def do_proposal(self, arg):
'proposal --create --proposal_name="sb-test" --description_url="www.dashwhale.org/p/sb-test" --start_date="2016/8/1" --end_date="2017/1/1" --payment_address="ydE7B1A7htNwSTvvER6xBdgpKZqNDbbEhPydE7B1A7htNwSTvvER6xBdgpKZqNDbbEhP" --payment_amount="23"'
parser = argparse.ArgumentParser(description='Create a dash proposal')
# desired action
parser.add_argument('-c', '--create', help="create", action='store_true')
# object identity (existentially... what does it mean to be a pubkey?)
parser.add_argument('-k', '--pubkey', help='your public key for this username (only required for --create)')
# meta data (create or amend)
parser.add_argument('-p', '--proposal_name', help='the proposal name (must be unique)')
parser.add_argument('-d', '--description_url', help='your proposals url where a description of the project can be found')
parser.add_argument('-s', '--start_date', help='starting data, must be the first of the month. Example : 2017/1/1')
parser.add_argument('-e', '--end_date', help='ending data, must be the first of the month. Example : 2017/6/1')
parser.add_argument('-x', '--payment_address', help='the payment address where you wish to receive the funds')
parser.add_argument('-a', '--payment_amount', help='how much to send in each payment to the payment address')
# process
args = None
try:
args = parser.parse_args(parse(arg))
except:
pass
if not args:
return
### ------ CREATE METHOD -------- ####
if args.create:
#--create --revision=1 --pubkey=XPubkey --username="******"
if not args.proposal_name:
print "proposal creation requires a proposal name, use --proposal_name"
return
if not args.description_url:
print "proposal creation requires a description url, use --description_url"
return
if not args.start_date:
print "start creation requires a start date, use --start_date"
return
if not args.end_date:
print "end creation requires a end date, use --end_date"
return
if not args.payment_address:
print "payment creation requires a valid base58 payment address, use --payment_address"
return
if not args.payment_amount:
print "payment creation requires a valid payment amount, use --payment_amount"
return
### ---- CONVERT AND CHECK EPOCHS -----
start_epoch = 0
end_epoch = 0
try:
start_epoch = datetime.strptime(args.start_date, '"%d/%m/%y"').strftime('%s')
end_epoch = datetime.strptime(args.end_date, '"%d/%m/%y"').strftime('%s')
except:
try:
start_epoch = datetime.strptime(args.start_date, '"%Y/%m/%d"').strftime('%s')
end_epoch = datetime.strptime(args.end_date, '"%Y/%m/%d"').strftime('%s')
except:
pass
if start_epoch == 0 or end_epoch == 0:
print "start or end date has invalid format, YYYY/MM/DD or DD/MM/YY is required";
return
### ---- CHECK NAME UNIQUENESS -----
if GovernanceObjectMananger.object_with_name_exists(args.proposal_name):
print "governance object with that name already exists"
return
fee_tx = CTransaction()
newObj = GovernanceObject()
newObj.create_new(parent, args.proposal_name, govtypes.proposal, govtypes.FIRST_REVISION, fee_tx)
last_id = newObj.save()
print last_id
if last_id != None:
# ADD OUR PROPOSAL AS A SUB-OBJECT WITHIN GOVERNANCE OBJECT
c = Proposal()
c.set_field("governance_object_id", last_id)
c.set_field("type", govtypes.proposal)
c.set_field("proposal_name", args.proposal_name)
c.set_field("description_url", args.description_url)
c.set_field("start_epoch", start_epoch)
c.set_field("end_epoch", end_epoch)
c.set_field("payment_address", args.payment_address)
c.set_field("payment_amount", args.payment_amount)
# APPEND TO GOVERNANCE OBJECT
newObj.add_subclass("proposal", c)
