fun from_m_upto_n f m n =
if m < n then
{ f m }
{ from_m_upto_n f (m + 1) n }
else
fun test_fn_both_sides [a ::: Type] (_ : eq a) (_ : show a) (f : unit -> a) (expected : a) (testname : string) : xbody =
Server side test: {[testname]}
{[show (f () = expected)]}
Client side test: {[testname]}
{[show (f () = expected)]}}>
fun test_fn_sside [a ::: Type] (_ : eq a) (_ : show a) (f : unit -> a) (expected : a) (testname : string) : xbody =
Server side test: {[testname]}
{[show (f () = expected)]}
fun test_fn_cside [a ::: Type] (_ : eq a) (_ : show a) (f : unit -> a) (expected : a) (testname : string) : xbody =
Client side test: {[testname]}
{[show (f () = expected)]}}>
fun test_fn_cside_ch (f : unit -> char) (expected : char) (testname : string) : xbody =
else
return ERROR {[testname]}: {[msgErr]}
end}>
fun test_fn_cside_b (f : unit -> bool) (expected : bool) (testname : string) : xbody =
else
return ERROR {[testname]}: {[msgErr]}
end}>
fun highencode () : transaction page =
return
{test_fn_cside (fn _ => strlen "ππππ") (strlen "ππππ") "high encode - strlen 1"}
{test_fn_cside (fn _ => strlen "πππ") (strlen "πππ") "high encode - strlen 2"}
{test_fn_cside (fn _ => strlen "ππ") (strlen "ππ") "high encode - strlen 3"}
{test_fn_cside (fn _ => strlen "π") (strlen "π") "high encode - strlen 4"}
{test_fn_cside (fn _ => substring "ππππ" 1 3) (substring "ππππ" 1 3) "high encode - substring 1"}
{test_fn_cside (fn _ => substring "ππππ" 2 2) (substring "ππππ" 2 2) "high encode - substring 2"}
{test_fn_cside (fn _ => substring "ππππ" 3 1) (substring "ππππ" 3 1) "high encode - substring 3"}
{test_fn_cside (fn _ => strlen (substring "ππππ" 1 3)) (strlen (substring "ππππ" 1 3)) "high encode - strlen of substring 1"}
{test_fn_cside (fn _ => strlen (substring "ππππ" 2 2)) (strlen (substring "ππππ" 2 2)) "high encode - strlen of substring 2"}
{test_fn_cside (fn _ => strlen (substring "ππππ" 3 1)) (strlen (substring "ππππ" 3 1)) "high encode - strlen of substring 3"}
{test_fn_cside (fn _ => strsub "ππππ" 0) (strsub "ππππ" 0) "high encode - strsub 1"}
{test_fn_cside (fn _ => strsub "ππππ" 1) (strsub "ππππ" 1) "high encode - strsub 2"}
{test_fn_cside (fn _ => strsub "ππππ" 2) (strsub "ππππ" 2) "high encode - strsub 3"}
{test_fn_cside (fn _ => strsub "ππππ" 3) (strsub "ππππ" 3) "high encode - strsub 4"}
{test_fn_cside (fn _ => strsuffix "ππππ" 0) (strsuffix "ππππ" 0) "high encode - strsuffix 1"}
{test_fn_cside (fn _ => strsuffix "ππππ" 1) (strsuffix "ππππ" 1) "high encode - strsuffix 2"}
{test_fn_cside (fn _ => strsuffix "ππππ" 2) (strsuffix "ππππ" 2) "high encode - strsuffix 3"}
{test_fn_cside (fn _ => strsuffix "ππππ" 3) (strsuffix "ππππ" 3) "high encode - strsuffix 4"}
{test_fn_cside (fn _ => strchr "ππππ" #"c") (strchr "ππππ" #"c") "high encode - strchr 1"}
{test_fn_cside (fn _ => strchr "ππππ" (strsub "π" 0)) (strchr "ππππ" (strsub "π" 0)) "high encode - strchr 2"}
{test_fn_cside (fn _ => strchr "ππππ" (strsub "π" 0)) (strchr "ππππ" (strsub "π" 0)) "high encode - strchr 3"}
{test_fn_cside (fn _ => strchr "ππππ" (strsub "π" 0)) (strchr "ππππ" (strsub "π" 0)) "high encode - strchr 4"}
{test_fn_cside (fn _ => strchr "ππππ" (strsub "π" 0)) (strchr "ππππ" (strsub "π" 0)) "high encode - strchr 5"}
{test_fn_cside (fn _ => strindex "ππππ" #"c") (strindex "ππππ" #"c") "high encode - strindex 1"}
{test_fn_cside (fn _ => strindex "ππππ" (strsub "π" 0)) (strindex "ππππ" (strsub "π" 0)) "high encode - strindex 2"}
