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customModulesExample.py
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366 lines (252 loc) · 7.09 KB
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from trawpaw import Trawpaw
from trawpaw.components import Tdt, Thmr, Tfun
import urllib.parse
import base64
import hashlib
executor = Trawpaw()
### PRINT ###
@executor.registerCustomModule(
name="print",
availableDatatypes=Tdt.String,
handleResult=Thmr.printManually,
)
def handle_print(arg: str):
return arg
### STRING.ADDTO ###
@executor.registerCustomModule(
name="string.addto",
availableDatatypes=Tdt.String,
handleResult=Thmr.assignToVar,
)
def handle_string_addto(arg: str):
return arg + chr(executor.cells[executor.cursor])
### STRING.INSERTTOFIRST ###
@executor.registerCustomModule(
name="string.inserttofirst",
availableDatatypes=Tdt.String,
handleResult=Thmr.assignToVar,
)
def handle_string_inserttofirst(arg: str):
return chr(executor.cells[executor.cursor]) + arg
### STRING.LENGTH ###
@executor.registerCustomModule(
name="string.length",
availableDatatypes=Tdt.String,
handleResult=Thmr.storeToCurrCell,
)
def handle_string_length(arg: str):
return len(arg)
### STRING.REVERSE ###
@executor.registerCustomModule(
name="string.reverse",
availableDatatypes=Tdt.String,
handleResult=Thmr.assignToVar,
)
def handle_string_reverse(arg: str):
return arg[::-1]
### STRING.TOUPPER ###
@executor.registerCustomModule(
name="string.toupper",
availableDatatypes=Tdt.String,
handleResult=Thmr.assignToVar,
)
def handle_string_toupper(arg: str):
return arg.upper()
### STRING.TOLOWER ###
@executor.registerCustomModule(
name="string.tolower",
availableDatatypes=Tdt.String,
handleResult=Thmr.assignToVar,
)
def handle_string_tolower(arg: str):
return arg.lower()
### STRING.ENCODEURI ###
@executor.registerCustomModule(
name="string.encodeuri",
availableDatatypes=Tdt.String,
handleResult=Thmr.assignToVar,
)
def handle_string_encodeuri(arg: str):
return urllib.parse.quote(arg)
### STRING.DECODEURI ###
@executor.registerCustomModule(
name="string.decodeuri",
availableDatatypes=Tdt.String,
handleResult=Thmr.assignToVar,
)
def handle_string_decodeuri(arg: str):
return urllib.parse.unquote(arg)
##### STRING.ESCAPE AND STRING.UNESCAPE #####
escape = {
"&": "&",
"<": "<",
">": ">",
"©": "©",
"®": "®",
'"': """,
" ": " ",
"\n": "<br>",
}
### STRING.ESCAPE ###
@executor.registerCustomModule(
name="string.escape",
availableDatatypes=Tdt.String,
handleResult=Thmr.assignToVar,
)
def handle_string_escape(arg: str):
for char, esc in escape.items():
arg = arg.replace(char, esc)
return arg
### STRING.UNESCAPE ###
@executor.registerCustomModule(
name="string.unescape",
availableDatatypes=Tdt.String,
handleResult=Thmr.assignToVar,
)
def handle_string_unescape(arg: str):
for char, esc in list(escape.items())[::-1]:
arg = arg.replace(esc, char)
return arg
### TOSTRING ###
@executor.registerCustomModule(
name="tostring",
availableDatatypes=Tdt.Number | Tdt.Function,
handleResult=Thmr.assignToVar,
)
def handle_tostring(arg: int | Tfun):
if isinstance(arg, int):
return str(arg)
elif isinstance(arg, Tfun):
return str(arg.value)
### TOFUNCTION ###
@executor.registerCustomModule(
name="tofunction", availableDatatypes=Tdt.String, handleResult=Thmr.assignToVar
)
def handle_tofunction(arg: str):
return Tfun(arg)
### HASH.MD5 ###
@executor.registerCustomModule(
name="hash.md5",
