controllers/trends.py - Clicks/Forks/ERPNext - Gitiles

 # ERPNext - web based ERP (http://erpnext.com)
 # Copyright (C) 2012 Web Notes Technologies Pvt Ltd
 #
 # This program is free software: you can redistribute it and/or modify
 # it under the terms of the GNU General Public License as published by
 # the Free Software Foundation, either version 3 of the License, or
 # (at your option) any later version.
 #
 # This program is distributed in the hope that it will be useful,
 # but WITHOUT ANY WARRANTY; without even the implied warranty of
 # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 # GNU General Public License for more details.
 #
 # You should have received a copy of the GNU General Public License
 # along with this program.  If not, see <http://www.gnu.org/licenses/>.

 from __future__ import unicode_literals
 import webnotes
 from webnotes.utils import cint, add_days, add_months, cstr
 from datetime import datetime

 def get_columns(filters, trans):

 	if not (filters.get("period") and filters.get("based_on")):
 		webnotes.msgprint("Value missing in 'Period' or 'Based On'", raise_exception=1)

 	elif filters.get("based_on") == filters.get("group_by"):
 		webnotes.msgprint("Plese select different values in 'Based On' and 'Group By'", raise_exception=1)

 	else:
 		bonc, query_bon, based, sup_tab = basedon_wise_colums_query(filters.get("based_on"), trans)
 		pwc, query_pwc = period_wise_colums_query(filters, trans)
 		grbc = group_wise_column(filters.get("group_by"))

 		columns = bonc + pwc + ["TOTAL(Qty):Float:120", "TOTAL(Amt):Currency:120"]
 		if grbc:
 			columns = bonc + grbc + pwc +["TOTAL(Qty):Float:120", "TOTAL(Amt):Currency:120"]

 		details = {"query_bon": query_bon, "query_pwc": query_pwc, "columns": columns, "basedon": based,
 			"grbc": grbc, "sup_tab": sup_tab}

 	return details

 def get_data(filters, tab, details):

 	data = []
 	inc, cond= '',''
 	query_details =  details["query_bon"] + details["query_pwc"]

 	if details["query_bon"] in ["t1.project_name,", "t2.project_name,"]:
 		cond = 'and '+ details["query_bon"][:-1] +' IS Not NULL'

 	if filters.get("group_by"):
 		sel_col = ''
 		ind = details["columns"].index(details["grbc"][0])

 		if filters.get("group_by") == 'Item':
 			sel_col = 't2.item_code'
 		elif filters.get("group_by") == 'Customer':
 			sel_col = 't1.customer'
 		elif filters.get("group_by") == 'Supplier':
 			sel_col = 't1.supplier'

 		if filters.get('based_on') in ['Item','Customer','Supplier']:
 			inc = 2
 		else :
 			inc = 1

 		data1 = webnotes.conn.sql(""" select %s from `%s` t1, `%s` t2 %s
 					where t2.parent = t1.name and t1.company = %s
 					and t1.fiscal_year = %s and t1.docstatus = 1 %s
 					group by %s
 				""" % (query_details, tab[0], tab[1], details["sup_tab"], "%s",
 					"%s", cond, details["basedon"]), (filters.get("company"),
 					filters["fiscal_year"]),
 			as_list=1)

 		for d in range(len(data1)):
 			#to add blanck column
 			dt = data1[d]
 			dt.insert(ind,'')
 			data.append(dt)

 			#to get distinct value of col specified by group_by in filter
 			row = webnotes.conn.sql("""select DISTINCT(%s) from `%s` t1, `%s` t2 %s
 						where t2.parent = t1.name and t1.company = %s and t1.fiscal_year = %s
 						and t1.docstatus = 1 and %s = %s
 					"""%(sel_col, tab[0], tab[1], details["sup_tab"], "%s", "%s", details["basedon"], "%s"),
 						(filters.get("company"), filters.get("fiscal_year"), data1[d][0]),
 				as_list=1)

 			for i in range(len(row)):
 				des = ['' for q in range(len(details["columns"]))]

