def test_enumerate_directories_as_series_names(self):
root = fs.memoryfs.MemoryFS()
temp = root.makeopendir("temp") # not really needed just be sure we can work with subpaths
names = [ "Hogwash Hefe", "Bog Fish Head", "Foaming at the mouth" ]
for n in names:
temp.makedir(n)
repo = BeerlogJsonRepo(temp)
assert_that(sorted(repo.names()), equal_to(sorted(names)))
def test_enumerate_directories_as_series_names(self):
root = fs.memoryfs.MemoryFS()
temp = root.makeopendir(
"temp") # not really needed just be sure we can work with subpaths
names = ["Hogwash Hefe", "Bog Fish Head", "Foaming at the mouth"]
for n in names:
temp.makedir(n)
repo = BeerlogJsonRepo(temp)
assert_that(sorted(repo.names()), equal_to(sorted(names)))
def test_timeseries_from_old_format_jsonfiles_in_folder(self):
""" given a "brew" directory with a single file of the format <name>-<numbers>.json containing a single entry,
when the time series is read
then one row is returned. the row matches the one in the file.
"""
root = fs.memoryfs.MemoryFS()
brew = root.makeopendir("brew") # not really needed just be sure we can work with subpaths
file1 = brew.setcontents("brew-01.json", build_json_file(v010_columns, [ d1_old ]))
repo = BeerlogJsonRepo(root)
ts = repo.fetch("brew")
rows = [r for r in ts.rows()]
assert_that(len(rows), is_(1), "one row timeseries expected")
assert_that(rows[0], is_(equal_to(d1_old_row)), "old format is extended with 2 additional columns, filled with None")
def test_timeseries_from_jsonfiles_in_folder(self):
""" given a "brew" directory with a single file of the format <name>-<numbers>.json containing a single entry,
when the time series is read
then one row is returned. the row matches the one in the file.
"""
root = fs.memoryfs.MemoryFS()
brew = root.makeopendir(
"brew") # not really needed just be sure we can work with subpaths
file1 = brew.setcontents("brew-01.json",
build_json_file(v021_columns, [d1]))
repo = BeerlogJsonRepo(root)
ts = repo.fetch("brew")
rows = [r for r in ts.rows()]
assert_that(len(rows), is_(1), "one row timeseries expected")
assert_that(rows[0], is_(equal_to(d1)))
