def log_field_changes(new_dict, old_dict):
ignored_fields = ["modified", "creation", "__onload"]
for k, v in old_dict.iteritems():
if type(new_dict[k]) != type(old_dict[k]):
new_dict[k] = str(new_dict[k])
old_dict[k] = str(old_dict[k])
if new_dict[k] != old_dict[k] and k not in ignored_fields:
doc = {
"doctype": get_analytics_doctype_name(old_dict['doctype']),
"changed_doctype": new_dict['doctype'],
"changed_doc_name": new_dict['name'],
"fieldname": k,
"old_value": old_dict[k],
"new_value": new_dict[k],
"modified_by_user": new_dict["modified_by"],
"date": new_dict["modified"]
}
# can't save old/new value as list -> means child table.
if type(doc['old_value']) is not list:
make_doctype_maybe(doc['doctype'])
history = Document(doc)
history.insert()
else:
for idx, entry in enumerate(doc['old_value']):
log_field_changes(doc['new_value'][idx], entry)
def create_vars_from_doc(doc: Document, key=None) -> list:
"""
Utility function to prepare the template vars from a doc
:param doc: The document as a dictionary
:param key: Optionally specify the key name. If not specified, the scrub name of the doctype will be used
For instance, Sales Order will be called sales_order
:return:
"""
if not doc:
return []
doc = doc.as_dict(convert_dates_to_str=True, no_nulls=True)
if len(doc) == 0:
return []
doctype = doc.get("doctype").lower()
template_vars = []
to_del = []
for k, v in doc.items():
# Remove iterables from the variables
if isinstance(v, (list, tuple, dict)):
to_del.append(k)
continue
# Convert date object to string
if isinstance(v, datetime.date):
doc[k] = get_datetime_str(v)
for k in to_del:
del doc[k]
template_vars.append({"name": key if key is not None else frappe.scrub(doctype), "content": doc})
return template_vars
def log_field_changes(new_dict, old_dict):
ignored_fields = ["modified", "creation", "__onload"]
for k, v in old_dict.iteritems():
if type(new_dict[k]) != type(old_dict[k]):
new_dict[k] = str(new_dict[k])
old_dict[k] = str(old_dict[k])
if new_dict[k] != old_dict[k] and k not in ignored_fields:
doc = {
"doctype": get_analytics_doctype_name(old_dict['doctype']),
"changed_doctype": new_dict['doctype'],
"changed_doc_name": new_dict['name'],
"fieldname": k,
"old_value": old_dict[k],
"new_value": new_dict[k],
"modified_by_user": new_dict["modified_by"],
"date": new_dict["modified"]
}
# can't save old/new value as list -> means child table.
if type(doc['old_value']) is not list:
make_doctype_maybe(doc['doctype'])
history = Document(doc)
history.insert()
else:
for idx, entry in enumerate(doc['old_value']):
log_field_changes(doc['new_value'][idx], entry)
def log_field_changes(new_dict, old_dict):
ignored_fields = ["modified", "creation", "__onload"]
for k, v in old_dict.iteritems():
# these are commented out b/c they're causing issues with datetimes
# string comparison is wrong, says they're changed b/c Y-m-d != m-d-Y
# if type(new_dict[k]) != type(old_dict[k]):
# new_dict[k] = str(new_dict[k])
# old_dict[k] = str(old_dict[k])
if new_dict[k] != old_dict[k] and k not in ignored_fields:
doc = {
"doctype": get_analytics_doctype_name(old_dict['doctype']),
"changed_doctype": new_dict['doctype'],
"changed_doc_name": new_dict['name'],
"fieldname": k,
"old_value": old_dict[k],
"new_value": new_dict[k],
"modified_by_user": new_dict["modified_by"],
"date": new_dict["modified"]
