Topic: [ANN] Multicurrencies | Test Net Live | Unmoderated - page 3. (Read 19084 times)
so, http://goo.gl/V5mt9u is not actual ? should we copy/paste new python scrypt ?
The proof of existence for the lottery script is
c19316db84e9d10f4b4efd0bd4dc60940a79fa384cdcbdc83c04629495a09c50
https://www.blocktrail.com/BTC/tx/fd30814e000676cd8b5e19d14e3107118e0258d4345e13153662f9750a400d8e
The document contents are
c19316db84e9d10f4b4efd0bd4dc60940a79fa384cdcbdc83c04629495a09c50
https://www.blocktrail.com/BTC/tx/fd30814e000676cd8b5e19d14e3107118e0258d4345e13153662f9750a400d8e
The document contents are
Code: (lottery.py)
#! /usr/bin/env python
import random
# The blockhash is a string and bare (no "0x" prefix).
# The placeholder is BTC genesis hash
BLOCKHASH_396963 = "000000000019d6689c085ae165831e934ff763ae46a2a6c172b3f1b60a8ce26f"
# The salt solidfies the rules and card assignments
SALT = """
Rules
-----
- The blockhash 396963 is a hex string and bare (no "0x" prefix).
- The salt is this rule and card assignment string.
- The cards for each lottery are shuffled with python built-ins::
random.seed(SALT + BLOCKHASH_396963)
random.shuffle(cards)
- Keys are not shuffled.
Card Assignments
----------------
- The first character is the card value, second is the suit.
- High card abbreviations are: Q:Queen, J:Jack, T:Ten
- Suits: S:Spades, D:Diamonds, C:Clubs, H:Hearts
- Examples: QS is the Queen of Spades. TD is the Ten of Diamonds.
"""
# Data structures
TITLES = ["Top Lottery", "Second Lottery", "Third Lottery"]
CARDS = [
# Top Lottery
[
"QS", "QD", "QC", "QH",
"JS", "JD", "JC", "JH",
"TS", "TD", "TC", "TH",
"9S", "9D", "9C", "9H",
"8S", "8D", "8C", "8H",
"7S", "7D", "7C", "7H"
],
# Second Lottery
[
"6S", "6D"
],
# Third Lottery
[
"6C", "6H",
"5S", "5D"
]
]
# Public Keys
KEYS = [
# Top Lottery
[
"03f445047839579f8d3bc173706364a67f9eb80aa9c88dcab6bf75aa8af65677e1",
"0300436642e93deb285f5495cda0575ab42c863dbc182c176765c6dd3c163d6cc7",
"02df412cec8342418a14e5937f7d9c133207d435967f85f842e27b7ef8a04ba3f8",
"02dbe0decb529d11e1b3d44a77bac1b8e760fb56de2e3081dd2310b3fbd09ada4c",
"020f52b2acc8b3661dc5c5a8ad4e3f0e5c0f0d24b4ab0caec581164af8ffbacb2c",
"023cc7238c33f2652783e37e2f2bb91f13f79f04e7ba6f579ccd3e83b018442a5e",
"034e0ae9c206cae43a5a0a19fe3ac1f1aa990ad5f828989e76ae96e69419bc53b2",
"02ef5cd5a6870954df3627498012b1c669e4d284fe5ae59520c92a3718f1dded87",
"03f104c1ef2b5d8c7856a5de862536779b74514707808f96bd3dc2311bf561c3fe",
"0275b01ff13a66b20b335b178f396b88c3bed888cbad9d74bae611bb00fa6fd3d8",
"02e55a6690325afdb740eeeb808a8de63c19ddeb1320bce09de9a5516a6aafda61",
"02b2eadc2e67ddd2ee5c5998880d50380bdee7ddd51f6c0430720403a417d7bc49",
