def populate_figure(fig_json):
f = Figure({})
try:
if fig_json['graphics_title'].startswith('ES'):
title_fields = fig_json['graphics_title'].split('. ')
title = ' '.join(title_fields[1:])
f.ordinal = re.search('\d+', title_fields[0]).group(0)
else:
figure_num, title = parse_title(fig_json['graphics_title'])
if figure_num and figure_num.startswith('TSD'):
f.ordinal = figure_num.split('.')[1]
else:
f.figure_num = figure_num if figure_num else None
f.title = title
f.identifier = fig_json['figure_id'] if fig_json[
'figure_id'] else re.sub('\W', '_', f.title).lower()
f.create_dt = fig_json['graphics_create_date'].strip()
if any(fig_json['period_record']):
f.time_start, f.time_end = [
d.strip() for d in fig_json['period_record']
]
f.lat_min, f.lat_max, f.lon_min, f.lon_max = fig_json['spatial_extent']
except Exception, e:
warning('Figure exception: ', e)
traceback.print_exc()
def test_domain_as_json():
f = Figure(json.loads(test_figure_json))
assert f.original['chapter']['identifier'] == 'our-changing-climate'
assert f.original['images'] not in (None, '')
assert f.original['uri'] not in (None, '')
#Make sure fields specifically omitted are actually omitted
fig_json_out = json.loads(f.as_json())
assert all([omitted_key not in fig_json_out for omitted_key in ['chapter', 'images', 'uri', 'href']])
i = Image(json.loads(test_image_json))
assert i.original['uri'] not in (None, '')
assert i.original['href'] not in (None, '')
img_json_out = json.loads(i.as_json())
assert all([omitted_key not in img_json_out for omitted_key in ['uri', 'href']])
#Make sure merges work
f2_json = json.loads(test_figure_json)
f2_json['caption'] = ''
f2 = Figure(f2_json)
assert f2.caption in ('', None)
f2.merge(f)
assert f2.caption == f.caption
def test_domain_as_json():
f = Figure(json.loads(test_figure_json))
assert f.original['chapter']['identifier'] == 'our-changing-climate'
assert f.original['images'] not in (None, '')
assert f.original['uri'] not in (None, '')
#Make sure fields specifically omitted are actually omitted
fig_json_out = json.loads(f.as_json())
assert all([
omitted_key not in fig_json_out
for omitted_key in ['chapter', 'images', 'uri', 'href']
])
i = Image(json.loads(test_image_json))
assert i.original['uri'] not in (None, '')
assert i.original['href'] not in (None, '')
img_json_out = json.loads(i.as_json())
assert all(
[omitted_key not in img_json_out for omitted_key in ['uri', 'href']])
#Make sure merges work
f2_json = json.loads(test_figure_json)
f2_json['caption'] = ''
f2 = Figure(f2_json)
assert f2.caption in ('', None)
f2.merge(f)
assert f2.caption == f.caption
def test_parent():
f = Figure(json.loads(test_figure_json))
assert f.parents == []
ds = Dataset(json.loads(test_dataset_json))
assert isinstance(ds, Dataset)
p = Parent.from_obj(ds)
assert isinstance(p, Parent)
assert isinstance(p.publication, Dataset)
f.add_parent(p)
assert len(f.parents) == 1
assert f.parents[0] == p
assert f.parents[0].relationship == 'prov:wasDerivedFrom'
assert f.parents[0].publication_type_identifier == 'dataset'
assert f.parents[0].url == '/dataset/cddv2'
assert f.parents[0].label == 'Climate Division Database Version 2'
def test_parent():
f = Figure(json.loads(test_figure_json))
assert f.parents == []
ds = Dataset(json.loads(test_dataset_json))
assert isinstance(ds, Dataset)
p = Parent.from_obj(ds)
assert isinstance(p, Parent)
assert isinstance(p.publication, Dataset)
f.add_parent(p)
assert len(f.parents) == 1
assert f.parents[0] == p
assert f.parents[0].relationship == 'prov:wasDerivedFrom'
assert f.parents[0].publication_type_identifier == 'dataset'
