def phase_jsondata():
table = DataTable(request.args, Phase, Phase.query,
["id", "no", "name", "desc", "status_text"])
table.searchable(lambda qs, sq: qs.filter(
or_(Phase.name.contains(sq), Phase.no.contains(sq),
Phase.desc.contains(sq))))
return json.dumps(table.json())
def test_column_inputs(self):
self.make_data(10)
req = self.make_params()
table = DataTable(req, User, self.session.query(User), [
DataColumn(name="id", model_name="id", filter=None),
("full_name", lambda i: str(i)), "address"
])
table.json()
def test_filter(self):
self.make_data(10)
req = self.make_params()
table = DataTable(
req, User, self.session.query(User),
["id", ("name", "full_name", lambda i: "User: "******"name"].startswith("User: "******"data"])
def test_extra_data(self):
self.make_data(10)
req = self.make_params()
table = DataTable(req, User, self.session.query(User), ["id"])
table.add_data(id_multiplied=lambda i: i.id * 10)
result = table.json()
assert all(r["id"] * 10 == r["DT_RowData"]["id_multiplied"]
for r in result["data"])
def test_column_inputs(self):
self.make_data(10)
req = self.make_params()
table = DataTable(req,
User,
self.session.query(User),
[
DataColumn(name="id", model_name="id", filter=None),
("full_name", lambda i: str(i)),
"address"
])
table.json()
def test_filter(self):
self.make_data(10)
req = self.make_params()
table = DataTable(req,
User,
self.session.query(User),
[
"id",
("name", "full_name", lambda i: "User: "******"name"].startswith("User: "******"data"])
def test_basic_function(self):
self.make_data(10)
req = self.make_params()
table = DataTable(req, User, self.session.query(User), [
"id",
("name", "full_name"),
("address", "address.description"),
])
x = table.json()
assert len(x["data"]) == 10
def test_extra_data(self):
self.make_data(10)
req = self.make_params()
table = DataTable(req,
User,
self.session.query(User),
[
"id"
])
table.add_data(id_multiplied=lambda i: i.id * 10)
result = table.json()
assert all(r["id"] * 10 == r["DT_RowData"]["id_multiplied"] for r in result["data"])
def get(self):
"""
Render and return JSON response for GET /ajax/ofx
"""
args = request.args.to_dict()
args_dict = self._args_dict(args)
if self._have_column_search(args_dict) and args['search[value]'] == '':
args['search[value]'] = 'FILTERHACK'
table = DataTable(
args, OFXTransaction, db_session.query(OFXTransaction),
[('date', 'date_posted',
lambda i: i.date_posted.strftime('%Y-%m-%d')),
('amount', lambda a: float(a.amount)),
('account',
'account.name', lambda i: "{} ({})".format(i.name, i.id)),
('type', 'trans_type'), 'name', 'memo', 'description', 'fitid',
('last_stmt', 'statement.id'),
('last_stmt_date', 'statement.as_of',
lambda i: i.as_of.strftime('%Y-%m-%d')),
('reconcile_id', 'reconcile', lambda i: None
if i.reconcile is None else i.reconcile.id)])
table.add_data(acct_id=lambda o: o.account_id)
if args['search[value]'] != '':
table.searchable(lambda qs, s: self._filterhack(qs, s, args_dict))
return jsonify(table.json())
def get(self):
"""
Render and return JSON response for GET /ajax/ofx
"""
args = request.args.to_dict()
args_dict = self._args_dict(args)
if self._have_column_search(args_dict) and args['search[value]'] == '':
args['search[value]'] = 'FILTERHACK'
table = DataTable(args, Transaction, db_session.query(Transaction),
[('date', lambda i: i.date.strftime('%Y-%m-%d')),
('amount', 'actual_amount',
lambda a: float(a.actual_amount)), 'description',
('account', 'account.name',
lambda i: "{} ({})".format(i.name, i.id)),
('scheduled', 'scheduled_trans_id'),
('budgeted_amount'),
('reconcile_id', 'reconcile', lambda i: None
if i.reconcile is None else i.reconcile.id)])
table.add_data(
acct_id=lambda o: o.account_id,
