def test():
"""
Exercise the simplest use case
"""
# get the trash can
from journal.Trash import Trash as trash
# and the channel
from journal.Error import Error as error
# make an error channel
channel = error(name="tests.journal.error")
# send the output to trash
channel.device = trash()
# carefully
try:
# inject
channel.log("hello world!")
# shouldn't get here
assert False, "unreachable"
# if the correct exception was raised
except channel.ApplicationError as error:
# all good
pass
# all done
return
def test():
"""
Exercise a fatal help channel with a realistic example
"""
# get the trash can
from journal.Trash import Trash as trash
# and the channel
from journal.Help import Help as help
# make a help channel
channel = help(name="tests.journal.help")
# make it fatal
channel.fatal = True
# send the output to trash
channel.device = trash()
# add some metadata
channel.notes["time"] = "now"
# we asked for this to be fatal, so carefully
try:
# inject something
channel.line("help channel:")
channel.log(" hello world!")
# this should be unreachable
assert False, "unreachable"
# if all goes well
except channel.ApplicationError:
# all good
pass
# all done
return
def test():
"""
Verify that repeated access to the same channel does not accumulate extraneous material
"""
# get the trash can
from journal.Trash import Trash as trash
# and the channel
from journal.Error import Error as error
# make an error channel
channel = error(name="tests.journal.error")
# send the output to trash
channel.device = trash()
# a few times
for _ in range(10):
# carefully
try:
# inject
channel.log("hello world!")
# shouldn't get here
assert False, "unreachable"
# if the correct exception was raised
except channel.ApplicationError as error:
# all good
pass
# all done
return
def test():
"""
Exercise the firewall channel with a realistic example
"""
# get the trash can
from journal.Trash import Trash as trash
# and the channel
from journal.Firewall import Firewall as firewall
# make a firewall channel
channel = firewall(name="tests.journal.firewall")
# send the output to trash
channel.device = trash()
# add some metadata
channel.notes["time"] = "now"
# carefully
try:
# inject
channel.line("firewall:")
channel.log(" a nasty bug was detected")
# shouldn't get here
assert False, "unreachable"
# if the correct exception was raised
except channel.FirewallError as error:
# verify that the description is correct
assert str(error) == (
f"file='{__file__}', line='29', function='test': "
"firewall breached; aborting..."
)
# all done
return
def test():
"""
Exercise a non-fatal firewall channel with a realistic example
"""
# get the trash can
from journal.Trash import Trash as trash
# and the channel
from journal.Firewall import Firewall as firewall
# make a firewall channel
channel = firewall(name="tests.journal.firewall")
# make it non-fatal
channel.fatal = False
# send the output to trash
channel.device = trash()
# add some metadata
channel.notes["time"] = "now"
# carefully
try:
# inject
channel.line("firewall:")
channel.log(" a nasty bug was detected")
# if an exception was raised
except channel.FirewallError as error:
# shouldn't get here
assert False, "unreachable"
# all done
return
def test():
"""
Exercise the error channel with a realistic example
"""
# get the trash can
from journal.Trash import Trash as trash
# and the channel
from journal.Error import Error as error
# make an error channel
channel = error(name="tests.journal.error")
# send the output to trash
channel.device = trash()
# add some metadata
channel.notes["time"] = "now"
# carefully
try:
# inject
channel.line("error channel:")
channel.log(" hello world!")
# shouldn't get here
assert False, "unreachable"
# if the correct exception was raised
except channel.ApplicationError as error:
# all good
pass
# all done
return
def test():
"""
Verify that the channel buffers get flushed properly after {log}
"""
# get the trash can
from journal.Trash import Trash as trash
# and the channel
from journal.Firewall import Firewall as firewall
# make a firewall channel
channel = firewall(name="tests.journal.firewall")
# send the output to trash
channel.device = trash()
# carefully
try:
# inject
channel.log("hello world!")
# shouldn't get here
assert False, "unreachable"
# if the correct exception was raised
except channel.FirewallError as error:
# no problem
pass
# verify that the buffer is empty after the flush
assert len(channel.page) == 0
# all done
return
def test():
"""
Exercise a fatal debug channel with a realistic example
"""
# access the parts
from journal.Trash import Trash as trash
from journal.Debug import Debug as debug
# make a debug channel
channel = debug(name="tests.journal.debug")
# activate it
channel.active = True
# make it fatal
channel.fatal = True
# but send the output to trash
channel.device = trash()
# add some metadata
channel.notes["time"] = "now"
# we asked for this to be fatal, so carefully
try:
# inject something
channel.line("debug channel:")
channel.log(" hello world!")
