def test_40_loads_wo_type(self):
a = dict(requires=["bash", "zsh"])
a_s = "requires:bash,zsh"
a1 = A.loads(a_s)
self.assertEquals(a1["requires"], a["requires"])
def test_42_loads_w_type_not_exist(self):
a = dict(requires=["bash", "zsh"])
a_s = "requires:bash,zsh"
a1 = A.loads(a_s, "type_not_exist")
self.assertEquals(a1["requires"], a["requires"])
def test_42_loads_w_type_not_exist(self):
a_s = "requires:bash,zsh"
a1 = TT.loads(a_s, "type_not_exist")
# a = dict(requires=["bash", "zsh"])
# self.assertEqual(a1["requires"], a["requires"])
self.assertTrue(a1 is None)
def test_40_loads_wo_type(self):
a = dict(requires=["bash", "zsh"])
a_s = "requires:bash,zsh"
a1 = A.loads(a_s)
self.assertEquals(a1["requires"], a["requires"])
def test_40_loads_wo_type(self):
a_s = "requires:bash,zsh"
a1 = TT.loads(a_s)
# a = dict(requires=["bash", "zsh"])
# self.assertEqual(a1["requires"], a["requires"])
self.assertTrue(a1 is None)
def test_42_loads_w_type_not_exist(self):
a_s = "requires:bash,zsh"
a1 = TT.loads(a_s, "type_not_exist")
# a = dict(requires=["bash", "zsh"])
# self.assertEqual(a1["requires"], a["requires"])
self.assertTrue(a1 is None)
def main(argv=sys.argv):
p = option_parser()
(options, args) = p.parse_args(argv[1:])
llvl = logging.DEBUG if options.debug else logging.INFO
logging.basicConfig(level=llvl)
if not args:
if options.list:
sys.stdout.write(
"Supported config types: " + ", ".join(A.list_types()) + "\n"
)
sys.exit(0)
else:
p.print_usage()
sys.exit(-1)
data = A.load(args, options.itype, options.merge)
if options.args:
diff = A.loads(options.args, options.atype)
data.update(diff, options.merge)
if options.output:
cp = A.find_loader(options.output, options.otype)
cp.dump(data, options.output)
else:
assert options.otype is not None, \
"Please specify Output type w/ -O/--otype option"
cp = A.find_loader(None, options.otype)
sys.stdout.write(cp.dumps(data))
def test_42_loads_w_type_not_exist(self):
a = dict(requires=["bash", "zsh"])
a_s = "requires:bash,zsh"
a1 = A.loads(a_s, "type_not_exist")
self.assertEquals(a1["requires"], a["requires"])
def test_40_loads_wo_type(self):
a_s = "requires:bash,zsh"
a1 = TT.loads(a_s)
# a = dict(requires=["bash", "zsh"])
# self.assertEqual(a1["requires"], a["requires"])
self.assertTrue(a1 is None)
def test_30_dumps_and_loads(self):
a = dict(name="a", a=1, b=dict(b=[1, 2], c="C"))
a1 = A.loads(A.dumps(a, "json"), "json")
self.assertEquals(a1["name"], a["name"])
self.assertEquals(a1["a"], a["a"])
self.assertEquals(a1["b"]["b"], a["b"]["b"])
self.assertEquals(a1["b"]["c"], a["b"]["c"])
def test_30_dumps_and_loads__w_options(self):
a = dict(name="a", a=1, b=dict(b=[1, 2], c="C"))
a1 = A.loads(A.dumps(a, "json", indent=2), "json", ensure_ascii=False)
self.assertEquals(a1["name"], a["name"])
self.assertEquals(a1["a"], a["a"])
self.assertEquals(a1["b"]["b"], a["b"]["b"])
self.assertEquals(a1["b"]["c"], a["b"]["c"])
def test_32_dumps_and_loads__w_options__no_dumper(self):
a = dict(name="a", a=1, b=dict(b=[1, 2], c="C"))
a1 = A.loads(A.dumps(a, "type_not_exist"), "json")
self.assertEquals(a1["name"], a["name"])
self.assertEquals(a1["a"], a["a"])
self.assertEquals(a1["b"]["b"], a["b"]["b"])
self.assertEquals(a1["b"]["c"], a["b"]["c"])
def test_49_loads_w_validation_error(self):
if not anyconfig.schema.JSONSCHEMA_IS_AVAIL:
skip_test()
cnf_s = """{"a": "aaa"}"""
scm_s = TT.dumps(SCM_0, "json")
cnf_2 = TT.loads(cnf_s, ac_parser="json", ac_schema=scm_s)
self.assertTrue(cnf_2 is None, cnf_2)
def test_30_dumps_and_loads__w_options(self):
