def get_form_data_schema(request, domain, form_unique_id):
"""Get data schema
One of `app_id` or `form_unique_id` is required. `app_id` is ignored
if `form_unique_id` is provided.
:returns: A list of data source schema definitions. A data source schema
definition is a dictionary. For details on the content of the dictionary,
see https://github.com/dimagi/Vellum/blob/master/src/datasources.js
"""
data = []
try:
form, app = Form.get_form(form_unique_id, and_app=True)
except ResourceConflict:
raise Http404()
if app.domain != domain:
raise Http404()
try:
data.append(get_session_schema(form))
if form.requires_case() or is_usercase_in_use(domain):
data.append(get_casedb_schema(form))
except Exception:
logger.exception("schema error")
return HttpResponseBadRequest("schema error, see log for details")
data.extend(
sorted(item_lists_by_domain(domain), key=lambda x: x['name'].lower())
)
kw = {}
if "pretty" in request.GET:
kw["indent"] = 2
return HttpResponse(json.dumps(data, **kw))
def test_get_session_schema_for_module_with_no_case_type(self):
form = self.add_form()
schema = util.get_session_schema(form)
self.assert_has_kv_pairs(schema, {
"id": "commcaresession",
"uri": "jr://instance/session",
"name": "Session",
"path": "/session/data",
})
assert "case_id" not in schema["structure"], schema["structure"]
def test_get_session_schema_for_user_registration_form(self):
app = self.make_app()
schema = util.get_session_schema(app.user_registration)
self.assert_has_kv_pairs(schema, {
"id": "commcaresession",
"uri": "jr://instance/session",
"name": "Session",
"path": "/session/data",
})
assert "case_id" not in schema["structure"], schema["structure"]
def test_get_session_schema_for_module_with_no_case_type(self):
form = self.add_form()
schema = util.get_session_schema(form)
self.assert_has_kv_pairs(
schema, {
"id": "commcaresession",
"uri": "jr://instance/session",
"name": "Session",
"path": "/session",
})
assert "data" not in schema["structure"], schema["structure"]
def test_get_session_schema_for_simple_module_with_case(self):
app = self.make_app()
form = self.add_form(app, "village")
schema = util.get_session_schema(form)
self.assertDictEqual(schema["structure"]["case_id"], {
"reference": {
"source": "casedb",
"subset": "village",
"key": "@case_id",
},
})
def test_get_session_schema_for_user_registration_form(self):
app = self.make_app()
schema = util.get_session_schema(app.user_registration)
self.assert_has_kv_pairs(
schema, {
"id": "commcaresession",
"uri": "jr://instance/session",
"name": "Session",
"path": "/session/data",
})
assert "case_id" not in schema["structure"], schema["structure"]
def test_get_session_schema_for_simple_module_with_case(self):
module, form = self.factory.new_basic_module('village', 'village')
self.factory.form_requires_case(form)
schema = util.get_session_schema(form)
self.assertDictEqual(schema["structure"]["case_id"], {
"reference": {
"source": "casedb",
"subset": "case",
"key": "@case_id",
},
})
def test_get_session_schema_for_simple_module_with_case(self):
module, form = self.factory.new_basic_module('village', 'village')
self.factory.form_requires_case(form)
schema = util.get_session_schema(form)
self.assertDictEqual(
schema["structure"]["case_id"], {
"reference": {
"source": "casedb",
"subset": "case",
"key": "@case_id",
},
})
def test_get_session_schema_for_simple_module_with_case(self):
app = self.make_app()
form = self.add_form(app, "village")
schema = util.get_session_schema(form)
self.assertDictEqual(
schema["structure"]["case_id"], {
"reference": {
"source": "casedb",
"subset": "village",
"key": "@case_id",
},
})
def test_get_session_schema_for_child_module(self):
# m0 - opens 'gold-fish' case.
# m1 - has m0 as root-module, has parent-select, updates 'guppy' case
self.module_0, _ = self.factory.new_basic_module('parent', 'gold-fish')
self.module_1, _ = self.factory.new_basic_module('child', 'guppy', parent_module=self.module_0)
# m0f0 registers gold-fish case and a child case ('guppy')
m0f0 = self.module_0.get_form(0)
self.factory.form_requires_case(m0f0, update={'name': 'goldilocks'})
self.factory.form_opens_case(m0f0, 'guppy', is_subcase=True)
# m1f0 has parent-select, updates `guppy` case
m1f0 = self.module_1.get_form(0)
self.factory.form_requires_case(m1f0, parent_case_type='gold-fish')
casedb_schema = util.get_casedb_schema(m1f0)
session_schema = util.get_session_schema(m1f0)
expected_session_schema_structure = {
"case_id_guppy": {
"reference": {
"subset": "case",
"source": "casedb",
"key": "@case_id"
}
}
}
expected_casedb_schema_subsets = [
{
"structure": {
"case_name": {}
},
"related": {
"parent": "parent"
},
"id": "case",
"key": "@case_type",
"name": "guppy"
},
{
"structure": {
"name": {},
"case_name": {}
},
"related": None,
"id": "parent",
"key": "@case_type",
"name": "parent (gold-fish)"
}
]
self.assertEqual(casedb_schema['subsets'], expected_casedb_schema_subsets)
self.assertEqual(session_schema['structure'], expected_session_schema_structure)
def test_get_session_schema_for_child_module(self):