 				#get data for each group_by filter
 				row1 = webnotes.conn.sql(""" select %s , %s from `%s` t1, `%s` t2 %s
 							where t2.parent = t1.name and t1.company = %s and t1.fiscal_year = %s
 							and t1.docstatus = 1 and %s = %s and %s = %s
 						"""%(sel_col, details["query_pwc"], tab[0], tab[1], details["sup_tab"],
 							"%s", "%s", sel_col, "%s", details["basedon"], "%s"),
 							(filters.get("company"), filters.get("fiscal_year"), row[i][0], data1[d][0]),
 					as_list=1)

 				des[ind] = row[i]
 				for j in range(1,len(details["columns"])-inc):
 					des[j+inc] = row1[0][j]
 				data.append(des)
 	else:

 		data = webnotes.conn.sql(""" select %s from `%s` t1, `%s` t2 %s
 					where t2.parent = t1.name and t1.company = %s
 					and t1.fiscal_year = %s and t1.docstatus = 1 %s
 					group by %s
 				"""%(query_details, tab[0], tab[1], details["sup_tab"], "%s",
 					"%s", cond,details["basedon"]), (filters.get("company"),
 					filters.get("fiscal_year")),
 			as_list=1)

 	return data

 def get_mon(date):
 	"""convert srting formated date into date and retrieve month abbrevation"""
 	return (datetime.strptime(date, '%Y-%m-%d')).strftime("%b")

 def period_wise_colums_query(filters, trans):
 	from datetime import datetime

 	query_details = ''
 	pwc = []
 	ysd = webnotes.conn.sql("""select year_start_date from `tabFiscal Year` where name = '%s'
 		"""%filters.get("fiscal_year"))[0][0]

 	year_start_date = ysd.strftime('%Y-%m-%d')
 	start_month = cint(year_start_date.split('-')[1])

 	if trans in ['Purchase Receipt', 'Delivery Note', 'Purchase Invoice', 'Sales Invoice']:
 		trans_date = 'posting_date'
 	else:
 		trans_date = 'transaction_date'

 	if filters.get("period") == "Monthly":
 		month_name = ['Jan','Feb','Mar','Apr','May','Jun','Jul','Aug','Sep','Oct','Nov','Dec']

 		for month in range(start_month-1,len(month_name)):
 			pwc.append(month_name[month]+' (Qty):Float:120')
 			pwc.append(month_name[month]+' (Amt):Currency:120')

 			query_details += """
 				Sum(IF(MONTH(t1.%(trans)s)= %(mon_num)s, t2.qty, NULL)),
 				SUM(IF(MONTH(t1.%(trans)s)= %(mon_num)s, t1.grand_total, NULL)),
 			"""%{"trans": trans_date,"mon_num": cstr(month+1)}

 		for month in range(0, start_month-1):
 			pwc.append(month_name[month]+' (Qty):Float:120')
 			pwc.append(month_name[month]+' (Amt):Currency:120')

 			query_details += """
 				Sum(IF(MONTH(t1.%(trans)s)= %(mon_num)s, t2.qty, NULL)),
 				SUM(IF(MONTH(t1.%(trans)s)= %(mon_num)s, t1.grand_total, NULL)),
 			"""%{"trans": trans_date, "mon_num": cstr(month+1)}

 	elif filters.get("period") == "Quarterly":

 		first_qsd, second_qsd, third_qsd, fourth_qsd = year_start_date, add_months(year_start_date,3), add_months(year_start_date,6), add_months(year_start_date,9)
 		first_qed, second_qed, third_qed, fourth_qed = add_days(add_months(first_qsd,3),-1), add_days(add_months(second_qsd,3),-1), add_days(add_months(third_qsd,3),-1), add_days(add_months(fourth_qsd,3),-1)
 		bet_dates = [[first_qsd,first_qed],[second_qsd,second_qed],[third_qsd,third_qed],[fourth_qsd,fourth_qed]]

 		pwc = [get_mon(first_qsd)+"-"+get_mon(first_qed)+" (Qty):Float:120", get_mon(first_qsd)+"-"+get_mon(first_qed)+"(Amt):Currency:120",
 			get_mon(second_qsd)+"-"+get_mon(second_qed)+" (Qty):Float:120", get_mon(second_qsd)+"-"+get_mon(second_qed)+" (Amt):Currency:120",
 			get_mon(third_qsd)+"-"+get_mon(third_qed)+" (Qty):Float:120", get_mon(third_qsd)+"-"+get_mon(third_qed)+" (Amt):Currency:120",
 			get_mon(fourth_qsd)+"-"+get_mon(fourth_qed)+" (Qty):Float:120", get_mon(fourth_qsd)+"-"+get_mon(fourth_qed)+" (Amt):Currency:120"]