budgets=lambda o: [{
'name': bt.budget.name,
'id': bt.budget_id,
'amount': bt.amount,
'is_income': bt.budget.is_income
} for bt in sorted(
o.budget_transactions, key=lambda x: x.amount, reverse=True)],
id=lambda o: o.id)
if args['search[value]'] != '':
table.searchable(lambda qs, s: self._filterhack(qs, s, args_dict))
return jsonify(table.json())
def test_error(self):
req = self.make_params()
req["start"] = "invalid"
table = DataTable(req,
User,
self.session.query(User),
["id"])
assert "error" in table.json()
req = self.make_params()
del req["start"]
table = DataTable(req,
User,
self.session.query(User),
["id"])
assert "error" in table.json()
def jsonhistory():
history = db.session.query(models.Processed)
table = DataTable(request.args, models.Processed, history, [
("date", "time", lambda i: "{}".format(i.time.strftime('%Y/%m/%d')) if i.stopped else '<span class="orange">{}</span>'.format(_("Currently watching..."))),
("ipaddress", lambda i: "{}".format(i.get_xml().find('Player').get("address"))),
("user", lambda i: '<a href="{0}" class="invert-link">{1}</a>'.format(url_for('user', name=i.user), i.user)),
("platform"),
("title", lambda i: u'<a class="invert-link" href="{0}">{1}</a>'.format(url_for('info', id=i.get_xml_value('ratingKey')), i.title)),
("type", lambda i: "{}".format(i.get_xml_value("type"))),
("streaminfo", lambda i: '<a href="#" data-link="{0}" class="orange" data-target="#streamModal" data-toggle="modal"><i class="glyphicon glyphicon glyphicon-info-sign"></i></a>'.format(url_for('streaminfo',id=i.id)) if i.platform != "Imported" else ''),
("time",lambda i: "{}".format(i.time.strftime('%H:%M'))),
("paused_counter", lambda i: "{} min".format(int(i.paused_counter)/60) if i.paused_counter else "0 min" ),
("stopped", lambda i: "{}".format(i.stopped.strftime('%H:%M')) if i.stopped else "n/a"),
("duration", lambda i: "{} min".format(int((((i.stopped - i.time).total_seconds() - (int(i.paused_counter or 0))) /60))) if i.stopped else "n/a"),
("completed", lambda i: '<span class="badge badge-warning">{}%</span>'.format(helper.getPercentage(i.get_xml_value("duration") if i.platform == "Imported" else i.get_xml_value("viewOffset"), i.get_xml_value("duration")))),
])
table.searchable(lambda queryset, user_input: perform_some_search(queryset, user_input))
return json.dumps(table.json())
def data():
table = DataTable(
request.form, models.Mooch, db.session.query(models.Mooch),
[("Image"),
("Name", "LastName",
lambda i: "{}, {}".format(i.LastName, i.FirstName)), ("Affiliation"),
("Position"),
("Hired", "DateHired",
lambda i: "{}".format(i.DateHired.strftime("%m/%d/%Y"))),
("Left", "DateLeft",
lambda i: "{}".format(i.DateLeft.strftime("%m/%d/%Y"))),
("Total Days", "TotalTime", lambda i: "{:,}".format(
(i.DateLeft - i.DateHired).days)),
("Under Trump", "TrumpTime",
lambda i: "{:,}".format(models.trumpTime(i.DateHired, i.DateLeft))),
("Mooches", "MoochesTime"), ("Fired/Resign", "LeaveType"),
("Notes", lambda i: "{}".format(titlecase(i.Notes))), ("Sources")])
table.searchable(
lambda queryset, user_input: perform_search(queryset, user_input))
return json.dumps(table.json())
def test_search(self):
user, addr = self.make_user("Silly Sally", "Silly Sally Road")
user2, addr2 = self.make_user("Silly Sall", "Silly Sally Roa")
self.session.add_all((user, user2))
self.session.commit()
req = self.make_params(search={
"value": "Silly Sally"
})
table = DataTable(req, User, self.session.query(User), [("name", "full_name")])
results = table.json()
assert len(results["data"]) == 1
req = self.make_params(search={
"value": "Silly Sall"
})
table = DataTable(req, User, self.session.query(User), [("name", "full_name")])
results = table.json()
