StandardLib NuprlLIB Doc
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Defined Operators mentioned in StandardLib

Defa[i..j][array_seg]array 1
Defa[++i][array_shift]array 1
Defarr1 @ arr2[array_append]array 1
DefFor{T,op,idx  asf(x)[for]list 1
DefForHdTl{A,f,kh::t  asg(h;t)[for_hdtl]list 1
Defmapc(f)[mapc]list 1
DefDefault => body
EndSwitch
[switch_default]prog 1
DefCase(value)
body
[case]prog 1
DefDefault => body[case_default]prog 1
Def<x,y> =>
<x,ybody(x;y)
[case_pair]prog 1
Definl(x) =>
inl(body(x)
cont
[case_inl]prog 1
Definr(x) =>
inr(body(x)
cont
[case_inr]prog 1
Defx::y =>
x::ybody(x;y)
cont
[case_cons]prog 1
Def[] =>
[] =body
cont
[case_nil]prog 1
Def =>
 =>body
[case_it]prog 1
Defx:body[case_bind]prog 1
Def<<"a", b>, c, 1> =>
<<"abody(b;c)
cont
[case_pattern1]prog 1
Def<a, inl <<"a", b>, c, 1>> =>
<abody(a;b;c)
cont
[case_pattern2]prog 1
Def<a, inl <<"a", b>, c, 1>>[pattern2]prog 1
Defunion1()[union1]prog 1
Defunion1_term1(x) =>
uniobody(x)
cont
[case_union1_term1]prog 1
Defunion1_term1(x)[union1_term1]prog 1
Defunion1_term2(x) =>
uniobody(x)
cont
[case_union1_term2]prog 1
Defunion1_term2(x)[union1_term2]prog 1
Defunion1_term3(x) =>
uniobody(x)
cont
[case_union1_term3]prog 1
Defunion1_term3(x)[union1_term3]prog 1
Defenum1_switch(value;el1;el2;el3)[enum1_switch]prog 1
Defenum1_el1 =>
enumbody
cont
[case_enum1_el1]prog 1
Defenum1_el2 =>
enumbody
cont
[case_enum1_el2]prog 1
Defenum1_el3 =>
enumbody
cont
[case_enum1_el3]prog 1
Defmodule1_type(prop)[module1_type]prog 1
Deft.tag[module1_tag]prog 1
Deft.data[module1_data]prog 1
Defmodule1(tagdata) =>
modubody(tag;data)
[case_module1]prog 1
Defmodule1(tagdata)[module1]prog 1
DefStAntiSym(T;x,y.R(x;y))[st_anti_sym]rel 1
DefIrrefl(T;x,y.E(x;y))[irrefl]rel 1
Defoutl(x)[outl]union
Defoutr(x)[outr]union
Defpq[bxor]bool 1
Defpq[rev_bimplies]bool 1
Defi  j  k[lele]int 1
DefS  T[suptype]int 1
DefTop[top]core
Deft  ...$L[label]core
Def???[error]core
DefA & B[cand]core
DefI[icomb]core
DefK[kcomb]core
DefS[scomb]core
Deflet x,y,z = a in t(x;y;z)[spread3]core
Deflet w,x,y,z = a in t(w;x;y;z)[spread4]core
Deflet a,b,c,d,e = u in v(a;b;c;d;e)[spread5]core
Deflet a,b,c,d,e,f = u in v(a;b;c;d;e;f)[spread6]core
Deflet a,b,c,d,e,f,g = u in v(a;b;c;d;e;f;g)[spread7]core
DefXM[xmiddle]core
Deflet x = a in b(x)[let]core
Def[x]{T}[type_inj]core
Def[T]Array{i..j}[p_array]array 1
Defa +q b[qadd]rat 1
Def[rat]rat 1
Defa *q b[qmul]rat 1
Defa =q b[eq_rat]rat 1
Defi =  j[pm_equal]int 2
Def|i|[absval]int 2
DefPreorder(T;x,y.R(x;y))[preorder]rel 1
DefEquivRel x,y:TE(x;y)[equiv_rel]rel 1
Defgcd(a;b)[gcd]num thy 1
Defx:AB(x)[sq_exists]core
DefCoPrime(a,b)[coprime]num thy 1
DefSqStable(P)[sq_stable]core
Defatomic(a)[atomic]num thy 1
Defprime(a)[prime]num thy 1
Defa = b mod m[eqmod]num thy 1
Deffib(n)[fib]num thy 1
Defnull(as)[null]list 1
Defij[ge]core
Def{i...j}[int_iseg]int 1
Defrev(as)[reverse]list 1
Defas[m..n][segment]list 1
Defl[i][select]list 1
Defas\[i][reject]list 1
Deff{m..n}[listify]list 1
DefA List(n)[list_n]list 1
Defi>j[gt]core
Def{...i}[int_lower]int 1
Defimin(a;b)[imin]int 2