 		for d in bet_dates:
 			query_details += """
 				SUM(IF(t1.%(trans)s BETWEEN '%(sd)s' AND '%(ed)s', t2.qty, NULL)),
 				SUM(IF(t1.%(trans)s BETWEEN '%(sd)s' AND '%(ed)s', t1.grand_total, NULL)),
 			"""%{"trans": trans_date, "sd": d[0],"ed": d[1]}

 	elif filters.get("period") == "Half-yearly":

 		first_half_start = year_start_date
 		first_half_end = add_days(add_months(first_half_start,6),-1)
 		second_half_start = add_days(first_half_end,1)
 		second_half_end = add_days(add_months(second_half_start,6),-1)

 		pwc = [get_mon(first_half_start)+"-"+get_mon(first_half_end)+"(Qty):Float:120", get_mon(first_half_start)+"-"+get_mon(first_half_end)+" (Amt):Currency:120",
 		 	get_mon(second_half_start)+"-"+get_mon(second_half_end)+" (Qty):Float:120",	get_mon(second_half_start)+"-"+get_mon(second_half_end)+" (Amt):Currency:120"]

 		query_details = """
 			 	SUM(IF(t1.%(trans)s BETWEEN '%(fhs)s' AND '%(fhe)s', t2.qty, NULL)),
 			 	SUM(IF(t1.%(trans)s BETWEEN '%(fhs)s' AND '%(fhe)s', t1.grand_total, NULL)),
 			 	SUM(IF(t1.%(trans)s BETWEEN '%(shs)s' AND '%(she)s', t2.qty, NULL)),
 			 	SUM(IF(t1.%(trans)s BETWEEN '%(shs)s' AND '%(she)s', t1.grand_total, NULL)),
 			"""%{"trans": trans_date, "fhs": first_half_start, "fhe": first_half_end,"shs": second_half_start,
 		"she": second_half_end}

 	else:
 		pwc = [filters.get("fiscal_year")+" (Qty):Float:120", filters.get("fiscal_year")+" (Amt):Currency:120"]
 		query_details = " SUM(t2.qty), SUM(t1.grand_total),"

 	query_details += 'SUM(t2.qty), SUM(t1.grand_total)'
 	return pwc, query_details

 def basedon_wise_colums_query(based_on, trans):
 	sup_tab = ''

 	if based_on == "Item":
 		bon = ["Item:Link/Item:120", "Item Name:Data:120"]
 		query_details = "t2.item_code, t2.item_name,"
 		based = 't2.item_code'

 	elif based_on == "Item Group":
 		bon = ["Item Group:Link/Item Group:120"]
 		query_details = "t2.item_group,"
 		based = 't2.item_group'

 	elif based_on == "Customer":
 		bon = ["Customer:Link/Customer:120", "Territory:Link/Territory:120"]
 		query_details = "t1.customer_name, t1.territory, "
 		based = 't1.customer_name'

 	elif based_on == "Customer Group":
 		bon = ["Customer Group:Link/Customer Group"]
 		query_details = "t1.customer_group,"
 		based = 't1.customer_group'

 	elif based_on == 'Supplier':
 		bon = ["Supplier:Link/Supplier:120", "Supplier Type:Link/Supplier Type:120"]
 		query_details = "t1.supplier, t3.supplier_type,"
 		based = 't1.supplier'
 		sup_tab = '`tabSupplier` t3',

 	elif based_on == 'Supplier Type':
 		bon = ["Supplier Type:Link/Supplier Type:120"]
 		query_details = "t3.supplier_type,"
 		based = 't3.supplier_type'
 		sup_tab ='`tabSupplier` t3',

 	elif based_on == "Territory":
 		bon = ["Territory:Link/Territory:120"]
 		query_details = "t1.territory,"
 		based = 't1.territory'

 	elif based_on == "Project":

 		if trans in ['Sales Invoice', 'Delivery Note', 'Sales Order']:
 			bon = ["Project:Link/Project:120"]
 			query_details = "t1.project_name,"
 			based = 't1.project_name'

 		elif trans in ['Purchase Order', 'Purchase Invoice', 'Purchase Receipt']:
 			bon = ["Project:Link/Project:120"]
 			query_details = "t2.project_name,"
 			based = 't2.project_name'

