How to use iterlists method in pyresttest

Best Python code snippet using pyresttest_python

euler061.py

Source:euler061.py

...29            return False30    if str(l[0])[:2] != last_two_digits:31        return False32    return True33def iterlists(lists: Dict[int, List[int]]) -> Generator:34    for p, l in lists.items():35        for e in l:36            yield p, e37if __name__ == '__main__':38    n_3 = 139    P_3 = triangle(n_3)40    n_4 = 141    P_4 = square(n_4)42    n_5 = 143    P_5 = pentagonal(n_5)44    n_6 = 145    P_6 = exagonal(n_6)46    n_7 = 147    P_7 = heptagonal(n_7)48    n_8 = 149    P_8 = octagonal(n_8)50    P_3s = []51    while P_3 < 1000:52        n_3 += 153        P_3 = triangle(n_3)54    P_3s.append(P_3)55    while P_3 < 10000:56        n_3 += 157        P_3 = triangle(n_3)58        if P_3 < 10000:59            P_3s.append(P_3)60    P_4s = []61    while P_4 < 1000:62        n_4 += 163        P_4 = square(n_4)64    P_4s.append(P_4)65    while P_4 < 10000:66        n_4 += 167        P_4 = square(n_4)68        if P_4 < 10000:69            P_4s.append(P_4)70    P_5s = []71    while P_5 < 1000:72        n_5 += 173        P_5 = pentagonal(n_5)74    P_5s.append(P_5)75    while P_5 < 10000:76        n_5 += 177        P_5 = pentagonal(n_5)78        if P_5 < 10000:79            P_5s.append(P_5)80    P_6s = []81    while P_6 < 1000:82        n_6 += 183        P_6 = exagonal(n_6)84    P_6s.append(P_6)85    while P_6 < 10000:86        n_6 += 187        P_6 = exagonal(n_6)88        if P_6 < 10000:89            P_6s.append(P_6)90    P_7s = []91    while P_7 < 1000:92        n_7 += 193        P_7 = heptagonal(n_7)94    P_7s.append(P_7)95    while P_7 < 10000:96        n_7 += 197        P_7 = heptagonal(n_7)98        if P_7 < 10000:99            P_7s.append(P_7)100    P_8s = []101    while P_8 < 1000:102        n_8 += 1103        P_8 = octagonal(n_8)104    P_8s.append(P_8)105    while P_8 < 10000:106        n_8 += 1107        P_8 = octagonal(n_8)108        if P_8 < 10000:109            P_8s.append(P_8)110    P = {111        3: P_3s,112        4: P_4s,113        5: P_5s,114        6: P_6s,115        7: P_7s,116        8: P_8s,117    }118    missing_p = {4, 5, 6, 7, 8}119    for a in P_3s:120        for b_id, b in iterlists({p: P[p] for p in missing_p}):121            if not is_linkable(a, b):122                continue123            missing_p.remove(b_id)124            for c_id, c in iterlists({p: P[p] for p in missing_p}):125                if not is_linkable(b, c):126                    continue127                missing_p.remove(c_id)128                for d_id, d in iterlists({p: P[p] for p in missing_p}):129                    if not is_linkable(c, d):130                        continue131                    missing_p.remove(d_id)132                    for e_id, e in iterlists({p: P[p] for p in missing_p}):133                        if not is_linkable(d, e):134                            continue135                        missing_p.remove(e_id)136                        for f_id, f in iterlists({p: P[p] for p in missing_p}):137                            if not is_linkable(e, f) or not is_linkable(f, a):138                                continue139                            print(f"Found! The sum is {sum([a, b, c, d, e, f])}.")140                            print(f"3: {a}.")141                            print(f"{b_id}: {b}.")142                            print(f"{c_id}: {c}.")143                            print(f"{d_id}: {d}.")144                            print(f"{e_id}: {e}.")145                            print(f"{f_id}: {f}.")146                        missing_p.add(e_id)147                    missing_p.add(d_id)148                missing_p.add(c_id)...

compat.py

Source:compat.py

...22    def iterkeys(d, **kwargs):23        return d.iterkeys(**kwargs)24    def iteritems(d, **kwargs):25        return d.iteritems(**kwargs)26    def iterlists(d, **kwargs):27        return d.iterlists(**kwargs)28    def unquote(*args, **kwargs): # noqa F81129        return unquote_core(*args, **kwargs)30else:31    import io32    import queue  # noqa F40133    from urllib import parse as urlparse  # noqa F40134    from urllib.error import HTTPError  # noqa F40135    StringIO = io.StringIO36    BytesIO = io.BytesIO37    string_types = (str,)38    integer_types = (int,)39    class_types = (type,)40    text_type = str41    binary_type = bytes42    list_type = list43    dict_type = dict44    def b(s):45        return s.encode("latin-1")46    def iterkeys(d, **kwargs):47        return iter(d.keys(**kwargs))48    def iteritems(d, **kwargs):49        return iter(d.items(**kwargs))50    def iterlists(d, **kwargs):51        return iter(d.lists(**kwargs))52    def unquote(*args, **kwargs):53        return urlparse.unquote(*args, **kwargs)54def multidict_to_dict(d):...

py2to3.py

Source:py2to3.py

...29    def itervalues(d, **kw):30        return iter(d.values(**kw))31    def iteritems(d, **kw):32        return iter(d.items(**kw))33    def iterlists(d, **kw):34        return iter(d.lists(**kw))35else:36    def iterkeys(d, **kw):37        return iter(d.iterkeys(**kw))38    def itervalues(d, **kw):39        return iter(d.itervalues(**kw))40    def iteritems(d, **kw):41        return iter(d.iteritems(**kw))42    def iterlists(d, **kw):43        return iter(d.iterlists(**kw))44def with_metaclass(meta, *bases):45    class metaclass(meta):46        def __new__(cls, name, this_bases, d):47            return meta(name, bases, d)...

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