{test_fn_cside (fn _ => strindex "ππππ" (strsub "π" 0)) (strindex "ππππ" (strsub "π" 0)) "high encode - strindex 3"}
{test_fn_cside (fn _ => strindex "ππππ" (strsub "π" 0)) (strindex "ππππ" (strsub "π" 0)) "high encode - strindex 4"}
{test_fn_cside (fn _ => strindex "ππππ" (strsub "π" 0)) (strindex "ππππ" (strsub "π" 0)) "high encode - strindex 5"}
{test_fn_cside (fn _ => strsindex "ππππ" "") (strsindex "ππππ" "") "high encode - strsindex 1"}
{test_fn_cside (fn _ => strsindex "ππππ" "ππππ") (strsindex "ππππ" "ππππ") "high encode - strsindex 2"}
{test_fn_cside (fn _ => strsindex "ππππ" "πππc") (strsindex "ππππ" "πππc") "high encode - strsindex 3"}
{test_fn_cside (fn _ => strsindex "ππππ" "πππ") (strsindex "ππππ" "πππ") "high encode - strsindex 4"}
{test_fn_cside (fn _ => strsindex "ππππ" "ππc") (strsindex "ππππ" "ππc") "high encode - strsindex 5"}
{test_fn_cside (fn _ => strsindex "ππππ" "ππ") (strsindex "ππππ" "ππ") "high encode - strsindex 6"}
{test_fn_cside (fn _ => strsindex "ππππ" "πc") (strsindex "ππππ" "πc") "high encode - strsindex 7"}
{test_fn_cside (fn _ => strsindex "ππππ" "π") (strsindex "ππππ" "π") "high encode - strsindex 8"}
{test_fn_cside (fn _ => strsindex "ππππ" "c") (strsindex "ππππ" "c") "high encode - strsindex 9"}
{test_fn_cside (fn _ => strcspn "ππππ" "") (strcspn "ππππ" "") "high encode - strcspn 1"}
{test_fn_cside (fn _ => strcspn "ππππ" "ππππ") (strcspn "ππππ" "ππππ") "high encode - strcspn 2"}
{test_fn_cside (fn _ => strcspn "ππππ" "π") (strcspn "ππππ" "π") "high encode - strcspn 3"}
{test_fn_cside (fn _ => strcspn "ππππ" "πππ") (strcspn "ππππ" "πππ") "high encode - strcspn 4"}
{test_fn_cside (fn _ => strcspn "ππππ" "ππ") (strcspn "ππππ" "ππ") "high encode - strcspn 5"}
{test_fn_cside (fn _ => strcspn "ππππ" "π") (strcspn "ππππ" "π") "high encode - strcspn 6"}
{test_fn_cside (fn _ => ord (strsub "ππππ" 0)) (ord (strsub "ππππ" 0)) "high encode - ord 1"}
{test_fn_cside (fn _ => ord (strsub "ππππ" 1)) (ord (strsub "ππππ" 1)) "high encode - ord 2"}
{test_fn_cside (fn _ => ord (strsub "ππππ" 2)) (ord (strsub "ππππ" 2)) "high encode - ord 3"}
{test_fn_cside (fn _ => ord (strsub "ππππ" 3)) (ord (strsub "ππππ" 3)) "high encode - ord 4"}
{test_fn_cside (fn _ => show (strsub "ππππ" 0)) (show (strsub "ππππ" 0)) "high encode - show 1"}
{test_fn_cside (fn _ => show (strsub "ππππ" 1)) (show (strsub "ππππ" 1)) "high encode - show 2"}
{test_fn_cside (fn _ => show (strsub "ππππ" 2)) (show (strsub "ππππ" 2)) "high encode - show 3"}
{test_fn_cside (fn _ => show (strsub "ππππ" 3)) (show (strsub "ππππ" 3)) "high encode - show 4"}
fun substrings () : transaction page =
return
{test_fn_both_sides (fn _ => substring "abc" 0 3) "abc" "substrings 1"}
{test_fn_both_sides (fn _ => substring "abc" 1 2) "bc" "substrings 2"}
{test_fn_both_sides (fn _ => substring "abc" 2 1) "c" "substrings 3"}
{test_fn_both_sides (fn _ => substring "Γ‘bΓ³" 0 3) "Γ‘bΓ³" "substrings 4"}
{test_fn_both_sides (fn _ => substring "Γ‘bΓ³" 1 2) "bΓ³" "substrings 5"}
{test_fn_both_sides (fn _ => substring "Γ‘bΓ³" 2 1) "Γ³" "substrings 6"}
{test_fn_both_sides (fn _ => substring "Γ‘bΓ³" 0 2) "Γ‘b" "substrings 7"}
{test_fn_both_sides (fn _ => substring "Γ‘bΓ³" 0 1) "Γ‘" "substrings 8"}
{test_fn_both_sides (fn _ => substring "" 0 0) "" "substrings 9"}
fun strlens () : transaction page = return
{test_fn_both_sides (fn _ => strlen "abc") 3 "strlen 1"}
{test_fn_both_sides (fn _ => strlen "Γ§bc") 3 "strlen 2"}
