def checkaddresses(): #FOR PAYMENT DUE #WORKS
#check all addresses that are still pending
#for each that is ready, go through makenewcoins process
#mark as completed
#send profits elsewhere
#read all addresses
dbstring="SELECT * FROM ADDRESSES WHERE amount_withdrawn=0;"
addresslist=databases.dbexecute(dbstring,True)
print addresslist
for address in addresslist:
unspents=addresses.unspent(address[0])
value=0
for x in unspents:
value=value+x['value']
print "currently available in "+str(address[0])+" : "+str(value/100000000)
if value>=address[2] and address[3]<address[2]:
#makenewcoins
fromaddr=address[0]
colornumber=address[6]
colorname=address[5]
destination=address[7]
fee_each=0.00004
private_key=address[1]
ticker=address[9]
description=address[8]
txdata=transactions.make_new_coin(fromaddr, colornumber, colorname, destination, fee_each, private_key, ticker, description)
txhash=txdata[0]
txhash=txhash+":0" #issuance always first output
specific_inputs=txdata[1]['output'] #THIS IS CRUCIAL IN FINDING COLOR ADDRESS
#mark as completed
databases.edit_address(fromaddr, value, value, colornumber)
#add entry to colors db
#referencehex=bitsource.tx_lookup(specific_inputs)
color_address=bitsource.script_to_coloraddress()
databases.add_color(color_address, fromaddr, colornumber, colorname)
def output_db(blockn):
#ADD OUTPUTS TO DB assuming correctness
txdata=oa_in_block(blockn)
for tx in txdata:
#ISSUED
for txissued in tx[1]['issued']:
coloraddress = txissued['color_address']
btc= str(txissued['btc'])
coloramt = str(txissued['quantity'])
spent=str(False)
spentat=""
destination=str(txissued['destination_address'])
txhash_index=str(txissued['txhash_index'])
txhash = txhash_index[0:len(txhash_index)-2]
blockmade=str(blockn)
prev_input=txissued['previous_inputs']
databases.add_output(btc, coloramt, coloraddress, spent, spentat, destination, txhash, txhash_index, blockmade, prev_input)
#EDIT COLOR OVERVIEW DATA
oldamount=databases.read_color(coloraddress)
if len(oldamount)==0: #COLOR DOES NOT EXIST YET
source_address=prev_input[7:len(prev_input)]
databases.add_color(coloraddress, source_address, coloramt, "color_name")
else:
oldamount=oldamount[0][2]
databases.edit_color(coloraddress, int(oldamount)+int(coloramt))
#TRANSFERRED
for txtransfer in tx[1]['transferred']:
coloraddress="illegitimate"
btc=str(txtransfer['btc'])
coloramt=str(txtransfer['quantity'])
spent=str(False)
spentat=""
destination=txtransfer['destination_address']
txhash_index=txtransfer['txhash_index']
txhash=txhash_index[0:len(txhash_index)-2]
blockmade=str(blockn)
prev_input=txtransfer['previous_inputs']
databases.add_output(btc, coloramt, coloraddress, spent, spentat, destination, txhash, txhash_index, blockmade, prev_input)
recentlyaddedtxs=databases.dbexecute("SELECT txhash FROM OUTPUTS WHERE blockmade="+str(blockn)+";", True)
print "recently added txs "
print recentlyaddedtxs
print ""
for tx in recentlyaddedtxs:
txhash=tx[0]
totalin=0
inputs=databases.dbexecute("SELECT previous_input from outputs where txhash='"+txhash+"';",True)
inputs=inputs[0]
for inp in inputs:
if inp[0:7]=="source:": #WAS ISSUED, need not be checked
totalin=999999999999
else:
inp=inp.split("_")
inp=inp[0:len(inp)-1]
print "MY INPUTS IN TRANSFER "
print inp
print ""
for x in inp:
dbstring="SELECT color_amount from outputs where txhash_index='"+x+"';"
colinps=databases.dbexecute(dbstring,True)
for colinp in colinps:
totalin=totalin+colinp[0]
#THEN SUM TOTAL OUT
outps=databases.dbexecute("SELECT color_amount from outputs where blockmade="+str(blockn)+" and txhash='"+txhash+"'", True)
totalout=0
for outp in outps:
totalout=totalout+outp[0]
#IF TOTALIN>= TOTAL OUT, its OK, else, SPENT ALL OUTPUTS AND UNSPEND ALL INPUTS
print "IN: "+str(totalin)+" OUT: "+str(totalout)+" for tx: "+str(tx)
if totalout<=totalin:
#everything OK
print "legit tx: "+str(tx)
#SPEND INPUTS FINALLY
inputs=databases.dbexecute("SELECT previous_input from outputs where txhash='"+txhash+"';",True)
for inp in inputs:
for x in inp:
if not x[0:7]=="source:":
x=x.split("_")
x=x[0:len(x)-1]
print x
#GET COLOR OF PREVIOUS INPUTS
thecolor=databases.dbexecute("SELECT color_address from outputs where txhash_index='"+x[0]+"';",True)
if len(thecolor)>0:
thecolor=thecolor[0][0]
else:
thecolor="unknown"
#SET COLOR
databases.dbexecute("UPDATE outputs set color_address='"+thecolor+"' where txhash='"+txhash+"';",False)
for y in x:
databases.spend_output(str(y), txhash,blockn)
print "SPENDING: "+str(y)
else:
print "ILLEGITIMATE TX DETECTED: "+str(tx)
databases.dbexecute("delete from outputs * where color_address='illegitimate';",False)
def add_output_db(blockn):
results=oa_in_block(blockn)
for tx in results:
try:
if 'issued' in tx[1]:
for outputs in tx[1]['issued']:
#ISSUED FIRST, no check necessary
btc=str(outputs['btc'])
coloramt=str(outputs['quantity'])
coloraddress=str(outputs['color_address']) #THIS WORKED!