newObj.save()
# CREATE EVENT TO TALK TO DASHD / PREPARE / SUBMIT OBJECT
event = Event()
event.create_new(last_id)
event.save()
libmysql.db.commit()
print "event queued successfully"
else:
print "error:", newObj.last_error()
# abort mysql commit
return
### ------- ELSE PRINT HELP --------------- ###
parser.print_help()
def do_superblock(self, arg):
'superblock --create --event_block_height="28224" --payments="yLipDagwb1gM15RaUq3hpcaTxzDsFsSy9a=100"'
'superblock --create --event_date="2017/1/1" --payments="Addr1=amount,Addr2=amount,Addr3=amount"'
parser = argparse.ArgumentParser(description='Create a dash proposal')
# desired action
parser.add_argument('-c', '--create', help="create", action='store_true')
# meta data (create or amend)
parser.add_argument('-p', '--payments', help='the payments desired in the superblock, serialized as a list. example: {"Addr1": amount,"Addr2": amount}')
parser.add_argument('-b', '--event_block_height', help='block height to issue superblock')
# process
args = None
try:
args = parser.parse_args(parse(arg))
except:
pass
if not args:
return
### ------ CREATE METHOD -------- ####
if args.create:
#--create --revision=1 --pubkey=XPubkey --username="******"
if not args.payments:
print "superblock creation requires a payment descriptions, use --payments"
return
if not args.event_block_height:
print "superblock creation requires a event_block_height, use --event_block_height"
return
### ---- CONVERT AND CHECK EPOCHS -----
payments = misc.normalize(args.payments).split(",")
if len(payments) > 0:
pass
# COMPILE LIST OF ADDRESSES AND AMOUNTS
list_addr = []
list_amount = []
for payment in payments:
print payment
addr,amount = payment.split("=")
list_addr.append(addr)
list_amount.append(amount)
print list_amount
print list_addr
# CREATE NAME ACCORDING TO STARTING DATE (NON-UNIQUE IS NOT AN ATTACK)
superblock_name = "sb" + str(random.randint(1000000, 9999999))
# DOES THIS ALREADY EXIST?
if GovernanceObjectMananger.object_with_name_exists(superblock_name):
print "governance object with that name already exists"
return
event_block_height = misc.normalize(args.event_block_height);
print event_block_height
fee_tx = CTransaction()
newObj = GovernanceObject()
newObj.create_new(parent, superblock_name, govtypes.trigger, govtypes.FIRST_REVISION, fee_tx)
last_id = newObj.save()
print last_id
if last_id != None:
# ADD OUR PROPOSAL AS A SUB-OBJECT WITHIN GOVERNANCE OBJECT
c = Superblock()
c.set_field("governance_object_id", last_id)
c.set_field("type", govtypes.trigger)
c.set_field("subtype", "superblock")
c.set_field("superblock_name", superblock_name)
c.set_field("event_block_height", event_block_height)
c.set_field("payment_addresses", "|".join(list_addr))
c.set_field("payment_amounts", "|".join(list_amount))
# APPEND TO GOVERNANCE OBJECT
newObj.add_subclass("trigger", c)
newObj.save()
# CREATE EVENT TO TALK TO DASHD / PREPARE / SUBMIT OBJECT
event = Event()
event.create_new(last_id)
event.save()
libmysql.db.commit()
print "event queued successfully"
else:
print "error:", newObj.last_error()
# abort mysql commit
return
### ------- ELSE PRINT HELP --------------- ###
parser.print_help()
def do_proposal(self, arg):
'proposal --create --proposal_name="sb-test" --description_url="www.dashwhale.org/p/sb-test" --start_date="2016/8/1" --end_date="2017/1/1" --payment_address="ydE7B1A7htNwSTvvER6xBdgpKZqNDbbEhPydE7B1A7htNwSTvvER6xBdgpKZqNDbbEhP" --payment_amount="23"'
parser = argparse.ArgumentParser(description='Create a dash proposal')
# desired action
parser.add_argument('-c',
'--create',
help="create",
action='store_true')