"022d8f24425e9e8a713d7e490051737ca7dddf1d03e118d330ffa014d0d69c5a59",
"022a281ede735215f044579ac15d0a0492a991a248a76093a3894848ff2deb15cd",
"033bfe49d857e4a0772924c968938ff3cdaaee84f38545e1941624d8ea3be96af1",
"03f37ed2f90e7ee7e83c73150e90cb0991a009e7248be27ef49af171a4b3f2c046",
"0293723173b69e305c19718809c88c38cec07cc7ca2309189510242a6645a2b363",
"02d94b98676079e224321a739711bff2a87e8c94733b4c35347ef1238b23505f86",
"02487e8e7492509991e90351481c3f20a61b10b20fbef7a6040660893cc01201da",
"023b7376ec234ccb1b496b3c2e8f25d06dc25cfcf06cf65bfb9251e91a9676c327",
"0308e5de76f8a717680eb7736e8e239c873421fd296f7afb2668ad9a0738dbb3f3",
"0252d95e1fa54d65925c710a1d35cfc5fe65087087342448d3ff78eceb1072e617",
"0235b042a1197a87de57f24161a3c69beaef0bb62ac406f31ef957d5e304496f1c",
"03149c5eb2628d0bc59ee74fd87b124d7bc133d125e96336b1a4cd919d1963bd37"
],
# Second Lottery
[
"023fd1635baf253bd07284997f7fbd7bf80a56c42086c553a4a298091202c4b9a5",
"04271c3c323ddc37ddd515602d8ad82657836ab469ccbb444b0073ade3bde67cb" +
"1d31f791318fe404adbaf3a546009aefd59b37b76a588ca44ea417649dea25421"
],
# Third Lottery
[
"02f487e99ccd3a0dc2cab71178b866152ddc60d6156a75a5138f6fd9535f2f10e2",
"027845366fb68ed5b6534dc5cdebbba8dc8bf68dd9c870843d6dbea7ccb1106252",
"02e577ddbc08edb6c5195c5389ca319bcbb585674d05627b4b52682bc06d3d460e",
"0218ab151b864b5d869f2054c3e8fef93ec59f0c2bbc536657b21bc8bf85dc24c4"
]
]
def main():
# ensure data structures are sane
for title, keys, cards in zip(TITLES, KEYS, CARDS):
assert len(keys) == len(cards)
random.seed(SALT + BLOCKHASH_396963)
random.shuffle(cards)
print "============================================================================"
print title
print "----------------------------------------------------------------------------"
for pair in zip(keys, cards):
print pair
print "============================================================================"
print
if __name__ == "__main__":
main()
import random
# The blockhash is a string and bare (no "0x" prefix).
# The placeholder is BTC genesis hash
BLOCKHASH_396963 = "000000000019d6689c085ae165831e934ff763ae46a2a6c172b3f1b60a8ce26f"
# The salt solidfies the rules and card assignments
SALT = """
Rules
-----
- The blockhash 396963 is a hex string and bare (no "0x" prefix).
- The salt is this rule and card assignment string.
- The cards for each lottery are shuffled with python built-ins::
random.seed(SALT + BLOCKHASH_396963)
random.shuffle(cards)
- Keys are not shuffled.
Card Assignments
----------------
- The first character is the card value, second is the suit.
- High card abbreviations are: Q:Queen, J:Jack, T:Ten
- Suits: S:Spades, D:Diamonds, C:Clubs, H:Hearts
- Examples: QS is the Queen of Spades. TD is the Ten of Diamonds.
