# -*- coding: utf-8 -*- # # Copyright (C) 2019 Chris Caron # All rights reserved. # # This code is licensed under the MIT License. # # Permission is hereby granted, free of charge, to any person obtaining a copy # of this software and associated documentation files(the "Software"), to deal # in the Software without restriction, including without limitation the rights # to use, copy, modify, merge, publish, distribute, sublicense, and / or sell # copies of the Software, and to permit persons to whom the Software is # furnished to do so, subject to the following conditions : # # The above copyright notice and this permission notice shall be included in # all copies or substantial portions of the Software. # # THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR # IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, # FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT.IN NO EVENT SHALL THE # AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER # LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, # OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN # THE SOFTWARE. import sys import pytest from unittest import mock from apprise import NotifyFormat from apprise import ConfigFormat from apprise import ContentIncludeMode from apprise import Apprise from apprise import AppriseConfig from apprise import AppriseAsset from apprise.config.ConfigBase import ConfigBase from apprise.plugins.NotifyBase import NotifyBase from apprise.common import CONFIG_SCHEMA_MAP from apprise.common import NOTIFY_SCHEMA_MAP from apprise.config import __load_matrix from apprise.config.ConfigFile import ConfigFile # Disable logging for a cleaner testing output import logging logging.disable(logging.CRITICAL) def test_apprise_config(tmpdir): """ API: AppriseConfig basic testing """ # Create ourselves a config object ac = AppriseConfig() # There are no servers loaded assert len(ac) == 0 # Object can be directly checked as a boolean; response is False # when there are no entries loaded assert not ac # lets try anyway assert len(ac.servers()) == 0 t = tmpdir.mkdir("simple-formatting").join("apprise") t.write(""" # A comment line over top of a URL mailto://usera:pass@gmail.com # A line with mulitiple tag assignments to it taga,tagb=gnome:// # Event if there is accidental leading spaces, this configuation # is accepting of htat and will not exclude them tagc=kde:// # A very poorly structured url sns://:@/ # Just 1 token provided causes exception sns://T1JJ3T3L2/ # XML xml://localhost/?+HeaderEntry=Test&:IgnoredEntry=Ignored """) # Create ourselves a config object ac = AppriseConfig(paths=str(t)) # One configuration file should have been found assert len(ac) == 1 # Object can be directly checked as a boolean; response is True # when there is at least one entry assert ac # We should be able to read our 4 servers from that assert len(ac.servers()) == 4 # Get our URL back assert isinstance(ac[0].url(), str) # Test cases where our URL is invalid t = tmpdir.mkdir("strange-lines").join("apprise") t.write(""" # basicly this consists of defined tags and no url tag= """) # Create ourselves a config object ac = AppriseConfig(paths=str(t), asset=AppriseAsset()) # One configuration file should have been found assert len(ac) == 1 # No urls were set assert len(ac.servers()) == 0 # Create a ConfigBase object cb = ConfigBase() # Test adding of all entries assert ac.add(configs=cb, asset=AppriseAsset(), tag='test') is True # Test adding of all entries assert ac.add( configs=['file://?', ], asset=AppriseAsset(), tag='test') is False # Test the adding of garbage assert ac.add(configs=object()) is False # Try again but enforce our format ac = AppriseConfig(paths='file://{}?format=text'.format(str(t))) # One configuration file should have been found assert len(ac) == 1 # No urls were set assert len(ac.servers()) == 0 # # Test Internatialization and the handling of unicode characters # istr = """ # Iñtërnâtiônàlization Testing windows://""" # Write our content to our file t = tmpdir.mkdir("internationalization").join("apprise") with open(str(t), 'wb') as f: f.write(istr.encode('latin-1')) # Create ourselves a config object ac = AppriseConfig(paths=str(t)) # One configuration file should have been found assert len(ac) == 1 # This will fail because our default encoding is utf-8; however the file # we opened was not; it was latin-1 and could not be parsed. assert