# m0 - opens 'gold-fish' case.
# m1 - has m0 as root-module, has parent-select, updates 'guppy' case
self.module_0, _ = self.factory.new_basic_module('parent', 'gold-fish')
self.module_1, _ = self.factory.new_basic_module(
'child', 'guppy', parent_module=self.module_0)
# m0f0 registers gold-fish case and a child case ('guppy')
m0f0 = self.module_0.get_form(0)
self.factory.form_requires_case(m0f0, update={'name': 'goldilocks'})
self.factory.form_opens_case(m0f0, 'guppy', is_subcase=True)
# m1f0 has parent-select, updates `guppy` case
m1f0 = self.module_1.get_form(0)
self.factory.form_requires_case(m1f0, parent_case_type='gold-fish')
casedb_schema = util.get_casedb_schema(m1f0)
session_schema = util.get_session_schema(m1f0)
expected_session_schema_structure = {
"case_id_guppy": {
"reference": {
"subset": "case",
"source": "casedb",
"key": "@case_id"
}
}
}
expected_casedb_schema_subsets = [{
"structure": {
"case_name": {}
},
"related": {
"parent": "parent"
},
"id": "case",
"key": "@case_type",
"name": "guppy"
}, {
"structure": {
"name": {},
"case_name": {}
},
"related": None,
"id": "parent",
"key": "@case_type",
"name": "parent (gold-fish)"
}]
self.assertEqual(casedb_schema['subsets'],
expected_casedb_schema_subsets)
self.assertEqual(session_schema['structure'],
expected_session_schema_structure)
def test_get_session_schema_with_user_case(self):
module, form = self.factory.new_basic_module('village', 'village')
with patch('corehq.apps.app_manager.util.is_usercase_in_use') as mock:
mock.return_value = True
schema = util.get_session_schema(form)
self.assertDictEqual(
schema["structure"]["context"], {
"merge": True,
"structure": {
"userid": {
"reference": {
"hashtag": "#user",
"source": "casedb",
"subset": util.USERCASE_TYPE,
"subset_key": "@case_type",
"subset_filter": True,
"key": "hq_user_id",
},
},
},
})
def test_get_session_schema(self):
module, form = self.factory.new_basic_module('village', 'village')
schema = util.get_session_schema(form)
self.assertNotIn("context", schema["structure"], repr(schema))
def get_data_schema(request, domain, app_id=None, form_unique_id=None):
"""Get data schema
One of `app_id` or `form_unique_id` is required. `app_id` is ignored
if `form_unique_id` is provided.
:returns: A list of data source schema definitions. A data source schema
definition is a dictionary with the following format:
```
{
"id": string (default instance id)
"uri": string (instance src)
"path": string (path of root nodeset, not including `instance(...)`)
"name": string (human readable name)
"structure": {
element: {
"name": string (optional human readable name)
"structure": {
nested-element: { ... }
},
},
ref-element: {
"reference": {
"source": string (optional data source id, defaults to this data source)
"subset": string (optional subset id)
"key": string (referenced property)
}
},
@attribute: { },
...
},
"subsets": [
{
"id": string (unique identifier for this subset)
"key": string (unique identifier property name)
"name": string (optional human readable name)
"structure": { ... }
"related": {
string (relationship): string (related subset name),
...
}
},
...
]
}
```
A structure may contain nested structure elements. A nested element
may contain one of "structure" (a concrete structure definition) or
"reference" (a link to some other structure definition). Any
structure item may have a human readable "name".
"""
data = []
if form_unique_id is None:
app = get_app(domain, app_id)
form = None
else:
try:
form, app = Form.get_form(form_unique_id, and_app=True)
except ResourceConflict:
raise Http404()
data.append(get_session_schema(form))
if app.domain != domain:
raise Http404()
data.append(get_casedb_schema(app)) # TODO use domain instead of app
data.extend(
sorted(item_lists_by_domain(domain), key=lambda x: x['name'].lower())
)
kw = {}
if "pretty" in request.GET:
kw["indent"] = 2
return HttpResponse(json.dumps(data, **kw))
def get_form_data_schema(request, domain, form_unique_id):
"""Get data schema
One of `app_id` or `form_unique_id` is required. `app_id` is ignored
if `form_unique_id` is provided.
:returns: A list of data source schema definitions. A data source schema
definition is a dictionary with the following format:
```
{
"id": string (default instance id)
"uri": string (instance src)
"path": string (path of root nodeset, not including `instance(...)`)
"name": string (human readable name)
"structure": {
element: {
"name": string (optional human readable name)
"structure": {
nested-element: { ... }
},
},
ref-element: {
"reference": {
"source": string (optional data source id, defaults to this data source)
"subset": string (optional subset id)
"key": string (referenced property)
}
},
@attribute: { },
...
},
"subsets": [
{
"id": string (unique identifier for this subset)
"key": string (unique identifier property name)
"name": string (optional human readable name)
"structure": { ... }
"related": {
string (relationship): string (related subset name),
...
}
},
...
]
}
```
A structure may contain nested structure elements. A nested element
may contain one of "structure" (a concrete structure definition) or
"reference" (a link to some other structure definition). Any
structure item may have a human readable "name".
"""
data = []
try:
form, app = Form.get_form(form_unique_id, and_app=True)
except ResourceConflict:
raise Http404()
if app.domain != domain:
raise Http404()
try:
data.append(get_session_schema(form))
if form and form.requires_case():
data.append(get_casedb_schema(form))
except Exception as e:
return HttpResponseBadRequest(e)
data.extend(
sorted(item_lists_by_domain(domain), key=lambda x: x['name'].lower()))
kw = {}
if "pretty" in request.GET:
kw["indent"] = 2
return HttpResponse(json.dumps(data, **kw))