assert len(results["data"]) == 2
def test_relation_ordering(self):
self.make_data(10)
u1, addr_asc = self.make_user("SomeUser", "0" * 15)
u2, addr_desc = self.make_user("SomeOtherUser", "z" * 15)
self.session.add_all((u1, u2))
self.session.commit()
req = self.make_params(order=[{"column": 2, "dir": "desc"}])
table = DataTable(req,
User,
self.session.query(User),
[
"id",
("name", "full_name"),
("address", "address.description")
])
result = table.json()
assert result["data"][0]["address"] == addr_desc.description
req = self.make_params(order=[{"column": 2, "dir": "asc"}])
table = DataTable(req,
User,
self.session.query(User),
[
"id",
("name", "full_name"),
("address", "address.description")
])
result = table.json()
assert result["data"][0]["address"] == addr_asc.description
def test_ordering(self):
self.make_data(10)
desc_user, _ = self.make_user("z" * 20, "z" * 20)
self.session.add(desc_user)
self.session.commit()
req = self.make_params(order=[{"column": 1, "dir": "desc"}])
table = DataTable(req,
User,
self.session.query(User),
[
"id",
("name", "full_name"),
("address", "address.description")
])
x = table.json()
assert x["data"][0]["name"] == desc_user.full_name
req = self.make_params(order=[{"column": 1, "dir": "asc"}], length=100)
table = DataTable(req,
User,
self.session.query(User),
[
"id",
("name", "full_name"),
("address", "address.description")
])
x = table.json()
assert x["data"][-1]["name"] == desc_user.full_name
def jsonhistory():
history = db.session.query(models.Processed)
table = DataTable(request.args, models.Processed, history, [
("date", "time", lambda i: "{}".format(i.time.strftime('%Y/%m/%d'))
if i.stopped else '<span class="orange">{}</span>'.format(
_("Currently watching..."))),
("ipaddress",
lambda i: "{}".format(i.get_xml().find('Player').get("address"))),
("user", lambda i: '<a href="{0}" class="invert-link">{1}</a>'.format(
url_for('user', name=i.user), i.user)),
("platform"),
("title", lambda i: u'<a class="invert-link" href="{0}">{1}</a>'.
format(url_for('info', id=i.get_xml_value('ratingKey')), i.title)),
("type", lambda i: "{}".format(i.get_xml_value("type"))),
("streaminfo", lambda i:
'<a href="#" data-link="{0}" class="orange" data-target="#streamModal" data-toggle="modal"><i class="glyphicon glyphicon glyphicon-info-sign"></i></a>'
.format(url_for('streaminfo', id=i.id))
if i.platform != "Imported" else ''),
("time", lambda i: "{}".format(i.time.strftime('%H:%M'))),
("paused_counter",
lambda i: "{} min".format(int(i.paused_counter) / 60)
if i.paused_counter else "0 min"),
("stopped", lambda i: "{}".format(i.stopped.strftime('%H:%M'))
if i.stopped else "n/a"),
("duration", lambda i: "{} min".format(
int(((
(i.stopped - i.time).total_seconds() -
(int(i.paused_counter or 0))) / 60))) if i.stopped else "n/a"),
("completed",
lambda i: '<span class="badge badge-warning">{}%</span>'.format(
helper.getPercentage(
i.get_xml_value("duration") if i.platform == "Imported" else i
.get_xml_value("viewOffset"), i.get_xml_value("duration")))),
])
table.searchable(
lambda queryset, user_input: perform_some_search(queryset, user_input))
return json.dumps(table.json())
def request_group_tests(request):
# Server side processing for DataTables plugin
in_cases = DBSession.query(TestGroupMembership.test_id).\
filter(TestGroupMembership.group_id == request.matchdict['group_id'])
not_cases = DBSession.query(TestCase).filter(~TestCase.id.in_(in_cases))
table = DataTable(request.GET, TestCase, not_cases, ["id"])
table.add_data(link=lambda o: request.route_url("view_test", test_id=o.id))
table.searchable(lambda queryset, userinput: queryset.filter(
TestCase.id.op('~')(userinput)))
return table.json()
def compare_table(request):