}
# can't save old/new value as list -> means child table.
if type(doc['old_value']) is not list:
make_doctype_maybe(doc['doctype'])
history = Document(doc)
history.insert()
else:
for idx, entry in enumerate(doc['old_value']):
log_field_changes(doc['new_value'][idx], entry)
def sort_changed_field(doc):
""" Gets changed field from doc hook, sorts into correct table, and
removes doc from Frappe's Changed Fields table"""
to_doctype_name = get_analytics_doctype_name(doc.changed_doctype)
make_doctype_maybe(to_doctype_name)
new_doc = Document(sanitize_document(doc, to_doctype_name))
new_doc.save()
doc.delete()
def sort_changed_field(doc):
""" Gets changed field from doc hook, sorts into correct table, and
removes doc from Frappe's Changed Fields table"""
to_doctype_name = get_analytics_doctype_name(doc.changed_doctype)
make_doctype_maybe(to_doctype_name)
new_doc = Document(sanitize_document(doc, to_doctype_name))
new_doc.save()
doc.delete()
def make_doc(new_dict, old_dict, k):
doc = prep_doc(new_dict, old_dict, k)
if type(doc['new_value']) is not list:
make_doctype_maybe(doc['doctype'])
history = Document(doc)
history.insert()
elif doc['old_value'] != None:
for idx, entry in enumerate(doc['old_value']):
log_field_changes(doc['new_value'][idx], entry)
def __init__(self, queue_doc: Document, is_background_task: bool = False):
self.queue_doc = queue_doc
self.is_background_task = is_background_task
self.email_account_doc = queue_doc.get_email_account()
self.smtp_server = self.email_account_doc.get_smtp_server()
self.sent_to = [
rec.recipient for rec in self.queue_doc.recipients
if rec.is_main_sent()
]
def set_custom_permissions(self):
'''Reset `permissions` with Custom DocPerm if exists'''
if frappe.flags.in_patch or frappe.flags.in_install:
return
if not self.istable and self.name not in ('DocType', 'DocField', 'DocPerm',
'Custom DocPerm'):
custom_perms = frappe.get_all('Custom DocPerm', fields='*',
filters=dict(parent=self.name), update=dict(doctype='Custom DocPerm'))
if custom_perms:
self.permissions = [Document(d) for d in custom_perms]
def insert_new_doc(dictionary):
ignored_fields = ["modified", "creation", "__onload"]
for k, v in dictionary.iteritems():
if k not in ignored_fields:
doc = {
"doctype": get_analytics_doctype_name(dictionary['doctype']),
"changed_doctype": dictionary['doctype'],
"changed_doc_name": dictionary['name'],
"fieldname": k,
"old_value": None,
"new_value": dictionary[k],
"modified_by_user": dictionary["modified_by"],
"date": dictionary["modified"]
}
if type(doc['new_value']) is not list:
make_doctype_maybe(doc['doctype'])
history = Document(doc)
history.insert()
else:
for idx, entry in enumerate(doc['new_value']):
insert_new_doc(doc['new_value'][idx])
def set_custom_permissions(self):
"""Reset `permissions` with Custom DocPerm if exists"""
if frappe.flags.in_patch or frappe.flags.in_install:
return
if not self.istable and self.name not in ("DocType", "DocField", "DocPerm", "Custom DocPerm"):
custom_perms = frappe.get_all(
"Custom DocPerm",
fields="*",
filters=dict(parent=self.name),
update=dict(doctype="Custom DocPerm"),
)
if custom_perms:
self.permissions = [Document(d) for d in custom_perms]
def test_doctype_link_resolve(self, get_meta, get_doc):
# set test side effects
get_meta.side_effect = build_get_meta_side_effects(
[QUOTATION_META, CUSTOMER_META])
get_doc.side_effect = build_get_doc_side_effect([
Document({
"doctype": "Quotation",
"name": "test-quotation",
"customer_name": "test-customer"
}),
Document({
"doctype": "Customer",
"name": "test-customer",
"full_name": "Mr. Test Customer"
})
])
ctx = {"#VARS": {"doc": frappe.get_doc("Quotation", "test-quotation")}}
full_name = resolve_expression(
[CMD_VAR, "doc", "customer_name", "full_name"], ctx)
get_doc.assert_called()
get_meta.assert_called()
self.assertTrue(full_name == "Mr. Test Customer")
def autoname(self):
naming_series = Document.get("guardian_naming_series")
if naming_series:
self.naming_series = naming_series
