python to c 2b 2b transpiler

1# Note: The last time I tested something was missing so I couldn't work
2import pathlib
3import transpyle
4
5path = pathlib.Path('my_script.py')
6code_reader = transpyle.CodeReader()
7code = code_reader.read_file(path)
8
9from_language = transpyle.Language.find('Python 3.6')
10to_language = transpyle.Language.find('Fortran 95')
11translator = transpyle.AutoTranslator(from_language, to_language)
12fortran_code = translator.translate(code, path)
13print(fortran_code)
14

1test = int(input())
2a = []
3for i in range(test):
4    S1 = input()
5    S2 = input()
6    X = input()
7    a.append([S1,S2,X])
8
9for i in a:
10    count = 0
11    for j in range(len(i[0])+1):
12        if i[2].find(i[0][:j])==-1:
13             break
14        for k in range(len(i[1])+1):
15            if i[2].find(i[0][:j]+i[1][:k])==-1:
16                break
17            else :
18                count = count+1
19    print(count)
20            
21

1a = input ()
2b = input ()
3if a % b == 0:
4	print (a, 'и', b, 'делится без остатка')
5else:
6	print (a, 'и', b, 'делится с остатком')

1arr = list(input())
2numbers = []
3for i in range(len(arr)):
4    if arr[i].isdigit():
5        numbers.append(arr[i])
6    else:
7        pass
8print(numbers

1def __init__(self, n, connections):
2    self.servers = set()
3    for a, b, c in connections:
4        self.servers.add(a)
5        self.servers.add(b)
6    self.parents = {x: x for x in self.servers}
7    self.ranks = {x: 1 for x in self.servers}
8
9def find(self, u):
10    if u != self.parents[u]:
11        self.parents[u] = self.find(self.parents[u])
12    return self.parents[u]
13
14def union(self, u, v):
15    p1, p2 = self.find(u), self.find(v)
16    if p1 == p2:
17        return False
18    if self.ranks[p2] > self.ranks[p1]:
19        p1, p2 = p2, p1
20    self.parents[p2] = p1
21    self.ranks[p1] += self.ranks[p2]
22    return True
23class Solution:
24
25def connect(self, num, connection):
26    connection.sort(key = lambda x : x[2])
27    uf = UnionFind(num, connection)
28    min_cost = 0
29    res = []
30    for server1, server2, cost in connection:
31        if uf.union(server1, server2):
32            res.append([server1,server2,cost])
33    return res

1def swapList(newList):
2	size = len(newList)
3	
4	
5	temp = newList[0]
6	newList[0] = newList[size - 1]
7	newList[size - 1] = temp
8	
9	return newList
10	
11
12newList = [12, 35, 9, 56, 24]
13
14print(swapList(newList))

1def swapList(newList):
2	size = len(newList)
3	
4	
5	temp = newList[0]
6	newList[0] = newList[size - 1]
7	newList[size - 1] = temp
8	
9	return newList
10	
11
12newList = [12, 35, 9, 56, 24]
13
14print(swapList(newList))

1def fitness(cand):
2    candidato=[]   
3    for ia in range (75):
4        soma1=0
5        soma2=0
6        soma3=0
7        ib=cand*12 #endereço do individuo dentro da matriz B
8        for j in range (nv): 
9            soma1 = out[ia][ib+j] + soma1 #soma elementos do cluster 1
10            soma2 = out[ia][ib+j+nv] + soma2 #soma elementos do cluster 2
11            soma3 = out[ia][ib+nv*2] + soma3 #soma elementos do cluster 3
12                        
13        candidato.append(min(np.sqrt(soma1),np.sqrt(soma2),np.sqrt(soma3)))
14        
15    return np.sum(candidato)

