unique generator\n\n  Can also be passed the result of one of the regex ops -\n  cat, alt, *, +, ?, in which case it will return a regex-conforming\n  spec, useful when nesting an independent regex.\n  ---\n\n  Optionally takes :gen generator-fn, which must be a fn of no args that\n  returns a test.check generator.\n\n  Returns a spec.","^7",87,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","^2=","^S","^A","^T",true],"^H",["^ ","^L",["^M",[["~$&",["^ ","^V",["^2>","^2?","^2@","^2A","^Z"]]]]],"^P","Creates and returns a map validating spec. :req and :opt are both\n  vectors of namespaced-qualified keywords. The validator will ensure\n  the :req keys are present. The :opt keys serve as documentation and\n  may be used by the generator.\n\n  The :req key vector supports 'and' and 'or' for key groups:\n\n  (s/keys :req [::x ::y (or ::secret (and ::user ::pwd))] :opt [::z])\n\n  There are also -un versions of :req and :opt. These allow\n  you to connect unqualified keys to specs.  In each case, fully\n  qualfied keywords are passed, which name the specs, but unqualified\n  keys (with the same name component) are expected and checked at\n  conform-time, and generated during gen:\n\n  (s/keys :req-un [:my.ns/x :my.ns/y])\n\n  The above says keys :x and :y are required, and will be validated\n  and generated by specs (if they exist) named :my.ns/x :my.ns/y\n  respectively.\n\n  In addition, the values of *all* namespace-qualified keys will be validated\n  (and possibly destructured) by any registered specs. Note: there is\n  no support for inline value specification, by design.\n\n  Optionally takes :gen generator-fn, which must be a fn of no args that\n  returns a test.check generator.","^7",135,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","^2B","^S","^A","^T",true],"~$+",["^ ","^L",["^M",[["^1I"]]],"^P","Returns a regex op that matches one or more values matching\n  pred. Produces a vector of matches","^7",327,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","^2C","^S","^A","^T",true],"^2D",["^ ","^L",["^M",[["^1L","^1M","~$&","^1>"]]],"^P","Returns a spec for a map whose keys satisfy kpred and vals satisfy\n  vpred. Unlike 'every-kv', map-of will exhaustively conform every\n  value.\n\n  Same options as 'every', :kind defaults to map?, with the addition of:\n\n  :conform-keys - conform keys as well as values (default false)\n\n  See also - every-kv","^7",307,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","^2E","^S","^A","^T",true],"^2F",["^ ","^L",["^M",[["~$&",["^ ","^V",["^2G","^2H","^2I","^2J"],"^[",["^ ","^2G",true,"^2H",true],"^1=","~$m"]]]],"^P","Specs a 64-bit floating point number. Options:\n\n    :infinite? - whether +/- infinity allowed (default true)\n    :NaN?      - whether NaN allowed (default true)\n    :min       - minimum value (inclusive, default none)\n    :max       - maximum value (inclusive, default none)","^7",495,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","^2K","^S","^A","^T",true],"^2L",["^ ","^L",["^M",[["^1P","^1Q"]]],"^P","Returns a spec that validates insts in the range from start\n  (inclusive) to end (exclusive).","^7",476,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","^2M","^S","^A","^T",true],"^I",["^ ","^L",["^M",[["~$&","^27"]]],"^P","Takes predicate/spec-forms, e.g.