How to use _is_number method in autotest

Best Python code snippet using autotest_python

my_math.py

Source:my_math.py

...6@author Adam KostolÃ¡nyi7@date 16.3.20228"""9import math10def _is_number(x):11    """!12    Check if x is number13    @param x number to check14    @return True if x is number15    """16    if type(x) is int or type(x) is float:17        return True18    return False19def _is_int(x):20    """!21    Check if x is integer even if x is float (5 -> True, 5.0 -> True, 5.1 -> False)22    @param x number to integer check23    @return True if x is integer24    """25    return isinstance(x, int) or (isinstance(x, float) and x.is_integer())26def add(a, b):27    """!28    Addition of two numbers29    @param a addend30    @param b addend31    @return sum of a and b32    @exception TypeError if a or b is not a number33    """34    if not _is_number(a) or not _is_number(b):35        raise TypeError36    return a + b37def subtract(a, b):38    """!39    Subtraction of two numbers40    @param a minuend41    @param b subtrahend42    @return difference of a and b43    @exception TypeError if a or b is not a number44    """45    if not _is_number(a) or not _is_number(b):46        raise TypeError47    return a - b48def multiply(a, b):49    """!50    Multiplication of two numbers51    @param a multiplier52    @param b multiplicand53    @return product of a and b54    @exception TypeError if a or b is not a number55    """56    if not _is_number(a) or not _is_number(b):57        raise TypeError58    return a * b59def divide(a, b):60    """!61    Division of two numbers62    Note that function does not take care of zero division.63    @param a dividend64    @param b divisor65    @return quotient of a and b66    @exception TypeError if a or b is not a number67    """68    if not _is_number(a) or not _is_number(b):69        raise TypeError70    result = a / float(b)71    if int(result) == result:72        return int(result)73    return result74def power(x, n):75    """!76    Calculate x^n77    @param x base value78    @param n exponent79    @return x raised to the power n80    @exception TypeError if `x` or `n` isn't number81    @exception ValueError if exponent isn't natural number82    """83    if not _is_number(x) or not _is_number(n):84        raise TypeError('`x` or `n` isn\'t number')85    if not _is_int(n) or n < 0.0:86        raise ValueError('Exponent isn\'t natural number')87    return x ** n88def root(x, n):89    """!90    Calculate nth root of `x`91    @param x positive number92    @param n number n in nth root93    @return x**(1/n)94    @exception TypeError if `x` or `n` isnt't number95    @exception ValueError if `n` isn't integer96    @exception ValueError if `n` is zero 97    @exception ValueError if `x` is negative number98    """99    if not _is_number(x) or not _is_number(n):100        raise TypeError('`x` or `n` isn\'t number')101    if not _is_int(n):102        raise ValueError('`n` isn\'t integer')103    if x < 0:104        raise ValueError('`x` is negative number')105    if n == 0:106        raise ValueError('`n` can\'t be 0')107    return x**(1/n)108def factorial(x):109    """!110    Calculate `x` factorial111    @param x value for factorial calculation112    @return x factorial113    @exception TypeError if `x` isn't number114    @exception ValusError if `x` isn't integer or `x` is negative number115    """116    if not _is_number(x):117        raise TypeError('`x` isn\'t number')118    if not _is_int(x):119        raise ValueError('`x` isn\'t integer')120    return math.factorial(int(x))121def modulo(x, n):122    """!123    Calculate modulo from `x` and `n`124    @param x divident125    @param n divisor126    @return x % n127    @exception TypeError if `x` or `n` isnt't number128    @exception ValueError if `x` or `n` isnt't integer129    """130    if not _is_number(x) or not _is_number(n):131        raise TypeError('`x` or `n` isn\'t number')132    if not _is_int(x) or not _is_int(n):133        raise ValueError('`x` or `n` isn\'t integer')134    return int(x) % int(n)135def sum(li: list):136    """!137    Sum up list138    @param li list with numbers139    @return sum140    """141    sum = 0142    for number in li:143        sum = add(sum, number)144    return sum

filename_sort.py

Source:filename_sort.py

...8# Change History:9# 2021-01-20     Hengxin.Li   the first version10class FileNameSort(object):11    @staticmethod12    def _is_number(s):13        try:14            float(s)15            return True16        except ValueError:17            pass18        try:19            import unicodedata20            unicodedata.numeric(s)21            return True22        except (TypeError, ValueError):23            pass24        return False25    def _find_continuous_num(self, astr, c):26        num = ''27        # noinspection PyBroadException28        try:29            while not self._is_number(astr[c]) and c < len(astr):30                c += 131            while self._is_number(astr[c]) and c < len(astr):32                num += astr[c]33                c += 134        except:35            pass36        if num != '':37            return int(num)38    def _comp2filename(self, file1, file2):39        smaller_length = min(len(file1), len(file2))40        continuous_num = ''41        for c in range(0, smaller_length):42            if not self._is_number(file1[c]) and not self._is_number(file2[c]):43                if file1[c] < file2[c]:44                    return True45                if file1[c] > file2[c]:46                    return False47                if file1[c] == file2[c]:48                    if c == smaller_length - 1:49                        if len(file1) < len(file2):50                            return True51                        else:52                            return False53                    else:54                        continue55            if self._is_number(file1[c]) and not self._is_number(file2[c]):56                return True57            if not self._is_number(file1[c]) and self._is_number(file2[c]):58                return False59            if self._is_number(file1[c]) and self._is_number(file2[c]):60                if self._find_continuous_num(file1, c) < self._find_continuous_num(file2, c):61                    return True62                else:63                    return False64    @staticmethod65    def sort_insert(lst):66        for i in range(1, len(lst)):67            x = lst[i]68            j = i69            while j > 0 and lst[j - 1] > x:70                # while j > 0 and comp2filename(x, lst[j-1]):71                lst[j] = lst[j - 1]72                j -= 173            lst[j] = x...

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