# this should be unreachable
assert False, "unreachable"
# if all goes well, the channel raised an error
except channel.DebugError:
# all good
pass
# all done
return
def test():
"""
Exercise adding multiple lines at once
"""
# get the trash can
from journal.Trash import Trash as trash
# and the channel
from journal.Error import Error as error
# make a channel
channel = error(name="test.journal.error")
# activate it
channel.activate()
# but send the output to trash
channel.device = trash()
# content in a tuple
reptuple = (
"report from tuple:",
" tuple line 1",
" tuple line 2",
)
# content in a list
replist = [
"report from list:",
" list line 1",
" list line 2",
]
# content in a generator
def repgen():
yield "report from generator:"
yield " generator line 1"
yield " generator line 2"
return
# carefully
try:
# inject
channel.report(report=reptuple)
channel.report(report=replist)
channel.report(report=repgen())
# flush
channel.log()
# shouldn't get here
assert False, "unreachable"
# if the correct exception was raised
except channel.ApplicationError as error:
# verify that the description is correct
assert str(error) == (
f"file='{__file__}', line='52', function='test': "
"application error; aborting...")
# all done
return
def test():
"""
Verify that we can access the {trash} device
"""
# get the device
from journal.Trash import Trash as trash
# instantiate and verify the name
assert trash().name == "trash"
# all done
return
def test():
"""
Exercise adding multiple lines at once
"""
# get the trash can
from journal.Trash import Trash as trash
# and the channel
from journal.Informational import Informational as info
# make a channel
channel = info(name="test.journal.info")
# activate it
channel.activate()
# but send the output to trash
channel.device = trash()
# content in a tuple
reptuple = (
"report from tuple:",
" tuple line 1",
" tuple line 2",
)
# content in a list
replist = [
"report from list:",
" list line 1",
" list line 2",
]
# content in a generator
def repgen():
yield "report from generator:"
yield " generator line 1"
yield " generator line 2"
return
# inject
channel.report(report=reptuple)
channel.report(report=replist)
channel.report(report=repgen())
# flush
channel.log()
# all done
return
def test():
"""
Exercise the simplest use case
"""
# get the trash can
from journal.Trash import Trash as trash
# and the channel
from journal.Informational import Informational as info
# make an info channel
channel = info(name="tests.journal.info")
# send the output to trash
channel.device = trash()
# inject
channel.log("hello world!")
# all done
return
def test():
"""
Exercise getting/setting the global device
"""
# get the chronicler
from journal.Chronicler import Chronicler as chronicler
# and the trash can
from journal.Trash import Trash as trash
# make a new device
custom = trash()
# install it
chronicler.device = custom
# verify that it was installed correctly
assert chronicler.device is custom
# all done
return
def test():
"""
Exercise the simplest use case
"""
# get the trash can
from journal.Trash import Trash as trash
# and the channel
from journal.Warning import Warning as warning
# make a warning channel
channel = warning(name="tests.journal.warning")
# send the output to trash
channel.device = trash()
# inject
channel.log("hello world!")
# all done
return
def test():
"""
Exercise the simplest use case
"""
# get the trash can
from journal.Trash import Trash as trash
# and the channel
from journal.Help import Help as help
# make a help channel
channel = help(name="tests.journal.help")
# send the output to trash
channel.device = trash()
# inject
channel.log("hello world!")
# all done
return
def test():
"""
Verify that repeated access to the same channel does not accumulate extraneous material
"""
# get the trash can
from journal.Trash import Trash as trash
# and the channel
from journal.Informational import Informational as info
# make an info channel
channel = info(name="tests.journal.info")
# send the output to trash
channel.device = trash()
# a few times
for _ in range(10):
# inject
channel.log("hello world!")
# all done
return
def test():
"""
Verify that repeated access to the same channel does not accumulate extraneous material
"""
# get the trash can
from journal.Trash import Trash as trash
# and the channel
from journal.Warning import Warning as warning
# make a warning channel
channel = warning(name="tests.journal.warning")
# send the output to trash
channel.device = trash()
# a few times
for _ in range(10):
# inject
channel.log("hello world!")
# all done
return
def test():
"""
Verify that message injection is handled properly
"""
# get the trash can
from journal.Trash import Trash as trash
# and the channel
from journal.Debug import Debug as debug
# make a debug channel
channel = debug(name="tests.journal.debug")
# activate it
channel.activate()
# but send the output to trash
channel.device = trash()
# inject
channel.log("hello world!")
# all done
return
def test():
"""
Verify that message injection is handled properly
"""
# get the channel
from journal.Null import Null as null
# and the trash can
from journal.Trash import Trash as trash
# make a null channel
channel = null(name="tests.journal.null")
# activate it
channel.activate()
# but send the output to trash
channel.device = trash()
# inject
channel.log("hello world!")