"""
# Data structures
TITLES = ["Top Lottery", "Second Lottery", "Third Lottery"]
CARDS = [
# Top Lottery
[
"QS", "QD", "QC", "QH",
"JS", "JD", "JC", "JH",
"TS", "TD", "TC", "TH",
"9S", "9D", "9C", "9H",
"8S", "8D", "8C", "8H",
"7S", "7D", "7C", "7H"
],
# Second Lottery
[
"6S", "6D"
],
# Third Lottery
[
"6C", "6H",
"5S", "5D"
]
]
# Public Keys
KEYS = [
# Top Lottery
[
"03f445047839579f8d3bc173706364a67f9eb80aa9c88dcab6bf75aa8af65677e1",
"0300436642e93deb285f5495cda0575ab42c863dbc182c176765c6dd3c163d6cc7",
"02df412cec8342418a14e5937f7d9c133207d435967f85f842e27b7ef8a04ba3f8",
"02dbe0decb529d11e1b3d44a77bac1b8e760fb56de2e3081dd2310b3fbd09ada4c",
"020f52b2acc8b3661dc5c5a8ad4e3f0e5c0f0d24b4ab0caec581164af8ffbacb2c",
"023cc7238c33f2652783e37e2f2bb91f13f79f04e7ba6f579ccd3e83b018442a5e",
"034e0ae9c206cae43a5a0a19fe3ac1f1aa990ad5f828989e76ae96e69419bc53b2",
"02ef5cd5a6870954df3627498012b1c669e4d284fe5ae59520c92a3718f1dded87",
"03f104c1ef2b5d8c7856a5de862536779b74514707808f96bd3dc2311bf561c3fe",
"0275b01ff13a66b20b335b178f396b88c3bed888cbad9d74bae611bb00fa6fd3d8",
"02e55a6690325afdb740eeeb808a8de63c19ddeb1320bce09de9a5516a6aafda61",
"02b2eadc2e67ddd2ee5c5998880d50380bdee7ddd51f6c0430720403a417d7bc49",
"022d8f24425e9e8a713d7e490051737ca7dddf1d03e118d330ffa014d0d69c5a59",
"022a281ede735215f044579ac15d0a0492a991a248a76093a3894848ff2deb15cd",
"033bfe49d857e4a0772924c968938ff3cdaaee84f38545e1941624d8ea3be96af1",
"03f37ed2f90e7ee7e83c73150e90cb0991a009e7248be27ef49af171a4b3f2c046",
"0293723173b69e305c19718809c88c38cec07cc7ca2309189510242a6645a2b363",
"02d94b98676079e224321a739711bff2a87e8c94733b4c35347ef1238b23505f86",
"02487e8e7492509991e90351481c3f20a61b10b20fbef7a6040660893cc01201da",
"023b7376ec234ccb1b496b3c2e8f25d06dc25cfcf06cf65bfb9251e91a9676c327",
"0308e5de76f8a717680eb7736e8e239c873421fd296f7afb2668ad9a0738dbb3f3",
"0252d95e1fa54d65925c710a1d35cfc5fe65087087342448d3ff78eceb1072e617",
"0235b042a1197a87de57f24161a3c69beaef0bb62ac406f31ef957d5e304496f1c",
"03149c5eb2628d0bc59ee74fd87b124d7bc133d125e96336b1a4cd919d1963bd37"
],
# Second Lottery
[
"023fd1635baf253bd07284997f7fbd7bf80a56c42086c553a4a298091202c4b9a5",
"04271c3c323ddc37ddd515602d8ad82657836ab469ccbb444b0073ade3bde67cb" +
"1d31f791318fe404adbaf3a546009aefd59b37b76a588ca44ea417649dea25421"
],
# Third Lottery
[
"02f487e99ccd3a0dc2cab71178b866152ddc60d6156a75a5138f6fd9535f2f10e2",
"027845366fb68ed5b6534dc5cdebbba8dc8bf68dd9c870843d6dbea7ccb1106252",
"02e577ddbc08edb6c5195c5389ca319bcbb585674d05627b4b52682bc06d3d460e",
"0218ab151b864b5d869f2054c3e8fef93ec59f0c2bbc536657b21bc8bf85dc24c4"
]
]
def main():
# ensure data structures are sane
for title, keys, cards in zip(TITLES, KEYS, CARDS):
assert len(keys) == len(cards)
random.seed(SALT + BLOCKHASH_396963)
random.shuffle(cards)
print "============================================================================"
print title
print "----------------------------------------------------------------------------"
for pair in zip(keys, cards):
print pair
print "============================================================================"
if __name__ == "__main__":
main()
Any appeal regarding the lotteries must be made through slack before bitcoin block 396600. After that block the tier assignments and lottery code will be locked and the final code (with tiers) will be committed to the bitcoin block chain using Proof of Existence: https://www.proofofexistence.com/
Important: block 396600 is not the block that will seed the random number generator. The block hash that will seed the random number generator remains block 396963.
Do we need to do anything or just sit back and wait for the results after block 396600?Important: block 396600 is not the block that will seed the random number generator. The block hash that will seed the random number generator remains block 396963.
After 396600, just sit back and wait for the block hash of 396963.