len(ac.servers()) == 0 # Test iterator count = 0 for entry in ac: count += 1 assert len(ac) == count # We can fix this though; set our encoding to latin-1 ac = AppriseConfig(paths='file://{}?encoding=latin-1'.format(str(t))) # One configuration file should have been found assert len(ac) == 1 # Our URL should be found assert len(ac.servers()) == 1 # Get our URL back assert isinstance(ac[0].url(), str) # pop an entry from our list assert isinstance(ac.pop(0), ConfigBase) is True # Determine we have no more configuration entries loaded assert len(ac) == 0 # # Test buffer handling (and overflow) t = tmpdir.mkdir("buffer-handling").join("apprise") buf = "gnome://" t.write(buf) # Reset our config object ac.clear() # Create ourselves a config object ac = AppriseConfig(paths=str(t)) # update our length to be the size of our actual file ac[0].max_buffer_size = len(buf) # One configuration file should have been found assert len(ac) == 1 assert len(ac.servers()) == 1 # update our buffer size to be slightly smaller then what we allow ac[0].max_buffer_size = len(buf) - 1 # Content is automatically cached; so even though we adjusted the buffer # above, our results have been cached so we get a 1 response. assert len(ac.servers()) == 1 def test_apprise_multi_config_entries(tmpdir): """ API: AppriseConfig basic multi-adding functionality """ # temporary file to work with t = tmpdir.mkdir("apprise-multi-add").join("apprise") buf = """ good://hostname """ t.write(buf) # temporary empty file to work with te = tmpdir.join("apprise-multi-add", "apprise-empty") te.write("") # Define our good:// url class GoodNotification(NotifyBase): def __init__(self, **kwargs): super().__init__( notify_format=NotifyFormat.HTML, **kwargs) def notify(self, **kwargs): # Pretend everything is okay return True def url(self, **kwargs): # support url() return '' # Store our good notification in our schema map NOTIFY_SCHEMA_MAP['good'] = GoodNotification # Create ourselves a config object ac = AppriseConfig() # There are no servers loaded assert len(ac) == 0 # Support adding of muilt strings and objects: assert ac.add(configs=(str(t), str(t))) is True assert ac.add(configs=( ConfigFile(path=str(te)), ConfigFile(path=str(t)))) is True # don't support the adding of invalid content assert ac.add(configs=(object(), object())) is False assert ac.add(configs=object()) is False # Try to pop an element out of range try: ac.server_pop(len(ac.servers())) # We should have thrown an exception here assert False except IndexError: # We expect to be here assert True # Pop our elements while len(ac.servers()) > 0: assert isinstance( ac.server_pop(len(ac.servers()) - 1), NotifyBase) is True def test_apprise_add_config(): """ API AppriseConfig.add_config() """ content = """ # A comment line over top of a URL mailto://usera:pass@gmail.com # A line with mulitiple tag assignments to it taga,tagb=gnome:// # Event if there is accidental leading spaces, this configuation # is accepting of htat and will not exclude them tagc=kde:// # A very poorly structured url sns://:@/ # Just 1 token provided causes exception sns://T1JJ3T3L2/ """ # Create ourselves a config object ac = AppriseConfig() assert ac.add_config(content=content) is True # One configuration file should have been found assert len(ac) == 1 assert ac[0].config_format is ConfigFormat.TEXT # Object can be directly checked as a boolean; response is True # when there is at least one entry assert ac # We should be able to read our 3 servers from that assert len(ac.servers()) == 3 # Get our URL back assert isinstance(ac[0].url(), str) # Test invalid content assert ac.add_config(content=object()) is False assert ac.add_config(content=42) is False assert ac.add_config(content=None) is False # Still only one server loaded assert len(ac) == 1 # Test having a pre-defined asset object and tag created assert ac.add_config( content=content, asset=AppriseAsset(), tag='a') is True # Now there are 2 servers loaded assert len(ac) == 2 # and 6 urls.. (as we've doubled up) assert len(ac.servers()) == 6 content = """ # A YAML File urls: - mailto://usera:pass@gmail.com - gnome://: tag: taga,tagb - json://localhost: +HeaderEntry1: 'a header entry' -HeaderEntryDepricated: 'a deprecated entry' :HeaderEntryIgnored: 'an ignored header entry' - xml://localhost: +HeaderEntry1: 'a header entry' -HeaderEntryDepricated: 'a deprecated entry' :HeaderEntryIgnored: 'an