\n\n  (s/and even? #(< % 42))\n\n  Returns a spec that returns the conformed value. Successive\n  conformed values propagate through rest of predicates.","^7",214,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","^2N","^S","^A","^T",true],"^J",["^ ","^L",["^M",[["~$k","^2O"]]],"^P","Given a namespace-qualified keyword or resolveable symbol k, and a\n  spec, spec-name, predicate or regex-op makes an entry in the\n  registry mapping k to the spec. Use nil to remove an entry in\n  the registry for k.","^7",68,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","^2P","^S","^A","^T",true],"^2Q",["^ ","^L",["^M",[["^2R","~$&","^2S"]]],"^P","Takes a symbol naming a function, and one or more of the following:\n\n  :args A regex spec for the function arguments as they were a list to be\n    passed to apply - in this way, a single spec can handle functions with\n    multiple arities\n  :ret A spec for the function's return value\n  :fn A spec of the relationship between args and ret - the\n    value passed is {:args conformed-args :ret conformed-ret} and is\n    expected to contain predicates that relate those values\n\n  Qualifies fn-sym with resolve, or using *ns* if no resolution found.\n  Registers an fspec in the global registry, where it can be retrieved\n  by calling get-spec with the var or fully-qualified symbol.\n\n  Once registered, function specs are included in doc, checked by\n  instrument, tested by the runner cljs.spec.test.alpha/check, and (if\n  a macro) used to explain errors during macroexpansion.\n\n  Note that :fn specs require the presence of :args and :ret specs to\n  conform values, and so :fn specs will be ignored if :args or :ret\n  are missing.\n\n  Returns the qualified fn-sym.\n\n  For example, to register function specs for the symbol function:\n\n  (s/fdef cljs.core/symbol\n    :args (s/alt :separate (s/cat :ns string? :n string?)\n                 :str string?\n                 :sym symbol?)\n    :ret symbol?)","^7",416,"^8",1,"^6","cljs/spec/alpha.cljc","^Q","^2T","^S","^A","^T",true]],"^Q","^A","^2U",["^ "],"^2W",null,"^2X",["^ ","^2Y","^2Y","^2Z","^2[","^30","^30","^2[","^2[","^31","^32","^Z","^33","~$c","^2Y","^34","^35","^35","^35","^32","^32","^33","^33"],"^36",["^D",["^37","^38"]],"~:shadow/js-access-global",["^D",["Error"]],"^39",null,"~:defs",["^ ","^2<",["^ ","~:protocol-inline",null,"^5",["^ ","^6","cljs/spec/alpha.cljs","^7",181,"^8",7,"^9",181,"^:",11,"^L",["^M",["^10",["^M",[["^24"]]]]],"^P","returns the spec as data"],"^Q","^8U","^6","cljs/spec/alpha.cljs","^:",11,"~:method-params",["^M",[["^24"]]],"~:protocol-impl",null,"~:arglists-meta",["^M",[null,null]],"^8",1,"~:variadic?",false,"^7",181,"~:ret-tag","~$any","^9",181,"~:max-fixed-arity",1,"~:fn-var",true,"^L",["^M",["^10",["^M",[["^24"]]]]],"^P","returns the spec as data"],"~$nilable-impl",["^ ","^;Z",null,"^5",["^ ","^6","cljs/spec/alpha.cljs","^7",1410,"^8",19,"^9",1410,"^:",31,"~:skip-wiki",true,"^L",["^M",["^10",["^M",[["^2<","^14","~$gfn"]]]]],"^P","Do not call this directly, use 'nilable'"],"^Q","^5M","^6","cljs/spec/alpha.cljs","^:",31,"^;[",["^M",[["^2<","^14","^<9"]]],"^<0",null,"^<8",true,"^<1",["^M",[null,null]],"^8",1,"^<2",false,"^7",1410,"^<3","^6O","^9",1410,"^<5",3,"^<6",true,"^L",["^M",["^10",["^M",[["^2<","^14","^<9"]]]]],"^P","Do not call this directly, use 'nilable'"],"~$*recursion-limit*",["^ ","^5",["^ ","^6","cljs/spec/alpha.cljs","^7",21,"^8",16,"^9",21,"^:",33,"~:dynamic",true],"^Q","^5Z","^6","cljs/spec/alpha.cljs","^:",33,"^8",1,"^<;",true,"^7",21,"^9",21,"~:tag","^<4","^P","A soft limit on how many times a branching spec (or/alt/*/opt-keys/multi-spec)\n  can be recursed through during generation. After this a\n  non-recursive branch will be chosen."],"~$*coll-error-limit*",["^ ","^5",["^ ","^6","cljs/spec/alpha.cljs","^7",35,"^8",16,"^9",35,"^:",34,"^<;",true],"^Q","^5R","^6","cljs/spec/alpha.cljs","^:",34,"^8",1,"^<;",true,"^7",35,"^9",35,"^<<","^<4","^P","The number of errors reported by explain in a collection spec'ed with 'every'"],"~$empty-coll",["^ ","^5",["^ ","^6","cljs/spec/alpha.cljs","^7",841,"^8",16,"^9",841,"^:",26,"~:private",true],"^<?",true,"^Q","^5Q","^6","cljs/spec/alpha.cljs","^:",26,"^8",1,"^7",841,"^9",841,"^<<","~$cljs.core/IMap"],"~$explain-printer",["^ ","^;Z",null,"^5",["^ ","^6","cljs/spec/alpha.cljs","^7",235,"^8",7,"^9",235,"^:",22,"^L",["^M",["^10",["^M",[["~$ed"]]]]],"^P","Default printer for explain-data. nil indicates a successful validation."],"^Q","^63","^6","cljs/spec/alpha.cljs","^:",22,"^;[",["^M",[["^<B"]]],"^<0",null,"^<1",["^M",[null,null]],"^8",1,"^<2",false,"^7",235,"^<3","~$clj-nil","^9",235,"^<5",1,"^<6",true,"^L",["^M",["^10",["^M",[["^<B"]]]]],"^P","Default printer for explain-data. nil indicates a successful validation."],"~$op-explain",["^ ","^;Z",null,"^5",["^ ","^6","cljs/spec/alpha.cljs","^7",1159,"^8",8,"^9",1159,"^:",18,"^<?",true,"^L",["^M",["^10",["^M",[["^2<","~$p","~$path","~$via","~$in","~$input"]]]]]],"^<?",true,"^Q","^64","^6","cljs/spec/alpha.cljs","^:",18,"^;[",["^M",[["^2<","~$p","^<E","^<F","^<G","^<H"]]],"^<0",null,"^<1",["^M",[null,null]],"^8",1,"^<2",false,"^7",1159,"^<3",["^D",["~$cljs.core/IVector","^<4","^<C"]],"^9",1159,"^<5",6,"^<6",true,"^L",["^M",["^10",["^M",[["^2<","~$p","^<E","^<F","^<G","^<H"]]]]]],"~$Specize",["^ ","^5",["^ ","~:protocol-symbol",true,"^6","cljs/spec/alpha.cljs","^:",21,"^8",14,"^7",131,"~:protocol-info",["^ ","~:methods",["^ ","~$specize*",[["~$_"],["~$_","^2<"]]]],"^9",131,"~:sigs",["^ ","~:specize*",["^ ","^Q","^<N","^L",["^M",[["~$_"],["~$_","^2<"]]],"^P",null]],"~:jsdoc",["^M",["@interface"]]],"^<K",true,"^Q","^8O","^6","cljs/spec/alpha.cljs","^:",21,"^8",1,"^7",131,"^<L",["^ ","^<M",["^ ","^<N",[["~$_"],["~$_","^2<"]]]],"~:info",null,"^9",131,"^<<","^<4","^<O",["^ ","^<P",["^ ","^Q","^<N","^L",["^M",[["~$_"],["~$_","^2<"]]],"^P",null]],"~:impls",["^D",["^46","^59","^5D","^5J","^60","^6O","~$default","^7:","^7R","^8;","^8F","^8S","^8W","^8[","^92","^9E","^9J"]],"^<Q",["^M",["@interface"]]],"~$->t_cljs$spec$alpha25933",["^ ","^;Z",null,"^5",["^ ","~:anonymous",true,"~:protocols",["^D",["^4V","~$cljs.core/IMeta","^8O","~$cljs.core/IWithMeta"]],"~:skip-protocol-flag",["^D",["^<X","^<Y"]],"~:factory","~:positional","^L",["^M",["^10",["^M",[["^24","~$meta25934"]]]]],"^P","Positional factory function for cljs.spec.alpha/t_cljs$spec$alpha25933.","^6",null],"^<W",["^D",["^4V","^<X","^8O","^<Y"]],"^Q","^69","^6","cljs/spec/alpha.cljs","^;[",["^M",[["^24","^=1"]]],"^<0",null,"^<1",["^M",[null,null]],"^<V",true,"^8",null,"^<2",false,"^<[","^=0","^7",null,"^<3","^46","^<5",2,"^<6",true,"^L",["^M",["^10",["^M",[["^24","^=1"]]]]],"^<Z",["^D",["^<X","^<Y"]],"^P","Positional factory function for cljs.spec.alpha/t_cljs$spec$alpha25933."],"~$t_cljs$spec$alpha25774",["^ ","~:num-fields",3,"^<W",["^D",["^4V","^<X","^8O","^<Y"]],"^Q","^5J","^6","cljs/spec/alpha.cljs","~:type",true,"^<V",true,"^8",null,"^7",null,"~:record",false,"^<<","~$function","^<Z",["^D",["^<X","^<Y"]]],"~$t_cljs$spec$alpha24538",["^ ","^=3",9,"^<W",["^D",["^4V","^<X","^8O","^<Y"]],"^Q","^60","^6","cljs/spec/alpha.cljs","^=4",true,"^<V",true,"^8",null,"^7",null,"^=5",false,"^<<","^=6","^<Z",["^D",["^<X","^<Y"]]],"~$alt-impl",["^ ","^;Z",null,"^5",["^ 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