def test_nested(self):
self.assertEquals(py2nix([nix2py("a\nb\nc")], maxwidth=0), "[\n (a\n b\n c)\n]")
self.assertEquals(
py2nix({"foo": nix2py("a\nb\nc"), "bar": nix2py("d\ne\nf")}, maxwidth=0),
# ugly, but probably won't happen in practice
"{\n bar = d\n e\n f;\n foo = a\n b\n c;\n}",
)
def test_nested(self):
self.assertEquals(py2nix([nix2py('a\nb\nc')], maxwidth=0),
'[\n (a\n b\n c)\n]')
self.assertEquals(py2nix({'foo': nix2py('a\nb\nc'),
'bar': nix2py('d\ne\nf')}, maxwidth=0),
# ugly, but probably won't happen in practice
'{\n bar = d\n e\n f;\n foo = a\n b\n c;\n}')
def get_physical_spec(self):
if all([self.net_info, self.fs_info, self.hw_info]):
return {
'config': self.net_info,
'imports': [nix2py(self.fs_info), nix2py(self.hw_info)],
}
else:
return {}
def get_physical_spec(self):
if all([self.net_info, self.fs_info, self.hw_info]):
return {
'config': self.net_info,
'imports': [nix2py(self.fs_info), nix2py(self.hw_info)],
}
else:
return {}
def test_nested(self):
self.assertEqual(
py2nix([nix2py("a\nb\nc")], maxwidth=0), "[\n (a\n b\n c)\n]"
)
self.assertEqual(
py2nix({"foo": nix2py("a\nb\nc"), "bar": nix2py("d\ne\nf")}, maxwidth=0),
# ugly, but probably won't happen in practice
"{\n bar = d\n e\n f;\n foo = a\n b\n c;\n}",
)
def test_nested(self):
self.assertEquals(py2nix([nix2py('a\nb\nc')], maxwidth=0),
'[\n (a\n b\n c)\n]')
self.assertEquals(
py2nix({
'foo': nix2py('a\nb\nc'),
'bar': nix2py('d\ne\nf')
},
maxwidth=0),
# ugly, but probably won't happen in practice
'{\n bar = d\n e\n f;\n foo = a\n b\n c;\n}')
def get_physical_spec(self):
if all([self.net_info, self.fs_info, self.hw_info,
self.main_ssh_public_key]):
return {
'config': dict(self.net_info.items() + {
('users', 'extraUsers', 'root', 'openssh',
'authorizedKeys', 'keys'): [self.main_ssh_public_key]
}.items()),
'imports': [nix2py(self.fs_info), nix2py(self.hw_info)],
}
else:
return {}
def get_physical_spec_from_plan(self, public_key):
return {
"config": {
("users", "extraUsers", "root", "openssh", "authorizedKeys", "keys"):
[public_key]
},
"imports": [nix2py(self.provSystem if self.provSystem else "{}")],
}
def get_physical_spec(self):
spec = super().get_physical_spec()
if self.hw_info:
spec.setdefault("imports", []).append(nix2py(self.hw_info))
if self.filesystems is not None:
fs = spec.setdefault("config", {}).setdefault("fileSystems", {})
fs.update(self.filesystems)
return spec
def get_physical_spec(self):
if all([self.net_info, self.fs_info, self.hw_info, self.main_ssh_public_key]):
return {
"config": {
**self.net_info,
**{
(
"users",
"extraUsers",
"root",
"openssh",
"authorizedKeys",
"keys",
): [self.main_ssh_public_key]
},
},
"imports": [nix2py(self.fs_info), nix2py(self.hw_info)],
}
else:
return {}
def test_simple(self):
self.assertEquals(py2nix(nix2py("{\na = b;\n}"), maxwidth=0),
"{\na = b;\n}")
self.assertEquals(py2nix(nix2py("\n{\na = b;\n}\n"), maxwidth=0),
"{\na = b;\n}")
def test_simple(self):
self.assertEquals(py2nix(nix2py('{\na = b;\n}'), maxwidth=0),
'{\na = b;\n}')
self.assertEquals(py2nix(nix2py('\n{\na = b;\n}\n'), maxwidth=0),
'{\na = b;\n}')
def get_physical_spec_from_plan(self, public_key):
return {
'config': { ('users', 'extraUsers', 'root', 'openssh', 'authorizedKeys', 'keys'): [public_key] },
'imports': [ nix2py(self.provSystem if self.provSystem else '{}') ],
}
def test_simple(self):
self.assertEquals(py2nix(nix2py("{\na = b;\n}"), maxwidth=0), "{\na = b;\n}")
self.assertEquals(py2nix(nix2py("\n{\na = b;\n}\n"), maxwidth=0), "{\na = b;\n}")
def test_simple(self):
self.assertEquals(py2nix(nix2py('{\na = b;\n}'), maxwidth=0),
'{\na = b;\n}')
self.assertEquals(py2nix(nix2py('\n{\na = b;\n}\n'), maxwidth=0),
'{\na = b;\n}')
