def main():
fp = open('binops.txt', 'w')
fp.write(' // Generated by make_binops.py (Begin)\n\n')
for name, op in binops:
rfunction = function = jt('return null;')
divhook = jt("")
if name == 'pow':
function = jt('return __pow__(other, null);')
if name == 'div':
divhook = jt('''
if (Options.Qnew)
return _truediv(o2);''')
template.tnaked().texpand(
{
'name': jt(name),
'op': jt('"%s"' % op),
'bareop': op,
'function':function,
'rfunction':rfunction,
'divhook':divhook
}, output=fp, nindent=1)
fp.write('\n')
fp.write('\n')
fp.write(' // Generated by make_binops.py (End)\n\n')
fp.close()
def main():
fp = open('binops.txt', 'w')
fp.write(' // Generated by make_binops.py (Begin)\n\n')
for name, op in binops:
rfunction = function = jt('return null;')
divhook = jt("")
if name == 'pow':
function = jt('return __pow__(other, null);')
if name == 'div':
divhook = jt('''
if (Options.Qnew)
return _truediv(o2);''')
template.tnaked().texpand(
{
'name': jt(name),
'op': jt('"%s"' % op),
'bareop': op,
'function': function,
'rfunction': rfunction,
'divhook': divhook
},
output=fp,
nindent=1)
fp.write('\n')
fp.write('\n')
fp.write(' // Generated by make_binops.py (End)\n\n')
fp.close()
template = jt("""
`csub`(
/**
* Equivalent to the standard Python __%(name)s__ method
* @param other the object to perform this binary operation with
* (the right-hand operand).
* @return the result of the %(name)s, or null if this operation
* is not defined
**/
);
public PyObject `concat`(__,`name, __)(PyObject other) { `function; }
`csub`(
/**
* Equivalent to the standard Python __r%(name)s__ method
* @param other the object to perform this binary operation with
* (the left-hand operand).
* @return the result of the %(name)s, or null if this operation
* is not defined.
**/
);
public PyObject `concat`(__r,`name, __)(PyObject other) { `rfunction; }
`csub`(
/**
* Equivalent to the standard Python __i%(name)s__ method
* @param other the object to perform this binary operation with
* (the right-hand operand).
* @return the result of the i%(name)s, or null if this operation
* is not defined
**/
);
public PyObject `concat`(__i, `name, __)(PyObject other) { `ifunction; }
`csub`(
/**
* Implements the Python expression <code>this %(bareop)s o2</code>
* @param o2 the object to perform this binary operation with.
* @return the result of the %(name)s.
* @exception Py.TypeError if this operation can't be performed
* with these operands.
**/
);
public final PyObject `concat`(_, `name)(PyObject o2) {
`divhook;
PyType t1 = this.getType();
PyType t2 = o2.getType();
if (t1 == t2 || t1.builtin && t2.builtin) {
return this.`concat`(_basic_, `name)(o2);
}
return _binop_rule(t1, o2, t2, `strfy`(`concat`(__,`name,__)),
`strfy`(`concat`(__r,`name,__)),
`op);
}
`csub`(
/**
* Implements the Python expression <code>this %(bareop)s o2</code>
* when this and o2 have the same type or are builtin types.
* @param o2 the object to perform this binary operation with.
* @return the result of the %(name)s.
* @exception Py.TypeError if this operation can't be performed
* with these operands.
**/
);
final PyObject `concat`(_basic_, `name)(PyObject o2) {
PyObject x = `concat`(__,`name,__)(o2);
if (x != null) {
return x;
}
x = o2.`concat`(__r,`name,__)(this);
if (x != null) {
return x;
}
throw Py.TypeError(_unsupportedop(`op, o2));
}
`csub`(
/**
* Implements the Python expression <code>this %(bareop)s= o2</code>
* @param o2 the object to perform this inplace binary
* operation with.
* @return the result of the i%(name)s.
* @exception Py.TypeError if this operation can't be performed
* with these operands.
**/
);
public final PyObject `concat`(_i, `name)(PyObject o2) {
`idivhook;
PyType t1 = this.getType();
PyType t2 = o2.getType();
if (t1 == t2 || t1.builtin && t2.builtin) {
return this.`concat`(_basic_i, `name)(o2);
}
PyObject impl = t1.lookup(`strfy`(`concat`(__i,`name,__)));
if (impl != null) {
PyObject res = impl.__get__(this, t1).__call__(o2);
if (res != Py.NotImplemented) {
return res;
}
}
return _binop_rule(t1, o2, t2, `strfy`(`concat`(__,`name,__)),
`strfy`(`concat`(__r,`name,__)),
`op);
}
`csub`(
/**
* Implements the Python expression <code>this %(bareop)s= o2</code>
* when this and o2 have the same type or are builtin types.
