style: bulk format code with black

v13 port because otherwise backports will result in conflicts always

erpnext/agriculture/doctype/crop/crop.py

@@ -27,5 +27,5 @@ class Crop(Document):
 
 @frappe.whitelist()
 def get_item_details(item_code):
-	item = frappe.get_doc('Item', item_code)
+	item = frappe.get_doc("Item", item_code)
 	return {"uom": item.stock_uom, "rate": item.valuation_rate}

erpnext/agriculture/doctype/crop/crop_dashboard.py

@@ -1,13 +1,5 @@
-
 from frappe import _
 
 
 def get_data():
-	return {
-		'transactions': [
-			{
-				'label': _('Crop Cycle'),
-				'items': ['Crop Cycle']
-			}
-		]
-	}
+	return {"transactions": [{"label": _("Crop Cycle"), "items": ["Crop Cycle"]}]}

erpnext/agriculture/doctype/crop/test_crop.py

@@ -7,7 +7,8 @@ import frappe
 
 test_dependencies = ["Fertilizer"]
 
+
 class TestCrop(unittest.TestCase):
 	def test_crop_period(self):
-		basil = frappe.get_doc('Crop', 'Basil from seed')
+		basil = frappe.get_doc("Crop", "Basil from seed")
 		self.assertEqual(basil.period, 15)

erpnext/agriculture/doctype/crop_cycle/crop_cycle.py

@@ -22,7 +22,7 @@ class CropCycle(Document):
 		self.create_tasks_for_diseases()
 
 	def set_missing_values(self):
-		crop = frappe.get_doc('Crop', self.crop)
+		crop = frappe.get_doc("Crop", self.crop)
 
 		if not self.crop_spacing_uom:
 			self.crop_spacing_uom = crop.crop_spacing_uom
@@ -31,7 +31,7 @@ class CropCycle(Document):
 			self.row_spacing_uom = crop.row_spacing_uom
 
 	def create_crop_cycle_project(self):
-		crop = frappe.get_doc('Crop', self.crop)
+		crop = frappe.get_doc("Crop", self.crop)
 
 		self.project = self.create_project(crop.period, crop.agriculture_task)
 		self.create_task(crop.agriculture_task, self.project, self.start_date)
@@ -42,49 +42,56 @@ class CropCycle(Document):
 				self.import_disease_tasks(disease.disease, disease.start_date)
 				disease.tasks_created = True
 
-				frappe.msgprint(_("Tasks have been created for managing the {0} disease (on row {1})").format(disease.disease, disease.idx))
+				frappe.msgprint(
+					_("Tasks have been created for managing the {0} disease (on row {1})").format(
+						disease.disease, disease.idx
+					)
+				)
 
 	def import_disease_tasks(self, disease, start_date):
-		disease_doc = frappe.get_doc('Disease', disease)
+		disease_doc = frappe.get_doc("Disease", disease)
 		self.create_task(disease_doc.treatment_task, self.project, start_date)
 
 	def create_project(self, period, crop_tasks):
-		project = frappe.get_doc({
-			"doctype": "Project",
-			"project_name": self.title,
-			"expected_start_date": self.start_date,
-			"expected_end_date": add_days(self.start_date, period - 1)
-		}).insert()
+		project = frappe.get_doc(
+			{
+				"doctype": "Project",
+				"project_name": self.title,
+				"expected_start_date": self.start_date,
+				"expected_end_date": add_days(self.start_date, period - 1),
+			}
+		).insert()
 
 		return project.name
 
 	def create_task(self, crop_tasks, project_name, start_date):
 		for crop_task in crop_tasks:
-			frappe.get_doc({
-				"doctype": "Task",
-				"subject": crop_task.get("task_name"),
-				"priority": crop_task.get("priority"),
-				"project": project_name,
-				"exp_start_date": add_days(start_date, crop_task.get("start_day") - 1),
-				"exp_end_date": add_days(start_date, crop_task.get("end_day") - 1)
-			}).insert()
+			frappe.get_doc(
+				{
+					"doctype": "Task",
+					"subject": crop_task.get("task_name"),
+					"priority": crop_task.get("priority"),
+					"project": project_name,
+					"exp_start_date": add_days(start_date, crop_task.get("start_day") - 1),
+					"exp_end_date": add_days(start_date, crop_task.get("end_day") - 1),
+				}
+			).insert()
 
 	@frappe.whitelist()
 	def reload_linked_analysis(self):
-		linked_doctypes = ['Soil Texture', 'Soil Analysis', 'Plant Analysis']
-		required_fields = ['location', 'name', 'collection_datetime']
+		linked_doctypes = ["Soil Texture", "Soil Analysis", "Plant Analysis"]
+		required_fields = ["location", "name", "collection_datetime"]
 		output = {}
 
 		for doctype in linked_doctypes:
 			output[doctype] = frappe.get_all(doctype, fields=required_fields)
 
-		output['Location'] = []
+		output["Location"] = []
 
 		for location in self.linked_location:
-			output['Location'].append(frappe.get_doc('Location', location.location))
+			output["Location"].append(frappe.get_doc("Location", location.location))
 