# Server Side processing for Datatables.
res = DBSession.query(Run.test_id, Run.id.label('run_id'), aliased_run.id.label('alt_id'), Run.result, aliased_run.result.label("alt_result")).\
join(aliased_run, Run.test_id == aliased_run.test_id).\
filter(Run.job_id == request.matchdict['job_id_source']).\
filter(aliased_run.job_id == request.matchdict['job_id_dest']).\
filter(aliased_run.result != Run.result)
table = DataTable(request.GET, Run, res, [("test_id"), ("run_id"), ("alt_id"), ("result"), ("alt_result")])
table.add_data(link =lambda o: request.route_url("view_test", test_id=o.test_id))
table.add_data(sourcelink=lambda o: request.route_url("view_test_run", test_id=o.run_id))
table.add_data(destlink =lambda o: request.route_url("view_test_run", test_id=o.alt_id))
table.searchable(lambda queryset, userinput: queryset.\
filter(Run.test_id.op('~')(userinput)))
return table.json()
def get_goods(purchase_id):
param = request.args.to_dict()
user = current_user.id
user_purchase = db.session.query(UsersPurchase).filter(UsersPurchase.purchase_id == purchase_id).first()
print(user_purchase.id)
result = db.session.query(Goods.name, Goods.price).join(PurchaseConsist).filter(
PurchaseConsist.purchase_id == user_purchase.id).all()
for i in result:
print(i.name)
table = DataTable(param, Goods,
db.session.query(Goods.name, Goods.price).join(PurchaseConsist).filter(PurchaseConsist.purchase_id == user_purchase.id),
[
"name",
"price"
# ("edit", lambda
# value: '<a class="btn btn-xs btn-block btn-info" href="%s"> <span class="glyphicon glyphicon-edit">'
# '</span> Изменение</a>' % url_for('edit_class', class_id=value.id)),
])
return jsonify(table.json())
def test_search(self):
user, addr = self.make_user("Silly Sally", "Silly Sally Road")
user2, addr2 = self.make_user("Silly Sall", "Silly Sally Roa")
self.session.add_all((user, user2))
self.session.commit()
req = self.make_params(search={"value": "Silly Sally"})
table = DataTable(req, User, self.session.query(User),
[("name", "full_name")])
table.searchable(
lambda qs, sq: qs.filter(User.full_name.startswith(sq)))
results = table.json()
assert len(results["data"]) == 1
req = self.make_params(search={"value": "Silly Sall"})
table = DataTable(req, User, self.session.query(User),
[("name", "full_name")])
table.searchable(
lambda qs, sq: qs.filter(User.full_name.startswith(sq)))
results = table.json()
assert len(results["data"]) == 2
def request_group_tests(request):
# Server side processing for DataTables plugin
in_cases = DBSession.query(TestGroupMembership.test_id).\
filter(TestGroupMembership.group_id == request.matchdict['group_id'])
not_cases = DBSession.query(TestCase).filter(~TestCase.id.in_(in_cases))
table = DataTable(request.GET, TestCase, not_cases, ["id"])
table.add_data(link=lambda o: request.route_url("view_test", test_id=o.id))
table.searchable(lambda queryset, userinput: queryset.filter(TestCase.id.op('~')(userinput)))
return table.json()
def get(self):
"""
Render and return JSON response for GET /ajax/projects
"""
args = request.args.to_dict()
args_dict = self._args_dict(args)
if self._have_column_search(args_dict) and args['search[value]'] == '':
args['search[value]'] = 'FILTERHACK'
table = DataTable(
args, Project, db_session.query(Project),
['name', 'total_cost', 'remaining_cost', 'is_active', 'notes'])
table.add_data(id=lambda o: o.id)
if args['search[value]'] != '':
table.searchable(lambda qs, s: self._filterhack(qs, s, args_dict))
return jsonify(table.json())
def test_error(self):
req = self.make_params()
req["start"] = "invalid"
table = DataTable(req, User, self.session.query(User), ["id"])
assert "error" in table.json()
req = self.make_params()
del req["start"]
table = DataTable(req, User, self.session.query(User), ["id"])
assert "error" in table.json()
def request_job_table(request):
# Server side processing for DataTables plugin
job = request.matchdict['job_id']