 		else:
 			webnotes.msgprint("Information Not Available", raise_exception=1)

 	return bon, query_details, based, sup_tab

 def group_wise_column(group_by):
 	if group_by:
 		return [group_by+":Link/"+group_by+":120"]
 	else:
 		return []
	# ERPNext - web based ERP (http://erpnext.com)
	# Copyright (C) 2012 Web Notes Technologies Pvt Ltd
	#
	# This program is free software: you can redistribute it and/or modify
	# it under the terms of the GNU General Public License as published by
	# the Free Software Foundation, either version 3 of the License, or
	# (at your option) any later version.
	#
	# This program is distributed in the hope that it will be useful,
	# but WITHOUT ANY WARRANTY; without even the implied warranty of
	# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
	# GNU General Public License for more details.
	#
	# You should have received a copy of the GNU General Public License
	# along with this program. If not, see <http://www.gnu.org/licenses/>.

	from __future__ import unicode_literals
	import webnotes
	from webnotes.utils import cint, add_days, add_months, cstr
	from datetime import datetime

	def get_columns(filters, trans):

	if not (filters.get("period") and filters.get("based_on")):
	webnotes.msgprint("Value missing in 'Period' or 'Based On'", raise_exception=1)

	elif filters.get("based_on") == filters.get("group_by"):
	webnotes.msgprint("Plese select different values in 'Based On' and 'Group By'", raise_exception=1)

	else:
	bonc, query_bon, based, sup_tab = basedon_wise_colums_query(filters.get("based_on"), trans)
	pwc, query_pwc = period_wise_colums_query(filters, trans)
	grbc = group_wise_column(filters.get("group_by"))

	columns = bonc + pwc + ["TOTAL(Qty):Float:120", "TOTAL(Amt):Currency:120"]
	if grbc:
	columns = bonc + grbc + pwc +["TOTAL(Qty):Float:120", "TOTAL(Amt):Currency:120"]

	details = {"query_bon": query_bon, "query_pwc": query_pwc, "columns": columns, "basedon": based,
	"grbc": grbc, "sup_tab": sup_tab}

	return details

	def get_data(filters, tab, details):

	data = []
	inc, cond= '',''
	query_details = details["query_bon"] + details["query_pwc"]

	if details["query_bon"] in ["t1.project_name,", "t2.project_name,"]:
	cond = 'and '+ details["query_bon"][:-1] +' IS Not NULL'

	if filters.get("group_by"):
	sel_col = ''
	ind = details["columns"].index(details["grbc"][0])

	if filters.get("group_by") == 'Item':
	sel_col = 't2.item_code'
	elif filters.get("group_by") == 'Customer':
	sel_col = 't1.customer'
	elif filters.get("group_by") == 'Supplier':
	sel_col = 't1.supplier'

	if filters.get('based_on') in ['Item','Customer','Supplier']:
	inc = 2
	else :
	inc = 1

	data1 = webnotes.conn.sql(""" select %s from `%s` t1, `%s` t2 %s
	where t2.parent = t1.name and t1.company = %s
	and t1.fiscal_year = %s and t1.docstatus = 1 %s
	group by %s
	""" % (query_details, tab[0], tab[1], details["sup_tab"], "%s",
	"%s", cond, details["basedon"]), (filters.get("company"),
	filters["fiscal_year"]),
	as_list=1)

	for d in range(len(data1)):
	#to add blanck column
	dt = data1[d]
	dt.insert(ind,'')
	data.append(dt)

	#to get distinct value of col specified by group_by in filter
	row = webnotes.conn.sql("""select DISTINCT(%s) from `%s` t1, `%s` t2 %s
	where t2.parent = t1.name and t1.company = %s and t1.fiscal_year = %s
	and t1.docstatus = 1 and %s = %s
	"""%(sel_col, tab[0], tab[1], details["sup_tab"], "%s", "%s", details["basedon"], "%s"),
	(filters.get("company"), filters.get("fiscal_year"), data1[d][0]),
	as_list=1)

	for i in range(len(row)):
	des = ['' for q in range(len(details["columns"]))]