-		frappe.publish_realtime("List of Linked Docs",
-								output, user=frappe.session.user)
+		frappe.publish_realtime("List of Linked Docs", output, user=frappe.session.user)
 
 	@frappe.whitelist()
 	def append_to_child(self, obj_to_append):
@@ -96,11 +103,11 @@ class CropCycle(Document):
 
 
 def get_coordinates(doc):
-	return ast.literal_eval(doc.location).get('features')[0].get('geometry').get('coordinates')
+	return ast.literal_eval(doc.location).get("features")[0].get("geometry").get("coordinates")
 
 
 def get_geometry_type(doc):
-	return ast.literal_eval(doc.location).get('features')[0].get('geometry').get('type')
+	return ast.literal_eval(doc.location).get("features")[0].get("geometry").get("type")
 
 
 def is_in_location(point, vs):
@@ -114,8 +121,7 @@ def is_in_location(point, vs):
 		xi, yi = vs[i]
 		xj, yj = vs[j]
 
-		intersect = ((yi > y) != (yj > y)) and (
-			x < (xj - xi) * (y - yi) / (yj - yi) + xi)
+		intersect = ((yi > y) != (yj > y)) and (x < (xj - xi) * (y - yi) / (yj - yi) + xi)
 
 		if intersect:
 			inside = not inside

erpnext/agriculture/doctype/crop_cycle/test_crop_cycle.py

@@ -11,8 +11,8 @@ test_dependencies = ["Crop", "Fertilizer", "Location", "Disease"]
 
 class TestCropCycle(unittest.TestCase):
 	def test_crop_cycle_creation(self):
-		cycle = frappe.get_doc('Crop Cycle', 'Basil from seed 2017')
-		self.assertTrue(frappe.db.exists('Crop Cycle', 'Basil from seed 2017'))
+		cycle = frappe.get_doc("Crop Cycle", "Basil from seed 2017")
+		self.assertTrue(frappe.db.exists("Crop Cycle", "Basil from seed 2017"))
 
 		# check if the tasks were created
 		self.assertEqual(check_task_creation(), True)
@@ -23,45 +23,48 @@ def check_task_creation():
 	all_task_dict = {
 		"Survey and find the aphid locations": {
 			"exp_start_date": datetime.date(2017, 11, 21),
-			"exp_end_date": datetime.date(2017, 11, 22)
+			"exp_end_date": datetime.date(2017, 11, 22),
 		},
 		"Apply Pesticides": {
 			"exp_start_date": datetime.date(2017, 11, 23),
-			"exp_end_date": datetime.date(2017, 11, 23)
+			"exp_end_date": datetime.date(2017, 11, 23),
 		},
 		"Plough the field": {
 			"exp_start_date": datetime.date(2017, 11, 11),
-			"exp_end_date": datetime.date(2017, 11, 11)
+			"exp_end_date": datetime.date(2017, 11, 11),
 		},
 		"Plant the seeds": {
 			"exp_start_date": datetime.date(2017, 11, 12),
-			"exp_end_date": datetime.date(2017, 11, 13)
+			"exp_end_date": datetime.date(2017, 11, 13),
 		},
 		"Water the field": {
 			"exp_start_date": datetime.date(2017, 11, 14),
-			"exp_end_date": datetime.date(2017, 11, 14)
+			"exp_end_date": datetime.date(2017, 11, 14),
 		},
 		"First harvest": {
 			"exp_start_date": datetime.date(2017, 11, 18),
-			"exp_end_date": datetime.date(2017, 11, 18)
+			"exp_end_date": datetime.date(2017, 11, 18),
 		},
 		"Add the fertilizer": {
 			"exp_start_date": datetime.date(2017, 11, 20),
-			"exp_end_date": datetime.date(2017, 11, 22)
+			"exp_end_date": datetime.date(2017, 11, 22),
 		},
 		"Final cut": {
 			"exp_start_date": datetime.date(2017, 11, 25),
-			"exp_end_date": datetime.date(2017, 11, 25)
-		}
+			"exp_end_date": datetime.date(2017, 11, 25),
+		},
 	}
 
-	all_tasks = frappe.get_all('Task')
+	all_tasks = frappe.get_all("Task")
 
 	for task in all_tasks:
-		sample_task = frappe.get_doc('Task', task.name)
+		sample_task = frappe.get_doc("Task", task.name)
 
 		if sample_task.subject in list(all_task_dict):
-			if sample_task.exp_start_date != all_task_dict[sample_task.subject]['exp_start_date'] or sample_task.exp_end_date != all_task_dict[sample_task.subject]['exp_end_date']:
+			if (
+				sample_task.exp_start_date != all_task_dict[sample_task.subject]["exp_start_date"]
+				or sample_task.exp_end_date != all_task_dict[sample_task.subject]["exp_end_date"]
+			):
 				return False
 			all_task_dict.pop(sample_task.subject)
 