# object identity (existentially... what does it mean to be a pubkey?)
parser.add_argument(
'-k',
'--pubkey',
help=
'your public key for this username (only required for --create)')
# meta data (create or amend)
parser.add_argument('-p',
'--proposal_name',
help='the proposal name (must be unique)')
parser.add_argument(
'-d',
'--description_url',
help=
'your proposals url where a description of the project can be found'
)
parser.add_argument(
'-s',
'--start_date',
help=
'starting data, must be the first of the month. Example : 2017/1/1'
)
parser.add_argument(
'-e',
'--end_date',
help=
'ending data, must be the first of the month. Example : 2017/6/1')
parser.add_argument(
'-x',
'--payment_address',
help='the payment address where you wish to receive the funds')
parser.add_argument(
'-a',
'--payment_amount',
help='how much to send in each payment to the payment address')
# process
args = None
try:
args = parser.parse_args(parse(arg))
except:
pass
if not args:
return
### ------ CREATE METHOD -------- ####
if args.create:
#--create --revision=1 --pubkey=XPubkey --username="******"
if not args.proposal_name:
print "proposal creation requires a proposal name, use --proposal_name"
return
if not args.description_url:
print "proposal creation requires a description url, use --description_url"
return
if not args.start_date:
print "start creation requires a start date, use --start_date"
return
if not args.end_date:
print "end creation requires a end date, use --end_date"
return
if not args.payment_address:
print "payment creation requires a valid base58 payment address, use --payment_address"
return
if not args.payment_amount:
print "payment creation requires a valid payment amount, use --payment_amount"
return
### ---- CONVERT AND CHECK EPOCHS -----
start_epoch = 0
end_epoch = 0
try:
start_epoch = datetime.strptime(args.start_date,
'"%d/%m/%y"').strftime('%s')
end_epoch = datetime.strptime(args.end_date,
'"%d/%m/%y"').strftime('%s')
except:
try:
start_epoch = datetime.strptime(
args.start_date, '"%Y/%m/%d"').strftime('%s')
end_epoch = datetime.strptime(args.end_date,
'"%Y/%m/%d"').strftime('%s')
except:
pass
if start_epoch == 0 or end_epoch == 0:
print "start or end date has invalid format, YYYY/MM/DD or DD/MM/YY is required"
return
### ---- CHECK NAME UNIQUENESS -----
if GovernanceObjectMananger.object_with_name_exists(
args.proposal_name):
print "governance object with that name already exists"
return
fee_tx = CTransaction()
newObj = GovernanceObject()
newObj.create_new(parent, args.proposal_name, govtypes.proposal,
govtypes.FIRST_REVISION, fee_tx)
last_id = newObj.save()
print last_id
if last_id != None:
# ADD OUR PROPOSAL AS A SUB-OBJECT WITHIN GOVERNANCE OBJECT
c = Proposal()
c.set_field("governance_object_id", last_id)
c.set_field("type", govtypes.proposal)
c.set_field("proposal_name", args.proposal_name)
c.set_field("description_url", args.description_url)
c.set_field("start_epoch", start_epoch)
c.set_field("end_epoch", end_epoch)
c.set_field("payment_address", args.payment_address)
c.set_field("payment_amount", args.payment_amount)
# APPEND TO GOVERNANCE OBJECT
newObj.add_subclass("proposal", c)
newObj.save()
# CREATE EVENT TO TALK TO DASHD / PREPARE / SUBMIT OBJECT
event = Event()
event.create_new(last_id)
event.save()
libmysql.db.commit()
print "event queued successfully"
else:
print "error:", newObj.last_error()
# abort mysql commit
return
### ------- ELSE PRINT HELP --------------- ###
parser.print_help()
def do_superblock(self, arg):
'superblock --create --event_block_height="28224" --payments="yLipDagwb1gM15RaUq3hpcaTxzDsFsSy9a=100"'
'superblock --create --event_date="2017/1/1" --payments="Addr1=amount,Addr2=amount,Addr3=amount"'
parser = argparse.ArgumentParser(description='Create a dash proposal')
# desired action
parser.add_argument('-c',
'--create',
help="create",
action='store_true')
# meta data (create or amend)
parser.add_argument(
'-p',
'--payments',
help=
'the payments desired in the superblock, serialized as a list. example: {"Addr1": amount,"Addr2": amount}'
)
parser.add_argument('-b',
'--event_block_height',
help='block height to issue superblock')
# process
args = None
try:
args = parser.parse_args(parse(arg))
except:
pass
if not args:
return
### ------ CREATE METHOD -------- ####
if args.create:
#--create --revision=1 --pubkey=XPubkey --username="******"
if not args.payments:
print "superblock creation requires a payment descriptions, use --payments"
return
if not args.event_block_height:
print "superblock creation requires a event_block_height, use --event_block_height"
return
### ---- CONVERT AND CHECK EPOCHS -----
payments = misc.normalize(args.payments).split(",")
if len(payments) > 0:
pass
# COMPILE LIST OF ADDRESSES AND AMOUNTS
list_addr = []
list_amount = []
for payment in payments:
print payment
addr, amount = payment.split("=")
list_addr.append(addr)
list_amount.append(amount)
print list_amount
print list_addr
# CREATE NAME ACCORDING TO STARTING DATE (NON-UNIQUE IS NOT AN ATTACK)
superblock_name = "sb" + str(random.randint(1000000, 9999999))
