How to use make_ method in hypothesis

Best Python code snippet using hypothesis

testDFS.py

Source:testDFS.py

1import unittest2import DFS3location = '/Users/faiyamrahman/Desktop/personal improvement/' \4              +'make_ money/programming/Design and Analysis of Algorithms I/SCC.txt'5x = DFS.Graph(location)6class TestDFS(unittest.TestCase):7##    def setUp(self):8##        self.location_DRone = '/Users/faiyamrahman/Desktop/personal improvement/' \9##              +'make_ money/programming/Design and Analysis of Algorithms I/DRone.txt'10##        self.location_DRtwo = '/Users/faiyamrahman/Desktop/personal improvement/' \11##              +'make_ money/programming/Design and Analysis of Algorithms I/DRtwo.txt'12##        self.location_DRthree = '/Users/faiyamrahman/Desktop/personal improvement/' \13##              +'make_ money/programming/Design and Analysis of Algorithms I/DRthree.txt'14##        self.location_DRfour = '/Users/faiyamrahman/Desktop/personal improvement/' \15##              +'make_ money/programming/Design and Analysis of Algorithms I/DRfour.txt'16##        self.location_DRfive = '/Users/faiyamrahman/Desktop/personal improvement/' \17##              +'make_ money/programming/Design and Analysis of Algorithms I/DRfive.txt'18##        self.location_DRsix = '/Users/faiyamrahman/Desktop/personal improvement/' \19##              +'make_ money/programming/Design and Analysis of Algorithms I/DRsix.txt'20##        self.location_DRseven = '/Users/faiyamrahman/Desktop/personal improvement/' \21##              +'make_ money/programming/Design and Analysis of Algorithms I/DRseven.txt'22##        self.location_DReight= '/Users/faiyamrahman/Desktop/personal improvement/' \23##              +'make_ money/programming/Design and Analysis of Algorithms I/DReight.txt'24##        self.location_DRnine= '/Users/faiyamrahman/Desktop/personal improvement/' \25##              +'make_ money/programming/Design and Analysis of Algorithms I/DRnine.txt'26##        self.location_DRten= '/Users/faiyamrahman/Desktop/personal improvement/' \27##              +'make_ money/programming/Design and Analysis of Algorithms I/DRten.txt'28##        self.location_HW= '/Users/faiyamrahman/Desktop/personal improvement/' \29##              +'make_ money/programming/Design and Analysis of Algorithms I/SCC.txt'30##        self.G1 = DFS.Graph(self.location_DRone)31##        self.G2 = DFS.Graph(self.location_DRtwo)32##        self.G3 = DFS.Graph(self.location_DRthree)33##        self.G4 = DFS.Graph(self.location_DRfour)34##        self.G5 = DFS.Graph(self.location_DRfive)35##        self.G6 = DFS.Graph(self.location_DRsix)36##        self.G7 = DFS.Graph(self.location_DRseven)37##        self.G8 = DFS.Graph(self.location_DReight)38##        self.G9 = DFS.Graph(self.location_DRnine)39##        self.G10 = DFS.Graph(self.location_DRten)40##    def test_getDRG_one(self):41##        expected = (4,[[2,3],[4],[4],[2]])42##        test = DFS.getDirGraph(self.location_DRone)43##        self.assertEqual(expected,test)44##45##    def test_getDRF_two(self):46##        expected = (10,[[3],[1,4],[2,6],[5,6],[6],[7,10],[8],[4,9],[7],[9]])47##        test = DFS.getDirGraph(self.location_DRtwo)48##        self.assertEqual(expected,test)49##        50##    def test_getDRF_three(self):51##        expected = (10,[[3],[1,4],[2,6],[5,6],[],[7,10],[8],[4,9],[7],[9]])52##        test = DFS.getDirGraph(self.location_DRthree)53##        self.assertEqual(expected,test)54##55##    def test_topSort_one(self):56##        expected = [[1,2,3,4],[1,3,2,4]]57##        test = DFS.TopSort(self.G1)58##        self.assertTrue(test in expected)59    def test_FindSCCs_HW(self):60        expected = [434821,968,459,313,211]61        test = DFS.FindSCCs(x)[:5]62        self.assertEqual(expected,test)63##    def test_FindSCCs_one(self):64##        expected = [2,1,1]65##        test = DFS.FindSCCs(self.G1)66##        self.assertEqual(expected,test)67##68##    def test_FindSCCs_two(self):69##        expected = [7,3]70##        test = DFS.FindSCCs(self.G2)71##        self.assertEqual(expected,test)72##73##    def test_FindSCCs_three(self):74##        expected = [6,3,1]75##        test = DFS.FindSCCs(self.G3)76##        self.assertEqual(expected,test)77##78##    def test_FindSCCs_four(self):79##        expected = [3,3,3]80##        test = DFS.FindSCCs(self.G4)81##        self.assertEqual(expected,test)82##83##    def test_FindSCCs_five(self):84##        expected = [3,3,2]85##        test = DFS.FindSCCs(self.G5)86##        self.assertEqual(expected,test)87##88##    def test_FindSCCs_six(self):89##        expected = [3,3,1,1]90##        test = DFS.FindSCCs(self.G6)91##        self.assertEqual(expected,test)92##93##    def test_FindSCCs_seven(self):94##        expected = [7,1]95##        test = DFS.FindSCCs(self.G7)96##        self.assertEqual(expected,test)97##98##    def test_FindSCCs_eight(self):99##        expected = [6,3,2,1]100##        test = DFS.FindSCCs(self.G8)101##        self.assertEqual(expected,test)102##103##    def test_FindSCCs_nine(self):104##        expected = [6,1,1,1,1,1,1,1,1]105##        test = DFS.FindSCCs(self.G9)106##        self.assertEqual(expected,test)107##108##    def test_FindSCCs_ten(self):109##        expected = [3,2,2,2,1,1]110##        test = DFS.FindSCCs(self.G10)111##        self.assertEqual(expected,test)112##113##114##    def test_graphReverse_one(self):115##        """116##        Check that both the adjacency list representation of the graph117##        has reversed and that the individual vertices have updated their edges118##        """119##        expectedGraph = [[],[1,4],[1],[2,3]]120##        self.G1.selfReverse()121##        self.assertEqual(expectedGraph,self.G1.getGraph())122##        for i in range(0,4):123##            self.assertEqual(expectedGraph[i],self.G1.getVertices()[i].getEdges())124##125##    def test_graphReverse_two(self):126##        """127##        Same as above, except for G2128##        """129##        expectedGraph = [[2],[3],[1],[2,8],[4],[3,4,5],[6,9],[7],[8,10],[6]]130##        self.G2.selfReverse()131##        self.assertEqual(expectedGraph,self.G2.getGraph())132##        for i in range(0,10):133##            self.assertEqual(expectedGraph[i],self.G2.getVertices()[i].getEdges())134        135suite = unittest.TestLoader().loadTestsFromTestCase(TestDFS)...