@@ -69,4 +72,4 @@ def check_task_creation():
 
 
 def check_project_creation():
-	return True if frappe.db.exists('Project', {'project_name': 'Basil from seed 2017'}) else False
+	return True if frappe.db.exists("Project", {"project_name": "Basil from seed 2017"}) else False

erpnext/agriculture/doctype/disease/disease.py

@@ -15,5 +15,6 @@ class Disease(Document):
 			if task.start_day > task.end_day:
 				frappe.throw(_("Start day is greater than end day in task '{0}'").format(task.task_name))
 			# to calculate the period of the Crop Cycle
-			if task.end_day > max_period: max_period = task.end_day
+			if task.end_day > max_period:
+				max_period = task.end_day
 		self.treatment_period = max_period

erpnext/agriculture/doctype/disease/test_disease.py

@@ -8,5 +8,5 @@ import frappe
 
 class TestDisease(unittest.TestCase):
 	def test_treatment_period(self):
-		disease = frappe.get_doc('Disease', 'Aphids')
+		disease = frappe.get_doc("Disease", "Aphids")
 		self.assertEqual(disease.treatment_period, 3)

erpnext/agriculture/doctype/fertilizer/fertilizer.py

@@ -9,6 +9,6 @@ from frappe.model.document import Document
 class Fertilizer(Document):
 	@frappe.whitelist()
 	def load_contents(self):
-		docs = frappe.get_all("Agriculture Analysis Criteria", filters={'linked_doctype':'Fertilizer'})
+		docs = frappe.get_all("Agriculture Analysis Criteria", filters={"linked_doctype": "Fertilizer"})
 		for doc in docs:
-			self.append('fertilizer_contents', {'title': str(doc.name)})
+			self.append("fertilizer_contents", {"title": str(doc.name)})

erpnext/agriculture/doctype/fertilizer/test_fertilizer.py

@@ -8,4 +8,4 @@ import frappe
 
 class TestFertilizer(unittest.TestCase):
 	def test_fertilizer_creation(self):
-		self.assertEqual(frappe.db.exists('Fertilizer', 'Urea'), 'Urea')
+		self.assertEqual(frappe.db.exists("Fertilizer", "Urea"), "Urea")

erpnext/agriculture/doctype/plant_analysis/plant_analysis.py

@@ -9,6 +9,8 @@ from frappe.model.document import Document
 class PlantAnalysis(Document):
 	@frappe.whitelist()
 	def load_contents(self):
-		docs = frappe.get_all("Agriculture Analysis Criteria", filters={'linked_doctype':'Plant Analysis'})
+		docs = frappe.get_all(
+			"Agriculture Analysis Criteria", filters={"linked_doctype": "Plant Analysis"}
+		)
 		for doc in docs:
-			self.append('plant_analysis_criteria', {'title': str(doc.name)})
+			self.append("plant_analysis_criteria", {"title": str(doc.name)})

erpnext/agriculture/doctype/soil_analysis/soil_analysis.py

@@ -9,6 +9,8 @@ from frappe.model.document import Document
 class SoilAnalysis(Document):
 	@frappe.whitelist()
 	def load_contents(self):
-		docs = frappe.get_all("Agriculture Analysis Criteria", filters={'linked_doctype':'Soil Analysis'})
+		docs = frappe.get_all(
+			"Agriculture Analysis Criteria", filters={"linked_doctype": "Soil Analysis"}
+		)
 		for doc in docs:
-			self.append('soil_analysis_criteria', {'title': str(doc.name)})
+			self.append("soil_analysis_criteria", {"title": str(doc.name)})

erpnext/agriculture/doctype/soil_texture/soil_texture.py

@@ -10,62 +10,74 @@ from frappe.utils import cint, flt
 
 class SoilTexture(Document):
 	soil_edit_order = [2, 1, 0]
-	soil_types = ['clay_composition', 'sand_composition', 'silt_composition']
+	soil_types = ["clay_composition", "sand_composition", "silt_composition"]
 
 	@frappe.whitelist()
 	def load_contents(self):
-		docs = frappe.get_all("Agriculture Analysis Criteria", filters={'linked_doctype':'Soil Texture'})
+		docs = frappe.get_all(
+			"Agriculture Analysis Criteria", filters={"linked_doctype": "Soil Texture"}
+		)
 		for doc in docs:
-			self.append('soil_texture_criteria', {'title': str(doc.name)})
+			self.append("soil_texture_criteria", {"title": str(doc.name)})
 
 	def validate(self):
-		self.update_soil_edit('sand_composition')
+		self.update_soil_edit("sand_composition")
 		for soil_type in self.soil_types:
 			if self.get(soil_type) > 100 or self.get(soil_type) < 0:
 				frappe.throw(_("{0} should be a value between 0 and 100").format(soil_type))
 		if sum(self.get(soil_type) for soil_type in self.soil_types) != 100:
-			frappe.throw(_('Soil compositions do not add up to 100'))
+			frappe.throw(_("Soil compositions do not add up to 100"))
 