# DOES THIS ALREADY EXIST?
if GovernanceObjectMananger.object_with_name_exists(
superblock_name):
print "governance object with that name already exists"
return
event_block_height = misc.normalize(args.event_block_height)
print event_block_height
fee_tx = CTransaction()
newObj = GovernanceObject()
newObj.create_new(parent, superblock_name, govtypes.trigger,
govtypes.FIRST_REVISION, fee_tx)
last_id = newObj.save()
print last_id
if last_id != None:
# ADD OUR PROPOSAL AS A SUB-OBJECT WITHIN GOVERNANCE OBJECT
c = Superblock()
c.set_field("governance_object_id", last_id)
c.set_field("type", govtypes.trigger)
c.set_field("subtype", "superblock")
c.set_field("superblock_name", superblock_name)
c.set_field("event_block_height", event_block_height)
c.set_field("payment_addresses", "|".join(list_addr))
c.set_field("payment_amounts", "|".join(list_amount))
# APPEND TO GOVERNANCE OBJECT
newObj.add_subclass("trigger", c)
newObj.save()
# CREATE EVENT TO TALK TO DASHD / PREPARE / SUBMIT OBJECT
event = Event()
event.create_new(last_id)
event.save()
libmysql.db.commit()
print "event queued successfully"
else:
print "error:", newObj.last_error()
# abort mysql commit
return
### ------- ELSE PRINT HELP --------------- ###
parser.print_help()
def do_test():
parent = GovernanceObject()
parent.init()
start_epoch = datetime.datetime.strptime(START_DATE, "%Y-%m-%d").strftime('%s')
end_epoch = datetime.datetime.strptime(END_DATE, "%Y-%m-%d").strftime('%s')
# Step 1 - Create superblock
superblock_name = "sb" + str(random.randint(1000000, 9999999))
while GovernanceObjectMananger.object_with_name_exists(superblock_name):
superblock_name = "sb" + str(random.randint(1000000, 9999999))
fee_tx = CTransaction()
newObj = GovernanceObject()
newObj.create_new(parent, superblock_name, govtypes.trigger, govtypes.FIRST_REVISION, fee_tx)
last_id = newObj.save()
blockCount = int(rpc_command("getblockcount"))
event_block_height = "%d" % (blockCount + 10)
if last_id is None:
raise(Exception("do_test: superblock creation failed"))
# ADD OUR PROPOSAL AS A SUB-OBJECT WITHIN GOVERNANCE OBJECT
c = Superblock()
c.set_field("governance_object_id", last_id)
c.set_field("type", govtypes.trigger)
c.set_field("subtype", "superblock")
c.set_field("superblock_name", superblock_name)
c.set_field("event_block_height", event_block_height)
c.set_field("payment_addresses", PAYMENT_ADDRESS1)
c.set_field("payment_amounts", PAYMENT_AMOUNT1)
# APPEND TO GOVERNANCE OBJECT
newObj.add_subclass("trigger", c)
newObj.save()
# CREATE EVENT TO TALK TO DASHD / PREPARE / SUBMIT OBJECT
event = Event()
event.create_new(last_id)
event.save()
libmysql.db.commit()
# Step 2 - Prepare/submit events
do_events()
# Step 3 - Create proposal
proposal_name = "tprop-" + str(random.randint(1000000, 9999999))
while GovernanceObjectMananger.object_with_name_exists(proposal_name):
proposal_name = "test-proposal-" + str(random.randint(1000000, 9999999))
quoted_proposal_name = "'%s'" % ( proposal_name )
fee_tx = CTransaction()
newObj = GovernanceObject()
newObj.create_new(parent, proposal_name, govtypes.proposal, govtypes.FIRST_REVISION, fee_tx)
last_id = newObj.save()
if last_id is None:
raise(Exception("do_test: proposal creation failed"))
c = Proposal()
c.set_field("governance_object_id", last_id)
c.set_field("type", govtypes.proposal)
c.set_field("proposal_name", quoted_proposal_name)
c.set_field("description_url", DESCRIPTION_URL)
c.set_field("start_epoch", start_epoch)