{test_fn_both_sides (fn _ => strlen "çãc") 3 "strlen 3"}
{test_fn_both_sides (fn _ => strlen "çãó") 3 "strlen 4"}
{test_fn_both_sides (fn _ => strlen "Γ§") 1 "strlen 5"}
{test_fn_both_sides (fn _ => strlen "c") 1 "strlen 6"}
{test_fn_both_sides (fn _ => strlen "") 0 "strlen 7"}
{test_fn_both_sides (fn _ => strlen "γ") 1 "strlen 8"}
{test_fn_both_sides (fn _ => strlen "ζΌ’") 1 "strlen 9"}
{test_fn_both_sides (fn _ => strlen "γ«") 1 "strlen 10"}
{test_fn_both_sides (fn _ => strlen "ΩΨΈΩΩΩΨ©") 6 "strlen 11"}
{test_fn_both_sides (fn _ => strlen "ε½ζΈ") 2 "strlen 12"}
{test_fn_both_sides (fn _ => strlen "Π€ΡΠ½ΠΊΡΠΈΠΎΠ½Π°Π»ΡΠ½ΠΎΠ΅") 14 "strlen 13"}
fun strlenGens () : transaction page = return
{test_fn_both_sides (fn _ => strlenGe "" 1) False "strlenGe 1"}
{test_fn_both_sides (fn _ => strlenGe "" 0) True "strlenGe 2"}
{test_fn_both_sides (fn _ => strlenGe "aba" 4) False "strlenGe 3"}
{test_fn_both_sides (fn _ => strlenGe "aba" 3) True "strlenGe 4"}
{test_fn_both_sides (fn _ => strlenGe "aba" 2) True "strlenGe 5"}
{test_fn_both_sides (fn _ => strlenGe "à çÑ" 4) False "strlenGe 6"}
{test_fn_both_sides (fn _ => strlenGe "à çÑ" 3) True "strlenGe 7"}
{test_fn_both_sides (fn _ => strlenGe "à çÑ" 2) True "strlenGe 8"}
type clen = { S : string, L : int }
val clen_eq : eq clen = mkEq (fn a b =>
a.S = b.S && a.L = b.L)
val clen_show : show clen = mkShow (fn a =>
"{S = " ^ a.S ^ ", L = " ^ (show a.L) ^ "}")
fun strcats () : transaction page =
let
fun test_cat_and_len n a b expS expL =
test_fn_both_sides (fn _ => let val c = strcat a b in {S = c, L = strlen c} end) {S=expS, L=expL} ("strcat " ^ (show n))
in
return
{test_cat_and_len 1 "" "" "" 0}
{test_cat_and_len 2 "aa" "bb" "aabb" 4}
{test_cat_and_len 3 "" "bb" "bb" 2}
{test_cat_and_len 4 "aa" "" "aa" 2}
{test_cat_and_len 5 "à à " "ÑÑ" "à à ÑÑ" 4}
{test_cat_and_len 6 "" "ÑÑ" "ÑÑ" 2}
{test_cat_and_len 7 "Γ Γ " "" "Γ Γ " 2}
{test_cat_and_len 8 "ε½ζΈ" "ãã" "ε½ζΈΓ£Γ£" 4}
{test_cat_and_len 9 "ç" "ã" "çã" 2}
{test_cat_and_len 10 (show (strsub "ç" 0)) (show (strsub "ã" 0)) "çã" 2}
{test_cat_and_len 11 (show (chr 231)) (show (chr 227)) "çã" 2}
end
fun strsubs () : transaction page =
return
{test_fn_both_sides (fn _ => strsub "abΓ Γ§" 0) #"a" "strsub 1"}
{test_fn_both_sides (fn _ => strsub "abΓ Γ§" 1) #"b" "strsub 2"}
{test_fn_both_sides (fn _ => strsub "Γ b" 0) (strsub "Γ " 0) "strsub 3"}
{test_fn_both_sides (fn _ => strsub "abΓ Γ§" 2) (strsub "Γ " 0) "strsub 4"}
{test_fn_both_sides (fn _ => strsub "abΓ Γ§" 3) (strsub "Γ§" 0) "strsub 5"}
fun strsuffixs () : transaction page =
return
{test_fn_both_sides (fn _ => strsuffix "abΓ Γ§" 0) "abΓ Γ§" "strsuffix 1"}
{test_fn_both_sides (fn _ => strsuffix "abΓ Γ§" 1) "bΓ Γ§" "strsuffix 2"}
{test_fn_both_sides (fn _ => strsuffix "abΓ Γ§" 2) "Γ Γ§" "strsuffix 3"}
{test_fn_both_sides (fn _ => strsuffix "abΓ Γ§" 3) "Γ§" "strsuffix 4"}
fun strchrs () : transaction page =
return
{test_fn_both_sides (fn _ => strchr "abΓ Γ§" #"c") None "strchr 1"}
{test_fn_both_sides (fn _ => strchr "abΓ Γ§" #"a") (Some "abΓ Γ§") "strchr 2"}
{test_fn_both_sides (fn _ => strchr "abΓ Γ§" #"b") (Some "bΓ Γ§") "strchr 3"}
{test_fn_both_sides (fn _ => strchr "abΓ Γ§" (strsub "Γ " 0)) (Some "Γ Γ§") "strchr 4"}
{test_fn_both_sides (fn _ => strchr "abΓ Γ§" (strsub "Γ§" 0)) (Some "Γ§") "strchr 5"}
fun strindexs () : transaction page =
return
{test_fn_both_sides (fn _ => strindex "abΓ Γ§" #"c") None "strindex 1"}