assert f.parents[0].url == '/dataset/cddv2'
assert f.parents[0].label == 'Climate Division Database Version 2'
def test_chapter_parsing():
webform_fig = Figure(json.loads(webform_json_precip), trans=trans.FIG_TRANSLATIONS)
gcis_fig = Figure(json.loads(test_figure_json))
assert isinstance(webform_fig.ordinal, int)
assert webform_fig.figure_num == '2.17'
assert webform_fig.ordinal == 17
assert webform_fig.chapter == 2
merged_figure = webform_fig.merge(gcis_fig)
#FYI, these are identical; I just wanted the variable name to reflect the merge
assert id(merged_figure) == id(webform_fig)
assert isinstance(gcis_fig.chapter, Chapter)
assert merged_figure.figure_num == '2.17'
assert merged_figure.ordinal == 17
assert isinstance(merged_figure.chapter, Chapter)
assert merged_figure.chapter.number == 2
def populate_figure(fig_json):
f = Figure({})
try:
f.figure_num, f.title = parse_title(fig_json['graphics_title'])
f.identifier = fig_json['figure_id'] if fig_json[
'figure_id'] else re.sub('\W', '_', f.title).lower()
f.create_dt = fig_json['graphics_create_date']
f.time_start, f.time_end = fig_json['period_record']
f.lat_min, f.lat_max, f.lon_min, f.lon_max = fig_json['spatial_extent']
f.remote_path = fig_json['filepath']
except Exception, e:
print 'Figure exception: ', e
def test_chapter_parsing():
webform_fig = Figure(json.loads(webform_json_precip),
trans=trans.FIG_TRANSLATIONS)
gcis_fig = Figure(json.loads(test_figure_json))
assert isinstance(webform_fig.ordinal, int)
assert webform_fig.figure_num == '2.17'
assert webform_fig.ordinal == 17
assert webform_fig.chapter == 2
merged_figure = webform_fig.merge(gcis_fig)
#FYI, these are identical; I just wanted the variable name to reflect the merge
assert id(merged_figure) == id(webform_fig)
assert isinstance(gcis_fig.chapter, Chapter)
assert merged_figure.figure_num == '2.17'
assert merged_figure.ordinal == 17
assert isinstance(merged_figure.chapter, Chapter)
assert merged_figure.chapter.number == 2
def populate_figure(fig_json):
f = Figure({})
try:
f.figure_num, f.title = parse_title(fig_json['graphics_title'])
f.identifier = fig_json['figure_id'] if fig_json['figure_id'] else re.sub('\W', '_', f.title).lower()
f.create_dt = fig_json['graphics_create_date']
f.time_start, f.time_end = fig_json['period_record']
f.lat_min, f.lat_max, f.lon_min, f.lon_max = fig_json['spatial_extent']
f.remote_path = fig_json['filepath']
except Exception, e:
print 'Figure exception: ', e
def populate_figure(fig_json):
f = Figure({})
try:
figure_num, title = parse_title(fig_json['graphics_title'])
f.ordinal = figure_num if figure_num else None
f.title = title
f.identifier = fig_json['figure_id'] if fig_json[
'figure_id'] else re.sub('\W', '_', f.title).lower()
f.create_dt = fig_json['graphics_create_date'].strip()
if any(fig_json['period_record']):
f.time_start, f.time_end = [
d.strip() for d in fig_json['period_record']
]
f.lat_min, f.lat_max, f.lon_min, f.lon_max = fig_json['spatial_extent']
except Exception, e:
warning('Figure exception: ', e)
traceback.print_exc()
def test_domain():
f = Figure(json.loads(test_figure_json))
assert isinstance(f, Gcisbase)
assert isinstance(f, Figure)
assert len(f.images) == 11
assert all([isinstance(i, Image) for i in f.images])
assert isinstance(f.chapter, Chapter)
assert f.chapter.identifier == 'our-changing-climate'
i = Image(json.loads(test_image_json))
assert isinstance(i, Image)
assert len(f.contributors) == 2
assert all([isinstance(cont, Contributor) for cont in f.contributors])
empty_img = Image({})
assert empty_img.identifier is None
