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stringifierprocessor.py
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stringifierprocessor.py
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from charcoaltoken import CharcoalToken as CT
from unicodegrammars import UnicodeGrammars
from compression import Compressed
import re
def string(s):
if s == "":
return [("v", "ω")]
if s == "ABCDEFGHIJKLMNOPQRSTUVWXYZ":
return [("v", "α")]
if s == "abcdefghijklmnopqrstuvwxyz":
return [("v", "β")]
if s == " !\"#$%&'()*+,-./0123456789:;<=>?@\
ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\]^_`abcdefghijklmnopqrstuvwxyz{|}~":
return [("v", "γ")]
s = Compressed(s)
if s[0] != "“" and s[0] != "”":
return [("s", s), ("!", "s")]
return [("c", s)]
def number(s):
s = s.lstrip("0")
if not "." in s:
if s == "10":
return [("v", "χ")]
if s == "1000":
return [("v", "φ")]
s = "".join(
("·" if n == "." else SuperscriptToNormal[int(n)]) for n in (s or "0")
)
return [("n", s), ("!", "n")]
SuperscriptToNormal = "⁰¹²³⁴⁵⁶⁷⁸⁹"
StringifierProcessor = {
CT.LP: [lambda r: []] * 2,
CT.RP: [lambda r: []] * 2,
CT.Arrow: [
lambda r: [("$", "✳")] + r[2],
] + [
(lambda i: lambda r: [("a", ("↖↗↘↙←↑→↓" * 2)[i])])(i)
for i in range(16)
],
CT.Multidirectional: [
lambda r: [("$", "✳✳" )] + r[2],
lambda r: r[0] + r[2]
] + [
(lambda i: lambda r: [(
"a",
"++XX**||--\\/<>^KLTVY7¬⌊⌈¬⌊⌈¬⌊⌈"[i]
)] + r[2])(i)
for i in range(30)
] + [
lambda r: [("<", "⟦")] + r[1] + [(">", "⟧")],
lambda r: [("m", "")]
],
CT.Side: [lambda r: r[0] + r[2]],
CT.S: [lambda r: []] * 3,
CT.String: [lambda r: string(r[0])],
CT.Number: [lambda r: number(r[0])],
CT.Name: [
lambda r: [("v", "αβγδεζηθικλμνξπρσςτυφχψω"[
"abgdezhqiklmnxprsvtufcyw".index(r[0])
])]
],
CT.Span: [
lambda r: r[0] + [("$", "；")] + r[2] + [("$", "；")] + r[4],
lambda r: r[0] + [("$", "；；")] + r[3],
lambda r: r[0] + [("$", "；")] + r[2],
lambda r: r[0] + [("$", "；"), ("!", "e")],
lambda r: [("$", "；")] + r[1] + [("$", "；")] + r[3],
lambda r: [("$", "；")] + r[1],
lambda r: [("$", "；")] + r[2],
lambda r: [("$", "；"), ("!", "e")],
],
CT.Arrows: [lambda r: r[0] + r[2], lambda r: r[0]],
CT.Sides: [lambda r: r[0] + r[2], lambda r: r[0]],
CT.Fixes: [lambda r: r[0] + r[1], lambda r: r[0]],
CT.WolframExpressions: [lambda r: r[0] + r[1], lambda r: r[0]],
CT.PairExpressions: [lambda r: r[0] + r[2] + r[3], lambda r: r[0] + r[2]],
CT.Cases: [lambda r: r[1] + r[3] + r[5] + r[6], lambda r: []],
CT.List: [
lambda r: [("<", "⟦")] + r[1] + [(">", "⟧")],
lambda r: [("<", "⟦"), (">", "⟧")],
],
CT.WolframList: [
lambda r: [("<", "⟦")] + r[1] + [(">", "⟧")],