ignored header entry' """ # Create ourselves a config object ac = AppriseConfig() assert ac.add_config(content=content) is True # One configuration file should have been found assert len(ac) == 1 assert ac[0].config_format is ConfigFormat.YAML # Object can be directly checked as a boolean; response is True # when there is at least one entry assert ac # We should be able to read our 4 servers from that assert len(ac.servers()) == 4 # Now an invalid configuration file content = "invalid" # Create ourselves a config object ac = AppriseConfig() assert ac.add_config(content=content) is False # Nothing is loaded assert len(ac.servers()) == 0 def test_apprise_config_tagging(tmpdir): """ API: AppriseConfig tagging """ # temporary file to work with t = tmpdir.mkdir("tagging").join("apprise") buf = "gnome://" t.write(buf) # Create ourselves a config object ac = AppriseConfig() # Add an item associated with tag a assert ac.add(configs=str(t), asset=AppriseAsset(), tag='a') is True # Add an item associated with tag b assert ac.add(configs=str(t), asset=AppriseAsset(), tag='b') is True # Add an item associated with tag a or b assert ac.add(configs=str(t), asset=AppriseAsset(), tag='a,b') is True # Now filter: a: assert len(ac.servers(tag='a')) == 2 # Now filter: a or b: assert len(ac.servers(tag='a,b')) == 3 # Now filter: a and b assert len(ac.servers(tag=[('a', 'b')])) == 1 # all matches everything assert len(ac.servers(tag='all')) == 3 # Test cases using the `always` keyword # Create ourselves a config object ac = AppriseConfig() # Add an item associated with tag a assert ac.add(configs=str(t), asset=AppriseAsset(), tag='a,always') is True # Add an item associated with tag b assert ac.add(configs=str(t), asset=AppriseAsset(), tag='b') is True # Add an item associated with tag a or b assert ac.add(configs=str(t), asset=AppriseAsset(), tag='c,d') is True # Now filter: a: assert len(ac.servers(tag='a')) == 1 # Now filter: a or b: assert len(ac.servers(tag='a,b')) == 2 # Now filter: e # we'll match the `always' assert len(ac.servers(tag='e')) == 1 assert len(ac.servers(tag='e', match_always=False)) == 0 # all matches everything assert len(ac.servers(tag='all')) == 3 # Now filter: d # we'll match the `always' tag assert len(ac.servers(tag='d')) == 2 assert len(ac.servers(tag='d', match_always=False)) == 1 def test_apprise_config_instantiate(): """ API: AppriseConfig.instantiate() """ assert AppriseConfig.instantiate( 'file://?', suppress_exceptions=True) is None assert AppriseConfig.instantiate( 'invalid://?', suppress_exceptions=True) is None class BadConfig(ConfigBase): # always allow incusion allow_cross_includes = ContentIncludeMode.ALWAYS def __init__(self, **kwargs): super().__init__(**kwargs) # We fail whenever we're initialized raise TypeError() @staticmethod def parse_url(url, *args, **kwargs): # always parseable return ConfigBase.parse_url(url, verify_host=False) # Store our bad configuration in our schema map CONFIG_SCHEMA_MAP['bad'] = BadConfig with pytest.raises(TypeError): AppriseConfig.instantiate( 'bad://path', suppress_exceptions=False) # Same call but exceptions suppressed assert AppriseConfig.instantiate( 'bad://path', suppress_exceptions=True) is None def test_invalid_apprise_config(tmpdir): """ Parse invalid configuration includes """ class BadConfig(ConfigBase): # always allow incusion allow_cross_includes = ContentIncludeMode.ALWAYS def __init__(self, **kwargs): super().__init__(**kwargs) # We intentionally fail whenever we're initialized raise TypeError() @staticmethod def parse_url(url, *args, **kwargs): # always parseable return ConfigBase.parse_url(url, verify_host=False) # Store our bad configuration in our schema map CONFIG_SCHEMA_MAP['bad'] = BadConfig # temporary file to work with t = tmpdir.mkdir("apprise-bad-obj").join("invalid") buf = """ # Include an invalid schema include invalid:// # An unparsable valid schema include https:// # A valid configuration that will throw an exception include bad:// # Include ourselves (So our recursive includes fails as well) include {} """.format(str(t)) t.write(buf) # Create ourselves a config object with caching disbled ac = AppriseConfig(recursion=2, insecure_includes=True, cache=False) # Nothing loaded yet assert len(ac) == 0 # Add our config assert ac.add(configs=str(t), asset=AppriseAsset()) is True # One configuration file assert len(ac) == 1 # All of the servers were invalid and would not load assert len(ac.servers()) == 0 def test_apprise_config_with_apprise_obj(tmpdir): """ API: ConfigBase - parse valid config """ # temporary file to work with t = tmpdir.mkdir("apprise-obj").join("apprise") buf = """ good://hostname localhost=good://localhost """ t.write(buf) # Define our good:// url class GoodNotification(NotifyBase): def __init__(self, **kwargs): super().