a = dict(name="a", a=1, b=dict(b=[1, 2], c="C"))
a1 = A.loads(A.dumps(a, "json", indent=2), "json", ensure_ascii=False)
self.assertEquals(a1["name"], a["name"])
self.assertEquals(a1["a"], a["a"])
self.assertEquals(a1["b"]["b"], a["b"]["b"])
self.assertEquals(a1["b"]["c"], a["b"]["c"])
def test_32_dumps_and_loads__w_options__no_dumper(self):
a = dict(name="a", a=1, b=dict(b=[1, 2], c="C"))
a1 = A.loads(A.dumps(a, "type_not_exist"), "json")
self.assertEquals(a1["name"], a["name"])
self.assertEquals(a1["a"], a["a"])
self.assertEquals(a1["b"]["b"], a["b"]["b"])
self.assertEquals(a1["b"]["c"], a["b"]["c"])
def test_30_dumps_and_loads(self):
a = dict(name="a", a=1, b=dict(b=[1, 2], c="C"))
a1 = A.loads(A.dumps(a, "json"), "json")
self.assertEquals(a1["name"], a["name"])
self.assertEquals(a1["a"], a["a"])
self.assertEquals(a1["b"]["b"], a["b"]["b"])
self.assertEquals(a1["b"]["c"], a["b"]["c"])
def test_46_loads_w_type__broken_template(self):
if not anyconfig.template.SUPPORTED:
return
a = dict(requires="{% }}", )
a_s = 'requires: "{% }}"'
a1 = TT.loads(a_s, ac_parser="yaml", ac_template=True, ac_context={})
self.assertEqual(a1["requires"], a["requires"])
def test_44_loads_w_type__template(self):
if not anyconfig.template.SUPPORTED:
return
a_s = "requires: [{{ requires|join(', ') }}]"
reqs = dict(requires=["bash", "zsh"])
a1 = TT.loads(a_s, ac_parser="yaml", ac_template=True, ac_context=reqs)
self.assertEqual(a1["requires"], reqs["requires"])
def test_48_loads_w_validation(self):
cnf_s = TT.dumps(CNF_0, "json")
scm_s = TT.dumps(SCM_0, "json")
cnf_2 = TT.loads(cnf_s, ac_parser="json", ac_context={},
ac_schema=scm_s)
self.assertEqual(cnf_2["name"], CNF_0["name"])
self.assertEqual(cnf_2["a"], CNF_0["a"])
self.assertEqual(cnf_2["b"]["b"], CNF_0["b"]["b"])
self.assertEqual(cnf_2["b"]["c"], CNF_0["b"]["c"])
def test_46_loads_w_type__broken_template(self):
if not AT.SUPPORTED:
return
a = dict(requires="{% }}", )
a_s = 'requires: "{% }}"'
a1 = TT.loads(a_s, forced_type="yaml", ac_template=True,
ac_context={})
self.assertEquals(a1["requires"], a["requires"])
def test_48_loads_w_validation(self):
cnf_s = TT.dumps(CNF_0, "json")
scm_s = TT.dumps(SCM_0, "json")
cnf_2 = TT.loads(cnf_s, ac_parser="json", ac_context={},
ac_schema=scm_s)
self.assertEqual(cnf_2["name"], CNF_0["name"])
self.assertEqual(cnf_2["a"], CNF_0["a"])
self.assertEqual(cnf_2["b"]["b"], CNF_0["b"]["b"])
self.assertEqual(cnf_2["b"]["c"], CNF_0["b"]["c"])
def main(argv=sys.argv):
"""
:param argv: Argument list to parse [sys.argv]
"""
parser = option_parser()
(options, args) = parser.parse_args(argv[1:])
A.set_loglevel(to_log_level(options.loglevel))
if not args:
if options.list:
tlist = ", ".join(A.list_types()) + "\n"
sys.stdout.write("Supported config types: " + tlist)
sys.exit(0)
else:
parser.print_usage()
sys.exit(-1)
data = data = os.environ.copy() if options.env else A.container()
diff = A.load(args, options.itype, ignore_missing=options.ignore_missing,
merge=options.merge, ac_template=options.template)
data.update(diff)
if options.args:
diff = A.loads(options.args, options.atype,
ac_template=options.template, ac_context=data)
data.update(diff, options.merge)
if options.get:
(data, err) = A.get(data, options.get)
if err:
raise RuntimeError(err)
if options.set:
A.set_(data, *(options.set.split('=')))
if options.output:
cparser = A.find_loader(options.output, options.otype)
if cparser is None:
raise RuntimeError("No suitable dumper was found for %s",
options.output)
cparser.dump(data, options.output)
else:
# TODO: Reuse input type automatically detected as it's impossible to
# detect output type w/o options.output.
if options.otype is None:
if options.itype is None:
raise RuntimeError("Please specify input and/or output type "
"with -I (--itype) or -O (--otype) option")
else:
options.otype = options.itype
cparser = A.find_loader(None, options.otype)
sys.stdout.write(cparser.dumps(data))
def test_44_loads_w_type__template(self):
if not anyconfig.template.SUPPORTED:
return
a_s = "requires: [{{ requires|join(', ') }}]"
reqs = dict(requires=["bash", "zsh"])
a1 = TT.loads(a_s, ac_parser="yaml", ac_template=True,
ac_context=reqs)
self.assertEqual(a1["requires"], reqs["requires"])
def test_44_loads_w_type__template(self):
if not AT.SUPPORTED:
return
a = dict(requires=["bash", "zsh"])
a_s = "requires: [{{ requires|join(', ') }}]"
context = dict(requires=["bash", "zsh"], )
a1 = TT.loads(a_s, forced_type="yaml", ac_template=True,
ac_context=context)
self.assertEquals(a1["requires"], a["requires"])
def main(argv=sys.argv):
"""
:param argv: Argument list to parse [sys.argv]
"""
parser = option_parser()
(options, args) = parser.parse_args(argv[1:])
A.set_loglevel(to_log_level(options.loglevel))
if not args:
if options.list:
tlist = ", ".join(A.list_types()) + "\n"
sys.stdout.write("Supported config types: " + tlist)
sys.exit(0)
else:
parser.print_usage()
sys.exit(-1)
data = A.load(args,
options.itype,
options.merge,
ignore_missing=options.ignore_missing)
if options.args:
diff = A.loads(options.args, options.atype)
data.update(diff, options.merge)
if options.get:
(data, err) = A.get(data, options.get)
if err:
raise RuntimeError(err)
if options.set:
A.set_(data, *(options.set.split('=')))
if options.output:
cparser = A.find_loader(options.output, options.otype)
cparser.dump(data, options.output)
else:
# TODO: Reuse input type automatically detected as it's impossible to
# detect output type w/o options.output.
if options.otype is None:
if options.itype is None:
raise RuntimeError("Please specify input and/or output type "
"with -I (--itype) or -O (--otype) option")
else:
options.otype = options.itype
cparser = A.find_loader(None, options.otype)
sys.stdout.write(cparser.dumps(data))
def main(argv=None):
"""
:param argv: Argument list to parse or None (sys.argv will be set).
"""
(parser, options, args) = parse_args(argv=argv)
API.LOGGER.setLevel(to_log_level(options.loglevel))
_check_options_and_args(parser, options, args)
cnf = API.container(os.environ.copy() if options.env else {})
diff = API.load(args, options.itype,
ignore_missing=options.ignore_missing,
merge=options.merge, ac_template=options.template,
ac_schema=options.schema)
_exit_if_load_failure(diff, "Failed to load: args=%s" % ", ".join(args))
cnf.update(diff)
if options.args:
diff = API.loads(options.args, options.atype,
ac_template=options.template, ac_context=cnf)
cnf.update(diff, options.merge)
_exit_if_only_to_validate(options.validate)
if options.gen_schema:
cnf = API.gen_schema(cnf)
if options.get:
cnf = _do_get(cnf, options.get)
if options.set:
(key, val) = options.set.split('=')
API.set_(cnf, key, anyconfig.parser.parse(val))
_output_result(cnf, options.output, options.otype, args[0], options.itype)
def test_30_dumps_and_loads(self):
cnf = TT.loads(TT.dumps(self.cnf, "json"), "json")
self.assertTrue(dicts_equal(cnf, self.cnf), str(cnf))
def test_30_dumps_and_loads__w_options(self):
cnf = TT.loads(TT.dumps(self.cnf, "json", indent=2), "json",
ensure_ascii=False)
self.assertTrue(dicts_equal(cnf, self.cnf), str(cnf))
def test_32_dumps_and_loads__w_options__no_dumper(self):
cnf = TT.loads(TT.dumps(self.cnf, "type_not_exist"), "json")
self.assertTrue(dicts_equal(cnf, self.cnf), str(cnf))