Defa -- b[ndiff]int 2
DefRem(a;n;r)[rem_nrel]int 2
Defa mod n[modulus]int 2
Defa  n[div_floor]int 2
DefWellFnd{i}(A;x,y.R(x;y))[wellfounded]well fnd
DefFIncr[fincr]rfunction 1
Defenum1()[enum1]prog 1
DefSQType(T)[sq_type]sqequal 1
Defx=yAtom[eq_atom]bool 1
DefSymmetrize(x,y.R(x;y);a;b)[symmetrize]rel 1
DefIsEqFun(T;eq)[eqfun_p]rel 1
Defstrict_part(x,y.R(x;y);a;b)[strict_part]rel 1
DefLinorder(T;x,y.R(x;y))[linorder]rel 1
Defisl(x)[isl]union
Defb2i(b)[b2i]bool 1
Defp=q[eq_bool]bool 1
DefBij(ABf)[biject]fun 1
DefA ~~ B[one_one_corr]fun 1
DefStable{P}[stable]core
Def{a:T}[singleton]core
Def{!x:T | P(x)}[unique_set]core
Defa = !x:TQ(x)[uni_sat]core
Def[T]Array [array]array 1
Def{i..j}[int_seg]int 1
Def{i...}[int_upper]int 1
Defa.u[array_ub]array 1
Defa.l[array_lb]array 1
Defq.num[qnumer]rat 1
Def1of(t)[pi1]core
Defa[i][array_el]array 1
Defq.den[qdenom]rat 1
Def2of(t)[pi2]core
DefP & Q[and]core
Def[nat_plus]int 1
DefCase v => case
cont
[switch_case]prog 1
Defi=j[eq_int]bool 1
Defp/q[qnum]rat 1
Defx:AB(x)[exists]core
DefGCD(a;b;y)[gcd_p]num thy 1
Defreducible(a)[reducible]num thy 1
Defa ~ b[assoced]num thy 1
Defb | a[divides]num thy 1
DefP  Q[implies]core
Defx:AB(x)[all]core
Defif b t else f fi[ifthenelse]bool 1
DefY[ycomb]core
Def[int_nzero]int 1
DefDiv(a;n;q)[div_nrel]int 2
Defi  j < k[lelt]int 1
Def[nat]int 1
DefAB[le]core
Defa  b[nequal]core
DefDec(P)[decidable]core
DefA[not]core
DefP  Q[or]core
Defpq[bimplies]bool 1
Defp  q[bor]bool 1
Deffalse[bfalse]bool 1
Deftrue[btrue]bool 1
Defnth_tl(n;as)[nth_tl]list 1
Deftl(l)[tl]list 1
Defimax(a;b)[imax]int 2
Defij[le_int]bool 1
Defas @ bs[append]list 1
Deffirstn(n;as)[firstn]list 1
Defi<j[lt_int]bool 1
Defhd(l)[hd]list 1
Defx:Tb(x)[tlambda]fun 1
Defmap(f;as)[map]list 1
Defreduce(f;k;as)[reduce]list 1
Defmapcons(f;as)[mapcons]list 1
Def||as||[length]list 1
Def<<"a", b>, c, 1>[pattern1]prog 1
Def[bool]bool 1
DefEndSwitch[switch_done]prog 1
Defenum1_el3[enum1_el3]prog 1
Defenum1_el2[enum1_el2]prog 1
Defenum1_el1[enum1_el1]prog 1
DefSwitch(t)
b
[switch]prog 1
DefUnit[unit]core
Def{T}[guard]core
DefOrder(T;x,y.R(x;y))[order]rel 1
DefTrans x,y:TE(x;y)[trans]rel 1
DefSym x,y:TE(x;y)[sym]rel 1
DefRefl(T;x,y.E(x;y))[refl]rel 1
Defx f y[infix_ap]core
Defb[assert]bool 1
DefP  Q[iff]core
DefAntiSym(T;x,y.R(x;y))[anti_sym]rel 1
DefConnex(T;x,y.R(x;y))[connex]rel 1
Def[it]core
DefFalse[false]core
DefTrue[true]core
Defb[bnot]bool 1
Defpq[band]bool 1
DefS  T[subtype]core
DefProp[prop]core
DefInvFuns(ABfg)[inv_funs]fun 1
DefId[tidentity]fun 1
DefId[identity]fun 1
Deff o g[compose]fun 1
DefSurj(ABf)[surject]fun 1
DefInj(ABf)[inject]fun 1
DefP  Q[rev_implies]core
DefT[squash]core

About:
pairspreadspreadspreadproductproductlistconsconsnil
list_indboolbfalsebtrue
ifthenelseassertdecidableunititvoidintnatural_numberminusaddsubtractmultiply
divideremainderint_eqlessless_thantoken
atom_equnioninlinrdecide
setisectlambdaapplyfunctionycombuniverseequalaxiom
membersqequalsubtypetoppropimpliesandorfalsetrue
allexists
IF YOU CAN SEE THIS go to /sfa/Nuprl/Shared/Xindentation_hack_doc.html

StandardLib NuprlLIB Doc