query = DBSession.query(Run.id, Run.test_id, Run.stdout, Run.stderr,
Run.result).filter(Run.job_id == job)
resultFilter = request.params.getall('resultFilter[]')
if resultFilter:
query = query.filter(Run.result.in_(resultFilter))
groupFilter = request.params.getall('select-group[]')
if groupFilter:
group_subquery = DBSession.query(TestGroupMembership.test_id) \
.filter(TestGroupMembership.group_id.in_(groupFilter))
query = query.filter(Run.test_id.in_(group_subquery))
groupExcludeFilter = request.params.getall('exclude-group[]')
if groupExcludeFilter:
groupExc_subquery = DBSession.query(TestGroupMembership.test_id) \
.filter(TestGroupMembership.group_id.in_(groupExcludeFilter))
query = query.filter(~Run.test_id.in_(groupExc_subquery))
classifierFilter = request.params.getall('select-classifier[]')
if classifierFilter:
subquery = DBSession.query(Run.id).join(TestRunClassification) \
.filter(Run.job_id == job) \
.filter(TestRunClassification.classifier_id.in_(classifierFilter))
query = query.filter(Run.id.in_(subquery))
classifierFilter = request.params.getall('exclude-classifier[]')
if classifierFilter:
subquery = DBSession.query(Run.id).join(TestRunClassification) \
.filter(Run.job_id == job) \
.filter(TestRunClassification.classifier_id.in_(classifierFilter))
query = query.filter(~Run.id.in_(subquery))
table = DataTable(request.GET, Run, query,
["test_id", "stdout", "stderr", "result"])
table.add_data(
link=lambda o: request.route_url("view_test_run", test_id=o.id))
# Search for similarity in Results or Regex in test_id
table.searchable(lambda queryset, userinput: queryset.filter(or_(cast(Run.result, Text).\
like('%' + userinput.upper() + '%'), Run.test_id.op('~')(userinput))))
return table.json()
def get(self):
"""
Render and return JSON response for GET /ajax/ofx
"""
args = request.args.to_dict()
args_dict = self._args_dict(args)
if self._have_column_search(args_dict) and args['search[value]'] == '':
args['search[value]'] = 'FILTERHACK'
table = DataTable(
args, ScheduledTransaction, db_session.query(ScheduledTransaction),
[
'is_active',
(
'amount',
lambda a: float(a.amount)
),
'description',
(
'account',
'account.name',
lambda i: "{} ({})".format(i.name, i.id)
),
(
'budget',
'budget.name',
lambda i: "{} {}({})".format(
i.name,
'(income) ' if i.is_income else '',
i.id
)
),
'recurrence_str',
'schedule_type'
]
)
table.add_data(
acct_id=lambda o: o.account_id,
budget_id=lambda o: o.budget_id,
id=lambda o: o.id
)
if args['search[value]'] != '':
table.searchable(lambda qs, s: self._filterhack(qs, s, args_dict))
return jsonify(table.json())
def get(self, project_id):
"""
Render and return JSON response for
GET /ajax/projects/<int:project_id>/bom_items
"""
args = request.args.to_dict()
args_dict = self._args_dict(args)
if self._have_column_search(args_dict) and args['search[value]'] == '':
args['search[value]'] = 'FILTERHACK'
table = DataTable(
args, BoMItem,
db_session.query(BoMItem).filter(
BoMItem.project_id.__eq__(project_id)), [
'name', 'quantity', 'unit_cost', 'is_active', 'notes',
'url', 'id'
])
table.add_data(line_cost=lambda o: float(o.unit_cost) * o.quantity)
if args['search[value]'] != '':
table.searchable(lambda qs, s: self._filterhack(qs, s, args_dict))
return jsonify(table.json())
def test_classifier(request):
classifier = DBSession.query(TestClassifier) \
.filter_by(id=request.matchdict['classifier_id']) \
.first()
col = getattr(Run, str(classifier.column))
matched_runs = DBSession.query(Run.id, Run.test_id, col) \
.filter(col.op('~')(classifier.pattern))
if request.params['job_id']:
matched_runs = matched_runs.filter(Run.job_id == request.params['job_id'])
table = DataTable(request.GET, Run, matched_runs, ["id", "test_id", classifier.column])
table.add_data(link=lambda o: request.route_url("view_test_run", test_id=o.id))
table.searchable(lambda queryset, userinput: queryset.filter(Run.test_id.op('~')(userinput)))
return table.json()