def test_40_loads_wo_type(self):
cnf_s = "requires:bash,zsh"
self.assertTrue(TT.loads(cnf_s) is None)
def test_30_dumps_and_loads__w_options(self):
res = TT.loads(TT.dumps(self.cnf, "json", indent=2), "json",
ensure_ascii=False)
self.assert_dicts_equal(res, self.cnf)
def test_30_dumps_and_loads(self):
res = TT.loads(TT.dumps(self.cnf, "json"), "json")
self.assert_dicts_equal(res, self.cnf)
def test_49_loads_w_validation_error(self):
cnf_s = """{"a": "aaa"}"""
scm_s = TT.dumps(SCM_0, "json")
cnf_2 = TT.loads(cnf_s, ac_parser="json", ac_schema=scm_s)
self.assertTrue(cnf_2 is None, cnf_2)
def test_49_loads_w_validation_error(self):
cnf_s = """{"a": "aaa"}"""
scm_s = TT.dumps(SCM_0, "json")
cnf_2 = TT.loads(cnf_s, ac_parser="json", ac_schema=scm_s)
self.assertTrue(cnf_2 is None, cnf_2)
def test_40_loads_wo_type(self):
cnf_s = "requires:bash,zsh"
self.assertTrue(TT.loads(cnf_s) is None)
def test_30_dumps_and_loads(self):
cnf = TT.loads(TT.dumps(self.cnf, "json"), "json")
self.assertTrue(dicts_equal(cnf, self.cnf), str(cnf))
def test_30_dumps_and_loads__w_options(self):
res = TT.loads(TT.dumps(self.cnf, "json", indent=2), "json",
ensure_ascii=False)
self.assert_dicts_equal(res, self.cnf)
def test_30_dumps_and_loads(self):
res = TT.loads(TT.dumps(self.cnf, "json"), "json")
self.assert_dicts_equal(res, self.cnf)
def test_30_dumps_and_loads__w_options(self):
cnf = TT.loads(TT.dumps(self.cnf, "json", indent=2),
"json",
ensure_ascii=False)
self.assertTrue(dicts_equal(cnf, self.cnf), str(cnf))
def test_32_dumps_and_loads__w_options__no_dumper(self):
cnf = TT.loads(TT.dumps(self.cnf, "type_not_exist"), "json")
self.assertTrue(dicts_equal(cnf, self.cnf), str(cnf))
def main(argv=None):
"""
:param argv: Argument list to parse or None (sys.argv will be set).
"""
if argv is None:
argv = sys.argv
parser = option_parser()
(options, args) = parser.parse_args(argv[1:])
A.set_loglevel(to_log_level(options.loglevel))
if not args:
if options.list:
tlist = ", ".join(A.list_types()) + "\n"
sys.stdout.write("Supported config types: " + tlist)
sys.exit(0)
else:
parser.print_usage()
sys.exit(1)
if options.validate and options.schema is None:
sys.stderr.write("--validate option requires --scheme option")
sys.exit(1)
data = data = os.environ.copy() if options.env else A.container()
diff = A.load(args, options.itype,
ignore_missing=options.ignore_missing,
merge=options.merge, ac_template=options.template,
ac_schema=options.schema)
if diff is None:
sys.stderr.write("Validation failed")
sys.exit(1)
data.update(diff)
if options.args:
diff = A.loads(options.args, options.atype,
ac_template=options.template, ac_context=data)
data.update(diff, options.merge)
if options.validate:
A.LOGGER.info("Validation succeeds")
sys.exit(0)
if options.gen_schema:
data = A.gen_schema(data)
if options.get:
(data, err) = A.get(data, options.get)
if err:
raise RuntimeError(err)
# Output primitive types as it is.
if not anyconfig.mergeabledict.is_mergeabledict_or_dict(data):
sys.stdout.write(str(data) + '\n')
return
if options.set:
(key, val) = options.set.split('=')
A.set_(data, key, anyconfig.parser.parse(val))
if options.output:
cparser = A.find_loader(options.output, options.otype)
if cparser is None:
raise RuntimeError("No suitable dumper was found for %s",
options.output)
cparser.dump(data, options.output)
else:
if options.otype is None:
if options.itype is None:
psr = A.find_loader(args[0])
if psr is not None:
options.otype = psr.type() # Reuse detected input type
else:
raise RuntimeError("Please specify input and/or output "
"type with -I (--itype) or -O "
"(--otype) option")
else:
options.otype = options.itype
cparser = A.find_loader(None, options.otype)
sys.stdout.write(cparser.dumps(data) + '\n')