__init__( notify_format=NotifyFormat.HTML, **kwargs) def notify(self, **kwargs): # Pretend everything is okay return True def url(self, **kwargs): # support url() return '' # Store our good notification in our schema map NOTIFY_SCHEMA_MAP['good'] = GoodNotification # Create ourselves a config object ac = AppriseConfig(cache=False) # Nothing loaded yet assert len(ac) == 0 # Add an item associated with tag a assert ac.add(configs=str(t), asset=AppriseAsset(), tag='a') is True # One configuration file assert len(ac) == 1 # 2 services found in it assert len(ac.servers()) == 2 # Pop one of them (at index 0) ac.server_pop(0) # Verify that it no longer listed assert len(ac.servers()) == 1 # Test our ability to add Config objects to our apprise object a = Apprise() # Add our configuration object assert a.add(servers=ac) is True # Detect our 1 entry (originally there were 2 but we deleted one) assert len(a) == 1 # Notify our service assert a.notify(body='apprise configuration power!') is True # Add our configuration object assert a.add( servers=[AppriseConfig(str(t)), AppriseConfig(str(t))]) is True # Detect our 5 loaded entries now; 1 from first config, and another # 2x2 based on adding our list above assert len(a) == 5 # We can't add garbage assert a.add(servers=object()) is False assert a.add(servers=[object(), object()]) is False # Our length is unchanged assert len(a) == 5 # reference index 0 of our list ref = a[0] assert isinstance(ref, NotifyBase) is True # Our length is unchanged assert len(a) == 5 # pop the index ref_popped = a.pop(0) # Verify our response assert isinstance(ref_popped, NotifyBase) is True # Our length drops by 1 assert len(a) == 4 # Content popped is the same as one referenced by index # earlier assert ref == ref_popped # pop an index out of range try: a.pop(len(a)) # We'll thrown an IndexError and not make it this far assert False except IndexError: # As expected assert True # Our length remains unchanged assert len(a) == 4 # Reference content out of range try: a[len(a)] # We'll thrown an IndexError and not make it this far assert False except IndexError: # As expected assert True # reference index at the end of our list ref = a[len(a) - 1] # Verify our response assert isinstance(ref, NotifyBase) is True # Our length stays the same assert len(a) == 4 # We can pop from the back of the list without a problem too ref_popped = a.pop(len(a) - 1) # Verify our response assert isinstance(ref_popped, NotifyBase) is True # Content popped is the same as one referenced by index # earlier assert ref == ref_popped # Our length drops by 1 assert len(a) == 3 # Now we'll test adding another element to the list so that it mixes up # our response object. # Below we add 3 different types, a ConfigBase, NotifyBase, and URL assert a.add( servers=[ ConfigFile(path=(str(t))), 'good://another.host', GoodNotification(**{'host': 'nuxref.com'})]) is True # Our length increases by 4 (2 entries in the config file, + 2 others) assert len(a) == 7 # reference index at the end of our list ref = a[len(a) - 1] # Verify our response assert isinstance(ref, NotifyBase) is True # We can pop from the back of the list without a problem too ref_popped = a.pop(len(a) - 1) # Verify our response assert isinstance(ref_popped, NotifyBase) is True # Content popped is the same as one referenced by index # earlier assert ref == ref_popped # Our length drops by 1 assert len(a) == 6 # pop our list while len(a) > 0: assert isinstance(a.pop(len(a) - 1), NotifyBase) is True def test_recursive_config_inclusion(tmpdir): """ API: Apprise() Recursive Config Inclusion """ # To test our config classes, we make three dummy configs class ConfigCrossPostAlways(ConfigFile): """ A dummy config that is set to always allow inclusion """ service_name = 'always' # protocol protocol = 'always' # Always type allow_cross_includes = ContentIncludeMode.ALWAYS class ConfigCrossPostStrict(ConfigFile): """ A dummy config that is set to strict inclusion """ service_name = 'strict' # protocol