How to use assertion method in apickli

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alcq.py

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1from alcqObj import *2from typing import Optional, Set, Tuple3from copy import copy, deepcopy4from functools import partial5import string6from itertools import combinations7def expand_formula(f: Formula) -> Formula:8 if isinstance(f, PrimitiveConcept):9 return f10 elif isinstance(f, DefinedConcept):11 return expand_formula(f.definition)12 if isinstance(f, And):13 return And(expand_formula(f.param1), expand_formula(f.param2))14 elif isinstance(f, Or):15 return Or(expand_formula(f.param1), expand_formula(f.param2))16 elif isinstance(f, Not):17 return Not(expand_formula(f.param))18 elif isinstance(f, ForAll):19 if isinstance(f.concept, PrimitiveConcept) or isinstance(f.concept,20 Relation):21 return ForAll(f.relation, f.concept)22 elif isinstance(f.concept, DefinedConcept):23 dc: DefinedConcept = f.concept24 return ForAll(f.relation, expand_formula(dc.definition))25 else:26 return ForAll(f.relation, expand_formula(f.concept))27 elif isinstance(f, Exists):28 if isinstance(f.concept, PrimitiveConcept) or isinstance(f.concept,29 Relation):30 return Exists(f.relation, f.concept)31 elif isinstance(f.concept, DefinedConcept):32 dc: DefinedConcept = f.concept33 return Exists(f.relation, expand_formula(dc.definition))34 else:35 return Exists(f.relation, expand_formula(f.concept))36 elif isinstance(f, AtMost):37 if isinstance(f.concept, PrimitiveConcept) or isinstance(f.concept, Relation):38 return AtMost(f.n, f.relation, f.concept)39 elif isinstance(f.concept, DefinedConcept):40 dc: DefinedConcept = f.concept41 return AtMost(f.n, f.relation, expand_formula(dc.definition))42 else:43 return AtMost(f.n, f.relation, expand_formula(f.concept))44 pass45 elif isinstance(f, AtLeast):46 if isinstance(f.concept, PrimitiveConcept) or isinstance(f.concept,47 Relation):48 return AtLeast(f.n, f.relation, f.concept)49 elif isinstance(f.concept, DefinedConcept):50 dc: DefinedConcept = f.concept51 return AtLeast(f.n, f.relation, expand_formula(dc.definition))52 else:53 return AtLeast(f.n, f.relation, expand_formula(f.concept))54 print(type(f), f)55 raise RuntimeError("should not be here")56def expand_concept(c: Concept) -> Formula:57 """58 expand all defined concept to primitive ones59 :param c: concept (defined or primitive)60 :param tbox:61 :return: expaned concept (most possibly a defined one)62 """63 if isinstance(c, PrimitiveConcept):64 return c65 if isinstance(c, DefinedConcept):66 defn: Formula = c.definition67 # pre_process68 # if isinstance(defn, ForAll) or isinstance(defn, Exists):69 # if isinstance(defn.concept, DCConstant):70 expanded: Formula = expand_formula(defn)71 return expanded72 print(type(c))73 raise RuntimeError("should not be here")74def push_in_not(f: Formula) -> Formula:75 """76 Push not into the deepest possible level77 :param f:78 :return:79 """80 if isinstance(f, PrimitiveConcept):81 return f82 elif isinstance(f, DefinedConcept):83 raise RuntimeError("should not happen")84 if isinstance(f, Not):85 if isinstance(f.param, And):86 return push_in_not(Or(Not(f.param.param1), Not(f.param.param2)))87 elif isinstance(f.param, Or):88 return push_in_not(And(Not(f.param.param1), Not(f.param.param2)))89 elif isinstance(f.param, Not):90 return push_in_not(f.param.param)91 elif isinstance(f.param, ForAll):92 return push_in_not(Exists(f.param.relation, Not(f.param.concept)))93 elif isinstance(f.param, Exists):94 return push_in_not(ForAll(f.param.relation, Not(f.param.concept)))95 elif isinstance(f.param, AtMost):96 return AtLeast(f.param.n + 1, f.param.relation, f.param.concept)97 elif isinstance(f.param, AtLeast):98 if f.param.n == 0:99 return Bottom100 else:101 return AtMost(f.param.n - 1, f.param.relation, f.param.concept)102 elif isinstance(f.param, PrimitiveConcept):103 return Not(push_in_not(f.param))104 if isinstance(f, And):105 return And(push_in_not(f.param1), push_in_not(f.param2))106 elif isinstance(f, Or):107 return Or(push_in_not(f.param1), push_in_not(f.param2))108 elif isinstance(f, ForAll):109 return ForAll(f.relation, push_in_not(f.concept))110 elif isinstance(f, Exists):111 return Exists(f.relation, push_in_not(f.concept))112 elif isinstance(f, AtMost):113 return AtMost(f.n, f.relation, push_in_not(f.concept))114 elif isinstance(f, AtLeast):115 return AtLeast(f.n, f.relation, push_in_not(f.concept))116 print(type(f))117 print(f)118 raise RuntimeError("should not be there")119def process_abox(abox: ABox) -> ABox:120 """121 ABox to NNF?122 :param abox:123 :return:124 """125 new_abox: ABox = set()126 for a in abox:127 new_a: Optional[Assertion] = None128 if isinstance(a, ConceptAssertion):129 c = a.concept130 processed_c = push_in_not(expand_concept(c))131 if isinstance(processed_c, PrimitiveConcept):132 new_a = ConceptAssertion(processed_c, a.obj)133 else:134 new_a = ComplexAssertion(processed_c, a.obj)135 elif isinstance(a, RelationAssertion):136 new_a = a137 elif isinstance(a, ComplexAssertion):138 f = a.formula139 processed_f = push_in_not(expand_formula(f))140 new_a = ComplexAssertion(processed_f, a.obj)141 elif isinstance(a, InequalityAssertion):142 new_a = a143 if new_a is not None:144 new_abox.add(new_a)145 else:146 print(type(a), a)147 raise RuntimeError("should not happen")148 return new_abox149# concept, formula150def get_cf_search_type(c: Union[Concept, Formula]):151 if isinstance(c, PrimitiveConcept):152 return ConceptAssertion153 elif isinstance(c, DefinedConcept):154 raise RuntimeError("should not happen")155 elif isinstance(c, Formula):156 return ComplexAssertion157def build_cf_query(c: Union[Concept, Formula], a: Constant):158 if isinstance(c, PrimitiveConcept):159 return ConceptAssertion(c, a)160 elif isinstance(c, DefinedConcept):161 raise RuntimeError("Should not happen")162 elif isinstance(c, Formula):163 return ComplexAssertion(c, a)164 else:165 print("eror: ", c)166 raise RuntimeError("Should not happen")167def and_both_exist(abox: ABox, c: Union[Concept, Formula], d: Union[Concept, Formula], a: Constant) -> bool:168 # note: here c&d has been splited, need to check in and_rule, before this invocation169 # if is_this_concept_top(c):170 # return True171 c_a_exist, d_a_exist = False, False172 c_query, d_query = build_cf_query(c, a), build_cf_query(d, a)173 for assertion in abox:174 if assertion == c_query:175 c_a_exist = True176 if assertion == d_query:177 d_a_exist = True178 return c_a_exist and d_a_exist179# check and apply?180def and_rule(abox: ABox) -> Tuple[bool, List[ABox]]:181 # deep copy?182 found_use_case = False183 found_idx = -1184 found_assertion: Optional[ComplexAssertion] = None185 found_formula: Optional[And] = None186 for idx, a in enumerate(abox):187 if isinstance(a, ComplexAssertion):188 f: Formula = a.formula189 if isinstance(f, And):190 if is_this_bottom_something(f):191 # no need to apply and on top192 continue193 # found And(C,D) (a)194 # need to check if C(a) and D(a) are already here195 # Abox should be a set...196 if not and_both_exist(abox, f.param1, f.param2, a.obj):197 found_use_case = True198 found_idx = idx199 found_assertion = a200 found_formula = f201 break202 if found_use_case:203 print("and found", found_assertion)204 # and don't change number205 new_abox = set(abox)206 # DONE: check all alike...207 for param in [found_formula.param1, found_formula.param2]:208 if isinstance(param, PrimitiveConcept):209 new_abox.add(ConceptAssertion(param, found_assertion.obj))210 elif isinstance(param, DefinedConcept):211 raise RuntimeError("should not happen")212 elif isinstance(param, Formula):213 new_abox.add(ComplexAssertion(param, found_assertion.obj))214 else:215 raise RuntimeError("should not happen")216 return True, [new_abox]217 else:218 return False, []219def exist_already_exist(abox: ABox, r: Relation, c: Concept, a: Constant) -> bool:220 # check if r(a,c), C(c) exists in current abox221 # first get all r(a,c), get all candidate c222 possible_2nd_set = set()223 for assertion in abox:224 if isinstance(assertion, RelationAssertion):225 if assertion.relation == r and assertion.obj1 == a:226 possible_2nd_set.add(assertion.obj2)227 # then check C(c)228 # remark: no need to handle top here, all constant are added top in preprocessing229 possible_query = {build_cf_query(c, p) for p in possible_2nd_set}230 for assertion in abox:231 if assertion in possible_query:232 return True233 return False234class ConstantStorage(object):235 def __init__(self):236 self.counter = 0237 def generate(self) -> Constant:238 self.counter += 1239 return Constant(f"${self.counter}")240 def __repr__(self):241 return f"ConstantStorage(counter={self.counter})"242def exist_rule(abox: ABox, cs: ConstantStorage) -> Tuple[bool, List[ABox]]:243 found_use_case = False244 found_idx = -1245 found_assertion: Optional[ComplexAssertion] = None246 found_exists: Optional[Exists] = None247 for idx, a