Any appeal regarding the lotteries must be made through slack before bitcoin block 396600. After that block the tier assignments and lottery code will be locked and the final code (with tiers) will be committed to the bitcoin block chain using Proof of Existence: https://www.proofofexistence.com/
Important: block 396600 is not the block that will seed the random number generator. The block hash that will seed the random number generator remains block 396963.
Do we need to do anything or just sit back and wait for the results after block 396600? Important: block 396600 is not the block that will seed the random number generator. The block hash that will seed the random number generator remains block 396963.
Any appeal regarding the lotteries must be made through slack before bitcoin block 396600. After that block the tier assignments and lottery code will be locked and the final code (with tiers) will be committed to the bitcoin block chain using Proof of Existence: https://www.proofofexistence.com/
Important: block 396600 is not the block that will seed the random number generator. The block hash that will seed the random number generator remains block 396963.
Important: block 396600 is not the block that will seed the random number generator. The block hash that will seed the random number generator remains block 396963.
I have shared the lottery code as a tutorialspoint.com project:
http://goo.gl/CVhsxH
Just load this page and then hit "execute" to see the results. When the hash for block 396963, replace the bitcoin genesis hash at the top and re-run the script ("execute") to see the final results.
The current results are contingent on no changes to the tiers.
http://goo.gl/CVhsxH
Just load this page and then hit "execute" to see the results. When the hash for block 396963, replace the bitcoin genesis hash at the top and re-run the script ("execute") to see the final results.
The current results are contingent on no changes to the tiers.
First class as usual! Thanks very much!
I have shared the lottery code as a tutorialspoint.com project:
http://goo.gl/Mza8ry
Just load this page and then hit "execute" to see the results. When the hash for block 396963 is known, replace the bitcoin genesis hash at the top and re-run the script ("execute") to see the final results.
The current results are contingent on no changes to the tiers.
Edit: I will update the link above as I make small changes to the script. The final script will be announced and committed to the bitcoin block chain as I mentioned previously.
http://goo.gl/Mza8ry
Just load this page and then hit "execute" to see the results. When the hash for block 396963 is known, replace the bitcoin genesis hash at the top and re-run the script ("execute") to see the final results.
The current results are contingent on no changes to the tiers.
Edit: I will update the link above as I make small changes to the script. The final script will be announced and committed to the bitcoin block chain as I mentioned previously.
Card Lottery Execution
The card lotteries will be broken down according to the first listing below. If you believe you should be in the lottery, make sure your pubkey is represented. If you don't see your pubkey, contact me, preferably through slack. If I have not personally obtained a pubkey from you already, then you are not eligible for a lottery. Only contact me if you provided me with a pubkey previously but do not see it in a list below.
The lotteries will be provably fair. To ensure this fairness, the block hash of bitcoin block 396963 will be used to seed the built-in python pseudo-random number generator, according to the second listing below. If no changes are made to the public key set in the code, it will be finalized and committed to the bitcoin block chain using proof-of-existence.
Lottery tiers were chosen based on participation in the testnets and otherwise. These divisions are subject to my discretion, but I spent a lot of time with many individuals over the course of months. This breakdown is based on a tremendous amount of personal interaction. The only way I will move anyone to a different group is if I made a mistake. If you have an appeal, please contact me through slack only. I will not entertain appeals made through bitcointalk. Additionally, I will not provide any explanation for this breakdown on bitcointalk.
The card lotteries will be broken down according to the first listing below. If you believe you should be in the lottery, make sure your pubkey is represented. If you don't see your pubkey, contact me, preferably through slack. If I have not personally obtained a pubkey from you already, then you are not eligible for a lottery. Only contact me if you provided me with a pubkey previously but do not see it in a list below.
The lotteries will be provably fair. To ensure this fairness, the block hash of bitcoin block 396963 will be used to seed the built-in python pseudo-random number generator, according to the second listing below. If no changes are made to the public key set in the code, it will be finalized and committed to the bitcoin block chain using proof-of-existence.
Lottery tiers were chosen based on participation in the testnets and otherwise. These divisions are subject to my discretion, but I spent a lot of time with many individuals over the course of months. This breakdown is based on a tremendous amount of personal interaction. The only way I will move anyone to a different group is if I made a mistake. If you have an appeal, please contact me through slack only. I will not entertain appeals made through bitcointalk. Additionally, I will not provide any explanation for this breakdown on bitcointalk.