protocol = 'strict' # Always type allow_cross_includes = ContentIncludeMode.STRICT class ConfigCrossPostNever(ConfigFile): """ A dummy config that is set to never allow inclusion """ service_name = 'never' # protocol protocol = 'never' # Always type allow_cross_includes = ContentIncludeMode.NEVER # store our entries CONFIG_SCHEMA_MAP['never'] = ConfigCrossPostNever CONFIG_SCHEMA_MAP['strict'] = ConfigCrossPostStrict CONFIG_SCHEMA_MAP['always'] = ConfigCrossPostAlways # Make our new path valid suite = tmpdir.mkdir("apprise_config_recursion") cfg01 = suite.join("cfg01.cfg") cfg02 = suite.mkdir("dir1").join("cfg02.cfg") cfg03 = suite.mkdir("dir2").join("cfg03.cfg") cfg04 = suite.mkdir("dir3").join("cfg04.cfg") # Populate our files with valid configuration include lines cfg01.write(""" # json entry json://localhost:8080 # absolute path inclusion to ourselves include {}""".format(str(cfg01))) cfg02.write(""" # json entry json://localhost:8080 # recursively include ourselves include cfg02.cfg""") cfg03.write(""" # xml entry xml://localhost:8080 # relative path inclusion include ../dir1/cfg02.cfg # test that we can't include invalid entries include invalid://entry # Include non includable type include memory://""") cfg04.write(""" # xml entry xml://localhost:8080 # always include of our file include always://{} # never include of our file include never://{} # strict include of our file include strict://{}""".format(str(cfg04), str(cfg04), str(cfg04))) # Create ourselves a config object ac = AppriseConfig() # There are no servers loaded assert len(ac) == 0 # load our configuration assert ac.add(configs=str(cfg01)) is True # verify it loaded assert len(ac) == 1 # 1 service will be loaded as there is no recursion at this point assert len(ac.servers()) == 1 # Create ourselves a config object ac = AppriseConfig(recursion=1) # load our configuration assert ac.add(configs=str(cfg01)) is True # verify one configuration file loaded however since it recursively # loaded itself 1 more time, it still doesn't impact the load count: assert len(ac) == 1 # 2 services loaded now that we loaded the same file twice assert len(ac.servers()) == 2 # # Now we test relative file inclusion # # Create ourselves a config object ac = AppriseConfig(recursion=10) # There are no servers loaded assert len(ac) == 0 # load our configuration assert ac.add(configs=str(cfg02)) is True # verify it loaded assert len(ac) == 1 # 11 services loaded because we reloaded ourselves 10 times # after loading the first entry assert len(ac.servers()) == 11 # Test our include modes (strict, always, and never) # Create ourselves a config object ac = AppriseConfig(recursion=1) # There are no servers loaded assert len(ac) == 0 # load our configuration assert ac.add(configs=str(cfg04)) is True # verify it loaded assert len(ac) == 1 # 2 servers loaded # 1 - from the file read (which is set at mode STRICT # 1 - from the always:// # # The never:// can ever be includeed, and the strict:// is ot of type # file:// (the one doing the include) so it is also ignored. # # By turning on the insecure_includes, we can include the strict files too assert len(ac.servers()) == 2 # Create ourselves a config object ac = AppriseConfig(recursion=1, insecure_includes=True) # There are no servers loaded assert len(ac) == 0 # load our configuration assert ac.add(configs=str(cfg04)) is True # verify it loaded assert len(ac) == 1 # 3 servers loaded # 1 - from the file read (which is set at mode STRICT # 1 - from the always:// # 1 - from the strict:// (due to insecure_includes set) assert len(ac.servers()) == 3 def test_apprise_config_matrix_load(): """ API: AppriseConfig() matrix initialization """ import apprise class ConfigDummy(ConfigBase): """ A dummy wrapper for testing the different options in the load_matrix function """ # The default descriptive name associated with the Notification service_name = 'dummy' # protocol as tuple protocol = ('uh', 'oh') # secure protocol as tuple secure_protocol = ('no', 'yes') class ConfigDummy2(ConfigBase): """ A dummy wrapper for testing the different options in the load_matrix function """ # The default descriptive name associated with the Notification service_name = 'dummy2' # secure protocol as tuple secure_protocol = ('true', 'false') class ConfigDummy3(ConfigBase): """ A dummy wrapper for testing the different options in the load_matrix function """ # The default descriptive