1def out_write(lst):
2    for k in range(len(lst)):
3        if len(lst[k])>0:
4            # out.write("\n")
5            for i in lst[k]:
6                out.write(str(k+2)+' ')
7                for j in i:
8                    out.write(str(j)+' ')
9                out.write("\n")
10
11f=open("e_many_teams.in",'r')
12open("e_many_teams.out","w").close()
13out=open("e_many_teams.out",'a')
14
15l=[]
16base=[]
17ingredients=set()
18pizza_list_distinct={}
19for i in f.readlines():
20    t=i[:len(i)]
21    pizza=t.split()
22    if len(l)==0:
23        base=pizza.copy()
24    l.append(pizza)
25length=len(l)
26del l[0]
27
28for i in range (len(l)):
29    pizza_list_distinct[i]=set(l[i][1:])
30
31
32for j in range(len(base)):
33    base[j]=int(base[j])
34total_pizzas=base[0]
35total_participants=(base[1]*2)+(base[2]*3)+(base[3]*4)
36diff=total_participants-total_pizzas
37if diff<0:
38    diff=total_participants
39
40t2=[]
41t3=[]
42t4=[]
43
44
45counter=diff
46if total_participants>total_pizzas:
47    while diff>0:
48        if diff>=4 and base[3]>0:
49            base[3]-=1
50            diff-=4
51        elif diff>=3 and base[2]>0:
52            base[2]-=1
53            diff-=3
54        elif diff>=1 and base[1]>0:
55            base[1]-=1
56            diff-=2
57
58counter=base[1]*2+base[2]*3+base[3]*4
59
60count=0
61counter1=counter
62
63all_pizzas=[]
64for j in l:
65    t=set(j[1:])
66    all_pizzas.append(t)
67
68
69while counter>0:
70    if base[3]>0:
71        temp=set()
72        i=1
73        val=[]
74        while len(val)!=4:
75            for key,value in pizza_list_distinct.items() :
76                if len(val)==0:
77                    if all_pizzas[0]==value:
78                        temp=temp.union(pizza_list_distinct[key])
79                        val.append(key)
80                        del pizza_list_distinct[key]
81                        del all_pizzas[0]
82                        counter-=1
83                        break
84                else:
85                    if len(temp.union(value)) >= (len(temp) + len(value) -1):
86                        temp=temp.union(pizza_list_distinct[key])
87                        val.append(key)
88                        del pizza_list_distinct[key]
89                        all_pizzas.remove(value)
90                        counter-=1
91                        break
92        base[3]-=1
93        t4.append(val)
94        val=[]
95
96    if base[2]>0:
97        temp=set()
98        i=1
99        val=[]
100        while len(val)!=3:
101            for key,value in pizza_list_distinct.items() :
102                if len(val)==0:
103                    if all_pizzas[0]==value:
104                        temp=temp.union(pizza_list_distinct[key])
105                        val.append(key)
106                        del pizza_list_distinct[key]
107                        del all_pizzas[0]
108                        counter-=1
109                        break
110                else:
111                    if len(temp.union(value)) >= (len(temp) + len(value) -1):
112                        temp=temp.union(pizza_list_distinct[key])
113                        val.append(key)
114                        del pizza_list_distinct[key]
115                        all_pizzas.remove(value)
116                        counter-=1
117                        break
118        base[2]-=1
119        t3.append(val)
120        val=[]
121
122    if base[1]>0:
123        temp=set()
124        i=1
125        val=[]
126        while len(val)!=2:
127            for key,value in pizza_list_distinct.items() :
128                if len(val)==0:
129                    if all_pizzas[0]==value:
130                        temp=temp.union(pizza_list_distinct[key])
131                        val.append(key)
132                        del pizza_list_distinct[key]
133                        del all_pizzas[0]
134                        counter-=1
135                        break
136                else:
137                    if len(temp.union(value)) >= (len(temp) + len(value) -1):
138                        temp=temp.union(pizza_list_distinct[key])
139                        val.append(key)
140                        del pizza_list_distinct[key]
141                        all_pizzas.remove(value)
142                        counter-=1
143                        break
144        base[1]-=1
145        t2.append(val)
146        val=[]
147    
148    else:
149        continue
150
151count=(len(t2)+len(t3)+len(t4))
152
153output=[t2,t3,t4]
154out.write(str(count))
155out.write("\n")
156out_write(output)

1def isEven(number):       
2    if number%2==0:     node 4
3        print(f'{number} is even')
4    else:                            node 5
5        print(f'{number} is odd')
6
7def isPrime(number):
8    if number > 1:      node 6
9        for i in range(2,number):  
10            if (number % i) == 0:  
11                print(number,"is not a prime number")  
12                print(i,"times",number//i,"is",number)  
13                break  
14            else:            node 7
15                print(number,"is a prime number") node 8
16                break
17    else:  
18        print(number,"is not a prime number") 
19
20print('Please enter a number between 1-10')
21number = int(input())                           node 1
22print('Which operation you want to perform?')
23print('1- Check if Even or ODD \n2- Check if Prime\n')
24choice = int(input())
25if choice == 1:          node 2
26    isEven(number)
27if choice == 2:         node 3
28    isPrime(number)
29