# all done
return
def test():
"""
Verify that message injection is handled properly
"""
# get the trash can
from journal.Trash import Trash as trash
# and the channel
from journal.Firewall import Firewall as firewall
# make a firewall channel
channel = firewall(name="tests.journal.firewall")
# send the output to trash
channel.device = trash()
# make the firewall non-fatal
channel.fatal = False
# inject
channel.log("hello world!")
# all done
return
def test():
"""
Exercise the warning channel with a realistic example
"""
# get the trash can
from journal.Trash import Trash as trash
# and the channel
from journal.Warning import Warning as warning
# make a warning channel
channel = warning(name="tests.journal.warning")
# send the output to trash
channel.device = trash()
# add some metadata
channel.notes["time"] = "now"
# inject
channel.line("warning channel:")
channel.log(" hello world!")
# all done
return
def test():
"""
Verify that the channel buffers get flushed properly after {log}
"""
# get the trash can
from journal.Trash import Trash as trash
# and the channel
from journal.Informational import Informational as info
# make an info channel
channel = info(name="tests.journal.info")
# send the output to trash
channel.device = trash()
# inject
channel.log("hello world!")
# verify that the buffer is empty after the flush
assert len(channel.page) == 0
# all done
return
def test():
"""
Verify that the channel buffers get flushed properly after {log}
"""
# get the trash can
from journal.Trash import Trash as trash
# and the channel
from journal.Warning import Warning as warning
# make a warning channel
channel = warning(name="tests.journal.warning")
# send the output to trash
channel.device = trash()
# inject
channel.log("hello world!")
# verify that the buffer is empty after the flush
assert len(channel.page) == 0
# all done
return
def test():
"""
Exercise the help channel with a realistic example
"""
# get the trash can
from journal.Trash import Trash as trash
# and the channel
from journal.Help import Help as help
# make a help channel
channel = help(name="tests.journal.help")
# send the output to trash
channel.device = trash()
# add some metadata
channel.notes["time"] = "now"
# inject
channel.line("help channel:")
channel.log(" hello world!")
# all done
return
def test():
"""
Exercise the info channel with a realistic example
"""
# get the trash can
from journal.Trash import Trash as trash
# and the channel
from journal.Informational import Informational as info
# make an info channel
channel = info(name="tests.journal.info")
# send the output to trash
channel.device = trash()
# add some metadata
channel.notes["time"] = "now"
# inject
channel.line("info channel:")
channel.log(" hello world!")
# all done
return
def test():
"""
Exercise the debug channel with a realistic example
"""
# access the parts
from journal.Trash import Trash as trash
from journal.Debug import Debug as debug
# make a debug channel
channel = debug(name="tests.journal.debug")
# activate it
channel.activate()
# but send the output to trash
channel.device = trash()
# add some metadata
channel.notes["time"] = "now"
# inject
channel.line("debug channel:")
channel.log(" hello world!")
# all done
return
def test():
"""
Verify that repeated access to the same channel does not accumulate extraneous material
"""
# get the trash can
from journal.Trash import Trash as trash
# and the channel
from journal.Firewall import Firewall as firewall
# make a firewall channel
channel = firewall(name="tests.journal.firewall")
# make it non-fatal
channel.fatal = False
# send the output to trash
channel.device = trash()
# a few times
for _ in range(10):
# inject
channel.log("hello world!")
# all done
return
def test():
"""
Verify that repeated access to the same channel does not accumulate extraneous material
"""
# get the trash can
from journal.Trash import Trash as trash
# and the channel
from journal.Debug import Debug as debug
# make a channel
channel = debug(name="tests.journal.debug")
# activate it
channel.activate()
# but send the output to trash
channel.device = trash()
# for a few times
for _ in range(10):
# inject
channel.log("hello world!")
# all done
return
def test():
"""
Verify that we can control the default device
"""
# the trash can
from journal.Trash import Trash as trash
# get the channel
from journal.Channel import Channel as channel
# ask it for the default device
builtin = channel.getDefaultDevice()
# make new device
custom = trash()
# install it
old = channel.setDefaultDevice(device=custom)
# check that the default device is what we just installed
assert channel.getDefaultDevice() is custom
# and the device we just replaced was the original built-in one
assert old is builtin
# all done
return
def test():
"""
Verify that the channel buffers get flushed properly after {log}
"""
# get the trash can
from journal.Trash import Trash as trash
# and the channel
from journal.Debug import Debug as debug
# make a debug channel
channel = debug(name="tests.journal.debug")
# activate it
channel.activate()
# but send the output to trash
channel.device = trash()
# inject
channel.log("hello world!")
# verify that the buffer is empty after the flush
assert len(channel.page) == 0
# all done
return