Code: (lottery breakdown)
Top Lottery
===========
Cards
-----
QS,QD,QC,QH
JS,JD,JC,JH
TS,TD,TC,TH
9S,9D,9C,9H
8S,8D,8C,8H
7S,7D,7C,7H
Members
-------
1. 03f445047839579f8d3bc173706364a67f9eb80aa9c88dcab6bf75aa8af65677e1
2. 0300436642e93deb285f5495cda0575ab42c863dbc182c176765c6dd3c163d6cc7
3. 02df412cec8342418a14e5937f7d9c133207d435967f85f842e27b7ef8a04ba3f8
4. 02dbe0decb529d11e1b3d44a77bac1b8e760fb56de2e3081dd2310b3fbd09ada4c
5. 020f52b2acc8b3661dc5c5a8ad4e3f0e5c0f0d24b4ab0caec581164af8ffbacb2c
6. 023cc7238c33f2652783e37e2f2bb91f13f79f04e7ba6f579ccd3e83b018442a5e
7. 034e0ae9c206cae43a5a0a19fe3ac1f1aa990ad5f828989e76ae96e69419bc53b2
8. 02ef5cd5a6870954df3627498012b1c669e4d284fe5ae59520c92a3718f1dded87
9. 03f104c1ef2b5d8c7856a5de862536779b74514707808f96bd3dc2311bf561c3fe
10. 0275b01ff13a66b20b335b178f396b88c3bed888cbad9d74bae611bb00fa6fd3d8
11. 02e55a6690325afdb740eeeb808a8de63c19ddeb1320bce09de9a5516a6aafda61
12. 02b2eadc2e67ddd2ee5c5998880d50380bdee7ddd51f6c0430720403a417d7bc49
13. 022d8f24425e9e8a713d7e490051737ca7dddf1d03e118d330ffa014d0d69c5a59
14. 022a281ede735215f044579ac15d0a0492a991a248a76093a3894848ff2deb15cd
15. 033bfe49d857e4a0772924c968938ff3cdaaee84f38545e1941624d8ea3be96af1
16. 03f37ed2f90e7ee7e83c73150e90cb0991a009e7248be27ef49af171a4b3f2c046
17. 0293723173b69e305c19718809c88c38cec07cc7ca2309189510242a6645a2b363
18. 02d94b98676079e224321a739711bff2a87e8c94733b4c35347ef1238b23505f86
19. 02487e8e7492509991e90351481c3f20a61b10b20fbef7a6040660893cc01201da
20. 023b7376ec234ccb1b496b3c2e8f25d06dc25cfcf06cf65bfb9251e91a9676c327
21. 0308e5de76f8a717680eb7736e8e239c873421fd296f7afb2668ad9a0738dbb3f3
22. 0252d95e1fa54d65925c710a1d35cfc5fe65087087342448d3ff78eceb1072e617
23. 0235b042a1197a87de57f24161a3c69beaef0bb62ac406f31ef957d5e304496f1c
24. 03149c5eb2628d0bc59ee74fd87b124d7bc133d125e96336b1a4cd919d1963bd37
Second Lottery
==============
Cards
-----
6S,6D
Members
-------
1. 023fd1635baf253bd07284997f7fbd7bf80a56c42086c553a4a298091202c4b9a5
2. 04271c3c323ddc37ddd515602d8ad82657836ab469ccbb444b0073ade3bde67cb
1d31f791318fe404adbaf3a546009aefd59b37b76a588ca44ea417649dea25421
Third Lottery
=============
Cards
-----
6C,6H
5S,5D
1. 02f487e99ccd3a0dc2cab71178b866152ddc60d6156a75a5138f6fd9535f2f10e2
2. 027845366fb68ed5b6534dc5cdebbba8dc8bf68dd9c870843d6dbea7ccb1106252
3. 02e577ddbc08edb6c5195c5389ca319bcbb585674d05627b4b52682bc06d3d460e
4. 0218ab151b864b5d869f2054c3e8fef93ec59f0c2bbc536657b21bc8bf85dc24c4
===========
Cards
-----
QS,QD,QC,QH
JS,JD,JC,JH
TS,TD,TC,TH
9S,9D,9C,9H
8S,8D,8C,8H
7S,7D,7C,7H
Members
-------
1. 03f445047839579f8d3bc173706364a67f9eb80aa9c88dcab6bf75aa8af65677e1