in enumerate(abox):248 if isinstance(a, ComplexAssertion) and isinstance(a.formula, Exists):249 r: Relation = a.formula.relation250 c: Concept = a.formula.concept251 # now we have Exist r.C (a)252 # we need to check r(a,c), C(c)253 # check rest:254 if not exist_already_exist(abox, r, c, a.obj):255 found_use_case = True256 found_idx = idx257 found_assertion = a258 found_exists = a.formula259 break260 else:261 # ??262 pass263 if found_use_case:264 print("exist found", found_assertion)265 # and don't change number266 new_abox = set(abox)267 new_constant: Constant = cs.generate()268 new_abox.add(RelationAssertion(found_exists.relation, found_assertion.obj, new_constant))269 if isinstance(found_exists.concept, PrimitiveConcept):270 new_abox.add(ConceptAssertion(found_exists.concept, new_constant))271 elif isinstance(found_exists.concept, Formula):272 new_abox.add(ComplexAssertion(found_exists.concept, new_constant))273 else:274 raise RuntimeError("should not happen")275 return True, [new_abox]276 else:277 return False, []278def union_neither_exists(abox: ABox, C: Union[Concept, Formula], D: Union[Concept, Formula], a: Constant) -> bool:279 # if is_this_top_something(C):280 # return not True and not True281 c_a_exist, d_a_exist = False, False282 c_query, d_query = build_cf_query(C, a), build_cf_query(D, a)283 for assertion in abox:284 if assertion == c_query:285 c_a_exist = True286 if assertion == d_query:287 d_a_exist = True288 return not c_a_exist and not d_a_exist289def union_rule(abox: ABox) -> Tuple[bool, List[ABox]]:290 found_use_case = False291 found_idx = -1292 found_assertion: Optional[ComplexAssertion] = None293 found_or: Optional[Or] = None294 for idx, a in enumerate(abox):295 if isinstance(a, ComplexAssertion) and isinstance(a.formula, Or):296 # don't decompose top297 if is_this_top_something(a.formula):298 continue299 C: Formula = a.formula.param1300 D: Formula = a.formula.param2301 # now we have Or(C,D) (a)302 # we need to check either C(a) or D(a)303 # check rest:304 if union_neither_exists(abox, C, D, a.obj):305 found_use_case = True306 found_idx = idx307 found_assertion = a308 found_or = a.formula309 break310 else:311 # ??312 pass313 if found_use_case:314 print("union found", found_assertion)315 # and don't change number316 new_abox = set(abox)317 abox_c = set(new_abox)318 if isinstance(found_or.param1, PrimitiveConcept):319 abox_c.add(ConceptAssertion(found_or.param1, found_assertion.obj))320 else:321 abox_c.add(ComplexAssertion(found_or.param1, found_assertion.obj))322 abox_d = set(new_abox)323 if isinstance(found_or.param2, PrimitiveConcept):324 abox_d.add(ConceptAssertion(found_or.param2, found_assertion.obj))325 else:326 abox_d.add(ComplexAssertion(found_or.param2, found_assertion.obj))327 return True, [abox_c, abox_d]328 else:329 return False, []330def forall_apply_list(abox: ABox, r: Relation, C: Union[Concept, Formula], a: Constant) -> Tuple[bool, Set[Constant]]:331 # if Top, can let it add, will be handled by post processing332 # first find all possible b333 possible_2nd_set = set()334 for assertion in abox:335 if isinstance(assertion, RelationAssertion) and assertion.relation == r and assertion.obj1 == a:336 possible_2nd_set.add(assertion.obj2)337 # not C(b)338 should_be_added_set = set()339 for b in possible_2nd_set:340 b_query = build_cf_query(C, b)341 found_b = False342 for assertion in abox:343 if assertion == b_query:344 found_b = True345 break346 if not found_b:347 should_be_added_set.add(b)348 return len(should_be_added_set) != 0, should_be_added_set349def forall_rule(abox: ABox) -> Tuple[bool, List[ABox]]:350 found_use_case = False351 found_idx = -1352 found_assertion: Optional[ComplexAssertion] = None353 found_forall: Optional[ForAll] = None354 found_apply_list: Optional[Set[Constant]] = None355 for idx, a in enumerate(abox):356 if isinstance(a, ComplexAssertion) and isinstance(a.formula, ForAll):357 r: Relation = a.formula.relation358 c: Concept = a.formula.concept359 # now we have Or(C,D) (a)360 # we need to check either C(a) or D(a)361 # check rest:362 need_apply, apply_list = forall_apply_list(abox, r, c, a.obj)363 if need_apply:364 found_use_case = True365 found_idx = idx366 found_assertion = a367 found_forall = a.formula368 found_apply_list = apply_list369 break370 else:371 # ??372 pass373 if found_use_case:374 print("forall found", found_assertion)375 # and don't change number376 new_abox = set(abox)377 for b in found_apply_list:378 if isinstance(found_forall.concept, PrimitiveConcept):379 new_abox.add(ConceptAssertion(found_forall.concept, b))380 elif isinstance(found_forall.concept, DefinedConcept):381 raise RuntimeError("should not happen")382 elif isinstance(found_forall.concept, Formula):383 new_abox.add(ComplexAssertion(found_forall.concept, b))384 else:385 raise RuntimeError("should not happen")386 return True, [new_abox]387 else:388 return False, []389class ConstantBuilder:390 def __init__(self):391 self.counter = 0392 # DONE: prefix > 26393 self.prefix = 0394 # Excel column style A...Z,AA,AB...395 # https://stackoverflow.com/a/48984697396 def _divmod_excel(self, n):397 a, b = divmod(n, 26)398 if b == 0:399 return a - 1, b + 26400 return a, b401 def _to_excel(self, num):402 chars = []403 while num > 0:404 num, d = self._divmod_excel(num)405 chars.append(string.ascii_uppercase[d - 1])406 return ''.join(reversed(chars))407 def generate(self) -> Constant:408 self.counter += 1409 return Constant(f"${self._to_excel(self.prefix)}-{self.counter}")410 def new_prefix(self):411 self.prefix += 1412 def __repr__(self):413 return f"ConstantBuilder(prefix={self.prefix}, counter={self.counter})"414def at_least_should_apply(abox: ABox, n: int, r: Relation, c: Union[Concept, Formula], a: Constant) -> bool:415 can_apply = True416 # find all possible c_is417 all_c_li = []418 for assertion in abox:419 if isinstance(assertion, RelationAssertion) and assertion.relation == r and assertion.obj1 == a:420 all_c_li.append(assertion.obj2)421 # do a filter by C422 new_all_c_li = []423 for current_ci in all_c_li:424 # if success then add425 # special case426 if is_this_top_something(c):427 pass428 # DONE: always success429 new_all_c_li.append(current_ci)430 else:431 query = build_cf_query(c, current_ci)432 if query in abox:433 new_all_c_li.append(current_ci)434 all_c_li = new_all_c_li435 all_c_li = list(set(all_c_li))436 # early check437 if len(all_c_li) < n:438 return True439 # check with basic permutation?440 for comb in combinations(all_c_li, n):441 # now we have an tuple of size N442 current_comb_ok = True443 # goal: check if in "any" combination, "all" the inequality pair exists in abox444 # if such combination (a qualified one, all pair exists) is found, then no need to apply445 # otherwise need to apply446 for bi,bj in combinations(comb, 2):447 if ne(bi, bj) not in abox and ne(bj, bi) not in abox:448 # one inequality pair not exist449 # current combination is not qualified450 current_comb_ok = False451 break452 if current_comb_ok:453 # found one such (qualified) combination, no need to apply454 return False455 else:456 # this combination failed, just keep finding457 pass458 # all combination failed, need to apply459 # no more combination, just return false460 return True461def at_least_rule(abox: ABox, cb: ConstantBuilder) -> Tuple[bool, List[ABox]]:462 found_use_case = False463 found_idx = -1464 found_assertion: Optional[ComplexAssertion] = None465 found_at_least: Optional[AtLeast] = None466 for idx, a in enumerate(abox):467 if isinstance(a, ComplexAssertion) and isinstance(a.formula, AtLeast):468 n: int = a.formula.n469 r: Relation = a.formula.relation470 c: Concept = a.formula.concept471 if at_least_should_apply(abox, n, r,c,a.obj):472 found_use_case = True473 found_idx = idx474 found_assertion = a475 found_at_least = a.formula476 break477 else:478 # ??479 pass480 if found_use_case:481 print("at least found", found_assertion)482 # and don't change number483 new_abox = set(abox)484 cb.new_prefix()485 new_constant_li: List[Constant] = []486 for idx in range(found_at_least.n):487 new_constant: Constant = cb.generate()488 new_constant_li.append(new_constant)489 # add relation490 new_abox.add(RelationAssertion(found_at_least.relation, found_assertion.obj, new_constant))491 # add concept492 if isinstance(found_at_least.concept, PrimitiveConcept):493 new_abox.add(ConceptAssertion(found_at_least.concept, new_constant))494 elif isinstance(found_at_least.concept, Formula):495 new_abox.add(ComplexAssertion(found_at_least.concept, new_constant))496 else:497 # Top & Bottom?498 print(type(found_at_least.concept))499 raise RuntimeError("should not happen")500 # add inequality501 for bi, bj in combinations(new_constant_li, 2):502 new_abox.add(InequalityAssertion(bi, bj))503 return True, [new_abox]504 else:505 return False, []506def at_most_should_apply(abox: ABox, n: int, r: Relation, c: Union[Concept, Formula], a: Constant) -> Tuple[bool, List[Constant]]:507 # need to check: has more than expected508 # get initial list by relation509 possible_b_li = []510 for assertion in abox:511 if isinstance(assertion, RelationAssertion) and assertion.relation == r and assertion.obj1 == a:512 possible_b_li.append(assertion.obj2)513 # filter by concept514 new_possible_b_li = []515 for current_b in possible_b_li:516 if is_this_top_something(c):517 new_possible_b_li.append(current_b)518 else:519 b_query = build_cf_query(c, current_b)520 if b_query in abox:521 new_possible_b_li.append(current_b)522 possible_b_li = new_possible_b_li523 possible_b_li = list(set(possible_b_li))524 # early check525 if len(possible_b_li) <= n:526 # less then n, no need to apply527 return False, []528 # check inequality with permutation529 # need to choose n+1530 # check not all exist531 # as long as one equality don't exist, we can use532 for comb in combinations(possible_b_li, n+1):533 for bi, bj in combinations(comb, 2):534 if InequalityAssertion(bi, bj) not in abox and InequalityAssertion(bj,bi) not in abox:535 # we found one eq not in...536 return True, list(comb)537 # can not use by default538 return False, []539def make_substitution(abox: ABox, src: Constant, dst: Constant) -> ABox:540 new_abox = []541 for assertion in abox:542 new_assertion : Optional[Assertion] = None543 if isinstance(assertion, ConceptAssertion):544 new_assertion = assertion545 if assertion.obj == src:546 new_assertion = ConceptAssertion(assertion.concept, dst)547 elif isinstance(assertion, RelationAssertion):548 new_assertion = assertion549 obj1, obj2 = assertion.obj1, assertion.obj2550 found1, found2 = False, False551 if obj1 == src:552 obj1 = dst553 found1 = True554 if obj2 == src:555 obj2 = dst556 found2 = True557 if found1 or found2:558 new_assertion = RelationAssertion(assertion.relation, obj1, obj2)559 elif isinstance(assertion, ComplexAssertion):560 new_assertion = assertion561 if assertion.obj == src:562 new_assertion = ComplexAssertion(assertion.formula, dst)563 elif isinstance(assertion, InequalityAssertion):564 new_assertion = assertion565 obj1, obj2 = assertion.obj1, assertion.obj2566 found1, found2 = False, False567 if obj1 == src:568 obj1 = dst569 found1 = True570 if obj2 == src:571 obj2 = dst572 found2 = True573 if found1 or found2:574 new_assertion = InequalityAssertion(obj1, obj2)575 else:576 raise RuntimeError("should not be here")577 if new_assertion is not None:578 new_abox.append(new_assertion)579 else:580 raise RuntimeError("should not be here")581 return new_abox582def at_most_rule(abox: ABox) -> Tuple[bool, List[ABox]]:583 found_use_case = False584 found_idx = -1585 found_assertion: Optional[ComplexAssertion] = None586 found_at_most: Optional[AtMost] = None587 found_combination: Optional[List[Constant]] = None588 for idx, a in enumerate(abox):589 if isinstance(a, ComplexAssertion) and isinstance(a.formula, AtMost):590 n: int = a.formula.n591 r: Relation = a.formula.relation592 c: Concept = a.formula.concept593 should_apply, possible_comb = at_most_should_apply(abox, n, r, c, a.obj)594 if should_apply:595 found_use_case = True596 found_idx = idx597 found_assertion = a598 found_at_most = a.formula599 found_combination = possible_comb600 break601 else:602 # ??603 pass604 if found_use_case:605 print("at most found", found_assertion)606 # and don't change number607 new_abox_li: List[ABox] = []608 # do some kind of substitution?609 for bi, bj in combinations(found_combination, 2):610 bi: Constant611 bj: Constant612 if ne(bi,bj) not in abox and ne(bj,bi) not in abox:613 # DONE: choose one direction to substitute?614 abox_copy = set(abox)615 # fix 4 child has at most 2 problem616 bi_names = bi.name.split("~")617 bj_names = bj.name.split("~")618 bi_names += bj_names619 all_names = sorted(bi_names)620 new_constant = Constant("~".join(all_names))621 new_abox = make_substitution(abox_copy, bi, new_constant)622 new_abox = make_substitution(new_abox, bj, new_constant)623 new_abox_li.append(new_abox)624 return True, new_abox_li625 else:626 return False, []627def choose_rule_can_apply(abox: ABox, r: Relation, c: Concept, a: Constant) -> Tuple[bool, Optional[Constant]]:628 # don't apply if C is top629 # if is_this_top_something(c):630 # return False, None631 # check all possible b632 possible_b_list: List[Constant] = []633 for assertion in abox:634 if isinstance(assertion, RelationAssertion) and assertion.relation == r and assertion.obj1 == a:635 possible_b_list.append(assertion.obj2)636 # check all C(b)637 # DONE: add check for not c(b)638 for current_b in possible_b_list:639 b_query = build_cf_query(c, current_b)640 # inside it's all XA641 # if isinstance(b_query, ConceptAssertion):642 # b_query = ComplexAssertion(b_query.concept, current_b)643 not_b_query: Assertion = None644 if isinstance(b_query, ConceptAssertion) and isinstance(b_query.concept, PrimitiveConcept):645 not_b_query = ComplexAssertion(Not(b_query.concept), current_b)646 elif isinstance(b_query, ComplexAssertion):647 inside = push_in_not(Not(b_query.formula))648 if isinstance(inside, Concept):649 not_b_query = ConceptAssertion(inside, current_b)650 else:651 not_b_query = ComplexAssertion(push_in_not(Not(b_query.formula)), current_b)652 # c itself is a not?: should not happen, should use (Not(concept))(constant)653 else:654 raise RuntimeError("should not be here")655 if not_b_query is None:656 raise RuntimeError("should not happen")657 if b_query not in abox and not_b_query not in abox:658 # neither C(b) nor NOT(C(b)) exists659 print("choose rule: chosen", current_b, "with C:",c)660 return True, current_b661 return False, None662def choose_rule(abox: ABox) -> Tuple[bool, List[ABox]]:663 found_use_case = False664 found_idx = -1665 found_assertion: Optional[ComplexAssertion] = None666 found_at_most: Optional[AtMost] = None667 found_constant : Optional[Constant] = None668 for idx, a in enumerate(abox):669 if isinstance(a, ComplexAssertion) and isinstance(a.formula, AtMost):670 n: int = a.formula.n671 r: Relation = a.formula.relation672 c: Concept = a.formula.concept673 can_apply, b = choose_rule_can_apply(abox, r,c,a.obj)674 if can_apply:675 found_use_case = True676 found_idx = idx677 found_assertion = a678 found_at_most = a.formula679 found_constant = b680 break681 else:682 # ??683 pass684 if found_use_case:685 print("choose found", found_assertion)686 # and don't change number687 new_abox_list = []688 new_assertion: Optional[Assertion] = None689 if isinstance(found_at_most.concept, PrimitiveConcept):690 new_assertion = ConceptAssertion(found_at_most.concept, found_constant)691 elif isinstance(found_at_most.concept, DefinedConcept):692 raise RuntimeError("should not happen")693 elif isinstance(found_at_most.concept, Formula):694 new_assertion = ComplexAssertion(found_at_most.concept, found_constant)695 else:696 print(type(found_at_most.concept))697 raise RuntimeError("should not happen")698 # add positive699 pos_abox = set(abox)700 neg_abox = set(abox)701 neg_assertion : Assertion = None702 # DONE: push into...703 if isinstance(new_assertion, ConceptAssertion) and isinstance(new_assertion.concept, PrimitiveConcept):704 inside = push_in_not(expand_concept(new_assertion.concept))705 if isinstance(inside, PrimitiveConcept):706 neg_assertion = ConceptAssertion(inside, found_constant)707 else:708 neg_assertion = ComplexAssertion(inside, found_constant)709 elif isinstance(new_assertion, ComplexAssertion):710 inside = push_in_not(expand_formula(new_assertion.formula))711 if isinstance(inside, PrimitiveConcept):712 neg_assertion = ConceptAssertion(inside, found_constant)713 else:714 neg_assertion = ComplexAssertion(inside, found_constant)715 else:716 raise RuntimeError("should not be here")717 pos_abox.add(new_assertion)718 neg_abox.add(neg_assertion)719 return True, [pos_abox, neg_abox]720 else:721 return False, []722def exist_same_inequality(abox: ABox) -> bool:723 for assertion in abox:724 if isinstance(assertion, InequalityAssertion) and assertion.obj1 == assertion.obj2:725 return True726 return False727def exist_certain_at_most_violation(abox: ABox, source: Assertion):728 if not isinstance(source, ComplexAssertion) or not isinstance(source.formula, AtMost):729 raise ValueError("parameter not at most assertion")730 # just check one given abox731 n = source.formula.n732 # first get all b_i by relations733 all_b_list = []734 for assertion in abox:735 if isinstance(assertion, RelationAssertion) and assertion.relation == source.formula.relation and assertion.obj1 == source.obj:736 all_b_list.append(assertion.obj2)737 # then filter by C738 filtered_all_b_list = []739 for b in all_b_list:740 if is_this_top_something(source.formula.concept):741 filtered_all_b_list.append(b)742 continue743 b_query = build_cf_query(source.formula.concept, b)744 if b_query in abox:745 filtered_all_b_list.append(b)746 all_b_list = filtered_all_b_list747 # quick test748 if len(all_b_list) <= n:749 return False750 # finally