spent="False"
spentat=""
destination=str(outputs['destination_address'])
txhash=str(tx[0][0:len(tx[0])-2])
txhash_index=str(outputs['txhash_index'])
blockmade=str(blockn)
prev_input=outputs['previous_inputs']
databases.add_output(btc,coloramt,coloraddress, spent, spentat, destination, txhash, txhash_index, blockmade, prev_input)
#ADD NEW ISSUED to COLORS META INFO
oldamount=databases.read_color(coloraddress)
if len(oldamount)==0:
source_address=outputs['previous_inputs'][outputs['previous_inputs'].index(':')+1:len(outputs['previous_inputs'])]
databases.add_color(coloraddress, source_address, coloramt, "color_name")
else:
oldamount=oldamount[0][2]
databases.edit_color(coloraddress, int(oldamount)+int(coloramt))
for inps in tx[1]['transferred']:
#TRANSFERS
btc=str(inps['btc'])
coloramt=str(inps['quantity'])
coloraddress=str(inps['color_address'])
spent="False"
spentat=""
destination=str(inps['destination_address'])
#print tx
txhash=str(tx[0][0:len(tx[0])-2])
txhash_index=str(inps['txhash_index'])
blockmade=str(blockn)
prev_inputs=inps['previous_inputs']
#print prev_inputs
# totalin=0
# inputlist=[]
# for x in prev_inputs: #for each previnput txhash_with_index
# print "CHECKING PREV INPUT: "+str(x)
# old=databases.read_output(x,False) #read that input
# print old
# if len(old)>0: #if it is found in the DB
# old=old[0] #get that element
# totalin=totalin+old[1] #add its color amount to the total inputted
# coloraddress=databases.dbexecute("SELECT color_address from outputs WHERE txhash_index='"+x+"';",True)[0][0] #get the color address of that input
# inputlist.append([x,old[1], coloraddress]) #append it to the total list
#
# print inputlist
#CHECK AMT ON PREVIOUS INPUT
#oldamt=databases.read_output(prev_input, True)
totalin=int(coloramt) #so it always passes
if totalin>=int(coloramt): #LEGITIMATE
#ADD NEW OUTPUT
print "color address"+str(coloraddress)
prev_input="FIX HERE"
#decide which inputs to spend
totalspent=0
inputcounter=0
cont=True
while int(coloramt)-totalspent>0 and cont:
if inputcounter<len(inputlist):
prev_input=inputlist[inputcounter][0]
totalspent=totalspent+inputlist[inputcounter][1]
databases.add_output(btc,coloramt,coloraddress,spent,spentat,destination,txhash,txhash_index, blockmade, prev_input)
inputcounter=inputcounter+1
elif inputcounter>=len(inputlist):
cont=False
#MARK OLD OUTPUT AS SPENT
#print str(prev_input)+" "+str(txhash)
databases.spend_output(prev_input, txhash, blockn)
else:
print "ILLEGITIMATE TX: "+str(tx[0])
print str(totalin)+" / "+str(coloramt)
previnplist=[]
for previnps in tx[1]['transferred']:
for x in previnps['previous_inputs']:
previnplist.append([x,previnps['txhash_index']])
for x in previnplist:
databases.spend_output(x[0], x[1], blockn)
else:
print "Invalid OA TX cannot be processed: " +str(tx)+" END "
except:
databases.dbexecute("insert into errors (txhash) values ('"+tx[0]+"')")
#CHECK BLOCK SPENT TXS FOR VERACITY AT END OF BLOCK
for tx in results:
for inps in tx[1]['transferred']:
prev_inputs=inps['previous_inputs']
totalin=0
inputlist=[]
for x in prev_inputs: #for each previnput txhash_with_index
print "CHECKING PREV INPUT: "+str(x)
old=databases.read_output(x,False) #read that input
print old
if len(old)>0: #if it is found in the DB
old=old[0] #get that element
totalin=totalin+old[1] #add its color amount to the total inputted