	#get data for each group_by filter
	row1 = webnotes.conn.sql(""" select %s , %s from `%s` t1, `%s` t2 %s
	where t2.parent = t1.name and t1.company = %s and t1.fiscal_year = %s
	and t1.docstatus = 1 and %s = %s and %s = %s
	"""%(sel_col, details["query_pwc"], tab[0], tab[1], details["sup_tab"],
	"%s", "%s", sel_col, "%s", details["basedon"], "%s"),
	(filters.get("company"), filters.get("fiscal_year"), row[i][0], data1[d][0]),
	as_list=1)

	des[ind] = row[i]
	for j in range(1,len(details["columns"])-inc):
	des[j+inc] = row1[0][j]
	data.append(des)
	else:

	data = webnotes.conn.sql(""" select %s from `%s` t1, `%s` t2 %s
	where t2.parent = t1.name and t1.company = %s
	and t1.fiscal_year = %s and t1.docstatus = 1 %s
	group by %s
	"""%(query_details, tab[0], tab[1], details["sup_tab"], "%s",
	"%s", cond,details["basedon"]), (filters.get("company"),
	filters.get("fiscal_year")),
	as_list=1)

	return data

	def get_mon(date):
	"""convert srting formated date into date and retrieve month abbrevation"""
	return (datetime.strptime(date, '%Y-%m-%d')).strftime("%b")

	def period_wise_colums_query(filters, trans):
	from datetime import datetime

	query_details = ''
	pwc = []
	ysd = webnotes.conn.sql("""select year_start_date from `tabFiscal Year` where name = '%s'
	"""%filters.get("fiscal_year"))[0][0]

	year_start_date = ysd.strftime('%Y-%m-%d')
	start_month = cint(year_start_date.split('-')[1])

	if trans in ['Purchase Receipt', 'Delivery Note', 'Purchase Invoice', 'Sales Invoice']:
	trans_date = 'posting_date'
	else:
	trans_date = 'transaction_date'

	if filters.get("period") == "Monthly":
	month_name = ['Jan','Feb','Mar','Apr','May','Jun','Jul','Aug','Sep','Oct','Nov','Dec']

	for month in range(start_month-1,len(month_name)):
	pwc.append(month_name[month]+' (Qty):Float:120')
	pwc.append(month_name[month]+' (Amt):Currency:120')

	query_details += """
	Sum(IF(MONTH(t1.%(trans)s)= %(mon_num)s, t2.qty, NULL)),
	SUM(IF(MONTH(t1.%(trans)s)= %(mon_num)s, t1.grand_total, NULL)),
	"""%{"trans": trans_date,"mon_num": cstr(month+1)}

	for month in range(0, start_month-1):
	pwc.append(month_name[month]+' (Qty):Float:120')
	pwc.append(month_name[month]+' (Amt):Currency:120')

	query_details += """
	Sum(IF(MONTH(t1.%(trans)s)= %(mon_num)s, t2.qty, NULL)),
	SUM(IF(MONTH(t1.%(trans)s)= %(mon_num)s, t1.grand_total, NULL)),
	"""%{"trans": trans_date, "mon_num": cstr(month+1)}

	elif filters.get("period") == "Quarterly":

	first_qsd, second_qsd, third_qsd, fourth_qsd = year_start_date, add_months(year_start_date,3), add_months(year_start_date,6), add_months(year_start_date,9)
	first_qed, second_qed, third_qed, fourth_qed = add_days(add_months(first_qsd,3),-1), add_days(add_months(second_qsd,3),-1), add_days(add_months(third_qsd,3),-1), add_days(add_months(fourth_qsd,3),-1)
	bet_dates = [[first_qsd,first_qed],[second_qsd,second_qed],[third_qsd,third_qed],[fourth_qsd,fourth_qed]]

	pwc = [get_mon(first_qsd)+"-"+get_mon(first_qed)+" (Qty):Float:120", get_mon(first_qsd)+"-"+get_mon(first_qed)+"(Amt):Currency:120",
	get_mon(second_qsd)+"-"+get_mon(second_qed)+" (Qty):Float:120", get_mon(second_qsd)+"-"+get_mon(second_qed)+" (Amt):Currency:120",
	get_mon(third_qsd)+"-"+get_mon(third_qed)+" (Qty):Float:120", get_mon(third_qsd)+"-"+get_mon(third_qed)+" (Amt):Currency:120",
	get_mon(fourth_qsd)+"-"+get_mon(fourth_qed)+" (Qty):Float:120", get_mon(fourth_qsd)+"-"+get_mon(fourth_qed)+" (Amt):Currency:120"]