2. 0300436642e93deb285f5495cda0575ab42c863dbc182c176765c6dd3c163d6cc7
3. 02df412cec8342418a14e5937f7d9c133207d435967f85f842e27b7ef8a04ba3f8
4. 02dbe0decb529d11e1b3d44a77bac1b8e760fb56de2e3081dd2310b3fbd09ada4c
5. 020f52b2acc8b3661dc5c5a8ad4e3f0e5c0f0d24b4ab0caec581164af8ffbacb2c
6. 023cc7238c33f2652783e37e2f2bb91f13f79f04e7ba6f579ccd3e83b018442a5e
7. 034e0ae9c206cae43a5a0a19fe3ac1f1aa990ad5f828989e76ae96e69419bc53b2
8. 02ef5cd5a6870954df3627498012b1c669e4d284fe5ae59520c92a3718f1dded87
9. 03f104c1ef2b5d8c7856a5de862536779b74514707808f96bd3dc2311bf561c3fe
10. 0275b01ff13a66b20b335b178f396b88c3bed888cbad9d74bae611bb00fa6fd3d8
11. 02e55a6690325afdb740eeeb808a8de63c19ddeb1320bce09de9a5516a6aafda61
12. 02b2eadc2e67ddd2ee5c5998880d50380bdee7ddd51f6c0430720403a417d7bc49
13. 022d8f24425e9e8a713d7e490051737ca7dddf1d03e118d330ffa014d0d69c5a59
14. 022a281ede735215f044579ac15d0a0492a991a248a76093a3894848ff2deb15cd
15. 033bfe49d857e4a0772924c968938ff3cdaaee84f38545e1941624d8ea3be96af1
16. 03f37ed2f90e7ee7e83c73150e90cb0991a009e7248be27ef49af171a4b3f2c046
17. 0293723173b69e305c19718809c88c38cec07cc7ca2309189510242a6645a2b363
18. 02d94b98676079e224321a739711bff2a87e8c94733b4c35347ef1238b23505f86
19. 02487e8e7492509991e90351481c3f20a61b10b20fbef7a6040660893cc01201da
20. 023b7376ec234ccb1b496b3c2e8f25d06dc25cfcf06cf65bfb9251e91a9676c327
21. 0308e5de76f8a717680eb7736e8e239c873421fd296f7afb2668ad9a0738dbb3f3
22. 0252d95e1fa54d65925c710a1d35cfc5fe65087087342448d3ff78eceb1072e617
23. 0235b042a1197a87de57f24161a3c69beaef0bb62ac406f31ef957d5e304496f1c
24. 03149c5eb2628d0bc59ee74fd87b124d7bc133d125e96336b1a4cd919d1963bd37
Second Lottery
==============
Cards
-----
6S,6D
Members
-------
1. 023fd1635baf253bd07284997f7fbd7bf80a56c42086c553a4a298091202c4b9a5
2. 04271c3c323ddc37ddd515602d8ad82657836ab469ccbb444b0073ade3bde67cb
1d31f791318fe404adbaf3a546009aefd59b37b76a588ca44ea417649dea25421
Third Lottery
=============
Cards
-----
6C,6H
5S,5D
1. 02f487e99ccd3a0dc2cab71178b866152ddc60d6156a75a5138f6fd9535f2f10e2
2. 027845366fb68ed5b6534dc5cdebbba8dc8bf68dd9c870843d6dbea7ccb1106252
3. 02e577ddbc08edb6c5195c5389ca319bcbb585674d05627b4b52682bc06d3d460e
4. 0218ab151b864b5d869f2054c3e8fef93ec59f0c2bbc536657b21bc8bf85dc24c4
Code: (lottery.py)
#! /usr/bin/env python
import random
# The blockhash is a string and bare (no "0x" prefix).
# The placeholder is BTC genesis hash
BLOCKHASH_396963 = "000000000019d6689c085ae165831e934ff763ae46a2a6c172b3f1b60a8ce26f"
# The salt solidfies the rules and card assignments
SALT = """
Rules
-----
- The blockhash 396963 is a hex string and bare (no "0x" prefix).
