[info] - Does the interpreter handle variable unpacking? *** FAILED ***
[info]   java.util.regex.PatternSyntaxException: Unknown inline modifier near index 4
[info] (?=[^.ı])|\d*\.\d*(ı(\d*\.\d*|\d+)?)?|\.|ı|\d+)
[info]     ^
[info]   at java.lang.StackTrace$.currentStackTrace(Unknown Source)

(0(?=[^.ı])|\d*\.\d*(ı(\d*\.\d*|\d+)?)?|\.|ı|\d+)

\d+
\d*.\d*
\d*ı\d*
\d*.\d*ı\d*.\d*
\d*.\d*ı\d+
\d+ı\d*.\d*

x
x.y
x.
.y
.
x.yıa.b
x.ıa.b
.yıa.b
x.yıa
.ı
.ı.
x.yı.b
x.yıa.
.yı.b
.yıa.
.ıa.b
.ıa.
.ı.b

private def decimalRegex = raw"(0|[1-9]\d*)?\.\d*|0|[1-9]\d*"
def number: Parser[VyxalToken] =
    raw"(${decimalRegex}?ı${decimalRegex}?)|${decimalRegex}".r ^^ { value =>

- Does the interpreter handle variable unpacking? *** FAILED ***
- Does the parser recognise lambda to newline? *** FAILED **
- Does the interpreter handle augmented assignment? *** FAILED ***
- Does the parser handle nested modifiers? *** FAILED ***
- Does the parser handle basic modifiers? *** FAILED ***
- Is the parser capable of parsing (something that looks like) FizzBuzz? *** FAILED ***
- Does the parser auto-close lists in structures? *** FAILED ***
- Can the interpreter vectorise simple dyads? *** FAILED ***

Element Ė
  - should properly execute code that uses the stack *** FAILED ***
  - should use the same context for executing the code *** FAILED ***

- Can the interpreter vectorise simple dyads? *** FAILED ***

[info]   java.lang.Error: Error while executing #[100 | #[101 | 0#] #] vB: VyxalCompilationError(string matching regex '[ᵃᵇᶜᵈᵉᶠᶢᴴᶤᶨᵏᶪᵐⁿᵒᵖᴿᶳᵗᵘᵛᵂᵡᵞᶻᶴ′″‴⁴ᵜ !"#$%&'()*+,-./0123456789:;
[info] <=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ\\[\\\\]^_`abcdefghijklmnopqrstuvwxyz{|}~¦ȦḂĊḊĖḞĠḢİĿṀṄ
[info] ȮṖṘṠṪẆẊικȧḃċḋėḟġḣŀṁṅȯṗṙṡṫẋƒΘΦ§ẠḄḌḤỊḶṂṆỌṚṢṬ…≤≥≠₌⁺⁻⁾√∑«»⌐∴∵⊻₀₁₂₃₄₅₆₇₈₉λƛΩ₳µ∆øÞ½ʀɾ¯
[info] ×÷£¥←↑→↓±‡†Π¬∧∨⁰¹²³¤¨∥∦ı„”ð€“¶ᶿᶲ•≈¿ꜝ]' expected but 'B' found)

| => vyxalNative / Compile / compileIncremental 110s

  def testStackLike(code: String)(tests: (List[VAny], List[VAny])*) =
    for (inputs, stackEnd) <- tests do
      it(s"$inputs -> $stackEnd") {
        given ctx: Context = Context(inputs = inputs, testMode = true)
        for i <- inputs do ctx.push(i)
        Interpreter.execute(code)
        assertResult(ctx.pop(stackEnd.length))(stackEnd)
      }

case (a: VList, b: String) =>
        if a.length != 1 then StringHelpers.formatString(b, a*)
        else StringHelpers.formatString(b, a(0))