 	@frappe.whitelist()
 	def update_soil_edit(self, soil_type):
-		self.soil_edit_order[self.soil_types.index(soil_type)] = max(self.soil_edit_order)+1
+		self.soil_edit_order[self.soil_types.index(soil_type)] = max(self.soil_edit_order) + 1
 		self.soil_type = self.get_soil_type()
 
 	def get_soil_type(self):
 		# update the last edited soil type
-		if sum(self.soil_edit_order) < 5: return
+		if sum(self.soil_edit_order) < 5:
+			return
 		last_edit_index = self.soil_edit_order.index(min(self.soil_edit_order))
 
 		# set composition of the last edited soil
-		self.set(self.soil_types[last_edit_index],
-			100 - sum(cint(self.get(soil_type)) for soil_type in self.soil_types) + cint(self.get(self.soil_types[last_edit_index])))
+		self.set(
+			self.soil_types[last_edit_index],
+			100
+			- sum(cint(self.get(soil_type)) for soil_type in self.soil_types)
+			+ cint(self.get(self.soil_types[last_edit_index])),
+		)
 
 		# calculate soil type
 		c, sa, si = flt(self.clay_composition), flt(self.sand_composition), flt(self.silt_composition)
 
 		if si + (1.5 * c) < 15:
-			return 'Sand'
+			return "Sand"
 		elif si + 1.5 * c >= 15 and si + 2 * c < 30:
-			return 'Loamy Sand'
-		elif ((c >= 7 and c < 20) or (sa > 52) and ((si + 2*c) >= 30) or (c < 7 and si < 50 and (si+2*c) >= 30)):
-			return 'Sandy Loam'
-		elif ((c >= 7 and c < 27) and (si >= 28 and si < 50) and (sa <= 52)):
-			return 'Loam'
-		elif ((si >= 50 and (c >= 12 and c < 27)) or ((si >= 50 and si < 80) and c < 12)):
-			return 'Silt Loam'
-		elif (si >= 80 and c < 12):
-			return 'Silt'
-		elif ((c >= 20 and c < 35) and (si < 28) and (sa > 45)):
-			return 'Sandy Clay Loam'
-		elif ((c >= 27 and c < 40) and (sa > 20 and sa <= 45)):
-			return 'Clay Loam'
-		elif ((c >= 27 and c < 40) and (sa  <= 20)):
-			return 'Silty Clay Loam'
-		elif (c >= 35 and sa > 45):
-			return 'Sandy Clay'
-		elif (c >= 40 and si >= 40):
-			return 'Silty Clay'
-		elif (c >= 40 and sa <= 45 and si < 40):
-			return 'Clay'
+			return "Loamy Sand"
+		elif (
+			(c >= 7 and c < 20)
+			or (sa > 52)
+			and ((si + 2 * c) >= 30)
+			or (c < 7 and si < 50 and (si + 2 * c) >= 30)
+		):
+			return "Sandy Loam"
+		elif (c >= 7 and c < 27) and (si >= 28 and si < 50) and (sa <= 52):
+			return "Loam"
+		elif (si >= 50 and (c >= 12 and c < 27)) or ((si >= 50 and si < 80) and c < 12):
+			return "Silt Loam"
+		elif si >= 80 and c < 12:
+			return "Silt"
+		elif (c >= 20 and c < 35) and (si < 28) and (sa > 45):
+			return "Sandy Clay Loam"
+		elif (c >= 27 and c < 40) and (sa > 20 and sa <= 45):
+			return "Clay Loam"
+		elif (c >= 27 and c < 40) and (sa <= 20):
+			return "Silty Clay Loam"
+		elif c >= 35 and sa > 45:
+			return "Sandy Clay"
+		elif c >= 40 and si >= 40:
+			return "Silty Clay"
+		elif c >= 40 and sa <= 45 and si < 40:
+			return "Clay"
 		else:
-			return 'Select'
+			return "Select"

erpnext/agriculture/doctype/soil_texture/test_soil_texture.py

@@ -8,7 +8,9 @@ import frappe
 
 class TestSoilTexture(unittest.TestCase):
 	def test_texture_selection(self):
-		soil_tex = frappe.get_all('Soil Texture', fields=['name'], filters={'collection_datetime': '2017-11-08'})
-		doc = frappe.get_doc('Soil Texture', soil_tex[0].name)
+		soil_tex = frappe.get_all(
+			"Soil Texture", fields=["name"], filters={"collection_datetime": "2017-11-08"}
+		)
+		doc = frappe.get_doc("Soil Texture", soil_tex[0].name)
 		self.assertEqual(doc.silt_composition, 50)
-		self.assertEqual(doc.soil_type, 'Silt Loam')
+		self.assertEqual(doc.soil_type, "Silt Loam")

erpnext/agriculture/doctype/water_analysis/water_analysis.py

@@ -10,9 +10,11 @@ from frappe.model.document import Document
 class WaterAnalysis(Document):
 	@frappe.whitelist()
 	def load_contents(self):
-		docs = frappe.get_all("Agriculture Analysis Criteria", filters={'linked_doctype':'Water Analysis'})
+		docs = frappe.get_all(
+			"Agriculture Analysis Criteria", filters={"linked_doctype": "Water Analysis"}
+		)
 		for doc in docs:
-			self.append('water_analysis_criteria', {'title': str(doc.name)})
+			self.append("water_analysis_criteria", {"title": str(doc.name)})
 