* @param o2 the object to perform this inplace binary
* operation with.
* @return the result of the i%(name)s.
* @exception Py.TypeError if this operation can't be performed
* with these operands.
**/
);
final PyObject `concat`(_basic_i, `name)(PyObject o2) {
PyObject x = `concat`(__i,`name,__)(o2);
if (x != null) {
return x;
}
return this.`concat`(_basic_, `name)(o2);
}
""", bindings={'csub': csub, 'concat': concat,
'strfy': strfy}, start='ClassBodyDeclarations')
template = jt("""
`csub`(
/**
* Equivalent to the standard Python __%(name)s__ method
* @param other the object to perform this binary operation with
* (the right-hand operand).
* @return the result of the %(name)s, or null if this operation
* is not defined
**/
);
public PyObject `concat`(__,`name, __)(PyObject other) { `function; }
`csub`(
/**
* Equivalent to the standard Python __r%(name)s__ method
* @param other the object to perform this binary operation with
* (the left-hand operand).
* @return the result of the %(name)s, or null if this operation
* is not defined.
**/
);
public PyObject `concat`(__r,`name, __)(PyObject other) { `rfunction; }
`csub`(
/**
* Equivalent to the standard Python __i%(name)s__ method
* @param other the object to perform this binary operation with
* (the right-hand operand).
* @return the result of the i%(name)s, or null if this operation
* is not defined
**/
);
public PyObject `concat`(__i, `name, __)(PyObject other) { `ifunction; }
`csub`(
/**
* Implements the Python expression <code>this %(bareop)s o2</code>
* @param o2 the object to perform this binary operation with.
* @return the result of the %(name)s.
* @exception Py.TypeError if this operation can't be performed
* with these operands.
**/
);
public final PyObject `concat`(_, `name)(PyObject o2) {
`divhook;
PyType t1 = this.getType();
PyType t2 = o2.getType();
if (t1 == t2 || t1.builtin && t2.builtin) {
return this.`concat`(_basic_, `name)(o2);
}
return _binop_rule(t1, o2, t2, `strfy`(`concat`(__,`name,__)),
`strfy`(`concat`(__r,`name,__)),
`op);
}
`csub`(
/**
* Implements the Python expression <code>this %(bareop)s o2</code>
* when this and o2 have the same type or are builtin types.
* @param o2 the object to perform this binary operation with.
* @return the result of the %(name)s.
* @exception Py.TypeError if this operation can't be performed
* with these operands.
**/
);
final PyObject `concat`(_basic_, `name)(PyObject o2) {
PyObject x = `concat`(__,`name,__)(o2);
if (x != null) {
return x;
}
x = o2.`concat`(__r,`name,__)(this);
if (x != null) {
return x;
}
throw Py.TypeError(_unsupportedop(`op, o2));
}
`csub`(
/**
* Implements the Python expression <code>this %(bareop)s= o2</code>
* @param o2 the object to perform this inplace binary
* operation with.
* @return the result of the i%(name)s.
* @exception Py.TypeError if this operation can't be performed
* with these operands.
**/
);
public final PyObject `concat`(_i, `name)(PyObject o2) {
`idivhook;
PyType t1 = this.getType();
PyType t2 = o2.getType();
if (t1 == t2 || t1.builtin && t2.builtin) {
return this.`concat`(_basic_i, `name)(o2);
}
PyObject impl = t1.lookup(`strfy`(`concat`(__i,`name,__)));
if (impl != null) {
PyObject res = impl.__get__(this, t1).__call__(o2);
if (res != Py.NotImplemented) {
return res;
}
}
return _binop_rule(t1, o2, t2, `strfy`(`concat`(__,`name,__)),
`strfy`(`concat`(__r,`name,__)),
`op);
}
`csub`(
/**
* Implements the Python expression <code>this %(bareop)s= o2</code>
* when this and o2 have the same type or are builtin types.
* @param o2 the object to perform this inplace binary
* operation with.
* @return the result of the i%(name)s.
* @exception Py.TypeError if this operation can't be performed
* with these operands.
**/
);
final PyObject `concat`(_basic_i, `name)(PyObject o2) {
PyObject x = `concat`(__i,`name,__)(o2);
if (x != null) {
return x;
}
return this.`concat`(_basic_, `name)(o2);
}
""",
bindings={
'csub': csub,
'concat': concat,
'strfy': strfy
},
start='ClassBodyDeclarations')