check inequality751 # by default no violation, unless one such violation is found752 for comb in combinations(all_b_list, n+1):753 # for each combination754 all_have_inequality = True755 for bi, bj in combinations(comb, 2):756 if ne(bi,bj) not in abox and ne(bj,bi) not in abox:757 all_have_inequality = False758 break759 if all_have_inequality:760 # find one violation761 return True762 # if nothing is found, then safe763 return False764def exist_at_most_violation(abox: ABox) -> bool:765 # get all <= nr.C(a)766 all_at_most_list = []767 for assertion in abox:768 if isinstance(assertion, ComplexAssertion) and isinstance(assertion.formula, AtMost):769 all_at_most_list.append(assertion)770 # check one by one771 for atmost in all_at_most_list:772 if exist_certain_at_most_violation(abox, atmost):773 return True774 # should be safe by default775 return False776def is_abox_open(abox: ABox) -> bool:777 # DONE: add support for TOP/BOTTOM778 if exist_same_inequality(abox):779 print("is_abox_open: exist same inequality")780 return False781 # DONE: another contradiction782 if exist_at_most_violation(abox):783 print("is_abox_open: exist at most violation")784 return False785 not_set: Set[Assertion] = set()786 for assertion in abox:787 if isinstance(assertion, ConceptAssertion) and isinstance(assertion.concept, PrimitiveConcept):788 not_set.add(ComplexAssertion(Not(assertion.concept), assertion.obj))789 elif isinstance(assertion, RelationAssertion):790 # should not do anything791 pass792 elif isinstance(assertion, ComplexAssertion):793 not_set.add(ComplexAssertion(push_in_not(Not(assertion.formula)), assertion.obj))794 elif isinstance(assertion, InequalityAssertion):795 # checked before796 pass797 else:798 raise RuntimeError("should not happen")799 for assertion in abox:800 if assertion in not_set:801 return False802 return True803def is_this_top_something(c: Union[DefinedConcept, ComplexAssertion, Formula, Concept]):804 return c == Top \805 or (c == Top.definition or c == push_in_not(Not(Bottom.definition))) \806 or (isinstance(c, DefinedConcept) and (c.definition == Top.definition or c == push_in_not(Not(Bottom.definition)))) \807 or (isinstance(c, ComplexAssertion) and (c.formula == Top.definition or c == push_in_not(Not(Bottom.definition)))) \808 or (isinstance(c, Formula) and (c == Top.definition or c == push_in_not(Not(Bottom.definition))))809def is_this_bottom_something(c: Union[DefinedConcept, ComplexAssertion, Formula, Concept]):810 return c == Bottom \811 or (c == Bottom.definition or c == push_in_not(Not(Top.definition))) \812 or (isinstance(c, DefinedConcept) and (813 c.definition == Bottom.definition or c == push_in_not(Not(Top.definition)))) \814 or (isinstance(c, ComplexAssertion) and (815 c.formula == Bottom.definition or c == push_in_not(Not(Top.definition)))) \816 or (isinstance(c, Formula) and (c == Bottom.definition or c == push_in_not(Not(Top.definition))))817def is_this_assertion_top(ca: ComplexAssertion) -> bool:818 if not isinstance(ca, ComplexAssertion):819 raise ValueError820 obj: Constant = ca.obj821 return is_this_top_something(ca.formula) or build_cf_query(Top.definition, obj) == ca822def is_this_assertion_bottom(ca: ComplexAssertion) -> bool:823 if not isinstance(ca, ComplexAssertion):824 raise ValueError825 obj: Constant = ca.obj826 return is_this_bottom_something(ca.formula) or build_cf_query(Bottom.definition, obj) == ca827def pre_process_top(abox: ABox):828 # directly edit in place829 new_tops : Set[Assertion] = set()830 for assertion in abox:831 if isinstance(assertion, ConceptAssertion):832 new_tops.add(Top(assertion.obj))833 elif isinstance(assertion, RelationAssertion):834 new_tops.add(Top(assertion.obj1))835 new_tops.add(Top(assertion.obj2))836 elif isinstance(assertion, ComplexAssertion):837 new_tops.add(Top(assertion.obj))838 elif isinstance(assertion, InequalityAssertion):839 new_tops.add(Top(assertion.obj1))840 new_tops.add(Top(assertion.obj2))841 new_tops = process_abox(new_tops)842 # just an add all843 abox.update(new_tops)844def post_process_bottom(abox: ABox) -> Optional[ABox]:845 # this clears abox containing bottom, so they can later be deleted846 # and removes top from existing abox847 new_abox = set()848 for assertion in abox:849 if isinstance(assertion, ComplexAssertion):850 # print("checking:", assertion)851 if is_this_assertion_bottom(assertion):852 print("bottom found", assertion)853 return None854 elif is_this_assertion_top(assertion):855 # in fact need to add all top, don't remove...856 pass857 # print("top found", assertion)858 # don't add859 # continue860 else:861 # print("neither")862 new_abox.add(assertion)863 else:864 new_abox.add(assertion)865 return new_abox866def run_tableau_algo(abox: ABox, verbose=False):867 # hash?868 # duplicate abox?869 worlds: List[ABox] = [abox]870 if verbose:871 print("---initial----")872 print("Current Worlds: ", len(worlds))873 for idx, w in enumerate(worlds):874 print(idx, "len", len(w), "----")875 for idx2, l in enumerate(w):876 print("world", idx, "line", idx2, l)877 found_one_apply = False878 cs = ConstantStorage()879 cb = ConstantBuilder()880 while True:881 # pre process882 for world in worlds:883 pre_process_top(world)884 current_idx = -1885 replace_new_list = None886 rules = [and_rule, union_rule, forall_rule, choose_rule, partial(at_least_rule, cb=cb), at_most_rule, partial(exist_rule, cs=cs),]887 # rules = [and_rule, forall_rule ,partial(exist_rule, cs=cs)]888 for rule in rules:889 for idx, w in enumerate(worlds):890 found, new_list = rule(w)891 if found:892 print("apply on world ", idx)893 # print("found! on world", idx)894 print("rule!", rule)895 found_one_apply = True896 current_idx = idx897 replace_new_list = new_list898 break899 if current_idx != -1:900 break901 if current_idx != -1 and replace_new_list is not None:902 worlds.pop(current_idx)903 worlds += replace_new_list904 # process top/bottom905 post_processed_world_list = []906 for world in worlds:907 new_world: Optional[ABox] = post_process_bottom(world)908 if new_world is not None:909 post_processed_world_list.append(new_world)910 else:911 if verbose:912 print("BOTTOM FOUND: world eliminated!")913 print("eliminated world: ")914 for idx, assertion in enumerate(world):915 print(idx, assertion)916 worlds = post_processed_world_list917 # post process 2: remove same world918 # simulate a set of aboxes919 if verbose:920 print("--dedupe world--")921 print("before dedupe len=", len(worlds))922 frozen_worlds = {frozenset(world) for world in worlds}923 worlds = [set(world) for world in frozen_worlds]924 print("after dedupe len=", len(worlds))925 # print world926 print("-------intermediate-----------")927 print("Current Worlds: ", len(worlds))928 for idx, w in enumerate(worlds):929 print(idx, "len", len(w), "----")930 for idx2, l in enumerate(w):931 print("world", idx, "line", idx2, l)932 print("------------------")933 # jump out if no more rules can be applied934 if not found_one_apply:935 break936 # reset937 found_one_apply = False938 # while: no more rules can be applied939 # rule has priority940 #941 # remove with index?942 # check if has an open world943 print("-------final-----------")944 print("Worlds: ", len(worlds))945 world_open_list: List[bool] = []946 for idx, w in enumerate(worlds):947 if verbose:948 print(idx, w)949 for idx2, l in enumerate(w):950 print("world", idx, "line", idx2, l)951 world_open_bool: bool = is_abox_open(w)952 print(idx, "open?", world_open_bool)953 world_open_list.append(world_open_bool)954 print("world overview: ", len(world_open_list), world_open_list)955 print("final (consistency, true=open) verdict: ", any(world_open_list))956 return any(world_open_list)957def is_subsumption_of(c1: Concept, c2: Concept) -> bool:958 """959 C ⊑T D960 :param c1: C961 :param c2: D962 :return:963 """964 anded = push_in_not(And(expand_concept(c1),Not(expand_concept(c2))))965 a = Constant("$a")966 abox = {(anded)(a)}967 is_consistent = run_tableau_algo(process_abox(abox))968 return not is_consistent969if __name__ == '__main__':970 Smart = PrimitiveConcept("Smart")971 Studious = PrimitiveConcept("Studious")972 GoodStudent = DefinedConcept("GoodStudent", And(Smart, Studious))973 attendBy = Relation("attendBy")974 topic = Relation("topic")975 Course = DefinedConcept("Course", Exists(topic, Top))976 Good = PrimitiveConcept("Good")977 GoodCourse = DefinedConcept("GoodCourse", And(Good, Course))978 # print(expand_concept(GoodCourse))979 s1 = Constant("Student 1")980 c1 = Constant("Course 1")981 # print(GoodStudent(a))982 # print(attendBy(c1, s1))983 a = Constant("a")984 assertion = And(Exists(attendBy, Smart), And(Exists(attendBy, Studious), Not(Exists(attendBy, GoodStudent))))(a)985 abox = {assertion}986 run_tableau_algo(process_abox(abox))987 c1 = DefinedConcept("c1", And(Exists(attendBy, Smart), Exists(attendBy, Studious)))988 c2 = DefinedConcept("c2", Exists(attendBy, GoodStudent))989 # should be false...