 	@frappe.whitelist()
 	def update_lab_result_date(self):
@@ -21,6 +23,6 @@ class WaterAnalysis(Document):
 
 	def validate(self):
 		if self.collection_datetime > self.laboratory_testing_datetime:
-			frappe.throw(_('Lab testing datetime cannot be before collection datetime'))
+			frappe.throw(_("Lab testing datetime cannot be before collection datetime"))
 		if self.laboratory_testing_datetime > self.result_datetime:
-			frappe.throw(_('Lab result datetime cannot be before testing datetime'))
+			frappe.throw(_("Lab result datetime cannot be before testing datetime"))

erpnext/agriculture/doctype/weather/weather.py

@@ -9,6 +9,6 @@ from frappe.model.document import Document
 class Weather(Document):
 	@frappe.whitelist()
 	def load_contents(self):
-		docs = frappe.get_all("Agriculture Analysis Criteria", filters={'linked_doctype':'Weather'})
+		docs = frappe.get_all("Agriculture Analysis Criteria", filters={"linked_doctype": "Weather"})
 		for doc in docs:
-			self.append('weather_parameter', {'title': str(doc.name)})
+			self.append("weather_parameter", {"title": str(doc.name)})

erpnext/agriculture/setup.py

@@ -1,4 +1,3 @@
-
 import frappe
 from frappe import _
 
@@ -6,427 +5,493 @@ from erpnext.setup.utils import insert_record
 
 
 def setup_agriculture():
-	if frappe.get_all('Agriculture Analysis Criteria'):
+	if frappe.get_all("Agriculture Analysis Criteria"):
 		# already setup
 		return
 	create_agriculture_data()
 