config.py

Source:config.py

1# Copyright (c) Microsoft Corporation.2# Licensed under the MIT license.3import subprocess, os4import re5from antares.common import backend, AntaresGlobal6def to_search_space(ast_seq, input_dict, output_dict):7  from antares.default_codegen import codegen8  codegen(ast_seq, input_dict, output_dict, {}, space_only=True)9  space = AntaresGlobal.auto_config.get_config_space()10  return space11def to_kernel_slices(compute_graph, best_config):12  from antares.default_codegen import codegen13  return codegen(*compute_graph, best_config)14def get_execution_parallism():15  num_gpus = len(subprocess.getoutput('ls /dev/nvidia[0-9]* 2>/dev/null').split())16  num_gpus = num_gpus if num_gpus > 0 else 117  return num_gpus18def do_native_translation_v2(codeset, **kwargs):19  kernel_name, in_args, out_args, body = codeset20  expand_args = ', '.join([f'{x[0]}* __restrict__ {x[1]}' for x in in_args + out_args])21  if 'VAMAP' in os.environ:22    expand_args += ', ' + ', '.join([f'int {x.split(":")[0]}' for x in os.environ['VAMAP'].split(',')])23  def get_extent(key, defval=1):24    str_pat = f'// [thread_extent] {key} = '25    idx = body.find(str_pat)26    if idx >= 0:27      return int(body[idx+len(str_pat):body.index('\n', idx)])28    return defval29  launch_bounds = get_extent('threadIdx.x') * get_extent('threadIdx.y') * get_extent('threadIdx.z')30  cuda_linux_half = ''31  if '_win64' not in backend:32    cuda_linux_half += '\n__forceinline__ __device__ __half max(const __half &a, const __half &b) {{ return a > b ? a : b; }}'33    cuda_linux_half += '\n__forceinline__ __device__ __half min(const __half &a, const __half &b) {{ return a < b ? a : b; }}\n'34  full_body = f'''35#include <cuda_runtime.h>36#include <cuda_fp16.h>37#include <mma.h>38#ifndef __CUDA_COMMON_MACRO__39#define __CUDA_COMMON_MACRO__40#define __ITEM_0_OF__(v) (v).x41#define __ITEM_1_OF__(v) (v).y42#define __ITEM_2_OF__(v) (v).z43#define __ITEM_3_OF__(v) (v).w44#define __STORE_ITEM_0__(t, out, ido, in, idi) *(t*)(out + ido) = *(t*)(in + idi)45#define __STORE_ITEM_1__(t, out, ido, in, idi)46#define __STORE_ITEM_2__(t, out, ido, in, idi)47#define __STORE_ITEM_3__(t, out, ido, in, idi)48#define MAKE_VEC4_OP(type) \\49  __forceinline__ __device__ type operator+(const type &l, const type &r) {{ return make_##type(l.x + r.x, l.y + r.y, l.z + r.z, l.w + r.w); }} \\50  __forceinline__ __device__ type operator-(const type &l, const type &r) {{ return make_##type(l.x - r.x, l.y - r.y, l.z - r.z, l.w - r.w); }} \\51  __forceinline__ __device__ type operator*(const type &l, const type &r) {{ return make_##type(l.x * r.x, l.y * r.y, l.z * r.z, l.w * r.w); }} \\52  __forceinline__ __device__ type operator/(const type &l, const type &r) {{ return make_##type(l.x / r.x, l.y / r.y, l.z / r.z, l.w / r.w); }} \\53  __forceinline__ __device__ type operator%(const type &l, const type &r) {{ return make_##type(l.x % r.x, l.y % r.y, l.z % r.z, l.w % r.w); }}54#define MAKE_VEC2_OP(type) \\55  __forceinline__ __device__ type operator+(const type &l, const type &r) {{ return make_##type(l.x + r.x, l.y + r.y); }} \\56  __forceinline__ __device__ type operator-(const type &l, const type &r) {{ return make_##type(l.x - r.x, l.y - r.y); }} \\57  __forceinline__ __device__ type operator*(const type &l, const type &r) {{ return make_##type(l.x * r.x, l.y * r.y); }} \\58  __forceinline__ __device__ type operator/(const type &l, const type &r) {{ return make_##type(l.x / r.x, l.y / r.y); }} \\59  __forceinline__ __device__ type operator%(const type &l, const type &r) {{ return make_##type(l.x % r.x, l.y % r.y); }}60MAKE_VEC4_OP(int4)61MAKE_VEC2_OP(int2)62{cuda_linux_half}63#endif64{kwargs['attrs'].blend}65extern "C" __global__ __launch_bounds__({launch_bounds}) void {kernel_name}({expand_args}) {{66  {body}67}}68'''69  if kwargs['attrs'].backend.endswith('_win64'):70    full_body = re.sub(r'\bint64_t\b', '__int64', full_body)...

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