coloraddress=databases.dbexecute("SELECT color_address from outputs WHERE txhash_index='"+x+"';",True)[0][0] #get the color address of that input
inputlist.append([x,old[1], coloraddress]) #append it to the total list
print inputlist
coloramt=str(inps['quantity'])
if totalin>=int(coloramt):
#everything was OK
h=0
else:
txhash_index=str(outputs['txhash_index'])
print "ILLEGITIMATE TX DETECTED "+txhash_index
def output_db(blockn):
#ADD OUTPUTS TO DB assuming correctness
txdata=oa_in_block(blockn)
for tx in txdata:
try:
#ISSUED
for txissued in tx[1]['issued']:
coloraddress = txissued['color_address']
btc= str(txissued['btc'])
coloramt = str(txissued['quantity'])
spent=str(False)
spentat=""
destination=str(txissued['destination_address'])
txhash_index=str(txissued['txhash_index'])
txhash = txhash_index[0:len(txhash_index)-2]
blockmade=str(blockn)
prev_input=txissued['previous_inputs']
databases.add_output(btc, coloramt, coloraddress, spent, spentat, destination, txhash, txhash_index, blockmade, prev_input)
#EDIT COLOR OVERVIEW DATA
oldamount=databases.read_color(coloraddress)
if len(oldamount)==0:
source_address=prev_input[7:len(prev_input)]
databases.add_color(coloraddress, source_address, coloramt, "color_name")
else:
oldamount=oldamount[0][2]
databases.edit_color(coloraddress, int(oldamount)+int(coloramt))
#TRANSFERRED
for txtransfer in tx[1]['transferred']:
coloraddress=txtransfer['color_address']
btc=str(txtransfer['btc'])
coloramt=str(txtransfer['quantity'])
spent=str(False)
spentat=""
destination=txtransfer['destination_address']
txhash_index=txtransfer['txhash_index']
txhash=txhash_index[0:len(txhash_index)-2]
blockmade=str(blockn)
prev_input=txtransfer['previous_inputs']
databases.add_output(btc, coloramt, coloraddress, spent, spentat, destination, txhash, txhash_index, blockmade, prev_input)
except:
databases.dbexecute("insert into errors txhash values ('"+tx[0]+"');",False)
#after entire block is processed check that the sums match, SPEND SPENT OUTPUTS
recentlyaddedtxs=databases.dbexecute("SELECT txhash FROM OUTPUTS WHERE blockmade="+str(blockn)+";", True)
#FIND TX (not outputs but parent) and SUM TOTAL IN
for tx in recentlyaddedtxs:
txhash=tx[0]
#sum total in
totalin=0
inputs=databases.dbexecute("SELECT previous_input from outputs where txhash='"+txhash+"';",True)
for inpa in inputs:
for inp in inpa:
if inp[0:7]=="source:": #WAS ISSUED, need not be check
totalin=999999999999
else:
inp=inp.split("_")
inp=inp[0:len(inp)-1]
for x in inp:
dbstring="SELECT color_amount from outputs where txhash_index='"+x+"';"
#print dbstring
colinps=databases.dbexecute(dbstring,True)
for colinp in colinps:
totalin=totalin+colinp[0]
#THEN SUM TOTAL OUT
outps=databases.dbexecute("SELECT color_amount from outputs where blockmade="+str(blockn)+" and txhash='"+txhash+"'", True)
totalout=0
for outp in outps:
totalout=totalout+outp[0]
#IF TOTALIN>= TOTAL OUT, its OK, else, SPENT ALL OUTPUTS AND UNSPEND ALL INPUTS
if totalout<=totalin:
#everything OK
print "legit tx: "+str(tx)
#SPEND INPUTS FINALLY
inputs=databases.dbexecute("SELECT previous_input from outputs where txhash='"+txhash+"';",True)
for inp in inputs:
for x in inp:
if not x[0:7]=="source:":
x=x.split("_")
x=x[0:len(inputs)-1]
for y in x:
databases.spend_output(str(y), txhash,blockn)
else:
print "ILLEGITIMATE TX DETECTED: "+str(tx)