lambda r: [("<", "⟦"), (">", "⟧")],
],
CT.Dictionary: [
lambda r: [("<", "⦃")] + r[1] + [(">", "⦄")],
lambda r: [("<", "⦃"), (">", "⦄")],
],
CT.WolframExpression: [lambda r: r[0], lambda r: r[0]],
CT.Expression: [
lambda r: r[0],
lambda r: r[0],
lambda r: r[0],
lambda r: [("l", "")] + r[0],
lambda r: [("m", ""), ("<", "⟦")] + r[1] + [(">", "⟧")] + r[3],
lambda r: [("d", "")] + r[0] + r[1],
lambda r: [("f", ""), ("<", "«")] + r[1] + [(">", "»")] + r[3],
lambda r: r[0] + r[1],
lambda r: r[0][:1] + r[2] + r[3] + r[4] + r[5] + r[0][1:],
lambda r: r[0][:1] + r[2] + r[3] + r[4] + r[5] + r[0][1:],
lambda r: r[0][:1] + r[2] + r[3] + r[4] + r[0][1:],
lambda r: r[0][:1] + r[2] + r[3] + r[4] + r[0][1:],
lambda r: r[0][:1] + r[2] + r[3] + r[0][1:],
lambda r: r[0][:1] + r[2] + r[3] + r[0][1:],
lambda r: r[0][:1] + r[2] + r[0][1:],
lambda r: r[0][:1] + r[2] + r[0][1:],
lambda r: r[0],
lambda r: r[0][:1] + r[2] + r[3] + r[4] + r[5],
lambda r: r[0][:1] + r[2] + r[3] + r[4] + r[5],
lambda r: r[0][:1] + r[2] + r[3] + r[4],
lambda r: r[0][:1] + r[2] + r[3] + r[4],
lambda r: r[0][:1] + r[2] + r[3],
lambda r: r[0][:1] + r[2] + r[3],
lambda r: r[0][:1] + r[2],
lambda r: r[0][:1] + r[2],
],
CT.ExpressionOrEOF: [lambda r: r[0], lambda r: []],
CT.Nilary: [
(lambda i: lambda r: [("o", [
"Ｓ", "Ｎ", "Ａ"
][i])])(i)
for i in range(3)
] + [
lambda r: [("o", "‽"), ("!", "e")]
] * 2 + [
(lambda i: lambda r: [("o", [
"ＫＡ", "ＫＭ", "ＫＶ", "ＫＫ", "ⅈ", "ⅉ", "ⅈ", "ⅉ"
][i])])(i)
for i in range(8)
],
CT.Unary: [
(lambda i: lambda r: [("o", "±±Ｌ¬Ｉ‽‽ＶＶ⊟↧↥⌊⌊⌊⌈⌈⌈⌈℅℅℅℅⮌⮌≕≕″‴～↔↔\
ΣΠ⊕⊖⊗⊘₂₂"[i])])(i)
for i in range(40)
] + [
lambda r: [("o", "✂"), ("!", "e"), ("!", "e")],
lambda r: [("o", "…")],
lambda r: [("o", "…·")],
lambda r: [("o", "ＵＶ")],
lambda r: [("o", "ＵＶ")],
],
CT.Binary: [
(lambda i: (
lambda r: [("o", "⁺⁺⁻⁻××∕∕÷÷﹪﹪⁼‹›＆｜"[i])]
))(i)
for i in range(17)
] + [
(lambda i: lambda r: [("o", [
"…·", "…", "…", "…", "Ｘ", "Ｘ", "Ｘ", "§", "⊞Ｏ", "⪫", "⪪",
"⌕Ａ"
][i])])(i)
for i in range(12)
] + [
(lambda i: lambda r: [("o", "⌕◧◨№➙⧴？⍘↨"[i])])(i)
for i in range(9)
] + [
lambda r: [("o", "✂"), ("!", "e"), ("!", "e"), ("!", "e")]
],
CT.Infix: [
(lambda i: (
lambda r: lambda left, right: (
[("o", "Ｘ⁺⁻×∕÷﹪⁼‹›＆｜≔"[i])] + left + right
)
))(i)
for i in range(12)
] + [
lambda r: lambda left, right: (
[("o", "≔")] + right + left
)
],
CT.Prefix: [
(lambda i: (
lambda r: lambda item: [("o", "⊖±～⊕⊗⊘"[i])] + item
))(i)
for i in range(6)
],
CT.Fix: [
lambda r: r
],
CT.FixOrEOF: [
lambda r: r[0],
lambda r: []
],
CT.Ternary: [lambda r: [("o", "✂"), ("!", "e"), ("!", "e")]],