def test_classifier(request):
classifier = DBSession.query(TestClassifier) \
.filter_by(id=request.matchdict['classifier_id']) \
.first()
col = getattr(Run, str(classifier.column))
matched_runs = DBSession.query(Run.id, Run.test_id, col) \
.filter(col.op('~')(classifier.pattern))
if request.params['job_id']:
matched_runs = matched_runs.filter(
Run.job_id == request.params['job_id'])
table = DataTable(request.GET, Run, matched_runs,
["id", "test_id", classifier.column])
table.add_data(
link=lambda o: request.route_url("view_test_run", test_id=o.id))
table.searchable(lambda queryset, userinput: queryset.filter(
Run.test_id.op('~')(userinput)))
return table.json()
def cheque_ajax(request):
# database connection
engine = create_engine(EARL)
Session = sessionmaker(bind=engine)
session = Session()
# query
#cheques = session.query(Cheque).order_by(desc(jbissue_date)).limit(length)
#cheques = session.query(Cheque).order_by(desc(Cheque.jbissue_date))
# datatable
recci = request.GET
status = 'I'
if request.POST:
status = request.POST.get('status')
recci = request.POST
cheques = session.query(Cheque).filter_by(jbstatus=status)
table = DataTable(recci, Cheque, cheques, [
'jbseqno',
'jbchkno',
'jbchknolnk',
'jbstatus',
'jbstatus_date',
'jbimprt_date',
'jbaccount',
'jbamount',
'jbamountlnk',
'jbpayee'
])
if not recci:
return JsonResponse(
{'message':"Missing GET/POST data for 'status' field"}, safe=False
)
else:
table.add_data(link=lambda o: reverse_lazy('cheque_detail', args=[o.jbchkno]))
table.add_data(pk=lambda o: o.jbchkno)
#table.searchable(lambda queryset, user_input: cheque_search(queryset, user_input))
session.close()
jason = table.json()
# DT_RowData dictionary contains a key named 'link', which is
# a proxy object and JsonResponse() barfs on it, so we remove it
for check in jason.get('data'):
check.pop('DT_RowData', None)
return JsonResponse(jason, safe=False)
def request_job_table(request):
# Server side processing for DataTables plugin
job = request.matchdict['job_id']
query = DBSession.query(Run.id, Run.test_id, Run.stdout, Run.stderr, Run.result).filter(Run.job_id == job)
resultFilter = request.params.getall('resultFilter[]')
if resultFilter:
query = query.filter(Run.result.in_(resultFilter))
groupFilter = request.params.getall('select-group[]')
if groupFilter:
group_subquery = DBSession.query(TestGroupMembership.test_id) \
.filter(TestGroupMembership.group_id.in_(groupFilter))
query = query.filter(Run.test_id.in_(group_subquery))
groupExcludeFilter = request.params.getall('exclude-group[]')
if groupExcludeFilter:
groupExc_subquery = DBSession.query(TestGroupMembership.test_id) \
.filter(TestGroupMembership.group_id.in_(groupExcludeFilter))
query = query.filter(~Run.test_id.in_(groupExc_subquery))
classifierFilter = request.params.getall('select-classifier[]')
if classifierFilter:
subquery = DBSession.query(Run.id).join(TestRunClassification) \
.filter(Run.job_id == job) \
.filter(TestRunClassification.classifier_id.in_(classifierFilter))
query = query.filter(Run.id.in_(subquery))
classifierFilter = request.params.getall('exclude-classifier[]')
if classifierFilter:
subquery = DBSession.query(Run.id).join(TestRunClassification) \
.filter(Run.job_id == job) \
.filter(TestRunClassification.classifier_id.in_(classifierFilter))
query = query.filter(~Run.id.in_(subquery))
table = DataTable(request.GET, Run, query, ["test_id", "stdout", "stderr", "result"])
table.add_data(link=lambda o: request.route_url("view_test_run", test_id=o.id))
# Search for similarity in Results or Regex in test_id
table.searchable(lambda queryset, userinput: queryset.filter(or_(cast(Run.result, Text).\
like('%' + userinput.upper() + '%'), Run.test_id.op('~')(userinput))))
return table.json()
def get(self):
"""
Render and return JSON response for GET /ajax/ofx
"""
args = request.args.to_dict()
args_dict = self._args_dict(args)
if self._have_column_search(args_dict) and args['search[value]'] == '':