{test_fn_both_sides (fn _ => strindex "abΓ Γ§" #"a") (Some 0) "strindex 2"}
{test_fn_both_sides (fn _ => strindex "abΓ Γ§" #"b") (Some 1) "strindex 3"}
{test_fn_both_sides (fn _ => strindex "abΓ Γ§" (strsub "Γ " 0)) (Some 2) "strindex 4"}
{test_fn_both_sides (fn _ => strindex "abΓ Γ§" (strsub "Γ§" 0)) (Some 3) "strindex 5"}
fun strsindexs () : transaction page =
return
{test_fn_both_sides (fn _ => strsindex "abΓ Γ§" "") (Some 0) "strsindex 1"}
{test_fn_both_sides (fn _ => strsindex "abΓ Γ§" "abΓ Γ§") (Some 0) "strsindex 2"}
{test_fn_both_sides (fn _ => strsindex "abΓ Γ§" "abΓ c") None "strsindex 3"}
{test_fn_both_sides (fn _ => strsindex "abΓ Γ§" "bΓ Γ§") (Some 1) "strsindex 4"}
{test_fn_both_sides (fn _ => strsindex "abΓ Γ§" "bΓ c") None "strsindex 5"}
{test_fn_both_sides (fn _ => strsindex "abΓ Γ§" "Γ Γ§") (Some 2) "strsindex 6"}
{test_fn_both_sides (fn _ => strsindex "abΓ Γ§" "Γ c") None "strsindex 7"}
{test_fn_both_sides (fn _ => strsindex "abΓ Γ§" "Γ§") (Some 3) "strsindex 8"}
{test_fn_both_sides (fn _ => strsindex "abΓ Γ§" "c") None "strsindex 9"}
fun strcspns () : transaction page =
return
{test_fn_both_sides (fn _ => strcspn "abΓ Γ§" "") 4 "strcspn 1"}
{test_fn_both_sides (fn _ => strcspn "abΓ Γ§" "abΓ Γ§") 0 "strcspn 2"}
{test_fn_both_sides (fn _ => strcspn "abΓ Γ§" "a") 0 "strcspn 3"}
{test_fn_both_sides (fn _ => strcspn "abΓ Γ§" "bΓ Γ§") 1 "strcspn 4"}
{test_fn_both_sides (fn _ => strcspn "abΓ Γ§" "Γ Γ§") 2 "strcspn 5"}
{test_fn_both_sides (fn _ => strcspn "abΓ Γ§" "Γ§") 3 "strcspn 6"}
fun str1s () : transaction page = return
{test_fn_both_sides (fn _ => str1 #"a") "a" "str1 1"}
{test_fn_both_sides (fn _ => str1 (strsub "Γ " 0)) "Γ " "str1 2"}
{test_fn_both_sides (fn _ => str1 (strsub "aΓ‘" 1)) "Γ‘" "str1 3"}
fun isalnums () : transaction page = return
{test_fn_both_sides (fn _ => isalnum #"a") True "isalnum 1"}
{test_fn_both_sides (fn _ => isalnum #"a") True "isalnum 2"}
{test_fn_both_sides (fn _ => isalnum (strsub "Γ " 0)) True "isalnum 3"}
{test_fn_both_sides (fn _ => isalnum #"A") True "isalnum 4"}
{test_fn_both_sides (fn _ => isalnum (strsub "Γ" 0)) True "isalnum 5"}
{test_fn_both_sides (fn _ => isalnum #"1") True "isalnum 6"}
{test_fn_both_sides (fn _ => not (isalnum #"!")) True "isalnum 7"}
{test_fn_both_sides (fn _ => not (isalnum #"#")) True "isalnum 8"}
{test_fn_both_sides (fn _ => not (isalnum #" ")) True "isalnum 9"}
fun isalphas () : transaction page = return
{test_fn_both_sides (fn _ => isalpha #"a") True "isalpha 1"}
{test_fn_both_sides (fn _ => isalpha (strsub "Γ " 0)) True "isalpha 2"}
{test_fn_both_sides (fn _ => isalpha #"A") True "isalpha 3"}
{test_fn_both_sides (fn _ => isalpha (strsub "Γ" 0)) True "isalpha 4"}
{test_fn_both_sides (fn _ => not (isalpha #"1")) True "isalpha 5"}
{test_fn_both_sides (fn _ => not (isalpha #"!")) True "isalpha 6"}
{test_fn_both_sides (fn _ => not (isalpha #"#")) True "isalpha 7"}
{test_fn_both_sides (fn _ => not (isalpha #" ")) True "isalpha 8"}
fun isblanks () : transaction page =
return
{test_fn_both_sides (fn _ => not (isblank #"a")) True "isblank 1"}
{test_fn_both_sides (fn _ => not (isblank (strsub "Γ " 0))) True "isblank 2"}
{test_fn_both_sides (fn _ => not (isblank #"A")) True "isblank 3"}
{test_fn_both_sides (fn _ => not (isblank (strsub "Γ" 0))) True "isblank 4"}
{test_fn_both_sides (fn _ => not (isblank #"1")) True "isblank 5"}
{test_fn_both_sides (fn _ => not (isblank #"!")) True "isblank 6"}