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mod_state_assertion_commands.py

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1from cli import *2from sim_commands import conf_object_expander3import os4import sys5try:6 temp_filename = "/tmp/state-assertion-" + os.environ['USER'] + ".gz"7except:8 temp_filename = "/tmp/state-assertion.gz"9def get_sa_name(name):10 if not name:11 name = "sa0"12 seq = 013 try:14 while 1:15 SIM_get_object(name)16 seq = seq + 117 name = "sa%d" % seq18 except:19 pass20 return name21compr_strings = ["guess", "none", "bz2", "gz"]22def compr_expander(string):23 return get_completions(string, compr_strings)24def get_sa_compr(compression):25 if compression == "guess":26 return 027 elif compression == "no" or compression == "none":28 return 129 elif compression == "bz2":30 return 231 elif compression == "gz":32 return 333 else:34 print "Unknown compression: %s" % compression35 return 036def get_compr_from_filename(file):37 if (file[-3:] == ".gz"):38 return 339 elif (file[-4:] == ".bz2"):40 return 241 else:42 return 143def state_assertion_cf_common(file, compression, name, align, postev):44 name = get_sa_name(name)45 compr_nb = get_sa_compr(compression)46 if (compr_nb == 0):47 compr_nb = get_compr_from_filename(file)48 sa = SIM_new_object("state-assertion", name)49 print "Creating file '%s' with compression '%s'"%(file, compr_strings[compr_nb])50 sa.create = [file, compr_nb, "", -1, align, postev]51 return sa52# create a new assertion object53def state_assertion_create_file(file, compression, name, align, postev):54 sa = state_assertion_cf_common(file, compression, name, align, postev)55 print sa.name, "created. You probably want to add some objects or memory space now with 'add' and 'add-mem-lis', then run 'start' to begin the assertion process."56new_command("state-assertion-create-file", state_assertion_create_file,57 [arg(filename_t(), "file"),58 arg(str_t, "compression", "?", "guess", expander = compr_expander),59 arg(str_t, "name", "?", ""),60 arg(int_t, "align", "?", 8L),61 arg(int_t, "post_events", "?", 1L)],62 type = "state-assertion commands",63 short = "record a state assertion file",64 doc = """65 This command creates a state assertion file.<br/>66 - <i>file</i> is the name of the file to be created<br/>67 - <i>compression</i> is the compression used (none, bz2, gz)<br/>68 - <i>name</i> is the name of the object to be created. Default is saX where X is a number.69 - <i>align</i> is the alignment of the structures inside the file. It can be useful to set it so that objects saving their state are sure to get correctly aligned structures. Default is 8 which is sufficient for most hosts.70 - <i>post_events</i> tells state-assertion to post events by itself for recording and comparing. Default is true.71 """, filename="/mp/simics-3.0/src/extensions/state-assertion/commands.py", linenumber="66")72# connect a server to drive a state-assertion73def state_assertion_connect(server, port, compression, align, postev, name):74 name = get_sa_name(name)75 compr_nb = get_sa_compr(compression)76 # no way to guess here, so we just patch77 if (compr_nb == 0):78 compr_nb = 179 sa = SIM_new_object("state-assertion", name)80 sa.create = ["", compr_nb, server, port, align, postev]81 print name, "connected. You probably want to add some objects or memory space now with 'add' and 'add-mem-lis', then run 'start' to begin the assertion process."82 return sa83new_command("state-assertion-connect", state_assertion_connect,84 [arg(str_t, "server", "?", "localhost"),85 arg(int_t, "port", "?", 6666L),86 arg(str_t, "compression", "?", "none", expander = compr_expander),87 arg(int_t, "align", "?", 8L),88 arg(int_t, "post_events", "?", 1L),89 arg(str_t, "name", "?", "")],90 type = "state-assertion commands",91 short = "connect to a state-assertion receiver",92 doc = """93 This command connects to a state-assertion receiver so that all data94 gathered during the state recording will be sent over to the95 receiver.<br/>96 - <i>server</i> receiver host waiting for the connection<br/>97 - <i>port</i> port number on which the receiver is waiting for a connection<br/>98 - <i>compression</i> is the compression used (none, bz2, gz)<br/>99 - <i>name</i> is the name of the object to be created. Default is saX where X is a number.100 """, filename="/mp/simics-3.0/src/extensions/state-assertion/commands.py", linenumber="96")101def state_assertion_of_common(file, compression, name, postev):102 name = get_sa_name(name)103 compr_nb = get_sa_compr(compression)104 if (compr_nb == 0):105 compr_nb = get_compr_from_filename(file)106 sa = SIM_new_object("state-assertion", name)107 print "Opening file '%s' with compression '%s'"%(file, compr_strings[compr_nb])108 sa.open = [file, compr_nb, -1, postev]109 return sa110# open a state assertion file111def state_assertion_open_file(file, compression, name, postev):112 sa = state_assertion_of_common(file, compression, name, postev)113 print sa.name, "opened. You should run 'start' to begin the assertion process."114new_command("state-assertion-open-file", state_assertion_open_file,115 [arg(filename_t(exist = 1), "file"),116 arg(str_t, "compression", "?", "guess", expander = compr_expander),117 arg(str_t, "name", "?", ""),118 arg(int_t, "post_events", "?", 1L)],119 type = "state-assertion commands",120 short = "open a state assertion file for comparing",121 doc = """122 Open a state assertion file to compare it to the current execution.<br/>123 - <i>name</i> is the name of the object. A default name in saX is provided if none is given.<br/>124 - <i>file</i> is the name of the state assertion file<br/>125 - <i>compression</i> is the compression used on the file (none, bz2, gz)126 - <i>post_events</i>127 """, filename="/mp/simics-3.0/src/extensions/state-assertion/commands.py", linenumber="131")128def state_assertion_open_server(port, compression, name, postev):129 name = get_sa_name(name)130 compr_nb = get_sa_compr(compression)131 if compr_nb == 0:132 compr_nb = 1133 sa = SIM_new_object("state-assertion", name)134 sa.open = ["", compr_nb, port, postev]135 print name, "connected. You should run start to begin the assertion process."136new_command("state-assertion-receive", state_assertion_open_server,137 [arg(int_t, "port", "?", 6666L),138 arg(str_t, "compression", "?", "none", expander = compr_expander),139 arg(str_t, "name", "?", ""),140 arg(int_t, "post_events", "?", 1L)],141 type = "state-assertion commands",142 short = "wait for a connection from a state assertion sender",143 doc = """144 Wait for a connection (state-assertion-connect) from a sender. The data received from the sender will be compared against the current execution.<br/>145 - <i>port</i> indicates where simics should wait for the connection<br/>146 - <i>compression</i> is the compression used on the file (none, bz2, gz)147 - <i>name</i> is the name of the object. A default name in saX is provided if none is given.<br/>148 """, filename="/mp/simics-3.0/src/extensions/state-assertion/commands.py", linenumber="156")149# add an conf object for assertion150def state_assertion_add_cmd(sa, obj, steps, type, attr):151 sa.add = [obj, steps, type, attr];152new_command("add", state_assertion_add_cmd,153 [arg(str_t, "object-name", expander = conf_object_expander),154 arg(int_t, "steps"),155 arg(int_t, "type", "?", 1),156 arg(str_t, "attribute", "?", "")],157 type = "state-assertion commands",158 short = "add an object to be asserted",159 namespace = "state-assertion",160 doc = """161 Add an object to a state assertion file so its state will be recorded.<br/>162 - <i>obj</i> is the name of the object to be added.<br/>163 - <i>steps</i> is the number of steps between each save.<br/>164 - <i>type</i> is the type of state saved in the file (for devices that provide several, the most complete state is saved by default). IA64 cpus have two states, 1 is system-level, 2 is user-level (without CR, PSR, RR)<br/>165 - <i>attribute</i> is the attribute to save. If specified, the save_state interface is not used and the attribute is saved instead. This is useful for object having no save_state interface.166 """, filename="/mp/simics-3.0/src/extensions/state-assertion/commands.py", linenumber="174")167# add an conf object for assertion168def state_assertion_add_mem_lis_cmd(sa, memory_space):169 sa.addmemlis = [memory_space]170new_command("add-mem-lis", state_assertion_add_mem_lis_cmd,171 [arg(str_t, "memory_space")],172 type = "state-assertion commands",173 short = "add a memory listener on the specified memory space",174 namespace = "state-assertion",175 doc = """176 Add a memory listener to a memory space so that all memory transactions will be recorded in the file.<br/>177 - <i>memory_space</i> is the name of the memory space to listen to.<br/>178 - <i>-o</i> allows state-assertion to take over an existing memory hierarchy.<br/>179 """, filename="/mp/simics-3.0/src/extensions/state-assertion/commands.py", linenumber="194")180# fforward an assertion file181def state_assertion_ff_cmd(sa, obj, steps):182 sa.fforward = [obj, steps];183new_command("fforward", state_assertion_ff_cmd,184 [arg(str_t, "object-name", expander = conf_object_expander),185 arg(int_t, "steps")],186 type = "state-assertion commands",187 short = "fast-forward a state assertion file when comparing",188 namespace = "state-assertion",189 doc = """190 Fast-forward a state assertion file. The contents of the file are ignored until the object <i>obj</i> has skipped <i>steps</i> steps. The simulation is not fast-forwarded. Other objects in the file are fast-forwarded along.191 """, filename="/mp/simics-3.0/src/extensions/state-assertion/commands.py", linenumber="213")192# start trace assertion193def state_assertion_start_cmd(sa):194 sa.start = 1195new_command("start", state_assertion_start_cmd,196 [],197 type = "state-assertion commands",198 short = "start trace asserting/comparing",199 namespace = "state-assertion",200 doc = """201 Start the recording/comparison.202 """, filename="/mp/simics-3.0/src/extensions/state-assertion/commands.py", linenumber="227")203# stop trace assertion204def state_assertion_stop_cmd(sa):205 sa.stop = 1206new_command("stop", state_assertion_stop_cmd,207 [],208 type = "state-assertion commands",209 short = "stop trace asserting/comparing and close the file",210 namespace = "state-assertion",211 doc = """212 Stop the recording/comparison, flush the buffers and close the file.213 """, filename="/mp/simics-3.0/src/extensions/state-assertion/commands.py", linenumber="240")214# stop trace assertion215def state_assertion_info_cmd(sa):216 sa.info = 1217new_command("info", state_assertion_info_cmd,218 [],219 type = "state-assertion commands",220 short = "provide information about the state assertion",221 namespace = "state-assertion",222 doc = """223 Describe the state assertion performed by the current object.224 """, filename="/mp/simics-3.0/src/extensions/state-assertion/commands.py", linenumber="253")225# stop trace assertion226def state_assertion_status_cmd(sa):227 sa.status = 1228new_command("status", state_assertion_status_cmd,229 [],230 type = "state-assertion commands",231 short = "provide the status of the current state assertion",232 namespace = "state-assertion",233 doc = """234 Describe the status of the state assertion performed by the235 current object.236 """, filename="/mp/simics-3.0/src/extensions/state-assertion/commands.py", linenumber="267")237# simple record238def state_assertion_record(file, compression, object, steps, type):239 sa = state_assertion_cf_common(file, compression, "", 8, 1)240 state_assertion_add_cmd(sa, object, steps, type, "")241 state_assertion_start_cmd(sa)242new_command("state-assertion-simple-record", state_assertion_record,243 [arg(str_t, "file", "?", temp_filename),244 arg(str_t, "compression", "?", "guess", expander = compr_expander),245 arg(str_t, "object-name", "?", "cpu0",246 expander = conf_object_expander),247 arg(int_t, "steps", "?", 1),248 arg(int_t, "type", "?", 1)], 249 type = "state-assertion commands",250 short = "record the state of an object every x steps",251 doc = """252Create a file (by default /tmp/state-assertion-$USER.gz) and save the state253of <i>object</i> every <i>steps</i> steps. You just have to run 'c' afterwards254to begin the recording.<br/> <i>object</i> is the simics object whose state255will be recorded. <i>steps</i> is the number of steps256between each state recording (default is 1).""", filename="/mp/simics-3.0/src/extensions/state-assertion/commands.py", linenumber="283")257# simple assert258def state_assertion_assert(file, compression, post):259 sa = state_assertion_of_common(file, compression, "", post)260 state_assertion_start_cmd(sa)261new_command("state-assertion-simple-assert", state_assertion_assert,262 [arg(filename_t(), "file", "?", temp_filename),263 arg(str_t, "compression", "?", "guess", expander = compr_expander),264 arg(int_t, "post_event", "?", 1)],265 type = "state-assertion commands",266 short = "assert the file",267 doc = """268 This command asserts the current run against the file. You just have to run 'c' afterwards to begin the assertion process....