CT.Quarternary: [lambda r: [("o", "✂")]],
CT.LazyUnary: [],
CT.LazyBinary: [
(lambda i: lambda r: [("o", "∧∨∧∨"[i])])(i) for i in range(4)
],
CT.LazyTernary: [lambda r: [("o", "⎇")]],
CT.LazyQuarternary: [],
CT.OtherOperator: [
(lambda i: lambda r: [("o", [
"ＫＤ", "Ｅ", "Ｅ", "⊙", "⊙", "⬤", "⬤", "⭆", "⭆", "Φ",
"▷", "▷", "▷", "▷"
][i])] + r[2] + r[3])(i)
for i in range(14)
] + [lambda r: [("o", "▷" )] + r[2] + [("!", "e")]] * 2,
CT.Program: [lambda r: r[0] + r[1], lambda r: []],
CT.NonEmptyProgram: [lambda r: r[0] + r[1], lambda r: r[0]],
CT.Body: [
lambda r: [("<", "«")] + r[1] + [(">", "»")],
lambda r: r[0],
],
CT.Command: [
lambda r: [("$", "Ｓ")] + r[2],
lambda r: [("$", "Ｎ")] + r[2],
lambda r: [("$", "Ａ")] + r[2],
lambda r: [("$", "Ｖ")] + r[2],
lambda r: [("$", "Ｖ")] + r[2],
lambda r: r[2] + r[4],
lambda r: r[2],
lambda r: r[2] + r[4],
lambda r: r[2],
lambda r: [("$", "Ｐ")] + r[2] + r[4],
lambda r: [("$", "Ｐ")] + r[2],
lambda r: [("$", "Ｇ")] + r[2] + r[4] + r[5],
lambda r: [("$", "Ｇ")] + r[2] + r[4],
lambda r: [("$", "ＧＨ")] + r[2] + r[4] + r[5],
lambda r: [("$", "ＧＨ")] + r[2] + r[4],
lambda r: [("$", "ＵＲ")] + r[2] + r[3],
lambda r: [("$", "ＵＲ")] + r[2] + [("!", "e")] * 2,
lambda r: [("$", "ＵＯ")] + r[2] + r[3] + r[4],
lambda r: [("$", "ＵＯ")] + r[2] + r[3] + [("!", "e")] * 2,
lambda r: [("$", "Ｂ")] + r[2] + r[3] + r[4],
lambda r: [("$", "Ｂ")] + r[2] + r[3] + [("!", "e")] * 2,
lambda r: [("$", "Ｍ")] + r[2],
lambda r: [("$", "Ｍ")] + r[2] + r[3],
lambda r: [("$", "Ｍ")] + r[2] + r[3],
lambda r: [("$", "Ｍ")] + r[2] + r[3],
lambda r: [("$", "↶")] + r[2],
lambda r: [("$", "↶")],
lambda r: [("$", "↷")] + r[2],
lambda r: [("$", "↷")],
lambda r: [("$", "Ｊ")] + r[2] + r[3],
lambda r: [("$", "⟲Ｔ")] + r[2],
lambda r: [("$", "⟲Ｔ")],
lambda r: [("$", "‖Ｔ")] + r[2],
lambda r: [("$", "‖Ｔ")] + r[2],
lambda r: [("$", "‖Ｔ")],
lambda r: [("$", "⟲Ｐ")] + r[2] + r[4],
lambda r: [("$", "⟲Ｐ")] + r[2],
lambda r: [("$", "⟲Ｐ")] + r[2],
lambda r: [("$", "⟲Ｐ")],
lambda r: [("$", "‖Ｍ")] + r[2],
lambda r: [("$", "‖Ｍ")] + r[2],
lambda r: [("$", "‖Ｍ")],
lambda r: [("$", "⟲Ｃ")] + r[2] + r[4],
lambda r: [("$", "⟲Ｃ")] + r[2],
lambda r: [("$", "⟲Ｃ")] + r[2],
lambda r: [("$", "⟲Ｃ")],
lambda r: [("$", "‖Ｃ")] + r[2],
lambda r: [("$", "‖Ｃ")] + r[2],
lambda r: [("$", "‖Ｃ")],
lambda r: [("$", "⟲ＯＯ")] + r[2] + r[4] + r[6],
lambda r: [("$", "⟲ＯＯ")] + r[2] + r[4] + r[6],
lambda r: [("$", "⟲ＯＯ")] + r[2] + r[4] + [("!", "e")] * 2,
lambda r: [("$", "⟲ＯＯ")] + r[2] + r[4],
lambda r: [("$", "⟲ＯＯ")] + r[2] + r[4],
lambda r: [("$", "⟲ＯＯ")] + r[2] + [("!", "e")] * 2,
lambda r: [("$", "⟲Ｏ")] + r[2] + r[4],