c.set_field("end_epoch", end_epoch)
c.set_field("payment_address", PAYMENT_ADDRESS2)
c.set_field("payment_amount", PAYMENT_AMOUNT2)
# APPEND TO GOVERNANCE OBJECT
newObj.add_subclass("proposal", c)
newObj.save()
# CREATE EVENT TO TALK TO DASHD / PREPARE / SUBMIT OBJECT
event = Event()
event.create_new(last_id)
event.save()
libmysql.db.commit()
# Step 4 - Prepare/submit events
do_events()
def do_test():
parent = GovernanceObject()
parent.init()
start_epoch = datetime.datetime.strptime(START_DATE,
"%Y-%m-%d").strftime('%s')
end_epoch = datetime.datetime.strptime(END_DATE, "%Y-%m-%d").strftime('%s')
# Step 1 - Create superblock
superblock_name = "sb" + str(random.randint(1000000, 9999999))
while GovernanceObjectMananger.object_with_name_exists(superblock_name):
superblock_name = "sb" + str(random.randint(1000000, 9999999))
fee_tx = CTransaction()
sbObj = GovernanceObject()
sbObj.create_new(parent, superblock_name, govtypes.trigger,
govtypes.FIRST_REVISION, fee_tx)
last_id = sbObj.save()
blockCount = int(rpc_command("getblockcount"))
event_block_height = "%d" % (blockCount + crontab.CONFIRMATIONS_REQUIRED +
5)
if last_id is None:
raise (Exception("do_test: superblock creation failed"))
# ADD OUR PROPOSAL AS A SUB-OBJECT WITHIN GOVERNANCE OBJECT
c = Superblock()
c.set_field("governance_object_id", last_id)
c.set_field("type", govtypes.trigger)
c.set_field("subtype", "superblock")
c.set_field("superblock_name", superblock_name)
c.set_field("event_block_height", event_block_height)
c.set_field("payment_addresses", PAYMENT_ADDRESS1)
c.set_field("payment_amounts", PAYMENT_AMOUNT1)
# APPEND TO GOVERNANCE OBJECT
sbObj.add_subclass("trigger", c)
sbObj.save()
# CREATE EVENT TO TALK TO DASHD / PREPARE / SUBMIT OBJECT
event = Event()
event.create_new(last_id)
event.save()
libmysql.db.commit()
# Step 2 - Prepare/submit events
print "Before do_events"
do_events()
print "After do_events"
# Step 3 - Vote up the superblock
sbObj.load(sbObj.governance_object['id'])
print "sbObj.governance_object = %s" % (sbObj.governance_object)
print "Getting objectHash"
objectHash = sbObj.get_field("object_hash").strip()
print "preparing to vote: objectHash = %s, length = %d" % (objectHash,
len(objectHash))
if len(objectHash) == 64:
vote(objectHash)
# Step 4 - Create proposal
proposal_name = "tprop-" + str(random.randint(1000000, 9999999))
while GovernanceObjectMananger.object_with_name_exists(proposal_name):
proposal_name = "test-proposal-" + str(random.randint(
1000000, 9999999))
quoted_proposal_name = "'%s'" % (proposal_name)
fee_tx = CTransaction()
newObj = GovernanceObject()
newObj.create_new(parent, proposal_name, govtypes.proposal,
govtypes.FIRST_REVISION, fee_tx)
last_id = newObj.save()
if last_id is None:
raise (Exception("do_test: proposal creation failed"))
c = Proposal()
c.set_field("governance_object_id", last_id)
c.set_field("type", govtypes.proposal)
c.set_field("proposal_name", quoted_proposal_name)
c.set_field("description_url", DESCRIPTION_URL)
c.set_field("start_epoch", start_epoch)
c.set_field("end_epoch", end_epoch)
c.set_field("payment_address", PAYMENT_ADDRESS2)
c.set_field("payment_amount", PAYMENT_AMOUNT2)
# APPEND TO GOVERNANCE OBJECT
newObj.add_subclass("proposal", c)
newObj.save()
# CREATE EVENT TO TALK TO DASHD / PREPARE / SUBMIT OBJECT
event = Event()
event.create_new(last_id)
event.save()
libmysql.db.commit()
# Step 5 - Prepare/submit events
do_events()