{test_fn_both_sides (fn _ => not (isblank #"#")) True "isblank 7"}
{test_fn_both_sides (fn _ => isblank #" ") True "isblank 8"}
{test_fn_both_sides (fn _ => isblank #"\t") True "isblank 9"}
{test_fn_both_sides (fn _ => not (isblank #"\n")) True "isblank 10"}
fun iscntrls () : transaction page =
return
{test_fn_sside (fn _ => not (iscntrl #"a")) True "iscntrl 1"}
{test_fn_sside (fn _ => not (iscntrl (strsub "Γ " 0))) True "iscntrl 2"}
{test_fn_sside (fn _ => not (iscntrl #"A")) True "iscntrl 3"}
{test_fn_sside (fn _ => not (iscntrl (strsub "Γ" 0))) True "iscntrl 4"}
{test_fn_sside (fn _ => not (iscntrl #"1")) True "iscntrl 5"}
{test_fn_sside (fn _ => not (iscntrl #"!")) True "iscntrl 6"}
{test_fn_sside (fn _ => not (iscntrl #"#")) True "iscntrl 7"}
{test_fn_sside (fn _ => not (iscntrl #" ")) True "iscntrl 8"}
{test_fn_sside (fn _ => iscntrl #"\t") True "iscntrl 9"}
{test_fn_sside (fn _ => iscntrl #"\n") True "iscntrl 10"}
fun isdigits () : transaction page =
return
{test_fn_both_sides (fn _ => not (isdigit #"a")) True "isdigit 1"}
{test_fn_both_sides (fn _ => not (isdigit (strsub "Γ " 0))) True "isdigit 2"}
{test_fn_both_sides (fn _ => not (isdigit #"A")) True "isdigit 3"}
{test_fn_both_sides (fn _ => not (isdigit (strsub "Γ" 0))) True "isdigit 4"}
{test_fn_both_sides (fn _ => isdigit #"1") True "isdigit 5"}
{test_fn_both_sides (fn _ => not (isdigit #"!")) True "isdigit 6"}
{test_fn_both_sides (fn _ => not (isdigit #"#")) True "isdigit 7"}
{test_fn_both_sides (fn _ => not (isdigit #" ")) True "isdigit 8"}
{test_fn_both_sides (fn _ => not (isdigit #"\t")) True "isdigit 9"}
{test_fn_both_sides (fn _ => not (isdigit #"\n")) True "isdigit 10"}
fun isgraphs () : transaction page =
return
{test_fn_sside (fn _ => isgraph #"a") True "isgraph 1"}
{test_fn_sside (fn _ => isgraph (strsub "Γ " 0)) True "isgraph 2"}
{test_fn_sside (fn _ => isgraph #"A") True "isgraph 3"}
{test_fn_sside (fn _ => isgraph (strsub "Γ" 0)) True "isgraph 4"}
{test_fn_sside (fn _ => isgraph #"1") True "isgraph 5"}
{test_fn_sside (fn _ => isgraph #"!") True "isgraph 6"}
{test_fn_sside (fn _ => isgraph #"#") True "isgraph 7"}
{test_fn_sside (fn _ => not (isgraph #" ")) True "isgraph 8"}
{test_fn_sside (fn _ => not (isgraph #"\t")) True "isgraph 9"}
{test_fn_sside (fn _ => not (isdigit #"\n")) True "isgraph 10"}
fun islowers () : transaction page =
return
{test_fn_both_sides (fn _ => islower #"a") True "islower 1"}
{test_fn_both_sides (fn _ => islower (strsub "Γ " 0)) True "islower 2"}
{test_fn_both_sides (fn _ => not (islower #"A")) True "islower 3"}
{test_fn_both_sides (fn _ => not (islower (strsub "Γ" 0))) True "islower 4"}
{test_fn_both_sides (fn _ => not (islower #"1")) True "islower 5"}
{test_fn_both_sides (fn _ => not (islower #"!")) True "islower 6"}
{test_fn_both_sides (fn _ => not (islower #"#")) True "islower 7"}
{test_fn_both_sides (fn _ => not (islower #" ")) True "islower 8"}
{test_fn_both_sides (fn _ => not (islower #"\t")) True "islower 9"}
{test_fn_both_sides (fn _ => not (islower #"\n")) True "islower 10"}
fun isprints () : transaction page =
return
{test_fn_both_sides (fn _ => isprint #"a") True "isprint 1"}
{test_fn_both_sides (fn _ => isprint (strsub "Γ " 0)) True "isprint 2"}
{test_fn_both_sides (fn _ => isprint #"A") True "isprint 3"}
{test_fn_both_sides (fn _ => isprint (strsub "Γ" 0)) True "isprint 4"}
{test_fn_both_sides (fn _ => isprint #"1") True "isprint 5"}
{test_fn_both_sides (fn _ => isprint #"!") True "isprint 6"}
