python thing test | Python Fiddle

from datetime import date
from datetime import timedelta

##def apply_rules_to_new_transaction(transaction):
##    ntl = new transaction list
##    for nt in ntl:
##        apply_rules_t(nt,ruleslist)
##
##def try_all_rules(nt,ruleslist):
##    for rule in rulelist:
##        apply_rule_to_t(t,rule)
##
##def apply_rule_to_t(t,rule):
##    if eval(condition):
##        for transform in rule.transform:
##            transform.func(t,transparm)
##        for action in rule.actionlist:
##            action.actfunction(t,parms)
##
##        return eval(conditionlist)

def csv2json(csvstring,headers=False):    
    jsonlist=[]
    if headers:
        headerlist=csvstring[0].split(",")
    for index, line in enumerate(csvstring):
        linedict={}
        datalist=line.split("\",\"")
        if index!=0:
            for x in range(len(datalist)):
                linedict[headerlist[x].replace("\"","")]=datalist[x].replace("\"","")
                y=x+1
            jsonlist.append(linedict)
    return jsonlist

#dictionary keyed by day

##daydict = {}
##for line in val:
##    if not line["Date"] in daydict:
##        daydict[line["Date"]]=[line]
##    else:
##        daydict[line["Date"]].append(line)

# sum function. not needed?
def sum(searchstring,searchcat):
    totalmoney = 0.0
    for day in daydict:
        for trans in daydict[day]:
#            if  searchstring in trans[searchcat]:
                if trans["Transaction Type"]=="debit":
                    totalmoney -= float(trans["Amount"])
                else:
                    totalmoney += float(trans["Amount"])
    print searchstring + " = " + str(totalmoney)

#sum("Cash & ATM","Category")

def current_build_options(case):
    buttons_to_add = []
    #1
    if case == "build_condition":
        buttons_to_add=["NOT","BOOL","NESTEDCONDITION"]
    #2
    if case == "build_after_condition":
        buttons_to_add=["OR","AND","DONE"]
    #3
    if case == "build_left_bool" or case == "build_right_bool":
        buttons_to_add=["STRING","NUMBER","BOOLEANVAL","FUNCTION","VARIABLE","NESTEDBOOLEAN","DONE"]
    #4
    if case == "build_middle_bool":
        buttons_to_add=["EQUAL","NOT EQUAL","GT","LT","GTE","LTE"]
    return buttons_to_add

def get_all_buttons():
        buttons=["NOT","BOOL","NESTEDCONDITION","OR","AND","DONE","STRING","NUMBER","BOOLEANVAL","FUNCTION","VARIABLE","NESTEDBOOLEAN","DONE","EQUAL","NOT EQUAL","GT","LT","GTE","LTE"]
        return buttons
def build_condition():
	stage = "build_condition"
	command = ""
	condstring = "("
	level=1
	while (command != "QUIT"):
	    buttonlist = current_build_options(stage)
	    print buttonlist
	    print "Condition so far: " + condstring
	    command = raw_input("Enter something: ")
	    #1
	    if command == "NOT":
	        condstring = condstring + "not "
	        stage = "build_condition"
	    if command == "BOOL":
	        stage = "build_left_bool"
	    if command == "NESTEDCONDITION":
	        condstring = condstring + "( "
	        stage = "build_condition"
	        level +=1
	    #2
	    if command == "OR":
	        condstring = condstring + " or " 
	        stage = "build_condition"
	    if command == "AND":
	        condstring = condstring + " and " 
	        stage = "build_condition"
	    if command == "DONE":
	        if level>0:
	            condstring = condstring + ")"
	            level -=1
	        if level == 0:
	            command="QUIT"
	    #3
	#        buttons_to_add=["STRING","NUMBER","BOOLEANVAL","FUNCTION","VARIABLE","NESTEDBOOLEAN","DONE"]
	    if command == "STRING":
	        userinput = raw_input("Enter string: ")
	        if stage == "build_left_bool":
	            condstring = condstring + "('" + userinput + "'"
	            stage = "build_middle_bool"
	        else:
	            condstring = condstring + "'" + userinput + "')"
	            stage = "build_after_condition"
	    if command == "NUMBER":
	        userinput = raw_input("Enter number: ")
	        if stage == "build_left_bool":
	            condstring = condstring + "(" + userinput + ""
	            stage = "build_middle_bool"
	        else:
	            condstring = condstring + "" + userinput + ")"
	            stage = "build_after_condition"
	    if command == "BOOLEANVAL":
	        userinput = raw_input("Enter True or False: ")
	        if stage == "build_left_bool":
	            condstring = condstring + "(" + userinput + ""
	            stage = "build_middle_bool"
	        else:
	            condstring = condstring + "" + userinput + ")"
	            stage = "build_after_condition"
	    if command == "NESTEDBOOLEAN":
	        condstring = condstring + "( "
	        level +=1
	        stage = "build_left_bool"
	    if command == "FUNCTION":
	        userinput = raw_input("Enter function: ")
	        if stage == "build_left_bool":
	            condstring = condstring + "(" + userinput 
	            stage = "build_middle_bool"
	        else:
	            condstring = condstring + userinput + ")"
	            stage = "build_after_condition"
	    if command == "VARIABLE":	
	        userinput = raw_input("Enter variable: ")
	        if stage == "build_left_bool":
	            condstring = condstring + "(" + userinput
	            stage = "build_middle_bool"
	        else:
	            condstring = condstring + userinput + ")"
	            stage = "build_after_condition"
	    #4
	    #['EQUAL', 'NOTEQUAL', 'GT', 'LT', 'GTE', 'LTE']
	    if command == "EQUAL":
	        condstring = condstring + "=="
	        stage = "build_right_bool"
	    if command == "NOTEQUAL":
	        condstring = condstring + "!="
	        stage = "build_right_bool"
	    if command == "GT":
	        condstring = condstring + ">"
	        stage = "build_right_bool"
	    if command == "LT":
	        condstring = condstring + "<"
	        stage = "build_right_bool"
	    if command == "GTE":
	        condstring = condstring + ">="
	        stage = "build_right_bool"
	    if command == "LTE":
	        condstring = condstring + "<="
	        stage = "build_right_bool"
	print "Final: " + condstring

