ideal • runtime • patterns • test_repeat

private boolean match a(character c) pure

return c == 'a' || c == 'A'

private boolean match b(character c) pure

return c == 'b' || c == 'B'

private boolean match c(character c) pure

return c == 'c' || c == 'C'

private string as string(readonly list[character] char list)

return char list • frozen copy() !> string

private string join list(readonly list[string] strings)

var string result : ""

for (the string : strings)

if result • is empty

result = the string

else

result = result ++ "/" ++ the string

return result

return procedure matcher[character, string] • new(repeat element[character] • new(the predicate, false), as string)

string match procedure(readonly list[any value] the list)

var string result : ""

for (element : the list)

assert element is string

result = result ++ "-" ++ element

return result

return repeat matcher[character, string, string] • new(sequence matcher[character, string] • new(matcher list, match procedure), do match empty, join list)

test case test match()

the matcher : make pattern(true)

assert the matcher("abc")

assert the matcher("AbCabc")

assert the matcher("AaaBbCccABC")

assert the matcher("AaaBbCccABCabc")

assert the matcher("AaaBBBCcc")

assert !the matcher("bac")

assert !the matcher("aabb")

assert !the matcher("aaca")

test case test parse()

the matcher : make pattern(true)

assert the matcher • parse("abc") == "-a-b-c"

assert the matcher • parse("AbC") == "-A-b-C"

assert the matcher • parse("AaaBbCcc") == "-Aaa-Bb-Ccc"

assert the matcher • parse("AaaBBBCcc") == "-Aaa-BBB-Ccc"

assert the matcher • parse("abcABC") == "-a-b-c/-A-B-C"

assert the matcher • parse("AbCaBc") == "-A-b-C/-a-B-c"

assert the matcher • parse("AABBCCabcABC") == "-AA-BB-CC/-a-b-c/-A-B-C"