name associated with the Notification service_name = 'dummy3' # secure protocol as string secure_protocol = 'true' class ConfigDummy4(ConfigBase): """ A dummy wrapper for testing the different options in the load_matrix function """ # The default descriptive name associated with the Notification service_name = 'dummy4' # protocol as string protocol = 'true' # Generate ourselves a fake entry apprise.config.ConfigDummy = ConfigDummy apprise.config.ConfigDummy2 = ConfigDummy2 apprise.config.ConfigDummy3 = ConfigDummy3 apprise.config.ConfigDummy4 = ConfigDummy4 __load_matrix() # Call it again so we detect our entries already loaded __load_matrix() def test_configmatrix_dynamic_importing(tmpdir): """ API: Apprise() Config Matrix Importing """ # Make our new path valid suite = tmpdir.mkdir("apprise_config_test_suite") suite.join("__init__.py").write('') module_name = 'badconfig' # Update our path to point to our new test suite sys.path.insert(0, str(suite)) # Create a base area to work within base = suite.mkdir(module_name) base.join("__init__.py").write('') # Test no app_id base.join('ConfigBadFile1.py').write( """ class ConfigBadFile1: pass""") # No class of the same name base.join('ConfigBadFile2.py').write( """ class BadClassName: pass""") # Exception thrown base.join('ConfigBadFile3.py').write("""raise ImportError()""") # Utilizes a schema:// already occupied (as string) base.join('ConfigGoober.py').write( """ from apprise.config import ConfigBase class ConfigGoober(ConfigBase): # This class tests the fact we have a new class name, but we're # trying to over-ride items previously used # The default simple (insecure) protocol (used by ConfigHTTP) protocol = ('http', 'goober') # The default secure protocol (used by ConfigHTTP) secure_protocol = 'https' @staticmethod def parse_url(url, *args, **kwargs): # always parseable return ConfigBase.parse_url(url, verify_host=False)""") # Utilizes a schema:// already occupied (as tuple) base.join('ConfigBugger.py').write(""" from apprise.config import ConfigBase class ConfigBugger(ConfigBase): # This class tests the fact we have a new class name, but we're # trying to over-ride items previously used # The default simple (insecure) protocol (used by ConfigHTTP), the other # isn't protocol = ('http', 'bugger-test' ) # The default secure protocol (used by ConfigHTTP), the other isn't secure_protocol = ('https', ['garbage']) @staticmethod def parse_url(url, *args, **kwargs): # always parseable return ConfigBase.parse_url(url, verify_host=False)""") __load_matrix(path=str(base), name=module_name) @mock.patch('os.path.getsize') def test_config_base_parse_inaccessible_text_file(mock_getsize, tmpdir): """ API: ConfigBase.parse_inaccessible_text_file """ # temporary file to work with t = tmpdir.mkdir("inaccessible").join("apprise") buf = "gnome://" t.write(buf) # Set getsize return value mock_getsize.return_value = None mock_getsize.side_effect = OSError # Create ourselves a config object ac = AppriseConfig(paths=str(t)) # The following internally throws an exception but still counts # as a loaded configuration file assert len(ac) == 1 # Thus no notifications are loaded assert len(ac.servers()) == 0 def test_config_base_parse_yaml_file01(tmpdir): """ API: ConfigBase.parse_yaml_file (#1) """ t = tmpdir.mkdir("empty-file").join("apprise.yml") t.write("") # Create ourselves a config object ac = AppriseConfig(paths=str(t)) # The number of configuration files that exist assert len(ac) == 1 # no notifications are loaded assert len(ac.servers()) == 0 def test_config_base_parse_yaml_file02(tmpdir): """ API: ConfigBase.parse_yaml_file (#2) """ t = tmpdir.mkdir("matching-tags").join("apprise.yml") t.write("""urls: - pover://nsisxnvnqixq39t0cw54pxieyvtdd9@2jevtmstfg5a7hfxndiybasttxxfku: - tag: test1 - pover://rg8ta87qngcrkc6t4qbykxktou0uug@tqs3i88xlufexwl8t4asglt4zp5wfn: - tag: test2 - pover://jcqgnlyq2oetea4qg3iunahj8d5ijm@evalvutkhc8ipmz2lcgc70wtsm0qpb: - tag: test3""") # Create ourselves a config object ac = AppriseConfig(paths=str(t)) # The number of configuration files that exist assert len(ac) == 1 # no notifications are loaded assert len(ac.servers()) == 3 # Test our ability to add Config objects to our apprise object a = Apprise() # Add our configuration object assert a.add(servers=ac) is True # Detect our 3 entry as they should have loaded successfully assert len(a) == 3 # No match assert sum(1 