{test_fn_both_sides (fn _ => isprint #"#") True "isprint 7"}
{test_fn_both_sides (fn _ => isprint #" ") True "isprint 8"}
{test_fn_both_sides (fn _ => not (isprint #"\t")) True "isprint 9"}
{test_fn_both_sides (fn _ => not (isprint #"\n")) True "isprint 10"}
fun ispuncts () : transaction page =
return
{test_fn_sside (fn _ => not (ispunct #"a")) True "ispunct 1"}
{test_fn_sside (fn _ => not (ispunct (strsub "Γ " 0))) True "ispunct 2"}
{test_fn_sside (fn _ => not (ispunct #"A")) True "ispunct 3"}
{test_fn_sside (fn _ => not (ispunct (strsub "Γ" 0))) True "ispunct 4"}
{test_fn_sside (fn _ => not (ispunct #"1")) True "ispunct 5"}
{test_fn_sside (fn _ => ispunct #"!") True "ispunct 6"}
{test_fn_sside (fn _ => ispunct #"#") True "ispunct 7"}
{test_fn_sside (fn _ => not (ispunct #" ")) True "ispunct 8"}
{test_fn_sside (fn _ => not (isprint #"\t")) True "ispunct 9"}
{test_fn_sside (fn _ => not (isprint #"\n")) True "ispunct 10"}
fun isspaces () : transaction page =
return
{test_fn_both_sides (fn _ => not (isspace #"a")) True "isspace 1"}
{test_fn_both_sides (fn _ => not (isspace (strsub "Γ " 0))) True "isspace 2"}
{test_fn_both_sides (fn _ => not (isspace #"A")) True "isspace 3"}
{test_fn_both_sides (fn _ => not (isspace (strsub "Γ" 0))) True "isspace 4"}
{test_fn_both_sides (fn _ => not (isspace #"1")) True "isspace 5"}
{test_fn_both_sides (fn _ => not (isspace #"!")) True "isspace 6"}
{test_fn_both_sides (fn _ => not (isspace #"#")) True "isspace 7"}
{test_fn_both_sides (fn _ => isspace #" ") True "isspace 8"}
{test_fn_both_sides (fn _ => isspace #"\t") True "isspace 9"}
{test_fn_both_sides (fn _ => isspace #"\n") True "isspace 10"}
fun isuppers () : transaction page =
return
{test_fn_both_sides (fn _ => not (isupper #"a")) True "isupper 1"}
{test_fn_both_sides (fn _ => not (isupper (strsub "Γ " 0))) True "isupper 2"}
{test_fn_both_sides (fn _ => isupper #"A") True "isupper 3"}
{test_fn_both_sides (fn _ => isupper (strsub "Γ" 0)) True "isupper 4"}
{test_fn_both_sides (fn _ => not (isupper #"1")) True "isupper 5"}
{test_fn_both_sides (fn _ => not (isupper #"!")) True "isupper 6"}
{test_fn_both_sides (fn _ => not (isupper #"#")) True "isupper 7"}
{test_fn_both_sides (fn _ => not (isupper #" ")) True "isupper 8"}
{test_fn_both_sides (fn _ => not (isupper #"\t")) True "isupper 9"}
{test_fn_both_sides (fn _ => not (isupper #"\n")) True "isupper 10"}
fun isxdigits () : transaction page =
return
{test_fn_both_sides (fn _ => isxdigit #"a") True "isxdigit 1"}
{test_fn_both_sides (fn _ => not (isxdigit (strsub "Γ " 0))) True "isxdigit 2"}
{test_fn_both_sides (fn _ => isxdigit #"A") True "isxdigit 3"}
{test_fn_both_sides (fn _ => not (isxdigit (strsub "Γ" 0))) True "isxdigit 4"}
{test_fn_both_sides (fn _ => isxdigit #"1") True "isxdigit 5"}
{test_fn_both_sides (fn _ => not (isxdigit #"!")) True "isxdigit 6"}
{test_fn_both_sides (fn _ => not (isxdigit #"#")) True "isxdigit 7"}
{test_fn_both_sides (fn _ => not (isxdigit #" ")) True "isxdigit 8"}
{test_fn_both_sides (fn _ => not (isxdigit #"\t")) True "isxdigit 9"}
{test_fn_both_sides (fn _ => not (isxdigit #"\n")) True "isxdigit 10"}
fun tolowers () : transaction page =
let
fun lower_of a _ =
tolower a
in
return
{test_fn_both_sides (lower_of #"A") #"a" "tolower 1"}
{test_fn_both_sides (lower_of #"a") #"a" "tolower 2"}
{test_fn_both_sides (lower_of (strsub "Γ‘" 0)) (strsub "Γ‘" 0) "tolower 3"}