lambda r: [("$", "⟲Ｏ")] + r[2],
lambda r: [("$", "⟲Ｏ")] + r[2],
lambda r: [("$", "⟲Ｏ")],
lambda r: [("$", "⟲ＳＯ")] + r[2] + r[4] + r[6],
lambda r: [("$", "⟲ＳＯ")] + r[2] + r[4] + r[6],
lambda r: [("$", "⟲ＳＯ")] + r[2] + r[4] + [("!", "e")] * 2,
lambda r: [("$", "⟲ＳＯ")] + r[2] + r[4],
lambda r: [("$", "⟲ＳＯ")] + r[2] + r[4],
lambda r: [("$", "⟲ＳＯ")] + r[2] + [("!", "e")] * 2,
lambda r: [("$", "⟲Ｓ")] + r[2] + r[4],
lambda r: [("$", "⟲Ｓ")] + r[2],
lambda r: [("$", "⟲Ｓ")] + r[2],
lambda r: [("$", "⟲Ｓ")],
lambda r: [("$", "‖ＯＯ")] + r[2] + r[3] + r[4],
lambda r: [("$", "‖ＯＯ")] + r[2] + r[4],
lambda r: [("$", "‖ＯＯ")] + r[2],
lambda r: [("$", "‖Ｏ")] + r[2],
lambda r: [("$", "‖Ｏ")] + r[2],
lambda r: [("$", "‖Ｏ")],
lambda r: [("$", "‖ＢＯ")] + r[2] + r[3] + r[4],
lambda r: [("$", "‖ＢＯ")] + r[2] + r[4],
lambda r: [("$", "‖ＢＯ")] + r[2],
lambda r: [("$", "‖Ｂ")] + r[2],
lambda r: [("$", "‖Ｂ")] + r[2],
lambda r: [("$", "‖Ｂ")],
lambda r: [("$", "⟲")] + r[2],
lambda r: [("$", "⟲")],
lambda r: [("$", "‖")] + r[2],
lambda r: [("$", "‖")],
lambda r: [("$", "Ｃ")] + r[2] + r[3],
lambda r: [("$", "Ｆ")] + r[2] + r[4],
lambda r: [("$", "Ｗ")] + r[2] + r[4],
lambda r: [("$", "¿")] + r[2] + r[4] + r[6],
lambda r: [("$", "¿")] + r[2] + r[4],
lambda r: [("$", "§≔")] + r[2] + r[3] + r[4],
lambda r: [("$", "≔")] + r[2] + r[3],
lambda r: [("$", "≔")] + r[2] + r[3],
lambda r: [("$", "≔")] + r[2] + r[3],
lambda r: [("$", "¤")] + r[2],
lambda r: [("$", "ＵＢ")] + r[2],
lambda r: [("$", "ＵＢ")] + r[2],
lambda r: [("$", "Ｄ")],
lambda r: [("$", "ＲＦ")] + r[2] + r[3] + r[5],
lambda r: [("$", "ＲＷ")] + r[2] + r[3] + r[5],
lambda r: [("$", "Ｒ")] + r[2],
lambda r: [("$", "Ｒ")],
lambda r: [("$", "ＵＴ")],
lambda r: [("$", "Ｔ")] + r[2] + r[3],
lambda r: [("$", "Ｔ")] + r[2] + [("!", "e")] * 2,
lambda r: [("$", "⎚")],
lambda r: [("$", "ＵＥ")] + r[2] + r[3],
lambda r: [("$", "ＵＥ")] + r[2],
lambda r: [("$", "⊞")] + r[2] + r[3],
lambda r: [("$", "≡"), ("<", "«")] + r[2] + r[5] + r[8] + [(">", "»")],
lambda r: [("$", "≡"), ("<", "«")] + r[2] + r[5] + [(">", "»")],
# TODO: autoremove braces
lambda r: [("$", "≡")] + r[2] + r[5] + r[8],
lambda r: [("$", "≡")] + r[2] + r[5],
lambda r: [("$", "ＵＭ")] + r[2] + r[3],
lambda r: [("$", "▶")] + r[2] + r[3],
lambda r: [("$", "▶")] + r[2] + r[3],
lambda r: [("$", "▶")] + r[2] + r[3],
lambda r: [("$", "▶")] + r[2] + r[3],
lambda r: [("$", "≦")] + r[2] + r[4] + r[5],
lambda r: [("$", "≧")] + r[2] + r[4] + r[5],
lambda r: [("$", "≦")] + r[2] + r[4],
lambda r: [("$", "ＵＸ")] + r[2],
lambda r: [("$", "ＵＸ")] + r[2],
lambda r: r[0] + r[2],
lambda r: r[0],
]
}