for _ in a.find('no-match')) == 0 # Match everything assert sum(1 for _ in a.find('all')) == 3 # Match test1 entry assert sum(1 for _ in a.find('test1')) == 1 # Match test2 entry assert sum(1 for _ in a.find('test2')) == 1 # Match test3 entry assert sum(1 for _ in a.find('test3')) == 1 # Match test1 or test3 entry assert sum(1 for _ in a.find('test1, test3')) == 2 def test_config_base_parse_yaml_file03(tmpdir): """ API: ConfigBase.parse_yaml_file (#3) """ t = tmpdir.mkdir("bad-first-entry").join("apprise.yml") # The first entry is -tag and not tag # The element is therefore not picked up; This causes us to display # some warning messages to the screen complaining of this typo yet # still allowing us to load the URL since it is valid t.write("""urls: - pover://nsisxnvnqixq39t0cw54pxieyvtdd9@2jevtmstfg5a7hfxndiybasttxxfku: -tag: test1 - pover://rg8ta87qngcrkc6t4qbykxktou0uug@tqs3i88xlufexwl8t4asglt4zp5wfn: - tag: test2 - pover://jcqgnlyq2oetea4qg3iunahj8d5ijm@evalvutkhc8ipmz2lcgc70wtsm0qpb: - tag: test3""") # Create ourselves a config object ac = AppriseConfig(paths=str(t)) # The number of configuration files that exist assert len(ac) == 1 # no notifications lines processed is 3 assert len(ac.servers()) == 3 # Test our ability to add Config objects to our apprise object a = Apprise() # Add our configuration object assert a.add(servers=ac) is True # Detect our 3 entry as they should have loaded successfully assert len(a) == 3 # No match assert sum(1 for _ in a.find('no-match')) == 0 # Match everything assert sum(1 for _ in a.find('all')) == 3 # No match for bad entry assert sum(1 for _ in a.find('test1')) == 0 # Match test2 entry assert sum(1 for _ in a.find('test2')) == 1 # Match test3 entry assert sum(1 for _ in a.find('test3')) == 1 # Match test1 or test3 entry; (only matches test3) assert sum(1 for _ in a.find('test1, test3')) == 1 def test_config_base_parse_yaml_file04(tmpdir): """ API: ConfigBase.parse_yaml_file (#4) Test the always keyword """ t = tmpdir.mkdir("always-keyword").join("apprise.yml") t.write("""urls: - pover://nsisxnvnqixq39t0cw54pxieyvtdd9@2jevtmstfg5a7hfxndiybasttxxfku: - tag: test1,always - pover://rg8ta87qngcrkc6t4qbykxktou0uug@tqs3i88xlufexwl8t4asglt4zp5wfn: - tag: test2 - pover://jcqgnlyq2oetea4qg3iunahj8d5ijm@evalvutkhc8ipmz2lcgc70wtsm0qpb: - tag: test3""") # Create ourselves a config object ac = AppriseConfig(paths=str(t)) # The number of configuration files that exist assert len(ac) == 1 # no notifications are loaded assert len(ac.servers()) == 3 # Test our ability to add Config objects to our apprise object a = Apprise() # Add our configuration object assert a.add(servers=ac) is True # Detect our 3 entry as they should have loaded successfully assert len(a) == 3 # No match still matches `always` keyword assert sum(1 for _ in a.find('no-match')) == 1 # Unless we explicitly do not look for that file assert sum(1 for _ in a.find('no-match', match_always=False)) == 0 # Match everything assert sum(1 for _ in a.find('all')) == 3 # Match test1 entry (also has `always` keyword assert sum(1 for _ in a.find('test1')) == 1 assert sum(1 for _ in a.find('test1', match_always=False)) == 1 # Match test2 entry (and test1 due to always keyword) assert sum(1 for _ in a.find('test2')) == 2 assert sum(1 for _ in a.find('test2', match_always=False)) == 1 # Match test3 entry (and test1 due to always keyword) assert sum(1 for _ in a.find('test3')) == 2 assert sum(1 for _ in a.find('test3', match_always=False)) == 1 # Match test1 or test3 entry assert sum(1 for _ in a.find('test1, test3')) == 2 def test_apprise_config_template_parse(tmpdir): """ API: AppriseConfig parsing of templates """ # Create ourselves a config object ac = AppriseConfig() t = tmpdir.mkdir("template-testing").join("apprise.yml") t.write(""" tag: - company # A comment line over top of a URL urls: - mailto://user:pass@example.com: - to: user1@gmail.com cc: test@hotmail.com - to: user2@gmail.com tag: co-worker """) # Create ourselves a config object ac = AppriseConfig(paths=str(t)) # 2 emails to be sent assert len(ac.servers()) == 2 # The below checks are very customized for NotifyMail but just # test that the content got passed correctly assert (False, 'user1@gmail.com') in ac[0][0].targets assert 'test@hotmail.com' in ac[0][0].cc assert 'company' in ac[0][1].tags assert (False, 'user2@gmail.com') in ac[0][1].targets assert 'company' in ac[0][1].tags assert 'co-worker' in ac[0][1].tags # # Specifically test _special_token_handler() # tokens = { # This maps to itself (bcc); no change here 'bcc': 'user@test.com', # This should get mapped to 'targets' 'to': 'user1@abc.com', # white space and tab is intentionally added to the end to verify we # do not play/tamper with information 'targets': 'user2@abc.com, user3@abc.com \t', # If the end user provides a configuration for data we simply don't use # this isn't a proble... we simply don't touch it either; we leave it # as is. 