- The salt is this rule and card assignment string.
- The cards for each lottery are shuffled with python built-ins::
random.seed(SALT + BLOCKHASH_396963)
random.shuffle(cards)
- Keys are not shuffled.
Card Assignments
----------------
- The first character is the card value, second is the suit.
- High card abbreviations are: Q:Queen, J:Jack, T:Ten
- Suits: S:Spades, D:Diamonds, C:Clubs, H:Hearts
- Examples: QS is the Queen of Spades. TD is the Ten of Diamonds.
"""
# Data structures
TITLES = ["Top Lottery", "Second Lottery", "Third Lottery"]
CARDS = [
# Top Lottery
[
"QS", "QD", "QC", "QH",
"JS", "JD", "JC", "JH",
"TS", "TD", "TC", "TH",
"9S", "9D", "9C", "9H",
"8S", "8D", "8C", "8H",
"7S", "7D", "7C", "7H"
],
# Second Lottery
[
"6S", "6D"
],
# Third Lottery
[
"6C", "6H",
"5S", "5D"
]
]
# Public Keys
KEYS = [
# Top Lottery
[
"03f445047839579f8d3bc173706364a67f9eb80aa9c88dcab6bf75aa8af65677e1",
"0300436642e93deb285f5495cda0575ab42c863dbc182c176765c6dd3c163d6cc7",
"02df412cec8342418a14e5937f7d9c133207d435967f85f842e27b7ef8a04ba3f8",
"02dbe0decb529d11e1b3d44a77bac1b8e760fb56de2e3081dd2310b3fbd09ada4c",
"020f52b2acc8b3661dc5c5a8ad4e3f0e5c0f0d24b4ab0caec581164af8ffbacb2c",
"023cc7238c33f2652783e37e2f2bb91f13f79f04e7ba6f579ccd3e83b018442a5e",
"034e0ae9c206cae43a5a0a19fe3ac1f1aa990ad5f828989e76ae96e69419bc53b2",
"02ef5cd5a6870954df3627498012b1c669e4d284fe5ae59520c92a3718f1dded87",
"03f104c1ef2b5d8c7856a5de862536779b74514707808f96bd3dc2311bf561c3fe",
"0275b01ff13a66b20b335b178f396b88c3bed888cbad9d74bae611bb00fa6fd3d8",
"02e55a6690325afdb740eeeb808a8de63c19ddeb1320bce09de9a5516a6aafda61",
"02b2eadc2e67ddd2ee5c5998880d50380bdee7ddd51f6c0430720403a417d7bc49",
"022d8f24425e9e8a713d7e490051737ca7dddf1d03e118d330ffa014d0d69c5a59",
"022a281ede735215f044579ac15d0a0492a991a248a76093a3894848ff2deb15cd",
"033bfe49d857e4a0772924c968938ff3cdaaee84f38545e1941624d8ea3be96af1",
"03f37ed2f90e7ee7e83c73150e90cb0991a009e7248be27ef49af171a4b3f2c046",
"0293723173b69e305c19718809c88c38cec07cc7ca2309189510242a6645a2b363",
"02d94b98676079e224321a739711bff2a87e8c94733b4c35347ef1238b23505f86",
"02487e8e7492509991e90351481c3f20a61b10b20fbef7a6040660893cc01201da",
"023b7376ec234ccb1b496b3c2e8f25d06dc25cfcf06cf65bfb9251e91a9676c327",
"0308e5de76f8a717680eb7736e8e239c873421fd296f7afb2668ad9a0738dbb3f3",
"0252d95e1fa54d65925c710a1d35cfc5fe65087087342448d3ff78eceb1072e617",
"0235b042a1197a87de57f24161a3c69beaef0bb62ac406f31ef957d5e304496f1c",
"03149c5eb2628d0bc59ee74fd87b124d7bc133d125e96336b1a4cd919d1963bd37"
],
# Second Lottery
[
"023fd1635baf253bd07284997f7fbd7bf80a56c42086c553a4a298091202c4b9a5",
"04271c3c323ddc37ddd515602d8ad82657836ab469ccbb444b0073ade3bde67cb" +
"1d31f791318fe404adbaf3a546009aefd59b37b76a588ca44ea417649dea25421"
],
# Third Lottery
[
"02f487e99ccd3a0dc2cab71178b866152ddc60d6156a75a5138f6fd9535f2f10e2",
"027845366fb68ed5b6534dc5cdebbba8dc8bf68dd9c870843d6dbea7ccb1106252",
"02e577ddbc08edb6c5195c5389ca319bcbb585674d05627b4b52682bc06d3d460e",
"0218ab151b864b5d869f2054c3e8fef93ec59f0c2bbc536657b21bc8bf85dc24c4"
]
]
def main():
# ensure data structures are sane
for title, keys, cards in zip(TITLES, KEYS, CARDS):
assert len(keys) == len(cards)
random.seed(SALT + BLOCKHASH_396963)
random.shuffle(cards)
print "============================================================================"
print title
print "----------------------------------------------------------------------------"
for pair in zip(keys, cards):
print pair
print "============================================================================"
print
if __name__ == "__main__":
main()