	for d in bet_dates:
	query_details += """
	SUM(IF(t1.%(trans)s BETWEEN '%(sd)s' AND '%(ed)s', t2.qty, NULL)),
	SUM(IF(t1.%(trans)s BETWEEN '%(sd)s' AND '%(ed)s', t1.grand_total, NULL)),
	"""%{"trans": trans_date, "sd": d[0],"ed": d[1]}

	elif filters.get("period") == "Half-yearly":

	first_half_start = year_start_date
	first_half_end = add_days(add_months(first_half_start,6),-1)
	second_half_start = add_days(first_half_end,1)
	second_half_end = add_days(add_months(second_half_start,6),-1)

	pwc = [get_mon(first_half_start)+"-"+get_mon(first_half_end)+"(Qty):Float:120", get_mon(first_half_start)+"-"+get_mon(first_half_end)+" (Amt):Currency:120",
	get_mon(second_half_start)+"-"+get_mon(second_half_end)+" (Qty):Float:120", get_mon(second_half_start)+"-"+get_mon(second_half_end)+" (Amt):Currency:120"]

	query_details = """
	SUM(IF(t1.%(trans)s BETWEEN '%(fhs)s' AND '%(fhe)s', t2.qty, NULL)),
	SUM(IF(t1.%(trans)s BETWEEN '%(fhs)s' AND '%(fhe)s', t1.grand_total, NULL)),
	SUM(IF(t1.%(trans)s BETWEEN '%(shs)s' AND '%(she)s', t2.qty, NULL)),
	SUM(IF(t1.%(trans)s BETWEEN '%(shs)s' AND '%(she)s', t1.grand_total, NULL)),
	"""%{"trans": trans_date, "fhs": first_half_start, "fhe": first_half_end,"shs": second_half_start,
	"she": second_half_end}

	else:
	pwc = [filters.get("fiscal_year")+" (Qty):Float:120", filters.get("fiscal_year")+" (Amt):Currency:120"]
	query_details = " SUM(t2.qty), SUM(t1.grand_total),"

	query_details += 'SUM(t2.qty), SUM(t1.grand_total)'
	return pwc, query_details

	def basedon_wise_colums_query(based_on, trans):
	sup_tab = ''

	if based_on == "Item":
	bon = ["Item:Link/Item:120", "Item Name:Data:120"]
	query_details = "t2.item_code, t2.item_name,"
	based = 't2.item_code'

	elif based_on == "Item Group":
	bon = ["Item Group:Link/Item Group:120"]
	query_details = "t2.item_group,"
	based = 't2.item_group'

	elif based_on == "Customer":
	bon = ["Customer:Link/Customer:120", "Territory:Link/Territory:120"]
	query_details = "t1.customer_name, t1.territory, "
	based = 't1.customer_name'

	elif based_on == "Customer Group":
	bon = ["Customer Group:Link/Customer Group"]
	query_details = "t1.customer_group,"
	based = 't1.customer_group'

	elif based_on == 'Supplier':
	bon = ["Supplier:Link/Supplier:120", "Supplier Type:Link/Supplier Type:120"]
	query_details = "t1.supplier, t3.supplier_type,"
	based = 't1.supplier'
	sup_tab = '`tabSupplier` t3',

	elif based_on == 'Supplier Type':
	bon = ["Supplier Type:Link/Supplier Type:120"]
	query_details = "t3.supplier_type,"
	based = 't3.supplier_type'
	sup_tab ='`tabSupplier` t3',

	elif based_on == "Territory":
	bon = ["Territory:Link/Territory:120"]
	query_details = "t1.territory,"
	based = 't1.territory'

	elif based_on == "Project":

	if trans in ['Sales Invoice', 'Delivery Note', 'Sales Order']:
	bon = ["Project:Link/Project:120"]
	query_details = "t1.project_name,"
	based = 't1.project_name'

	elif trans in ['Purchase Order', 'Purchase Invoice', 'Purchase Receipt']:
	bon = ["Project:Link/Project:120"]
	query_details = "t2.project_name,"
	based = 't2.project_name'

	else:
	webnotes.msgprint("Information Not Available", raise_exception=1)

	return bon, query_details, based, sup_tab

	def group_wise_column(group_by):
	if group_by:
	return [group_by+":Link/"+group_by+":120"]
	else:
	return []