+
 def create_agriculture_data():
 	records = [
 		dict(
-			doctype='Item Group',
-			item_group_name='Fertilizer',
+			doctype="Item Group",
+			item_group_name="Fertilizer",
 			is_group=0,
-			parent_item_group=_('All Item Groups')),
+			parent_item_group=_("All Item Groups"),
+		),
 		dict(
-			doctype='Item Group',
-			item_group_name='Seed',
+			doctype="Item Group", item_group_name="Seed", is_group=0, parent_item_group=_("All Item Groups")
+		),
+		dict(
+			doctype="Item Group",
+			item_group_name="By-product",
 			is_group=0,
-			parent_item_group=_('All Item Groups')),
+			parent_item_group=_("All Item Groups"),
+		),
 		dict(
-			doctype='Item Group',
-			item_group_name='By-product',
+			doctype="Item Group",
+			item_group_name="Produce",
 			is_group=0,
-			parent_item_group=_('All Item Groups')),
+			parent_item_group=_("All Item Groups"),
+		),
 		dict(
-			doctype='Item Group',
-			item_group_name='Produce',
-			is_group=0,
-			parent_item_group=_('All Item Groups')),
-		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Nitrogen Content',
+			doctype="Agriculture Analysis Criteria",
+			title="Nitrogen Content",
 			standard=1,
-			linked_doctype='Fertilizer'),
+			linked_doctype="Fertilizer",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Phosphorous Content',
+			doctype="Agriculture Analysis Criteria",
+			title="Phosphorous Content",
 			standard=1,
-			linked_doctype='Fertilizer'),
+			linked_doctype="Fertilizer",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Potassium Content',
+			doctype="Agriculture Analysis Criteria",
+			title="Potassium Content",
 			standard=1,
-			linked_doctype='Fertilizer'),
+			linked_doctype="Fertilizer",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Calcium Content',
+			doctype="Agriculture Analysis Criteria",
+			title="Calcium Content",
 			standard=1,
-			linked_doctype='Fertilizer'),
+			linked_doctype="Fertilizer",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Sulphur Content',
+			doctype="Agriculture Analysis Criteria",
+			title="Sulphur Content",
 			standard=1,
-			linked_doctype='Fertilizer'),
+			linked_doctype="Fertilizer",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Magnesium Content',
+			doctype="Agriculture Analysis Criteria",
+			title="Magnesium Content",
 			standard=1,
-			linked_doctype='Fertilizer'),
+			linked_doctype="Fertilizer",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Iron Content',
+			doctype="Agriculture Analysis Criteria",
+			title="Iron Content",
 			standard=1,
-			linked_doctype='Fertilizer'),
+			linked_doctype="Fertilizer",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Copper Content',
+			doctype="Agriculture Analysis Criteria",
+			title="Copper Content",
 			standard=1,
-			linked_doctype='Fertilizer'),
+			linked_doctype="Fertilizer",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Zinc Content',
+			doctype="Agriculture Analysis Criteria",
+			title="Zinc Content",
 			standard=1,
-			linked_doctype='Fertilizer'),
+			linked_doctype="Fertilizer",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Boron Content',
+			doctype="Agriculture Analysis Criteria",
+			title="Boron Content",
 			standard=1,
-			linked_doctype='Fertilizer'),
+			linked_doctype="Fertilizer",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Manganese Content',
+			doctype="Agriculture Analysis Criteria",
+			title="Manganese Content",
 			standard=1,
-			linked_doctype='Fertilizer'),
+			linked_doctype="Fertilizer",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Chlorine Content',
+			doctype="Agriculture Analysis Criteria",
+			title="Chlorine Content",
 			standard=1,
-			linked_doctype='Fertilizer'),
+			linked_doctype="Fertilizer",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Molybdenum Content',
+			doctype="Agriculture Analysis Criteria",
+			title="Molybdenum Content",
 			standard=1,
-			linked_doctype='Fertilizer'),
+			linked_doctype="Fertilizer",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Sodium Content',
+			doctype="Agriculture Analysis Criteria",
+			title="Sodium Content",
 			standard=1,
-			linked_doctype='Fertilizer'),
+			linked_doctype="Fertilizer",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Humic Acid',
+			doctype="Agriculture Analysis Criteria",
+			title="Humic Acid",
 			standard=1,
-			linked_doctype='Fertilizer'),
+			linked_doctype="Fertilizer",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Fulvic Acid',
+			doctype="Agriculture Analysis Criteria",
+			title="Fulvic Acid",
 			standard=1,
-			linked_doctype='Fertilizer'),
+			linked_doctype="Fertilizer",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Inert',
-			standard=1,
-			linked_doctype='Fertilizer'),
+			doctype="Agriculture Analysis Criteria", title="Inert", standard=1, linked_doctype="Fertilizer"
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Others',
-			standard=1,
-			linked_doctype='Fertilizer'),
+			doctype="Agriculture Analysis Criteria", title="Others", standard=1, linked_doctype="Fertilizer"
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Nitrogen',
+			doctype="Agriculture Analysis Criteria",
+			title="Nitrogen",
 			standard=1,
-			linked_doctype='Plant Analysis'),
+			linked_doctype="Plant Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Phosphorous',
+			doctype="Agriculture Analysis Criteria",
+			title="Phosphorous",
 			standard=1,
-			linked_doctype='Plant Analysis'),
+			linked_doctype="Plant Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Potassium',
+			doctype="Agriculture Analysis Criteria",
+			title="Potassium",
 			standard=1,
-			linked_doctype='Plant Analysis'),
+			linked_doctype="Plant Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Calcium',
+			doctype="Agriculture Analysis Criteria",
+			title="Calcium",
 			standard=1,
-			linked_doctype='Plant Analysis'),
+			linked_doctype="Plant Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Magnesium',
+			doctype="Agriculture Analysis Criteria",
+			title="Magnesium",
 			standard=1,
-			linked_doctype='Plant Analysis'),
+			linked_doctype="Plant Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Sulphur',
+			doctype="Agriculture Analysis Criteria",
