def as_generic(self):
"""
Output report as list of lists, containing cells that would appear
in COUNTER report (suitable for writing as CSV, TSV, etc.)
"""
output_lines = []
rep_type = ""
for name, code in CODES.items():
if code == self.report_type[0:2]:
rep_type = name
report_name = "%s Report %s (R%s)" % (rep_type, self.report_type[-1], self.report_version)
output_lines.append([report_name, REPORT_DESCRIPTIONS[self.report_type]])
output_lines.append([self.customer])
output_lines.append([self.institutional_identifier])
output_lines.append([u"Period covered by Report:"])
period = "%s to %s" % (self.period[0].strftime("%Y-%m-%d"), self.period[1].strftime("%Y-%m-%d"))
output_lines.append([period])
output_lines.append([u"Date run:"])
output_lines.append([self.date_run.strftime("%Y-%m-%d")])
output_lines.append(self._table_header())
output_lines.append(self._totals_line())
for pub in self.pubs:
output_lines.append(pub.as_generic())
return output_lines
def as_generic(self):
"""
Output report as list of lists.
Nested list will contain cells that would appear
in COUNTER report (suitable for writing as CSV, TSV, etc.)
"""
output_lines = []
rep_type = ""
for name, code in CODES.items():
if code == self.report_type[0:2]:
rep_type = name
report_name = "%s Report %s (R%s)" % (
rep_type,
self.report_type[-1],
self.report_version,
)
output_lines.append(
[report_name, REPORT_DESCRIPTIONS[self.report_type]])
if self.report_type == "BR2":
output_lines.append([self.customer, u"Section Type:"])
output_lines.append(
[self.institutional_identifier, self.section_type])
else:
output_lines.append([self.customer])
output_lines.append([self.institutional_identifier])
output_lines.append([u"Period covered by Report:"])
period = "%s to %s" % (
self.period[0].strftime("%Y-%m-%d"),
self.period[1].strftime("%Y-%m-%d"),
)
output_lines.append([period])
output_lines.append([u"Date run:"])
output_lines.append([self.date_run.strftime("%Y-%m-%d")])
output_lines.append(self._table_header())
if self.report_type in ("JR1", "BR1", "BR2", "DB2"):
output_lines.extend(self._totals_lines())
elif self.report_type.startswith("DB"):
self._ensure_required_metrics()
try:
self.pubs.sort(
key=lambda x: METRICS[self.report_type].index(x.metric))
except ValueError:
pass
for pub in sorted(self.pubs, key=lambda x: x.title):
output_lines.append(pub.as_generic())
return output_lines
def as_generic(self):
"""
Output report as list of lists.
Nested list will contain cells that would appear
in COUNTER report (suitable for writing as CSV, TSV, etc.)
"""
output_lines = []
rep_type = ""
for name, code in CODES.items():
if code == self.report_type[0:2]:
rep_type = name
report_name = "%s Report %s (R%s)" % (
rep_type,
self.report_type[-1],
self.report_version,
)
output_lines.append([report_name, REPORT_DESCRIPTIONS[self.report_type]])
if self.report_type == "BR2":
output_lines.append([self.customer, u"Section Type:"])
output_lines.append([self.institutional_identifier, self.section_type])
else:
output_lines.append([self.customer])
output_lines.append([self.institutional_identifier])
output_lines.append([u"Period covered by Report:"])
period = "%s to %s" % (
self.period[0].strftime("%Y-%m-%d"),
self.period[1].strftime("%Y-%m-%d"),
)
output_lines.append([period])
output_lines.append([u"Date run:"])
output_lines.append([self.date_run.strftime("%Y-%m-%d")])
output_lines.append(self._table_header())
if self.report_type in ("JR1", "BR1", "BR2", "DB2"):
output_lines.extend(self._totals_lines())
elif self.report_type.startswith("DB"):
self._ensure_required_metrics()
try:
self.pubs.sort(key=lambda x: METRICS[self.report_type].index(x.metric))
except ValueError:
pass
for pub in sorted(self.pubs, key=lambda x: x.title):
output_lines.append(pub.as_generic())
return output_lines
def as_generic(self):
"""
Output report as list of lists, containing cells that would appear
in COUNTER report (suitable for writing as CSV, TSV, etc.)
"""
output_lines = []
rep_type = ""
for name, code in CODES.items():
if code == self.report_type[0:2]:
rep_type = name
report_name = ("%s Report %s (R%s)" %
(rep_type, self.report_type[-1], self.report_version))
output_lines.append([report_name,
REPORT_DESCRIPTIONS[self.report_type]])
if self.report_type == 'BR2':
output_lines.append([self.customer, u'Section Type:'])
# FIXME: maybe not chapters?
output_lines.append([self.institutional_identifier, u'Chapter'])
else:
output_lines.append([self.customer])
output_lines.append([self.institutional_identifier])
output_lines.append([u'Period covered by Report:'])
period = "%s to %s" % (
self.period[0].strftime('%Y-%m-%d'),
self.period[1].strftime('%Y-%m-%d')
)
output_lines.append([period])
output_lines.append([u'Date run:'])
output_lines.append([self.date_run.strftime('%Y-%m-%d')])
output_lines.append(self._table_header())
if self.report_type in ('JR1', 'BR1', 'BR2', 'DB2'):
output_lines.extend(self._totals_lines())
elif self.report_type.startswith('DB'):
self._ensure_required_metrics()
for pub in sorted(self.pubs, key=lambda x: x.title):
output_lines.append(pub.as_generic())
return output_lines