condstring = "(True)"

filename1="C:\\Users\\Desktop\\Downloads\\transactions.csv"
#f = open(filename1, 'r')
x1=""""Date","Description","Original Description","Amount","Transaction Type","Category","Account Name","Labels","Notes"
"7/25/2013","Devices","CHECKCARD GOOGLE *Devices GOOGLE.COM/CH CA ON 07/24","42.69","debit","Uncategorized","Checking Orig","",""
"7/24/2013","Gh Github Com","GH *GITHUB.COM 1G9SH","7.00","debit","Uncategorized","BankAmericard Cash Rewards Signature Visa","",""
"7/23/2013","Valve Software","VALVE SOFTWARE","5.00","debit","Electronics & Software","BankAmericard Cash Rewards Signature Visa","",""
"""
#csvstring1=f.read().split("\n")
csvstring1=x1.split("\n")
#print csvstring1
#remove last one which is a blank line

csvstring1.pop()

val = csv2json(csvstring1,True)

filename1="C:\\Users\\Desktop\\Downloads\\transactions2.csv"
#f = open(filename1, 'r')
x2=""""Date","Description","Original Description","Amount","Transaction Type","Category","Account Name","Labels","Notes"
"7/28/2013","Devices","CHECKCARD GOOGLE *Devices GOOGLE.COM/CH CA ON 07/24","42.69","debit","Uncategorized","Checking Orig","",""
"7/28/2013","Devices","CHECKCARD GOOGLE *Devices GOOGLE.COM/CH CA ON 07/24","43.69","debit","Uncategorized","Checking Orig","",""
"7/24/2013","Gh Github Com","GH *GITHUB.COM 1G9SH","7.00","debit","Uncategorized","BankAmericard Cash Rewards Signature Visa","",""
"7/23/2013","Valve Software","VALVE SOFTWARE","5.00","debit","Electronics & Software","BankAmericard Cash Rewards Signature Visa","",""
"""

#csvstring1=f.read().split("\n")
csvstring1=x2.split("\n")

#remove last one which is a blank line

csvstring1.pop()

val2 = csv2json(csvstring1,True)

def tran1_not_in_tran2_list(tranlist1,tranlist2):
    retlist = []
    for tran1 in tranlist1:
        if not tran1 in tranlist2:
            retlist.append(tran1)
    return retlist

oldtranlist=val
newtranlist=val2

missing_in_new=tran1_not_in_tran2_list(oldtranlist,newtranlist)
added_since_old=tran1_not_in_tran2_list(val2,val)

def run_rules(rulelist,tranlist):    
	for t in tranlist:
		for rule in rulelist:
			if eval(rule["condition"]):
				for action in rule["actionlist"]:
					exec(action)
            
rulelist = [{"condition":condstring,"actionlist":["printval=str(t['Amount']) + '-'","printval=printval + str(t['Description'])","print printval"]}]

def destroy_trans(trans_to_remove):
    for tran1 in trans_to_remove:
        print "removed " + str(tran1)

destroy_trans(missing_in_new)
run_rules(rulelist,added_since_old)

def split_transaction_days(tran, days):
    datelist= tran['Date'].split("/")
    date1 = date(int(datelist[2]),int(datelist[0]),int(datelist[1]))
    print str(date1) + " is start date"
    retlist = []
    for count in range(1,days+2):
        date2=date1 + datetime.timedelta(hours=36*count)
        print str(date2) + " is day " + str(count)
   
split_transaction_days(added_since_old[0],5)

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