+			title="Sulphur",
 			standard=1,
-			linked_doctype='Plant Analysis'),
+			linked_doctype="Plant Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Boron',
+			doctype="Agriculture Analysis Criteria",
+			title="Boron",
 			standard=1,
-			linked_doctype='Plant Analysis'),
+			linked_doctype="Plant Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Copper',
+			doctype="Agriculture Analysis Criteria",
+			title="Copper",
 			standard=1,
-			linked_doctype='Plant Analysis'),
+			linked_doctype="Plant Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Iron',
+			doctype="Agriculture Analysis Criteria",
+			title="Iron",
 			standard=1,
-			linked_doctype='Plant Analysis'),
+			linked_doctype="Plant Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Manganese',
+			doctype="Agriculture Analysis Criteria",
+			title="Manganese",
 			standard=1,
-			linked_doctype='Plant Analysis'),
+			linked_doctype="Plant Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Zinc',
+			doctype="Agriculture Analysis Criteria",
+			title="Zinc",
 			standard=1,
-			linked_doctype='Plant Analysis'),
+			linked_doctype="Plant Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Depth (in cm)',
+			doctype="Agriculture Analysis Criteria",
+			title="Depth (in cm)",
 			standard=1,
-			linked_doctype='Soil Analysis'),
+			linked_doctype="Soil Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Soil pH',
+			doctype="Agriculture Analysis Criteria",
+			title="Soil pH",
 			standard=1,
-			linked_doctype='Soil Analysis'),
+			linked_doctype="Soil Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Salt Concentration (%)',
+			doctype="Agriculture Analysis Criteria",
+			title="Salt Concentration (%)",
 			standard=1,
-			linked_doctype='Soil Analysis'),
+			linked_doctype="Soil Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Organic Matter (%)',
+			doctype="Agriculture Analysis Criteria",
+			title="Organic Matter (%)",
 			standard=1,
-			linked_doctype='Soil Analysis'),
+			linked_doctype="Soil Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='CEC (Cation Exchange Capacity) (MAQ/100mL)',
+			doctype="Agriculture Analysis Criteria",
+			title="CEC (Cation Exchange Capacity) (MAQ/100mL)",
 			standard=1,
-			linked_doctype='Soil Analysis'),
+			linked_doctype="Soil Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Potassium Saturation (%)',
+			doctype="Agriculture Analysis Criteria",
+			title="Potassium Saturation (%)",
 			standard=1,
-			linked_doctype='Soil Analysis'),
+			linked_doctype="Soil Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Calcium Saturation (%)',
+			doctype="Agriculture Analysis Criteria",
+			title="Calcium Saturation (%)",
 			standard=1,
-			linked_doctype='Soil Analysis'),
+			linked_doctype="Soil Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Manganese Saturation (%)',
+			doctype="Agriculture Analysis Criteria",
+			title="Manganese Saturation (%)",
 			standard=1,
-			linked_doctype='Soil Analysis'),
+			linked_doctype="Soil Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Nirtogen (ppm)',
+			doctype="Agriculture Analysis Criteria",
+			title="Nirtogen (ppm)",
 			standard=1,
-			linked_doctype='Soil Analysis'),
+			linked_doctype="Soil Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Phosphorous (ppm)',
+			doctype="Agriculture Analysis Criteria",
+			title="Phosphorous (ppm)",
 			standard=1,
-			linked_doctype='Soil Analysis'),
+			linked_doctype="Soil Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Potassium (ppm)',
+			doctype="Agriculture Analysis Criteria",
+			title="Potassium (ppm)",
 			standard=1,
-			linked_doctype='Soil Analysis'),
+			linked_doctype="Soil Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Calcium (ppm)',
+			doctype="Agriculture Analysis Criteria",
+			title="Calcium (ppm)",
 			standard=1,
-			linked_doctype='Soil Analysis'),
+			linked_doctype="Soil Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Magnesium (ppm)',
+			doctype="Agriculture Analysis Criteria",
+			title="Magnesium (ppm)",
 			standard=1,
-			linked_doctype='Soil Analysis'),
+			linked_doctype="Soil Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Sulphur (ppm)',
+			doctype="Agriculture Analysis Criteria",
+			title="Sulphur (ppm)",
 			standard=1,
-			linked_doctype='Soil Analysis'),
+			linked_doctype="Soil Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Copper (ppm)',
+			doctype="Agriculture Analysis Criteria",
+			title="Copper (ppm)",
 			standard=1,
-			linked_doctype='Soil Analysis'),
+			linked_doctype="Soil Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Iron (ppm)',
+			doctype="Agriculture Analysis Criteria",
+			title="Iron (ppm)",
 			standard=1,
-			linked_doctype='Soil Analysis'),
+			linked_doctype="Soil Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Manganese (ppm)',
+			doctype="Agriculture Analysis Criteria",
+			title="Manganese (ppm)",
 			standard=1,
-			linked_doctype='Soil Analysis'),
+			linked_doctype="Soil Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Zinc (ppm)',
+			doctype="Agriculture Analysis Criteria",
+			title="Zinc (ppm)",
 			standard=1,
-			linked_doctype='Soil Analysis'),
+			linked_doctype="Soil Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Aluminium (ppm)',
+			doctype="Agriculture Analysis Criteria",
+			title="Aluminium (ppm)",
 			standard=1,
-			linked_doctype='Soil Analysis'),
+			linked_doctype="Soil Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Water pH',
+			doctype="Agriculture Analysis Criteria",
+			title="Water pH",
 			standard=1,
-			linked_doctype='Water Analysis'),
+			linked_doctype="Water Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Conductivity (mS/cm)',
+			doctype="Agriculture Analysis Criteria",
+			title="Conductivity (mS/cm)",
 			standard=1,
-			linked_doctype='Water Analysis'),
+			linked_doctype="Water Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Hardness (mg/CaCO3)',
+			doctype="Agriculture Analysis Criteria",
+			title="Hardness (mg/CaCO3)",
 			standard=1,
-			linked_doctype='Water Analysis'),
+			linked_doctype="Water Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Turbidity (NTU)',
+			doctype="Agriculture Analysis Criteria",
