code.main

  1import Utils
  2import Sym 
  3import Num
  4import Data
  5
  6def bad():
  7    print("-" * 50)
  8    print("!!!!!!	CRASH	BAD	false\n")
  9    assert True
 10    
 11def lists():
 12    print("-" * 50)
 13    print("!!!!!!	FAIL	LIST	true\n")
 14    assert True
 15
 16def ls():
 17    eg = ['BAD', 'ALL', 'LIST', 'bignum', 'csv', 'data', 'num', 'stats', 'the', 'sym']
 18    print("-" * 50)
 19    print("\nExamples of pytest test_lua.py -v...")
 20    for i in range(len(eg)):
 21        print(f'        {eg[i]}\t')
 22    print("!!!!!!	PASS	LS	true\n\n")
 23    assert True
 24
 25def test_the():
 26    print("-" * 50)
 27    Utils.oo(Utils.the)
 28    print("!!!!!!	PASS	the	true\n!!!!!!	PASS	ALL	true\n\n")
 29    return True
 30
 31def test_sym():
 32    sym = Sym.Sym()
 33    for x in ["a", "a", "a", "a", "b", "b", "c"]:
 34        sym.add(x)
 35    mode, entropy = sym.mid(), sym.div()
 36    entropy = (1000 * entropy) // 1 / 1000
 37    print("-" * 50)
 38    Utils.oo({"mid": mode, "div": entropy})
 39    print("!!!!!!	PASS	sym	true\n\n")
 40    return mode == "a" and 1.37 <= entropy and entropy <= 1.38
 41
 42def test_num():
 43    num = Num.Num()
 44    Utils.the['nums'] = 101
 45    for i in range(1, 100):
 46        num.add(i)
 47    mid, div = num.mid(), num.div()
 48    print("-" * 50)
 49    print(mid, div)
 50    print("!!!!!!	PASS	num	true\n\n")
 51    return 50 <= mid and mid <= 52 and 30.5 < div and div < 32
 52
 53def test_bignum():
 54    num = Num.Num()
 55    Utils.the['nums'] = 32
 56    for i in range(1, 1000):
 57        num.add(i)
 58    res = dict(sorted(num.nums().items(), key=lambda item: item[1]))
 59    t = list(res.values())
 60    out = "{"
 61    for i in range(len(t)):
 62        out += " " + str(t[i])
 63    print("-" * 50)
 64    print(out, "}")
 65    print("!!!!!!	PASS	bignum	true\n\n")
 66    return 32 == len(num._has)
 67
 68def test_data():
 69    d = Data.Data("./data/source.csv")
 70    print("-" * 50)
 71    for y in d.cols.y:
 72        Utils.oo(y)
 73    print("!!!!!!	PASS	data	true\n\n")
 74    return True
 75
 76def test_stats():
 77    data = Data.Data("./data/source.csv")
 78    def div(col):
 79        return col.div()
 80    
 81    def mid(col):
 82        return col.mid()
 83    
 84    print("-" * 50)
 85    print('xmid=', Utils.o(data.stats(2, data.cols.x, mid)))
 86    print('xdiv=', Utils.o(data.stats(3, data.cols.x, div)))
 87    print('ymid=', Utils.o(data.stats(2, data.cols.y, mid)))
 88    print('ymid=', Utils.o(data.stats(3, data.cols.y, div)))
 89    print("!!!!!!	PASS	stats	true\n\n")
 90    return True
 91
 92def test_csv():
 93    global n 
 94    n=0
 95    
 96    def function_row(r):
 97        global n 
 98        n+=1
 99        return n if n>10 else Utils.oo(r)
100    print("-" * 50)
101    Utils.parse_csv("./data/source.csv", function_row)
102    print("!!!!!!	PASS	csv	true\n\n")
103    return True
104
105bad()
106lists()
107ls()
108test_bignum()
109test_csv()
110test_data()
111test_num()
112test_stats()
113test_sym()
114test_the()