def _gorun(el, repls):
s = E.func(';', repls + [el])
s = Unclosure.bind(s)
MACRO.clear()
s = cody(s, 'py', 'generators/py.py')
s = execute(s)
s = s()
s = _res2E(s)
return s
def go_js(s, q):
q = unquote(q)
try:
q = create(q)
q = cody(q, 'py', 'generators/js.py')
except BaseException:
print_exc()
s.go_send(400, 'text/html', '<h1>Error</h1>'.encode('utf8'))
return
s.go_send(200, 'text/javascript', q.encode('utf8'))
def test_js_oneline_func():
s = r"""
f(x,y,z) = \left\{ x, y, z \right\};
g = \left\{ 1, 2, 3 \right\};
f
"""
s = create(s)
s = cody(s, 'py', 'generators/js.py')
print(s)
assert s.find('(x,y,z){') >= 0
def fastExec(s):
s = create(s)
s = Unclosure.bind(s)
# print(s)
s = cody(s, 'py', 'generators/py.py')
print('-' * 20)
print(s)
s = execute(s)
s = s()
print('-' * 20)
print(s)
return s
def test_templator():
src = create(r"?(\text{a}) + ?(\text{b})")[0]
dst = create(r"?(\text{a}) * 2 - ?(\text{b})")[0]
eqn1 = create(r"""
f(x) = x * (3 + \text{hello world}) - (6+(3*x)^2);
f(10)
""")
eqn2 = create(r"""
f(x) = x * (3 * 2 - \text{hello world}) - (6 * 2 - (3*x)^2);
f(10)
""")
eqn1 = apply(eqn1, src, dst)
assert eqn1 == eqn2
[eqn1, eqn2] = [cody(s, 'py', 'generators/latex.py') for s in [eqn1, eqn2]]
assert eqn1 == eqn2
def test_consty():
import os
with open(os.path.join('pbtests', 'consty.pb'), 'r', encoding='utf8') as f:
fd = f.read()
s = create(fd)
from consty import consty
s = consty(s)
print('-' * 10, 'CONSTY', '-' * 10)
print(s)
s = Unclosure.bind(s)
s = cody(s, 'py', 'generators/py.py')
s = execute(s)
s = s()
print(s)
assert [s(i) for i in range(4)] == [6, 6, 11, 46]
assert s(4)(4) == 7
def trr_inbuilt():
return lambda t, s, n: cody(s, 'py', 'generators/%s.py' % t, n)
def trr_typed(t, f):
return lambda _, s, n: cody(s, t, f, n)