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| scan_lib_file | Def ScanLibFile: FileName Def AtFirst Def help Def == let fname Def == {Open the file then apply the function to Eof predicate and a Next Def == {operator, which returns the first entry, then advances the file. } Def == new_load_file fname Def == ( Def == (letrec ScanRest SoFar Def == (letrec Def == (letrec Def == (letrec Def == (letrec Def == (letrec Def == (letrec Def == (letrec Def == (letrec Def == (letrec Def == (letrec Def == (letrec Def == (letrec Def == (letrec Def == (letrec Def == (letrec Def == (letrec Def == (letrec Def == (letrec Def == (letrec Def == (letrec Def == (letrec Def == (letrec Def == (ScanRest atfirst) |
| ml_implode_term | Def IMP:T == edit_implode_all T |
| ml_apply | Def a b == ((a)(b)) |
| ml_nil | Def [] == [] |
| ml_cons | Def a.b == ((a).(b)) |
| ml_doif | Def if a thendo b == if a then do b else () |
| ml_theunit | Def () == () |
| ml_letin | Def let$mod a |
| ml_tok | Def `$tok` == `$tok` |
| ml_eq | Def a=b == ((a)=(b)) |
| ml_seq | Def a ; b == ((a);(b)) |
| ml_pair | Def a,b == ((a),(b)) |
| ml_if | Def if a then b else c == if a then b else c |
| ml_lambda | Def |
| ml_decl | Def a |
| ml_letin_wrap | Def let$mod D in c == let$mod D in (c) |
| ml_do_unop | Def do X == (do (X)) |
| ml_test | Def if a $then b $else c == if (a) $then (b) $else c |
| ml_parens | Def (a) == (a) |
| ml_toko | Def `s` == `s` |
| Syntax: | AtFirst help | has structure: |
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