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How to use get_all_terms method in toolium
Best Python code snippet using toolium_python
expressions.py
Source:expressions.py 
...71 def __add__(self, value) -> Any: raise NotImplementedError72 def __isub__(self, value): raise NotImplementedError73 def __sub__(self, value): raise NotImplementedError74 def __neg__(self): raise NotImplementedError75 def get_all_terms(self): raise NotImplementedError76 def remove_null_values(self): raise NotImplementedError77 def __eq__(self, expr): raise NotImplementedError78 def is_null(self): raise NotImplementedError79 def develop(self): raise NotImplementedError80 @property81 def variable_names(self): raise NotImplementedError82 def is_polynom(self) -> bool: return False83TermOrExpression = Union[AbstractTerm, AbstractExpression]84class Term(AbstractTerm):85 def __init__(self, multiplier: int, **variables) -> None:86 super().__init__()87 self.multiplier = multiplier88 self.variables = variables89 90 @property91 def degree(self) -> int:92 total = 093 for deg in self.variables.values():94 total += deg95 return total96 97 def __repr__(self) -> str:98 txt = str(self.multiplier) * (self.multiplier != 1 or self.degree == 0)99 for var_name, degree in self.variables.items():100 if degree not in {0, 1}:101 degree_repr = str(degree)102 degree_repr = degree_repr.replace('-', 'â»').replace('0', 'â°').replace('1', '¹').replace('2', '²').replace('3', '³').replace('4', 'â´').replace('5', 'âµ')103 degree_repr = degree_repr.replace('6', 'â¶').replace('7', 'â·').replace('8', 'â¸').replace('9', 'â¹')104 elif degree == 0:105 degree_repr = ''106 var_name = ''107 else:108 degree_repr = ''109 txt += f'{var_name}{degree_repr}'110 return txt111 def __add__(self, value: TermOrExpression) -> TermOrExpression:112 if isinstance(value, AbstractExpression):113 return value + self114 elif isinstance(value, AbstractTerm):115 if value.variables == self.variables:116 return Term(self.multiplier + value.multiplier, **self.variables)117 else:118 return Expression(self) + value119 else:120 return NotImplemented121 122 def __neg__(self) -> AbstractTerm:123 return Term(-self.multiplier, **self.variables)124 125 def __sub__(self, value: TermOrExpression) -> TermOrExpression:126 return self + (-value)127 128 def __mul__(self, value: Union[TermOrExpression, int]) -> AbstractTerm:129 if isinstance(value, int):130 return Term(self.multiplier * value, **self.variables)131 elif isinstance(value, AbstractExpression):132 return TermExpressionMultiplicationTerm(Expression(self, None), value)133 elif isinstance(value, AbstractTerm):134 return TermTermMultiplicationTerm(Expression(self, None), Expression(value, None))135 else:136 return NotImplemented137 138 def __rmul__(self, value: Union[TermOrExpression, int]) -> AbstractTerm:139 return self * value140 141 def is_null(self) -> bool:142 return self.multiplier == 0143 144 def develop(self) -> AbstractTerm:145 return self146 147 @property148 def variable_names(self) -> Union[AbstractSet[str], Sequence[str]]:149 return self.variables.keys()150 151 def is_polynom_term(self) -> bool:152 return self.degree in NATURAL and self.variables.length_without_null_values() <= 1153class Expression(AbstractExpression):154 def __init__(self, term: AbstractTerm, rest_of_expression: Union[None, AbstractExpression] = None):155 self.term = term156 self.rest_of_expression = rest_of_expression157 158 def __imul__(self, value: Union[TermOrExpression, int]) -> AbstractExpression:159 if isinstance(value, int):160 self.term *= value161 if self.rest_of_expression is not None:162 self.rest_of_expression *= value163 elif isinstance(value, AbstractExpression):164 term = ExpressionMultiplicationTerm(self, value)165 expression = Expression(term, None)166 return expression167 elif isinstance(value, AbstractTerm):168 return Expression(value * self)169 else:170 return NotImplemented171 return self172 173 def __mul__(self, value: Union[TermOrExpression, int]) -> AbstractExpression:174 new_expression = self.copy()175 new_expression *= value176 return new_expression177 178 def copy(self) -> AbstractExpression:179 if self.rest_of_expression is None:180 return Expression(self.term, None)181 else:182 return Expression(self.term, self.rest_of_expression.copy())183 184 def __iadd__(self, value: TermOrExpression) -> Any:185 if isinstance(value, AbstractTerm):186 if self.term.variables == value.variables:187 self.term += value188 else:189 if self.rest_of_expression is None:190 self.rest_of_expression = Expression(value)191 else:192 self.rest_of_expression += value193 194 elif isinstance(value, AbstractExpression):195 for term in value.get_all_terms():196 self += term197 else:198 return NotImplemented199 return self200 201 def __add__(self, value: TermOrExpression) -> AbstractExpression:202 new_expression = self.copy()203 new_expression += value204 return new_expression205 206 def __isub__(self, value: TermOrExpression) -> AbstractExpression:207 self += (-value)208 return self209 210 def __sub__(self, value: TermOrExpression) -> AbstractExpression:211 new_expression = self.copy()212 new_expression -= value213 return new_expression214 215 def __neg__(self) -> AbstractExpression:216 return self * -1217 218 def get_all_terms(self) -> Set[AbstractTerm]:219 terms = {self.term}220 if self.rest_of_expression is None:221 return terms222 else:223 return terms | self.rest_of_expression.get_all_terms()224 225 def __repr__(self) -> str:226 if self.remove_null_values_when_repr:227 expr = self.remove_null_values()228 if expr is None:229 return '0'230 else:231 expr = self232 terms = sorted(expr.get_all_terms(), key=lambda m: m.degree)233 txt = str(terms.pop())234 for term in reversed(terms):235 if term.multiplier < 0:236 txt += f' - {-term}'237 else:238 txt += f' + {term}'239 240 return txt241 242 def is_null(self) -> bool:243 return self.remove_null_values() is None244 245 def remove_null_values(self) -> Union[None, AbstractExpression]:246 if self.term.is_null():247 if self.rest_of_expression is None:248 return None249 else:250 return self.rest_of_expression.remove_null_values()251 else:252 new_expression = Expression(self.term, self.rest_of_expression)253 if new_expression.rest_of_expression is not None:254 new_expression.rest_of_expression = new_expression.rest_of_expression.remove_null_values()255 return new_expression256 257 @property258 def degree(self) -> int:259 if self.rest_of_expression is not None:260 return max(self.rest_of_expression.degree, self.term.degree)261 else:262 return self.term.degree263 264 def __eq__(self, expr: object) -> bool:265 if isinstance(expr, AbstractExpression):266 return self.get_all_terms() == expr.get_all_terms()267 return False268 269 def develop(self) -> AbstractExpression:270 if self.rest_of_expression is None:271 return self.term.develop()272 else:273 return self.term.develop() + self.rest_of_expression.develop()274 275 @property276 def variable_names(self) -> Sequence[str]:277 if self.rest_of_expression is None:278 return self.term.variable_names279 else:280 return self.term.variable_names | self.rest_of_expression.variable_names281 282 def is_polynom(self) -> bool:283 if self.rest_of_expression is None:284 return self.term.is_polynom_term()285 else:286 return self.term.is_polynom_term() and self.rest_of_expression.is_polynom()287 288 289class ExpressionMultiplicationTerm(AbstractTerm):290 def __init__(self, expr_1: AbstractExpression, expr_2: AbstractExpression, multiplier: int = 1):291 super().__init__()292 self.expr_1 = expr_1293 self.expr_2 = expr_2294 self.multiplier = multiplier295 self.variables: Map = {'expr_1': self.expr_1, 'expr_2': self.expr_2}296 297 @property298 def degree(self) -> int:299 return self.expr_1.degree + self.expr_2.degree300 301 def __add__(self, value: TermOrExpression) -> TermOrExpression:302 if isinstance(value, AbstractExpression):303 return value + self304 305 elif isinstance(value, ExpressionMultiplicationTerm):306 if ((value.expr_1 == self.expr_1 and value.expr_2 == self.expr_2) or307 (value.expr_2 == self.expr_1 and value.expr_1 == self.expr_2)):308 return ExpressionMultiplicationTerm(self.expr_1.copy(), self.expr_2.copy(), self.multiplier + value.multiplier)309 else:310 return Expression(self) + value311 elif isinstance(value, AbstractTerm):312 return Expression(self) + value313 314 else:315 return NotImplemented316 317 def __neg__(self) -> AbstractTerm:318 return self * -1319 320 def __sub__(self, value: TermOrExpression) -> TermOrExpression:321 return self + (-value)322 323 def __mul__(self, value: Union[TermOrExpression, int]) -> AbstractTerm:324 if isinstance(value, int):325 