args['search[value]'] = 'FILTERHACK'
table = DataTable(
args, FuelFill,
db_session.query(FuelFill).filter(
FuelFill.vehicle.has(is_active=True)),
[('date', lambda i: i.date.strftime('%Y-%m-%d')),
('vehicle', 'vehicle.name'), 'odometer_miles', 'reported_miles',
'calculated_miles', 'level_before', 'level_after',
'fill_location', 'cost_per_gallon', 'total_cost',
('gallons', lambda i: i.gallons.quantize(Decimal('.001'),
rounding=ROUND_FLOOR)),
'reported_mpg', 'calculated_mpg', 'notes'])
table.add_data(vehicle_id=lambda o: o.vehicle_id)
if args['search[value]'] != '':
table.searchable(lambda qs, s: self._filterhack(qs, s, args_dict))
return jsonify(table.json())
def test_column_search(self):
user, addr = self.make_user("Silly Sally", "Silly Sally Road")
user2, addr2 = self.make_user("Silly Sall", "Silly Sally Roa")
self.session.add_all((user, user2))
self.session.commit()
req = self.make_params(column_search={
"name": {
"value": "Silly Sally"
}
})
table = DataTable(req, User, self.session.query(User), [("name", "full_name")])
table.searchable_column(lambda mc, qs, sq: qs.filter(mc.startswith(sq)))
results = table.json()
assert len(results["data"]) == 1
req = self.make_params(column_search={
"name": {
"value": "Silly Sall"
}
})
table = DataTable(req, User, self.session.query(User), [("name", "full_name")])
table.searchable_column(lambda mc, qs, sq: qs.filter(mc.startswith(sq)))
results = table.json()
assert len(results["data"]) == 2
req = self.make_params(column_search={
"name": {
"value": "Silly Sall"
},
"address": {
"value": "Silly Sally Road"
}
})
table = DataTable(
req,
User, self.session.query(User),
[("name", "full_name"), ("address", "address.description")]
)
table.searchable_column(lambda mc, qs, sq: qs.filter(mc.startswith(sq)))
results = table.json()
assert len(results["data"]) == 1
def compare_table(request):
# Server Side processing for Datatables.
res = DBSession.query(Run.test_id, Run.id.label('run_id'), aliased_run.id.label('alt_id'), Run.result, aliased_run.result.label("alt_result")).\
join(aliased_run, Run.test_id == aliased_run.test_id).\
filter(Run.job_id == request.matchdict['job_id_source']).\
filter(aliased_run.job_id == request.matchdict['job_id_dest']).\
filter(aliased_run.result != Run.result)
table = DataTable(request.GET, Run, res, [("test_id"), ("run_id"),
("alt_id"), ("result"),
("alt_result")])
table.add_data(
link=lambda o: request.route_url("view_test", test_id=o.test_id))
table.add_data(sourcelink=lambda o: request.route_url("view_test_run",
test_id=o.run_id))
table.add_data(destlink=lambda o: request.route_url("view_test_run",
test_id=o.alt_id))
table.searchable(lambda queryset, userinput: queryset.\
filter(Run.test_id.op('~')(userinput)))
return table.json()
def test_column_search(self):
user, addr = self.make_user("Silly Sally", "Silly Sally Road")
user2, addr2 = self.make_user("Silly Sall", "Silly Sally Roa")
self.session.add_all((user, user2))
self.session.commit()
req = self.make_params(
column_search={"name": {
"value": "Silly Sally"
}})
table = DataTable(req, User, self.session.query(User),
[("name", "full_name")])
table.searchable_column(
lambda mc, qs, sq: qs.filter(mc.startswith(sq)))
results = table.json()
assert len(results["data"]) == 1
req = self.make_params(column_search={"name": {"value": "Silly Sall"}})
table = DataTable(req, User, self.session.query(User),
[("name", "full_name")])
table.searchable_column(
lambda mc, qs, sq: qs.filter(mc.startswith(sq)))
results = table.json()
assert len(results["data"]) == 2
req = self.make_params(
column_search={
"name": {
"value": "Silly Sall"
},
"address": {
"value": "Silly Sally Road"
}
})
table = DataTable(req, User, self.session.query(User),
[("name", "full_name"),
("address", "address.description")])
table.searchable_column(
lambda mc, qs, sq: qs.filter(mc.startswith(sq)))
results = table.json()
assert len(results["data"]) == 1