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file.py

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1# Copyright (C) 2014 The Android Open Source Project2#3# Licensed under the Apache License, Version 2.0 (the "License");4# you may not use this file except in compliance with the License.5# You may obtain a copy of the License at6#7# http://www.apache.org/licenses/LICENSE-2.08#9# Unless required by applicable law or agreed to in writing, software10# distributed under the License is distributed on an "AS IS" BASIS,11# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.12# See the License for the specific language governing permissions and13# limitations under the License.14from collections import namedtuple15from common.immutables import ImmutableDict16from common.logger import Logger17from file_format.c1visualizer.struct import C1visualizerFile, C1visualizerPass18from file_format.checker.struct import CheckerFile, TestCase, TestAssertion19from match.line import MatchLines, EvaluateLine20MatchScope = namedtuple("MatchScope", ["start", "end"])21MatchInfo = namedtuple("MatchInfo", ["scope", "variables"])22class MatchFailedException(Exception):23 def __init__(self, assertion, lineNo, variables):24 self.assertion = assertion25 self.lineNo = lineNo26 self.variables = variables27def splitIntoGroups(assertions):28 """ Breaks up a list of assertions, grouping instructions which should be29 tested in the same scope (consecutive DAG and NOT instructions).30 """31 splitAssertions = []32 lastVariant = None33 for assertion in assertions:34 if (assertion.variant == lastVariant and35 assertion.variant in [TestAssertion.Variant.DAG, TestAssertion.Variant.Not]):36 splitAssertions[-1].append(assertion)37 else:38 splitAssertions.append([assertion])39 lastVariant = assertion.variant40 return splitAssertions41def findMatchingLine(assertion, c1Pass, scope, variables, excludeLines=[]):42 """ Finds the first line in `c1Pass` which matches `assertion`.43 Scan only lines numbered between `scope.start` and `scope.end` and not on the44 `excludeLines` list.45 Returns the index of the `c1Pass` line matching the assertion and variables46 values after the match.47 Raises MatchFailedException if no such `c1Pass` line can be found.48 """49 for i in range(scope.start, scope.end):50 if i in excludeLines: continue51 newVariables = MatchLines(assertion, c1Pass.body[i], variables)52 if newVariables is not None:53 return MatchInfo(MatchScope(i, i), newVariables)54 raise MatchFailedException(assertion, scope.start, variables)55def matchDagGroup(assertions, c1Pass, scope, variables):56 """ Attempts to find matching `c1Pass` lines for a group of DAG assertions.57 Assertions are matched in the list order and variable values propagated. Only58 lines in `scope` are scanned and each line can only match one assertion.59 Returns the range of `c1Pass` lines covered by this group (min/max of matching60 line numbers) and the variable values after the match of the last assertion.61 Raises MatchFailedException when an assertion cannot be satisfied.62 """63 matchedLines = []64 for assertion in assertions:65 assert assertion.variant == TestAssertion.Variant.DAG66 match = findMatchingLine(assertion, c1Pass, scope, variables, matchedLines)67 variables = match.variables68 assert match.scope.start == match.scope.end69 assert match.scope.start not in matchedLines70 matchedLines.append(match.scope.start)71 return MatchInfo(MatchScope(min(matchedLines), max(matchedLines)), variables)72def testNotGroup(assertions, c1Pass, scope, variables):73 """ Verifies that none of the given NOT assertions matches a line inside74 the given `scope` of `c1Pass` lines.75 Raises MatchFailedException if an assertion matches a line in the scope.76 """77 for i in range(scope.start, scope.end):78 line = c1Pass.body[i]79 for assertion in assertions:80 assert assertion.variant == TestAssertion.Variant.Not81 if MatchLines(assertion, line, variables) is not None:82 raise MatchFailedException(assertion, i, variables)83def testEvalGroup(assertions, scope, variables):84 for assertion in assertions:85 if not EvaluateLine(assertion, variables):86 raise MatchFailedException(assertion, scope.start, variables)87def MatchTestCase(testCase, c1Pass):88 """ Runs a test case against a C1visualizer graph dump.89 Raises MatchFailedException when an assertion cannot be satisfied.90 """91 assert testCase.name == c1Pass.name92 matchFrom = 093 variables = ImmutableDict()94 c1Length = len(c1Pass.body)95 # NOT assertions are verified retrospectively, once the scope is known.96 pendingNotAssertions = None97 # Prepare assertions by grouping those that are verified in the same scope.98 # We also add None as an EOF assertion that will set scope for NOTs.99 assertionGroups = splitIntoGroups(testCase.assertions)100 assertionGroups.append(None)101 for assertionGroup in assertionGroups:102 if assertionGroup is None:103 # EOF marker always matches the last+1 line of c1Pass.104 match = MatchInfo(MatchScope(c1Length, c1Length), None)105 elif assertionGroup[0].variant == TestAssertion.Variant.Not:106 # NOT assertions will be tested together with the next group.107 assert not pendingNotAssertions108 pendingNotAssertions = assertionGroup109 continue110 elif assertionGroup[0].variant == TestAssertion.Variant.InOrder:111 # Single in-order assertion. Find the first line that matches.112 assert len(assertionGroup) == 1113 scope = MatchScope(matchFrom, c1Length)114 match = findMatchingLine(assertionGroup[0], c1Pass, scope, variables)115 elif assertionGroup[0].variant == TestAssertion.Variant.NextLine:116 # Single next-line assertion. Test if the current line matches.117 assert len(assertionGroup) == 1118 scope = MatchScope(matchFrom, matchFrom + 1)119 match = findMatchingLine(assertionGroup[0], c1Pass, scope, variables)120 elif assertionGroup[0].variant == TestAssertion.Variant.DAG:121 # A group of DAG assertions. Match them all starting from the same point.122 scope = MatchScope(matchFrom, c1Length)123 match = matchDagGroup(assertionGroup, c1Pass, scope, variables)124 else:125 assert assertionGroup[0].variant == TestAssertion.Variant.Eval126 scope = MatchScope(matchFrom, c1Length)127 testEvalGroup(assertionGroup, scope, variables)128 continue129 if pendingNotAssertions:130 # Previous group were NOT assertions. Make sure they don't match any lines131 # in the [matchFrom, match.start) scope.132 scope = MatchScope(matchFrom, match.scope.start)133 testNotGroup(pendingNotAssertions, c1Pass, scope, variables)134 pendingNotAssertions = None135 # Update state.136 assert matchFrom <= match.scope.end137 matchFrom = match.scope.end + 1138 variables = match.variables139def MatchFiles(checkerFile, c1File, targetArch, debuggableMode):140 for testCase in checkerFile.testCases:141 if testCase.testArch not in [None, targetArch]:142 continue143 if testCase.forDebuggable != debuggableMode:144 continue145 # TODO: Currently does not handle multiple occurrences of the same group146 # name, e.g. when a pass is run multiple times. It will always try to147 # match a check group against the first output group of the same name.148 c1Pass = c1File.findPass(testCase.name)149 if c1Pass is None:150 Logger.fail("Test case not found in the CFG file",151 testCase.fileName, testCase.startLineNo, testCase.name)152 Logger.startTest(testCase.name)153 try:154 MatchTestCase(testCase, c1Pass)155 Logger.testPassed()156 except MatchFailedException as e:157 lineNo = c1Pass.startLineNo + e.lineNo158 if e.assertion.variant == TestAssertion.Variant.Not:159 msg = "NOT assertion matched line {}"160 else:161 msg = "Assertion could not be matched starting from line {}"162 msg = msg.format(lineNo)...

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badge_assertion.py

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1# coding: utf-82from datetime import date, datetime3from typing import List, Dict, Type4from openapi_server.models.base_model_ import Model5from openapi_server.models.badge_assertion_recipient import BadgeAssertionRecipient6from openapi_server import util7class BadgeAssertion(Model):8 """NOTE: This class is auto generated by OpenAPI Generator (https://openapi-generator.tech).9 Do not edit the class manually.10 """11 def __init__(self, open_badge_id: str=None, created_at: datetime=None, created_by: str=None, badge_class: str=None, issuer: str=None, image: str=None, recipient: BadgeAssertionRecipient=None, issued_on: datetime=None):12 """BadgeAssertion - a model defined in OpenAPI13 :param open_badge_id: The open_badge_id of this BadgeAssertion.14 :param created_at: The created_at of this BadgeAssertion.15 :param created_by: The created_by of this BadgeAssertion.16 :param badge_class: The badge_class of this BadgeAssertion.17 :param issuer: The issuer of this BadgeAssertion.18 :param image: The image of this BadgeAssertion.19 :param recipient: The recipient of this BadgeAssertion.20 :param issued_on: The issued_on of this BadgeAssertion.21 """22 self.openapi_types = {23 'open_badge_id': str,24 'created_at': datetime,25 'created_by': str,26 'badge_class': str,27 'issuer': str,28 'image': str,29 'recipient': BadgeAssertionRecipient,30 'issued_on': datetime31 }32 self.attribute_map = {33 'open_badge_id': 'openBadgeID',34 'created_at': 'createdAt',35 'created_by': 'createdBy',36 'badge_class': 'badgeClass',37 'issuer': 'issuer',38 'image': 'image',39 'recipient': 'recipient',40 'issued_on': 'issuedOn'41 }42 self._open_badge_id = open_badge_id43 self._created_at = created_at44 self._created_by = created_by45 self._badge_class = badge_class46 self._issuer = issuer47 self._image = image48 self._recipient = recipient49 self._issued_on = issued_on50 @classmethod51 def from_dict(cls, dikt: dict) -> 'BadgeAssertion':52 """Returns the dict as a model53 :param dikt: A dict.54 :return: The BadgeAssertion of this BadgeAssertion.55 """56 return util.deserialize_model(dikt, cls)57 @property58 def open_badge_id(self):59 """Gets the open_badge_id of this BadgeAssertion.60 :return: The open_badge_id of this BadgeAssertion.61 :rtype: str62 """63 return self._open_badge_id64 @open_badge_id.setter65 def open_badge_id(self, open_badge_id):66 """Sets the open_badge_id of this BadgeAssertion.67 :param open_badge_id: The open_badge_id of this BadgeAssertion.68 :type open_badge_id: str69 """70 self._open_badge_id = open_badge_id71 @property72 def created_at(self):73 """Gets the created_at of this BadgeAssertion.74 :return: The created_at of this BadgeAssertion.75 :rtype: datetime76 """77 return self._created_at78 @created_at.setter79 def created_at(self, created_at):80 """Sets the created_at of this BadgeAssertion.81 :param created_at: The created_at of this BadgeAssertion.82 :type created_at: datetime83 """84 self._created_at = created_at85 @property86 def created_by(self):87 """Gets the created_by of this BadgeAssertion.88 :return: The created_by of this BadgeAssertion.89 :rtype: str90 """91 return self._created_by92 @created_by.setter93 def created_by(self, created_by):94 """Sets the created_by of this BadgeAssertion.95 :param created_by: The created_by of this BadgeAssertion.96 :type created_by: str97 """98 self._created_by = created_by99 @property100 def badge_class(self):101 """Gets the badge_class of this BadgeAssertion.102 :return: The badge_class of this BadgeAssertion.103 :rtype: str104 """105 return self._badge_class106 @badge_class.setter107 def badge_class(self, badge_class):108 """Sets the badge_class of this BadgeAssertion.109 :param badge_class: The badge_class of this BadgeAssertion.110 :type badge_class: str111 """112 self._badge_class = badge_class113 @property114 def issuer(self):115 """Gets the issuer of this BadgeAssertion.116 :return: The issuer of this BadgeAssertion.117 :rtype: str118 """119 return self._issuer120 @issuer.setter121 def issuer(self, issuer):122 """Sets the issuer of this BadgeAssertion.123 :param issuer: The issuer of this BadgeAssertion.124 :type issuer: str125 """126 self._issuer = issuer127 @property128 def image(self):129 """Gets the image of this BadgeAssertion.130 :return: The image of this BadgeAssertion.131 :rtype: str132 """133 return self._image134 @image.setter135 def image(self, image):136 """Sets the image of this BadgeAssertion.137 :param image: The image of this BadgeAssertion.138 :type image: str139 """140 self._image = image141 @property142 def recipient(self):143 """Gets the recipient of this BadgeAssertion.144 :return: The recipient of this BadgeAssertion.145 :rtype: BadgeAssertionRecipient146 """147 return self._recipient148 @recipient.setter149 def recipient(self, recipient):150 """Sets the recipient of this BadgeAssertion.151 :param recipient: The recipient of this BadgeAssertion.152 :type recipient: BadgeAssertionRecipient153 """154 self._recipient = recipient155 @property156 def issued_on(self):157 """Gets the issued_on of this BadgeAssertion.158 :return: The issued_on of this BadgeAssertion.159 :rtype: datetime160 """161 return self._issued_on162 @issued_on.setter163 def issued_on(self, issued_on):164 """Sets the issued_on of this BadgeAssertion.165 :param issued_on: The issued_on of this BadgeAssertion.166 :type issued_on: datetime167 """...