'ignore': 'not-used' } result = ConfigBase._special_token_handler('mailto', tokens) # to gets mapped to targets assert 'to' not in result # bcc is allowed here assert 'bcc' in result assert 'targets' in result # Not used, but also not touched; this entry should still be in our result # set assert 'ignore' in result # We'll concatinate all of our targets together assert len(result['targets']) == 2 assert 'user1@abc.com' in result['targets'] # Content is passed as is assert 'user2@abc.com, user3@abc.com \t' in result['targets'] # We re-do the simmiar test above. The very key difference is the # `targets` is a list already (it's expected type) so `to` can properly be # concatinated into the list vs the above (which tries to correct the # situation) tokens = { # This maps to itself (bcc); no change here 'bcc': 'user@test.com', # This should get mapped to 'targets' 'to': 'user1@abc.com', # similar to the above test except targets is now a proper # dictionary allowing the `to` (when translated to `targets`) to get # appended to it 'targets': ['user2@abc.com', 'user3@abc.com'], # If the end user provides a configuration for data we simply don't use # this isn't a proble... we simply don't touch it either; we leave it # as is. 'ignore': 'not-used' } result = ConfigBase._special_token_handler('mailto', tokens) # to gets mapped to targets assert 'to' not in result # bcc is allowed here assert 'bcc' in result assert 'targets' in result # Not used, but also not touched; this entry should still be in our result # set assert 'ignore' in result # Now we'll see the new user added as expected (concatinated into our list) assert len(result['targets']) == 3 assert 'user1@abc.com' in result['targets'] assert 'user2@abc.com' in result['targets'] assert 'user3@abc.com' in result['targets'] # Test providing a list t.write(""" # A comment line over top of a URL urls: - mailtos://user:pass@example.com: - smtp: smtp3-dev.google.gmail.com to: - John Smith - Jason Tater - user3@gmail.com - to: Henry Fisher , Jason Archie smtp_host: smtp5-dev.google.gmail.com tag: drinking-buddy # provide case where the URL includes some input too # In both of these cases, the cc and targets (to) get over-ridden # by values below - mailtos://user:pass@example.com/arnold@imdb.com/?cc=bill@micro.com/: to: - override01@gmail.com cc: - override02@gmail.com - sinch://: - spi: aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa token: bbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb # Test a case where we expect a string, but yaml reads it in as # a number from: 10005243890 to: +1(123)555-1234 """) # Create ourselves a config object ac = AppriseConfig(paths=str(t)) # 2 emails to be sent and 1 Sinch service call assert len(ac.servers()) == 4 # Verify our users got placed into the to assert len(ac[0][0].targets) == 3 assert ("John Smith", 'user1@gmail.com') in ac[0][0].targets assert ("Jason Tater", 'user2@gmail.com') in ac[0][0].targets assert (False, 'user3@gmail.com') in ac[0][0].targets assert ac[0][0].smtp_host == 'smtp3-dev.google.gmail.com' assert len(ac[0][1].targets) == 2 assert ("Henry Fisher", 'user4@gmail.com') in ac[0][1].targets assert ("Jason Archie", 'user5@gmail.com') in ac[0][1].targets assert 'drinking-buddy' in ac[0][1].tags assert ac[0][1].smtp_host == 'smtp5-dev.google.gmail.com' # Our third test tests cases where some variables are defined inline # and additional ones are defined below that share the same token space assert len(ac[0][2].targets) == 1 assert len(ac[0][2].cc) == 1 assert (False, 'override01@gmail.com') in ac[0][2].targets assert 'override02@gmail.com' in ac[0][2].cc # Test our Since configuration now: assert len(ac[0][3].targets) == 1 assert ac[0][3].service_plan_id == 'aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa' assert ac[0][3].source == '+10005243890' assert ac[0][3].targets[0] == '+11235551234'