availableDatatypes=Tdt.String,
handleResult=Thmr.assignToVar,
)
def handle_hash_md5(arg: str):
return hashlib.md5(arg.encode()).hexdigest()
### HASH.SHA1 ###
@executor.registerCustomModule(
name="hash.sha1",
availableDatatypes=Tdt.String,
handleResult=Thmr.assignToVar,
)
def handle_hash_sha1(arg: str):
return hashlib.sha1(arg.encode()).hexdigest()
### HASH.SHA224 ###
@executor.registerCustomModule(
name="hash.sha224",
availableDatatypes=Tdt.String,
handleResult=Thmr.assignToVar,
)
def handle_hash_sha224(arg: str):
return hashlib.sha224(arg.encode()).hexdigest()
### HASH.SHA256 ###
@executor.registerCustomModule(
name="hash.sha256",
availableDatatypes=Tdt.String,
handleResult=Thmr.assignToVar,
)
def handle_hash_sha256(arg: str):
return hashlib.sha256(arg.encode()).hexdigest()
### HASH.SHA384 ###
@executor.registerCustomModule(
name="hash.sha384",
availableDatatypes=Tdt.String,
handleResult=Thmr.assignToVar,
)
def handle_hash_sha384(arg: str):
return hashlib.sha384(arg.encode()).hexdigest()
### HASH.SHA512 ###
@executor.registerCustomModule(
name="hash.sha512",
availableDatatypes=Tdt.String,
handleResult=Thmr.assignToVar,
)
def handle_hash_sha512(arg: str):
return hashlib.sha512(arg.encode()).hexdigest()
### BASE64.ENCODE ###
@executor.registerCustomModule(
name="base64.encode",
availableDatatypes=Tdt.String,
handleResult=Thmr.assignToVar,
)
def handle_base64_encode(arg: str):
return base64.b64encode(arg.encode()).decode()
### BASE64.DECODE ###
@executor.registerCustomModule(
name="base64.decode",
availableDatatypes=Tdt.String,
handleResult=Thmr.assignToVar,
)
def handle_base64_decode(arg: str):
return base64.b64decode(arg.encode()).decode()
### STRING.OFFSET.FORWARD ###
@executor.registerCustomModule(
name="string.offset.forward",
availableDatatypes=Tdt.String,
handleResult=Thmr.assignToVar,
)
def handle_string_offset_forward(arg: str):
new_string = ""
for char in arg:
new_string += chr(ord(char) - 1)
return new_string
### STRING.OFFSET.BACKWARD ###
@executor.registerCustomModule(
name="string.offset.backward",
availableDatatypes=Tdt.String,
handleResult=Thmr.assignToVar,
)
def handle_string_offset_backward(arg: str):
new_string = ""
for char in arg:
new_string += chr(ord(char) + 1)
return new_string
### NUMBER.PLUSBY ###
@executor.registerCustomModule(
name="number.plusby",
availableDatatypes=Tdt.Number,
handleResult=Thmr.storeToCurrCell,
)
def handle_number_plusby(arg: int):
return executor.cells[executor.cursor] + arg
### NUMBER.SUBTRACTBY ###
@executor.registerCustomModule(
name="number.subtractby",
availableDatatypes=Tdt.Number,
handleResult=Thmr.storeToCurrCell,
)
def handle_number_subtractby(arg: int):
return executor.cells[executor.cursor] - arg
### NUMBER.TIMESBY ###
@executor.registerCustomModule(
name="number.timesby",
availableDatatypes=Tdt.Number,
handleResult=Thmr.storeToCurrCell,
)
def handle_number_timesby(arg: int):
return executor.cells[executor.cursor] * arg
### NUMBER.PLUSBY ###
@executor.registerCustomModule(
name="number.divideby",
availableDatatypes=Tdt.Number,
handleResult=Thmr.storeToCurrCell,
)
def handle_number_divideby(arg: int):
return executor.cells[executor.cursor] // arg
### NUMBER.PLUSBY ###
@executor.registerCustomModule(
name="number.powerby",
availableDatatypes=Tdt.Number,
handleResult=Thmr.storeToCurrCell,
)
def handle_number_powerby(arg: int):
return executor.cells[executor.cursor] ** arg