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test_tap.py

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1from django.utils import unittest2from djangojs.tap import TapParser, TapTest, TapModule, TapAssertion3class TapAssertionTest(unittest.TestCase):4 def test_parse_ok(self):5 '''Should parse a simple OK assertion'''6 assertion = TapAssertion.parse('ok 1')7 self.assertIsNotNone(assertion)8 self.assertEqual(assertion.num, 1)9 self.assertEqual(assertion.success, True)10 self.assertEqual(assertion.parsed_indent, '')11 self.assertEqual(assertion.message, None)12 self.assertEqual(assertion.expected, None)13 self.assertEqual(assertion.got, None)14 self.assertListEqual(assertion.stack, [])15 def test_parse_not_ok(self):16 '''Should parse a simple NOT OK assertion'''17 assertion = TapAssertion.parse('not ok 2')18 self.assertIsNotNone(assertion)19 self.assertEqual(assertion.num, 2)20 self.assertEqual(assertion.success, False)21 self.assertEqual(assertion.parsed_indent, '')22 self.assertEqual(assertion.message, None)23 self.assertEqual(assertion.expected, None)24 self.assertEqual(assertion.got, None)25 self.assertListEqual(assertion.stack, [])26 def test_parse_ok_with_message(self):27 '''Should parse an OK assertion with message'''28 assertion = TapAssertion.parse('ok 284 - I should be equal to me.')29 self.assertIsNotNone(assertion)30 self.assertEqual(assertion.num, 284)31 self.assertEqual(assertion.success, True)32 self.assertEqual(assertion.parsed_indent, '')33 self.assertEqual(assertion.message, 'I should be equal to me.')34 self.assertEqual(assertion.expected, None)35 self.assertEqual(assertion.got, None)36 self.assertListEqual(assertion.stack, [])37 def test_parse_not_ok_with_message(self):38 '''Should parse a NOT OK assertion with message'''39 assertion = TapAssertion.parse('not ok 284 - I should be equal to me.')40 self.assertIsNotNone(assertion)41 self.assertEqual(assertion.num, 284)42 self.assertEqual(assertion.success, False)43 self.assertEqual(assertion.parsed_indent, '')44 self.assertEqual(assertion.message, 'I should be equal to me.')45 self.assertEqual(assertion.expected, None)46 self.assertEqual(assertion.got, None)47 self.assertListEqual(assertion.stack, [])48 def test_parse_not_ok_with_source(self):49 '''Should parse a NOT OK assertion with message and source'''50 line = (51 'not ok 298 - reset should not modify test status, '52 'source: at http://localhost:8000/static/js/test/libs/qunit.js:435'53 )54 assertion = TapAssertion.parse(line)55 self.assertIsNotNone(assertion)56 self.assertEqual(assertion.num, 298)57 self.assertEqual(assertion.success, False)58 self.assertEqual(assertion.parsed_indent, '')59 self.assertEqual(assertion.message, 'reset should not modify test status')60 self.assertEqual(assertion.expected, None)61 self.assertEqual(assertion.got, None)62 self.assertListEqual(assertion.stack, ['http://localhost:8000/static/js/test/libs/qunit.js:435'])63 def test_parse_not_ok_with_expectations(self):64 '''Should parse a NOT OK assertion with expectations'''65 line = "not ok 42 - expected: 'something', got: 'something else'"66 assertion = TapAssertion.parse(line)67 self.assertIsNotNone(assertion)68 self.assertEqual(assertion.num, 42)69 self.assertEqual(assertion.success, False)70 self.assertEqual(assertion.parsed_indent, '')71 self.assertEqual(assertion.message, None)72 self.assertEqual(assertion.expected, 'something')73 self.assertEqual(assertion.got, 'something else')74 self.assertListEqual(assertion.stack, [])75 def test_parse_not_ok_with_all(self):76 '''Should parse a NOT OK assertion with all extras'''77 line = (78 "not ok 42 - reset should not modify test status, "79 "expected: 'something', got: 'something else', "80 "source: at http://localhost:8000/static/js/test/libs/qunit.js:435"81 )82 assertion = TapAssertion.parse(line)83 self.assertIsNotNone(assertion)84 self.assertEqual(assertion.num, 42)85 self.assertEqual(assertion.success, False)86 self.assertEqual(assertion.parsed_indent, '')87 self.assertEqual(assertion.message, 'reset should not modify test status')88 self.assertEqual(assertion.expected, 'something')89 self.assertEqual(assertion.got, 'something else')90 self.assertListEqual(assertion.stack, ['http://localhost:8000/static/js/test/libs/qunit.js:435'])91class TapTestTest(unittest.TestCase):92 def test_parse_test(self):93 '''Should parse a test statement'''94 line = '# test: This is a test'95 test = TapTest.parse(line)96 self.assertEqual(test.name, 'This is a test')97 self.assertEqual(test.parsed_indent, '')98class TapModuleTest(unittest.TestCase):99 def test_parse_module(self):100 '''Should parse a module statement'''101 line = '# module: This is a module'102 module = TapModule.parse(line)103 self.assertEqual(module.name, 'This is a module')104 self.assertEqual(module.parsed_indent, '')105class TapParserTest(unittest.TestCase):106 def test_single_test(self):107 '''Should parse a test and its children'''108 # import ipdb; ipdb.set_trace()109 parser = TapParser(TapAssertion)110 output = '''111# test: should be defined112ok 1113not ok 2114 '''115 items = list(parser.parse(output.splitlines()))116 self.assertIsInstance(items[0], TapTest)117 self.assertIsInstance(items[1], TapAssertion)118 self.assertIsInstance(items[2], TapAssertion)119 def test_single_module(self):120 '''Should parse a module and its children'''121 parser = TapParser(TapAssertion)122 output = '''123# module: This is a module124# test: should be defined125ok 1126 '''127 items = list(parser.parse(output.splitlines()))128 self.assertIsInstance(items[0], TapModule)129 self.assertIsInstance(items[1], TapTest)...

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test_bulk_assertions.py

Source:test_bulk_assertions.py Github

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...43class TestBulkAssertionTestCase(BulkAssertionTest):44 # We have to use assertion methods from the base UnitTest class,45 # so we make a number of super calls that skip BulkAssertionTest.46 # pylint: disable=bad-super-call47 def _run_assertion(self, assertion_tuple):48 """49 Run the supplied tuple of (assertion, *args) as a method on this class.50 """51 assertion, args = assertion_tuple[0], assertion_tuple[1:]52 getattr(self, assertion)(*args)53 def _raw_assert(self, assertion_name, *args, **kwargs):54 """55 Run an un-modified assertion.56 """57 # Use super(BulkAssertionTest) to make sure we get un-adulturated assertions58 return getattr(super(BulkAssertionTest, self), 'assert' + assertion_name)(*args, **kwargs)59 @ddt.data(*(STATIC_PASSING_ASSERTIONS + CONTEXT_PASSING_ASSERTIONS))60 def test_passing_asserts_passthrough(self, assertion_tuple):61 self._run_assertion(assertion_tuple)62 @ddt.data(*(STATIC_FAILING_ASSERTIONS + CONTEXT_FAILING_ASSERTIONS))63 def test_failing_asserts_passthrough(self, assertion_tuple):64 with self._raw_assert('Raises', AssertionError) as context:65 self._run_assertion(assertion_tuple)66 self._raw_assert('NotIsInstance', context.exception, BulkAssertionError)67 @ddt.data(*CONTEXT_PASSING_ASSERTIONS)68 @ddt.unpack69 def test_passing_context_assertion_passthrough(self, assertion, *args):70 assertion_args = []71 args = list(args)72 exception = args.pop(0)73 while not callable(args[0]):74 assertion_args.append(args.pop(0))75 function = args.pop(0)76 with getattr(self, assertion)(exception, *assertion_args):77 function(*args)78 @ddt.data(*CONTEXT_FAILING_ASSERTIONS)79 @ddt.unpack80 def test_failing_context_assertion_passthrough(self, assertion, *args):81 assertion_args = []82 args = list(args)83 exception = args.pop(0)84 while not callable(args[0]):85 assertion_args.append(args.pop(0))86 function = args.pop(0)87 with self._raw_assert('Raises', AssertionError) as context:88 with getattr(self, assertion)(exception, *assertion_args):89 function(*args)90 self._raw_assert('NotIsInstance', context.exception, BulkAssertionError)91 @ddt.data(*list(itertools.product(92 CONTEXT_PASSING_ASSERTIONS,93 CONTEXT_FAILING_ASSERTIONS,94 CONTEXT_FAILING_ASSERTIONS95 )))96 @ddt.unpack97 def test_bulk_assert(self, passing_assertion, failing_assertion1, failing_assertion2):98 contextmanager = self.bulk_assertions()99 contextmanager.__enter__()100 self._run_assertion(passing_assertion)101 self._run_assertion(failing_assertion1)102 self._run_assertion(failing_assertion2)103 with self._raw_assert('Raises', BulkAssertionError) as context:104 contextmanager.__exit__(None, None, None)105 self._raw_assert('Equals', len(context.exception.errors), 2)106 @ddt.data(*list(itertools.product(107 CONTEXT_FAILING_ASSERTIONS108 )))109 @ddt.unpack110 def test_nested_bulk_asserts(self, failing_assertion):111 with self._raw_assert('Raises', BulkAssertionError) as context:112 with self.bulk_assertions():113 self._run_assertion(failing_assertion)114 with self.bulk_assertions():115 self._run_assertion(failing_assertion)116 self._run_assertion(failing_assertion)117 self._raw_assert('Equal', len(context.exception.errors), 3)118 @ddt.data(*list(itertools.product(119 CONTEXT_PASSING_ASSERTIONS,120 CONTEXT_FAILING_ASSERTIONS,121 CONTEXT_FAILING_ASSERTIONS122 )))123 @ddt.unpack124 def test_bulk_assert_closed(self, passing_assertion, failing_assertion1, failing_assertion2):125 with self._raw_assert('Raises', BulkAssertionError) as context:126 with self.bulk_assertions():127 self._run_assertion(passing_assertion)128 self._run_assertion(failing_assertion1)129 self._raw_assert('Equals', len(context.exception.errors), 1)130 with self._raw_assert('Raises', AssertionError) as context:131 self._run_assertion(failing_assertion2)...