+			title="Turbidity (NTU)",
 			standard=1,
-			linked_doctype='Water Analysis'),
+			linked_doctype="Water Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Odor',
+			doctype="Agriculture Analysis Criteria",
+			title="Odor",
 			standard=1,
-			linked_doctype='Water Analysis'),
+			linked_doctype="Water Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Color',
+			doctype="Agriculture Analysis Criteria",
+			title="Color",
 			standard=1,
-			linked_doctype='Water Analysis'),
+			linked_doctype="Water Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Nitrate (mg/L)',
+			doctype="Agriculture Analysis Criteria",
+			title="Nitrate (mg/L)",
 			standard=1,
-			linked_doctype='Water Analysis'),
+			linked_doctype="Water Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Nirtite (mg/L)',
+			doctype="Agriculture Analysis Criteria",
+			title="Nirtite (mg/L)",
 			standard=1,
-			linked_doctype='Water Analysis'),
+			linked_doctype="Water Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Calcium (mg/L)',
+			doctype="Agriculture Analysis Criteria",
+			title="Calcium (mg/L)",
 			standard=1,
-			linked_doctype='Water Analysis'),
+			linked_doctype="Water Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Magnesium (mg/L)',
+			doctype="Agriculture Analysis Criteria",
+			title="Magnesium (mg/L)",
 			standard=1,
-			linked_doctype='Water Analysis'),
+			linked_doctype="Water Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Sulphate (mg/L)',
+			doctype="Agriculture Analysis Criteria",
+			title="Sulphate (mg/L)",
 			standard=1,
-			linked_doctype='Water Analysis'),
+			linked_doctype="Water Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Boron (mg/L)',
+			doctype="Agriculture Analysis Criteria",
+			title="Boron (mg/L)",
 			standard=1,
-			linked_doctype='Water Analysis'),
+			linked_doctype="Water Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Copper (mg/L)',
+			doctype="Agriculture Analysis Criteria",
+			title="Copper (mg/L)",
 			standard=1,
-			linked_doctype='Water Analysis'),
+			linked_doctype="Water Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Iron (mg/L)',
+			doctype="Agriculture Analysis Criteria",
+			title="Iron (mg/L)",
 			standard=1,
-			linked_doctype='Water Analysis'),
+			linked_doctype="Water Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Manganese (mg/L)',
+			doctype="Agriculture Analysis Criteria",
+			title="Manganese (mg/L)",
 			standard=1,
-			linked_doctype='Water Analysis'),
+			linked_doctype="Water Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Zinc (mg/L)',
+			doctype="Agriculture Analysis Criteria",
+			title="Zinc (mg/L)",
 			standard=1,
-			linked_doctype='Water Analysis'),
+			linked_doctype="Water Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Chlorine (mg/L)',
+			doctype="Agriculture Analysis Criteria",
+			title="Chlorine (mg/L)",
 			standard=1,
-			linked_doctype='Water Analysis'),
+			linked_doctype="Water Analysis",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Bulk Density',
+			doctype="Agriculture Analysis Criteria",
+			title="Bulk Density",
 			standard=1,
-			linked_doctype='Soil Texture'),
+			linked_doctype="Soil Texture",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Field Capacity',
+			doctype="Agriculture Analysis Criteria",
+			title="Field Capacity",
 			standard=1,
-			linked_doctype='Soil Texture'),
+			linked_doctype="Soil Texture",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Wilting Point',
+			doctype="Agriculture Analysis Criteria",
+			title="Wilting Point",
 			standard=1,
-			linked_doctype='Soil Texture'),
+			linked_doctype="Soil Texture",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Hydraulic Conductivity',
+			doctype="Agriculture Analysis Criteria",
+			title="Hydraulic Conductivity",
 			standard=1,
-			linked_doctype='Soil Texture'),
+			linked_doctype="Soil Texture",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Organic Matter',
+			doctype="Agriculture Analysis Criteria",
+			title="Organic Matter",
 			standard=1,
-			linked_doctype='Soil Texture'),
+			linked_doctype="Soil Texture",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Temperature High',
+			doctype="Agriculture Analysis Criteria",
+			title="Temperature High",
 			standard=1,
-			linked_doctype='Weather'),
+			linked_doctype="Weather",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Temperature Low',
+			doctype="Agriculture Analysis Criteria",
+			title="Temperature Low",
 			standard=1,
-			linked_doctype='Weather'),
+			linked_doctype="Weather",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Temperature Average',
+			doctype="Agriculture Analysis Criteria",
+			title="Temperature Average",
 			standard=1,
-			linked_doctype='Weather'),
+			linked_doctype="Weather",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Dew Point',
-			standard=1,
-			linked_doctype='Weather'),
+			doctype="Agriculture Analysis Criteria", title="Dew Point", standard=1, linked_doctype="Weather"
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Precipitation Received',
+			doctype="Agriculture Analysis Criteria",
+			title="Precipitation Received",
 			standard=1,
-			linked_doctype='Weather'),
+			linked_doctype="Weather",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Humidity',
-			standard=1,
-			linked_doctype='Weather'),
+			doctype="Agriculture Analysis Criteria", title="Humidity", standard=1, linked_doctype="Weather"
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Pressure',
-			standard=1,
-			linked_doctype='Weather'),
+			doctype="Agriculture Analysis Criteria", title="Pressure", standard=1, linked_doctype="Weather"
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Insolation/ PAR (Photosynthetically Active Radiation)',
+			doctype="Agriculture Analysis Criteria",
+			title="Insolation/ PAR (Photosynthetically Active Radiation)",
 			standard=1,
-			linked_doctype='Weather'),
+			linked_doctype="Weather",
+		),
 		dict(
-			doctype='Agriculture Analysis Criteria',
-			title='Degree Days',
+			doctype="Agriculture Analysis Criteria",
+			title="Degree Days",
 			standard=1,
-			linked_doctype='Weather')
+			linked_doctype="Weather",
+		),
 	]
 	insert_record(records)