Tests to ensure gordian is functioning correctly after a patch. Does not do absolutely everything, but it is sufficient for a release.

Gordian Tests

print('Should print 1')
print(x = 1)

print('Should print 2')
print(2)

print('Should print 3')
print(3.0)

print('Should print 1.000000000001')
print(1 / 0.999999999999)

print('Should print \'')
print('\'')

print('Should print \"')
print('\"')

print('Should print a tab')
print('\tend')

print('Should print a newline')
print('\nend')

print('Should print list of elements')
print({'list', 'of', 'elements'})

print('Should print null')
print(null)

class A:
    x = 'x'
    def f():
        print(x)
    fi
fi

print('Should print class')
print(A)

print('Should print instance')
print([A])

print('Should print x')
print([A].x)

class B(A):
    x = 'i'
fi

print('Should print i')
print([B].x)

print('Should print x')
print([B].parent.x)

print('Should print x')
[B].f()

print('Should print x')
[B].parent.f()

x = [B].parent

print('Should print x')
print(x.x)

class F:
    e = 13
fi

i = [F].e + 1

print('Should print 14')
print(i)

class D:
    i = 1
fi

d = [D].i
d.i = 2

print('Should print 2')
print(d.i)

print('Should print false')
print(!true)

print('Should print true')
print(!false)

print('Should print 3')
print(int(3.999))

print('Should print 3.999')
print(num(3.999))

print('Should print true')
print(bool('True'))

print('Should print 12')
print(str(24 / 2))

def foo(X):
    return(X)
fi

print('Should print 3')
print(foo(3))

class G:
    x = 13
fi

g = [G]
g.x++

print('Should print 14')
print(g.x)

print('Should print true')
print(13 == 13.0)
print(13 != 12.9)
print(13 <= 13.01)
print(13 >= 12.09)

print('Should print ' + 37.5)
print((15 / 2) * 5 + (4 % 2))

print('Should print 3.6')
print((2 + 2) / 6 + 3)

print('Should print 0.6')
print((4.6 % 2) * (5 % 2))

print('Should print 10.5')
print((3 / 2) * 2 + (3 / 2 + (2 + 4)))

print('Should print 3')
if('e' == 'e'):
    print(3)
fi

print('Should print 10')
x = 0
while(x < 10):
    x++
fi
print(x)

print('Should print 12')
x = 0
for(12):
    x++
fi
print(x)

print('Should print from 0 to 3')
count(x, 0, 3):
    print(x)
fi

print('Should print 1, 2, 3')

thread:
    sleep(20)
    print(3)
fi

thread:
    sleep(10)
    print(2)
fi

thread:
    print(1)
fi

sleep(30)
print('Should print an error')
try:
    as
fi

sleep(50)

def w(x, i, a):
    return(x * i * a)
fi

print('Should print 30')
print(w(1, 2, 15))

x = 1

scope:
    x = 14
    delete('x')
fi

print('Should print 14')
print(x)

class R:
    one = 1
    two = 2
    three = 3
    four = 4
fi

one = 4

class W(R):
    one = 2
    two = parent.two
    three = super.one
    four = 5
fi

print('Should print 2')
print([W].one)

print('Should print 1')
print([W].parent.one)

print('Should print 2')
print([W].two)

print('Should print 4')
print([W].three)

print('Tests finished')