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simple.py

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1from veripy.assertions.support import AssertionCounter, AssertionFailedError2def assertEqual(expected, actual, message=''):3 AssertionCounter.incr()4 if expected != actual:5 raise AssertionFailedError(message == '' and 'expected ' + str(expected) + ' got ' + str(actual) or message)6 else:7 return True8def assertNotEqual(expected, actual, message=''):9 AssertionCounter.incr()10 11 if expected == actual:12 raise AssertionFailedError(message == '' and 'expected not ' + str(expected) + ' got ' + str(actual) or message)13 else:14 return True15def assertGreaterThan(expected, actual, message=''):16 AssertionCounter.incr()17 18 if expected >= actual:19 raise AssertionFailedError(message == '' and 'expected ' + str(actual) + ' to be greater than ' + str(expected) or message)20 else:21 return True22def assertGreaterThanOrEqualTo(expected, actual, message=''):23 AssertionCounter.incr()24 if expected > actual:25 raise AssertionFailedError(message == '' and 'expected ' + str(actual) + ' to be greater than or equal to ' + str(expected) or message)26 else:27 return True28def assertLessThan(expected, actual, message=''):29 AssertionCounter.incr()30 31 if expected <= actual:32 raise AssertionFailedError(message == '' and 'expected ' + str(actual) + ' to be less than ' + str(expected) or message)33 else:34 return True35def assertLessThanOrEqualTo(expected, actual, message=''):36 AssertionCounter.incr()37 38 if expected < actual:39 raise AssertionFailedError(message == '' and 'expected ' + str(actual) + ' to be less than or equal to ' + str(expected) or message)40 else:41 return True42def assertNone(actual, message=''):43 AssertionCounter.incr()44 45 if not actual == None:46 raise AssertionFailedError(message == '' and 'expected ' + str(actual) + ' to be None' or message)47 else:48 return True49def assertNotNone(actual, message=''):50 AssertionCounter.incr()51 if not actual != None:52 raise AssertionFailedError(message == '' and 'expected ' + str(actual) + ' to not be None' or message)53 else:54 return True55def assertTrue(actual, message=''):56 AssertionCounter.incr()57 58 if actual != True:59 raise AssertionFailedError(message == '' and 'expected ' + str(actual) + ' to be True' or message)60 else:61 return True62def assertFalse(actual, message=''):63 AssertionCounter.incr()64 if actual != False:65 raise AssertionFailedError(message == '' and 'expected ' + str(actual) + ' to be False' or message)66 else:67 return True68def fail(message=''):69 AssertionCounter.incr()...

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test_assertions.py

Source:test_assertions.py Github

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...3class Response(object):4 def __init__(self, content):5 self.content = content6class TestAssertions(unittest.TestCase):7 def test_empty_assertion(self):8 self.assertFalse(check_assertion('empty', 'AA'))9 self.assertFalse(check_assertion('empty', '12'))10 self.assertFalse(check_assertion('empty', '1'))11 self.assertFalse(check_assertion('empty', '0'))12 self.assertFalse(check_assertion('empty', 0))13 self.assertTrue(check_assertion('empty', ''))14 self.assertTrue(check_assertion('empty', None))15 def test_notempty_assertion(self):16 self.assertTrue(check_assertion('notempty', 'AA'))17 self.assertTrue(check_assertion('notempty', '12'))18 self.assertTrue(check_assertion('notempty', '1'))19 self.assertTrue(check_assertion('notempty', '0'))20 self.assertTrue(check_assertion('notempty', 0))21 self.assertFalse(check_assertion('notempty', ''))22 self.assertFalse(check_assertion('notempty', None))23 def test_in_assertion(self):24 self.assertTrue(check_assertion('in 1,2,3,4', 1))25 self.assertTrue(check_assertion('in 1,2,3,4', 2))26 self.assertTrue(check_assertion('in 1,2,3,4', 3))27 self.assertTrue(check_assertion('in 1,2,3,4', 4))28 self.assertTrue(check_assertion('in 1,2,3,4', '4'))29 self.assertFalse(check_assertion('in 1,2,3,4', 6))30 self.assertFalse(check_assertion('in 1,2,3,4', '6'))31 def test_notin_assertion(self):32 self.assertFalse(check_assertion('notin 1,2,3,4', 1))33 self.assertFalse(check_assertion('notin 1,2,3,4', 2))34 self.assertFalse(check_assertion('notin 1,2,3,4', 3))35 self.assertFalse(check_assertion('notin 1,2,3,4', 4))36 self.assertFalse(check_assertion('notin 1,2,3,4', '4'))37 self.assertTrue(check_assertion('notin 1,2,3,4', 6))38 self.assertTrue(check_assertion('notin 1,2,3,4', '6'))39if __name__ == '__main__':...

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Using AI Code Generation

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1var Apickli = require('apickli');2var {defineSupportCode} = require('cucumber');3defineSupportCode(function({Before}) {4 Before(function() {5 this.apickli = new Apickli.Apickli('http', 'localhost:8000');6 });7});8var {defineSupportCode} = require('cucumber');9defineSupportCode(function({Given, Then}) {10 Given('I have a request', function(callback) {11 this.apickli.get('/test', function(err, res) {12 if (err) {13 callback(err);14 } else {15 callback();16 }17 });18 });19 Then('I expect status code to be {int}', function(statusCode, callback) {20 this.apickli.assertResponseCode(statusCode);21 callback();22 });23});241 scenario (1 passed)253 steps (3 passed)261 scenario (1 passed)273 steps (3 passed)

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Using AI Code Generation

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1var assert = require('assert');2var apickli = require('apickli');3var {defineSupportCode} = require('cucumber');4var apickli = new apickli.Apickli('http', 'localhost:8000');5defineSupportCode(function({Given,When,Then}) {6 Given('I set header Accept to application/json', function (callback) {7 this.apickli.addRequestHeader('Accept', 'application/json');8 callback();9 });10 When('I GET /test', function (callback) {11 this.apickli.get('/test', callback);12 });13 Then('I should get HTTP response code 200', function (callback) {14 assert.equal(this.apickli.getResponseObject().statusCode, 200);15 callback();16 });17});18var apickli = require('apickli');19var {defineSupportCode} = require('cucumber');20var apickli = new apickli.Apickli('http', 'localhost:8000');21defineSupportCode(function({Given,When,Then}) {22 Given('I set header Accept to application/json', function (callback) {23 this.apickli.addRequestHeader('Accept', 'application/json');24 callback();25 });26 When('I GET /test', function (callback) {27 this.apickli.get('/test', callback);28 });29 Then('I should get HTTP response code 200', function (callback) {30 this.apickli.assertResponseCode(200);31 callback();32 });33});

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Using AI Code Generation

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1var apickli = require('apickli');2var {defineSupportCode} = require('cucumber');3defineSupportCode(function({Given, When, Then}) {4 Given('I set header Accept to application/json', function(callback) {5 this.apickli.addRequestHeader('Accept', 'application/json');6 callback();7 });8 When('I GET /api/1', function(callback) {9 });10 Then('the response code is 200', function(callback) {11 this.apickli.assertResponseCode(200);12 callback();13 });14});151 scenario (1 passed)163 steps (3 passed)

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Using AI Code Generation

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1var apickli = require('apickli');2var {defineSupportCode} = require('cucumber');3var assert = require('assert');4defineSupportCode(function({Given, When, Then}) {5 Given('I have a variable set to {int}', function (number, callback) {6 this.apickli.setGlobalVariable('number', number);7 callback();8 });9 When('I increment the variable by {int}', function (number, callback) {10 this.apickli.setGlobalVariable('number', this.apickli.getGlobalVariable('number') + number);11 callback();12 });13 Then('the variable should contain {int}', function (number, callback) {14 assert.equal(this.apickli.getGlobalVariable('number'), number);15 callback();16 });17});

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Using AI Code Generation

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1var Apickli = require('apickli');2var apickli = new Apickli();3var assert = require('assert');4module.exports = function () {5 this.Given(/^I set header (.*) to (.*)$/, function (headerName, headerValue, callback) {6 apickli.addRequestHeader(headerName, headerValue);7 callback();8 });9 this.When(/^I send (.*) request to (.*)$/, function (method, path, callback) {10 apickli.httpRequest(method, path, callback);11 });12 this.Then(/^response code should be (.*)$/, function (statusCode, callback) {13 assert.equal(apickli.getResponseObject().statusCode, statusCode);14 callback();15 });16};

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