text
stringlengths 0
15.7k
| source
stringlengths 6
112
|
|---|---|
map(undec, ((ca's NSArray's arrayWithArray:map(dec, xs))'s ¬
|
asPrelude.applescript
|
sortedArrayUsingDescriptors:map(descrip, bs)) as list)
|
asPrelude.applescript
|
end sortOn
|
asPrelude.applescript
|
on span(p, xs)
|
asPrelude.applescript
|
property mp : mReturn(p)
|
asPrelude.applescript
|
on |λ|(vs)
|
asPrelude.applescript
|
if {} ≠ vs then
|
asPrelude.applescript
|
set x to item 1 of vs
|
asPrelude.applescript
|
if |λ|(x) of mp then
|
asPrelude.applescript
|
set {ys, zs} to |λ|(rest of vs)
|
asPrelude.applescript
|
{{x} & ys, zs}
|
asPrelude.applescript
|
{{}, vs}
|
asPrelude.applescript
|
{{}, {}}
|
asPrelude.applescript
|
|λ|(xs) of go
|
asPrelude.applescript
|
end span
|
asPrelude.applescript
|
on splitArrow(f, g)
|
asPrelude.applescript
|
Tuple(mReturn(f)'s |λ|(|1| of xy), mReturn(g)'s |λ|(|2| of xy))
|
asPrelude.applescript
|
end splitArrow
|
asPrelude.applescript
|
on splitAt(n, xs)
|
asPrelude.applescript
|
if n > 0 and n < length of xs then
|
asPrelude.applescript
|
{items 1 thru n of xs as text, ¬
items (n + 1) thru -1 of xs as text}
|
asPrelude.applescript
|
{items 1 thru n of xs, items (n + 1) thru -1 of xs}
|
asPrelude.applescript
|
{{}, xs}
|
asPrelude.applescript
|
{xs, {}}
|
asPrelude.applescript
|
end splitAt
|
asPrelude.applescript
|
on splitBy(p, xs)
|
asPrelude.applescript
|
{xs}
|
asPrelude.applescript
|
script pairMatch
|
asPrelude.applescript
|
{mp(a, b), a, b}
|
asPrelude.applescript
|
script addOrSplit
|
asPrelude.applescript
|
on |λ|(a, blnXY)
|
asPrelude.applescript
|
set {bln, x, y} to blnXY
|
asPrelude.applescript
|
{item 1 of a & {item 2 of a}, {y}}
|
asPrelude.applescript
|
{item 1 of a, (item 2 of a) & y}
|
asPrelude.applescript
|
set {a, r} to foldl(addOrSplit, ¬
|
asPrelude.applescript
|
{{}, {item 1 of xs}}, ¬
|
asPrelude.applescript
|
zipWith(pairMatch, xs, rest of xs))
|
asPrelude.applescript
|
if list is class of xs then
|
asPrelude.applescript
|
a & {r}
|
asPrelude.applescript
|
map(my concat, a & {r})
|
asPrelude.applescript
|
end splitBy
|
asPrelude.applescript
|
on splitFileName(strPath)
|
asPrelude.applescript
|
if strPath ≠ "" then
|
asPrelude.applescript
|
if last character of strPath ≠ "/" then
|
asPrelude.applescript
|
set xs to splitOn("/", strPath)
|
asPrelude.applescript
|
set stem to init(xs)
|
asPrelude.applescript
|
if stem ≠ {} then
|
asPrelude.applescript
|
Tuple(intercalate("/", stem) & "/", |last|(xs))
|
asPrelude.applescript
|
Tuple("./", |last|(xs))
|
asPrelude.applescript
|
Tuple(strPath, "")
|
asPrelude.applescript
|
Tuple("./", "")
|
asPrelude.applescript
|
end splitFileName
|
asPrelude.applescript
|
on splitOn(pat, src)
|
asPrelude.applescript
|
if class of src is text then
|
asPrelude.applescript
|
set {dlm, my text item delimiters} to ¬
|
asPrelude.applescript
|
{my text item delimiters, pat}
|
asPrelude.applescript
|
set xs to text items of src
|
asPrelude.applescript
|
set lng to length of pat
|
asPrelude.applescript
|
script residue
|
asPrelude.applescript
|
on |λ|(a, i)
|
asPrelude.applescript
|
Tuple(fst(a) & ¬
|
asPrelude.applescript
|
{init(items snd(a) thru (i) of src)}, lng + i)
|
asPrelude.applescript
|
set tpl to foldl(residue, ¬
|
asPrelude.applescript
|
Tuple({}, 1), findIndices(matching(pat), src))
|
asPrelude.applescript
|
return fst(tpl) & {drop(snd(tpl) - 1, src)}
|
asPrelude.applescript
|
end splitOn
|
asPrelude.applescript
|
on splitRegex(strRegex, str)
|
asPrelude.applescript
|
set lstMatches to regexMatches(strRegex, str)
|
asPrelude.applescript
|
if length of lstMatches > 0 then
|
asPrelude.applescript
|
script preceding
|
asPrelude.applescript
|
set iFrom to start of a
|
asPrelude.applescript
|
set iLocn to (location of x)
|
asPrelude.applescript
|
if iLocn > iFrom then
|
asPrelude.applescript
|
set strPart to text (iFrom + 1) thru iLocn of str
|
asPrelude.applescript
|
set strPart to ""
|
asPrelude.applescript
|
{parts:parts of a & strPart, start:iLocn + (length of x) - 1}
|
asPrelude.applescript
|
set recLast to foldl(preceding, {parts:[], start:0}, lstMatches)
|
asPrelude.applescript
|
set iFinal to start of recLast
|
asPrelude.applescript
|
if iFinal < length of str then
|
asPrelude.applescript
|
parts of recLast & text (iFinal + 1) thru -1 of str
|
asPrelude.applescript
|
parts of recLast & ""
|
asPrelude.applescript
|
{str}
|
asPrelude.applescript
|
end splitRegex
|
asPrelude.applescript
|
on sqrt(n)
|
asPrelude.applescript
|
if 0 <= n then
|
asPrelude.applescript
|
n ^ (1 / 2)
|
asPrelude.applescript
|
end sqrt
|
asPrelude.applescript
|
on sqrtLR(n)
|
asPrelude.applescript
|
if 0 ≤ n then
|
asPrelude.applescript
|
|Right|(n ^ (1 / 2))
|
asPrelude.applescript
|
|Left|("Square root of negative number: " & n)
|
asPrelude.applescript
|
end sqrtLR
|
asPrelude.applescript
|
on sqrtMay(n)
|
asPrelude.applescript
|
if n ≥ 0 then
|
asPrelude.applescript
|
Just(n ^ (1 / 2))
|
asPrelude.applescript
|
end sqrtMay
|
asPrelude.applescript
|
on str(x)
|
asPrelude.applescript
|
end str
|
asPrelude.applescript
|
32 = i or (9 ≤ i and 13 ≥ i)
|
asPrelude.applescript
|
on stripEnd(s)
|
asPrelude.applescript
|
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.