{test_fn_both_sides (lower_of (strsub "Γ" 0)) (strsub "Γ‘" 0) "tolower 4"}
{test_fn_both_sides (lower_of #"1") #"1" "tolower 5"}
{test_fn_cside (lower_of (strsub "Γ" 0)) (lower_of (strsub "Γ" 0) ()) "tolower 6"}
end
fun touppers () : transaction page =
let
fun upper_of a _ =
toupper a
in
return
{test_fn_both_sides (upper_of #"A") #"A" "toupper 1"}
{test_fn_both_sides (upper_of #"a") #"A" "toupper 2"}
{test_fn_both_sides (upper_of (strsub "Γ‘" 0)) (strsub "Γ" 0) "toupper 3"}
{test_fn_both_sides (upper_of (strsub "Γ" 0)) (strsub "Γ" 0) "toupper 4"}
{test_fn_both_sides (upper_of #"1") #"1" "toupper 5"}
{test_fn_cside (upper_of (strsub "Γ" 0)) (upper_of (strsub "Γ" 0) ()) "toupper 6"}
end
fun ord_and_chrs () : transaction page =
return
{test_fn_both_sides (fn _ => chr (ord #"A")) #"A" "ord => chr 1"}
{test_fn_both_sides (fn _ => chr (ord #"a")) #"a" "ord => chr 2"}
{test_fn_both_sides (fn _ => chr (ord (strsub "Γ‘" 0))) (strsub "Γ‘" 0) "ord => chr 3"}
{test_fn_both_sides (fn _ => chr (ord (strsub "Γ" 0))) (strsub "Γ" 0) "ord => chr 4"}
{test_fn_both_sides (fn _ => chr (ord #"1")) #"1" "ord => chr 5"}
{test_fn_both_sides (fn _ => chr (ord #"\n")) #"\n" "ord => chr 6"}
{test_fn_both_sides (fn _ => chr (ord (strsub "γ" 0))) (strsub "γ" 0) "ord => chr 7"}
{test_fn_both_sides (fn _ => chr (ord (strsub "ζΌ’" 0))) (strsub "ζΌ’" 0) "ord => chr 8"}
{test_fn_both_sides (fn _ => chr (ord (strsub "γ«" 0))) (strsub "γ«" 0) "ord => chr 9"}
fun test_ords () : transaction page =
let
fun ord_of c _ =
ord c
in
return
{test_fn_cside (ord_of (strsub "a" 0)) (ord_of (strsub "a" 0) ()) "test ord 1"}
{test_fn_cside (ord_of (strsub "Γ‘" 0)) (ord_of (strsub "Γ‘" 0) ()) "test ord 2"}
{test_fn_cside (ord_of (strsub "5" 0)) (ord_of (strsub "5" 0) ()) "test ord 3"}
{test_fn_cside (ord_of (strsub "γ" 0)) (ord_of (strsub "γ" 0) ()) "test ord 4"}
{test_fn_cside (ord_of (strsub "ζΌ’" 0)) (ord_of (strsub "ζΌ’" 0) ()) "test ord 5"}
{test_fn_cside (ord_of (strsub "γ«" 0)) (ord_of (strsub "γ«" 0) ()) "test ord 6"}
end
table t : { Id : int, Text : string }
fun test_db () : transaction page =
let
val s1 = "abc"
val s2 = "çãó"
val s3 = "γ"
val s4 = "ζΌ’"
val s5 = "γ«"
val s6 = "ΩΨΈΩΩΩΨ©"
fun test_str_and_len n c expS expL =
test_fn_both_sides (fn _ => {S = c, L = strlen c}) {S=expS, L=expL} ("test_db " ^ (show n))
in
dml (INSERT INTO t (Id, Text) VALUES({[1]}, {[s1]}));
t1 <- oneRow (SELECT t.Text FROM t WHERE t.Id = 1);
dml (INSERT INTO t (Id, Text) VALUES({[2]}, {[s2]}));
t2 <- oneRow (SELECT t.Text FROM t WHERE t.Id = 2);
dml (INSERT INTO t (Id, Text) VALUES({[3]}, {[s3]}));
t3 <- oneRow (SELECT t.Text FROM t WHERE t.Id = 3);
dml (INSERT INTO t (Id, Text) VALUES({[4]}, {[s4]}));
t4 <- oneRow (SELECT t.Text FROM t WHERE t.Id = 4);
dml (INSERT INTO t (Id, Text) VALUES({[5]}, {[s5]}));
t5 <- oneRow (SELECT t.Text FROM t WHERE t.Id = 5);
dml (INSERT INTO t (Id, Text) VALUES({[6]}, {[s6]}));
t6 <- oneRow (SELECT t.Text FROM t WHERE t.Id = 6);
return
{test_str_and_len 1 t1.T.Text s1 (strlen s1)}
{test_str_and_len 2 t2.T.Text s2 (strlen s2)}
{test_str_and_len 3 t3.T.Text s3 (strlen s3)}
{test_str_and_len 4 t4.T.Text s4 (strlen s4)}
{test_str_and_len 5 t5.T.Text s5 (strlen s5)}
{test_str_and_len 6 t6.T.Text s6 (strlen s6)}
end
and ftTolower (minCh : int) (maxCh : int) : transaction page =
let
fun test_chr (n : int) : xbody =
if iscodepoint n then
test_fn_cside_ch (fn _ => tolower (chr n)) (tolower (chr n))
