# b01lersb01lers crypto world, on this write-up i'am using python 2 or 3 for solve this challenge.
## G1```pythonfor number in range(1,1000):    if(number % 5 == 2):        if(number % 7 == 6):            if(number % 13 == 9):                print number                number -= 1``` Flag: **mini{G1_92e9a33c80ca7666c7f4b704}**
## K1```pythonfor x in range(1,100000):    for y in range (1,100000):        if ((76*x + 221*y) % 281 == 85):            if ((171*x + 190*y) % 281 == 138):                print str(x) + ',' + str(y)                x -= 1                y -= 1```
Flag: **mini{K1_cc1c3c9a5695228061017a76}**
## D1```pythonfor x in range(1,1000):    if (11**x % 101 == 27):        print(x)        x += 1```
Flag: **mini{D1_77858210bb3c8f6f90642947}**
## C1```pythonfor x in range(1,1000):    if (x**2 % 97 == 88):        print x```
Flag: **mini{C1_4c88b7b4c11a9ee43f33e130}**
## J1```pythonfor x in range(1,1000,1):    for y in range(1,1000,1):        if(x**2 + 22*y**2 == 8383):            print(str(x) + ' , ' + str(y))```
```ans 21 , 19```
Flag: **mini{J1_c9d7861b2635ebb151b71351}**
## G2```pythonprint("FIRST STAGE")xmod5 = []for x in range(1000000000,10000000000,1):    if (x % 1277 == 616):        xmod5.append(x)print("SECOND STAGE")xmod3911 = []for y in xmod5:    if (y % 3911 == 1892):        xmod3911.append(y)print("THIRD STAGE")xmod6833 = []for z in xmod3911:    if (z % 6833 == 3267):        xmod6833.append(z)print("RESULT")print(xmod6833)```ans 6429412122
**output:**```pythonFIRST STAGESECOND STAGETHIRD STAGERESULT[6429412122]```
Flag: **mini{G2_9aa73c3f86221f07d9b789a9}**