return ExpressionMultiplicationTerm(self.expr_1.copy(), self.expr_2.copy(), self.multiplier * value)326 else:327 return NotImplemented 328 329 def __rmul__(self, value: Union[TermOrExpression, int]) -> AbstractTerm:330 return self * value331 332 def is_null(self) -> bool:333 return self.multiplier == 0 or self.expr_1.is_null() or self.expr_2.is_null()334 335 def __repr__(self) -> str:336 if self.multiplier != 1:337 return f'{self.multiplier}({self.expr_1})({self.expr_2})'338 else:339 return f'({self.expr_1})({self.expr_2})'340 341 def develop(self) -> Union[None, TermOrExpression]:342 terms = self.expr_1.get_all_terms()343 expression = None344 for term in terms:345 if expression is None:346 expression = self.expr_2 * term347 else:348 expression += self.expr_2 * term349 if expression is None:350 raise ValueError("terms' length must be higher than 0")351 return expression.develop()352 353 @property354 def variable_names(self) -> Sequence[str]:355 return self.expr_1.variable_names | self.expr_2.variable_names356 357 def is_polynom_term(self) -> bool:358 return self.expr_1.is_polynom() and self.expr_2.is_polynom()359class TermExpressionMultiplicationTerm(ExpressionMultiplicationTerm):360 def develop(self) -> Union[None, TermOrExpression]:361 factor = self.expr_1.term362 terms = self.expr_2.get_all_terms()363 expression = None364 for term in terms:365 366 if expression is None:367 expression = factor * term368 else:369 expression += factor * term370 if expression is None:371 raise ValueError("terms' length must be higher than 0")372 return expression.develop()373class TermTermMultiplicationTerm(TermExpressionMultiplicationTerm):374 def develop(self) -> Union[None, TermOrExpression]:375 factor = self.expr_1.term376 term = self.expr_2.term...
main.py
Source:main.py
...33 """34 for d in range(len(grouped_list)):35 topics.append(find_nth_topic(d))36get_all_topics()37def get_all_terms(text_input):38 """39 get all defined terms in a string/ grouped list40 """41 pattern = re.compile(r"[A-Za-z][^\n]+?(?==.+?Example)", re.DOTALL)42 all_terms = pattern.findall(text_input)43 return all_terms44no_of_words = [] # this counts number of words in a group; required for 'topics_wz_num' function45for m in range(len(grouped_list)):46 no_of_words.append(len(get_all_terms(grouped_list[m])))47def topics_wz_num():48 """49 this helps to write numbers behind topics, e.g 1 Angry, 2 Angry, 3 Angry50 """51 global final_topics52 final_topics = []53 for num in range(len(topics)):54 x = 155 while x <= no_of_words[num]:56 final_topics.append(str(x) + " " + topics[num])57 x += 158topics_wz_num()59def get_all_definitions(text_input):60 """61 get all definitions in a string/ grouped list62 """63 pattern = re.compile(r"(?<==).+?(?=Example)", re.DOTALL)64 all_definitions = pattern.findall(text_input)65 return all_definitions66def get_all_examples(text_input):67 """68 get all examples in a string/ grouped list69 """70 pattern = re.compile(r"(?<=Example:).+?(?=^[A-Z])", re.DOTALL|re.MULTILINE)71 all_examples = pattern.findall(text_input)72 all_examples.append(re.findall("(?<=Example:).+\n{,3}$", text)[0])73 return all_examples74len_of_list = len(get_all_terms(text))75list_of_terms = get_all_terms(text)76list_of_definitions = get_all_definitions(text)77list_of_examples = get_all_examples(text)78for k in range(len_of_list): # remove newlines79 list_of_terms[k] = re.sub("\n*", "", list_of_terms[k])80 list_of_definitions[k] = re.sub("\n*", "", list_of_definitions[k])81 list_of_examples[k] = re.sub("\n*", "", list_of_examples[k])82with open('final_CSV_file.csv', 'w') as f: # convert the final list to csv format83 w = csv.writer(f, delimiter=',')84 w.writerow(['TOPIC', 'WORD', 'MEANING', 'SENTENCE'])85 for k in range(len_of_list):86 w.writerow([final_topics[k], list_of_terms[k], list_of_definitions[k], list_of_examples[k]])87f.close()...
get_all_terms.py
Source:get_all_terms.py
1from uw_canvas.terms import Terms2from commonconf.backends import use_configparser_backend3import os4def get_all_terms():5 settings_path = os.path.join(os.path.abspath(os.path.dirname(__file__)),6 'settings.cfg')7 use_configparser_backend(settings_path, 'Canvas')8 canvas = Terms()9 for term in canvas.get_all_terms():10 print(term.name)11if __name__ == '__main__':...
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