("test chr " ^ (show n) ^ " : " ^ (show (chr n)))
else
in
return
{ from_m_upto_n (fn n => test_chr n) minCh maxCh }
end
and ftToupper (minCh : int) (maxCh : int) : transaction page =
let
fun test_chr (n : int) : xbody =
if iscodepoint n then
test_fn_cside_ch (fn _ => toupper (chr n)) (toupper (chr n))
("test chr " ^ (show n) ^ " : " ^ (show (chr n)))
else
in
return
{ from_m_upto_n (fn n => test_chr n) minCh maxCh }
end
and ftIsalpha (minCh : int) (maxCh : int) : transaction page =
let
fun test_chr (n : int) : xbody =
if iscodepoint n then
test_fn_cside_b (fn _ => isalpha (chr n)) (isalpha (chr n))
("test chr " ^ (show n) ^ " : " ^ (show (chr n)))
else
in
return
{ from_m_upto_n (fn n => test_chr n) minCh maxCh }
end
and ftIsdigit (minCh : int) (maxCh : int) : transaction page =
let
fun test_chr (n : int) : xbody =
if iscodepoint n then
test_fn_cside_b (fn _ => isdigit (chr n)) (isdigit (chr n))
("test chr " ^ (show n) ^ " : " ^ (show (chr n)))
else
in
return
{ from_m_upto_n (fn n => test_chr n) minCh maxCh }
end
and ftIsalnum (minCh : int) (maxCh : int) : transaction page =
let
fun test_chr (n : int) : xbody =
if iscodepoint n then
test_fn_cside_b (fn _ => isalnum (chr n)) (isalnum (chr n))
("test chr " ^ (show n) ^ " : " ^ (show (chr n)))
else
in
return
{ from_m_upto_n (fn n => test_chr n) minCh maxCh }
end
and ftIsspace (minCh : int) (maxCh : int) : transaction page =
let
fun test_chr (n : int) : xbody =
if iscodepoint n then
test_fn_cside_b (fn _ => isspace (chr n)) (isspace (chr n))
("test chr " ^ (show n) ^ " : " ^ (show (chr n)))
else
in
return
{ from_m_upto_n (fn n => test_chr n) minCh maxCh }
end
and ftIsblank (minCh : int) (maxCh : int) : transaction page =
let
fun test_chr (n : int) : xbody =
if iscodepoint n then
test_fn_cside_b (fn _ => isblank (chr n)) (isblank (chr n))
("test chr " ^ (show n) ^ " : " ^ (show (chr n)))
else
in
return
{ from_m_upto_n (fn n => test_chr n) minCh maxCh }
end
and ftIsprint (minCh : int) (maxCh : int) : transaction page =
let
fun test_chr (n : int) : xbody =
if iscodepoint n then
test_fn_cside_b (fn _ => isprint (chr n)) (isprint (chr n))
("test chr " ^ (show n) ^ " : " ^ (show (chr n)))
else
in
return
{ from_m_upto_n (fn n => test_chr n) minCh maxCh }
end
and ftIsxdigit (minCh : int) (maxCh : int) : transaction page =
let
fun test_chr (n : int) : xbody =
if iscodepoint n then
test_fn_cside_b (fn _ => isxdigit (chr n)) (isxdigit (chr n))
("test chr " ^ (show n) ^ " : " ^ (show (chr n)))
else
in
return
{ from_m_upto_n (fn n => test_chr n) minCh maxCh }
end
and ftIsupper (minCh : int) (maxCh : int) : transaction page =
let
fun test_chr (n : int) : xbody =
if iscodepoint n then
test_fn_cside_b (fn _ => isupper (chr n)) (isupper (chr n))
("test chr " ^ (show n) ^ " : " ^ (show (chr n)))
else
in
return
{ from_m_upto_n (fn n => test_chr n) minCh maxCh }
end
and ftIslower (minCh : int) (maxCh : int) : transaction page =
let
fun test_chr (n : int) : xbody =
if iscodepoint n then
test_fn_cside_b (fn _ => islower (chr n)) (islower (chr n))
("test chr " ^ (show n) ^ " : " ^ (show (chr n)))
else
in
return
{ from_m_upto_n (fn n => test_chr n) minCh maxCh }
end
fun index () : transaction page =
return
substrings
strlens
strlenGens
strcats
strsubs
strsuffixs
strchrs
strindexs
strsindexs
strcspns
str1s
isalnums
isalphas
isblanks
iscntrls
isdigits
isgraphs
islowers
isprints
ispuncts
isspaces
isuppers
isxdigits
tolowers
touppers
ord_and_chrs
test ord
highencode
test_db