import random
# The blockhash is a string and bare (no "0x" prefix).
# The placeholder is BTC genesis hash
BLOCKHASH_396963 = "000000000019d6689c085ae165831e934ff763ae46a2a6c172b3f1b60a8ce26f"
# The salt solidfies the rules and card assignments
SALT = """
Rules
-----
- The blockhash 396963 is a hex string and bare (no "0x" prefix).
- The salt is this rule and card assignment string.
- The cards for each lottery are shuffled with python built-ins::
random.seed(SALT + BLOCKHASH_396963)
random.shuffle(cards)
- Keys are not shuffled.
Card Assignments
----------------
- The first character is the card value, second is the suit.
- High card abbreviations are: Q:Queen, J:Jack, T:Ten
- Suits: S:Spades, D:Diamonds, C:Clubs, H:Hearts
- Examples: QS is the Queen of Spades. TD is the Ten of Diamonds.
"""
# Data structures
TITLES = ["Top Lottery", "Second Lottery", "Third Lottery"]
CARDS = [
# Top Lottery
[
"QS", "QD", "QC", "QH",
"JS", "JD", "JC", "JH",
"TS", "TD", "TC", "TH",
"9S", "9D", "9C", "9H",
"8S", "8D", "8C", "8H",
"7S", "7D", "7C", "7H"
],
# Second Lottery
[
"6S", "6D"
],
# Third Lottery
[
"6C", "6H",
"5S", "5D"
]
]
# Public Keys
KEYS = [
# Top Lottery
[
"03f445047839579f8d3bc173706364a67f9eb80aa9c88dcab6bf75aa8af65677e1",
"0300436642e93deb285f5495cda0575ab42c863dbc182c176765c6dd3c163d6cc7",
"02df412cec8342418a14e5937f7d9c133207d435967f85f842e27b7ef8a04ba3f8",
"02dbe0decb529d11e1b3d44a77bac1b8e760fb56de2e3081dd2310b3fbd09ada4c",
"020f52b2acc8b3661dc5c5a8ad4e3f0e5c0f0d24b4ab0caec581164af8ffbacb2c",
"023cc7238c33f2652783e37e2f2bb91f13f79f04e7ba6f579ccd3e83b018442a5e",
"034e0ae9c206cae43a5a0a19fe3ac1f1aa990ad5f828989e76ae96e69419bc53b2",
"02ef5cd5a6870954df3627498012b1c669e4d284fe5ae59520c92a3718f1dded87",
"03f104c1ef2b5d8c7856a5de862536779b74514707808f96bd3dc2311bf561c3fe",
"0275b01ff13a66b20b335b178f396b88c3bed888cbad9d74bae611bb00fa6fd3d8",
"02e55a6690325afdb740eeeb808a8de63c19ddeb1320bce09de9a5516a6aafda61",
"02b2eadc2e67ddd2ee5c5998880d50380bdee7ddd51f6c0430720403a417d7bc49",
"022d8f24425e9e8a713d7e490051737ca7dddf1d03e118d330ffa014d0d69c5a59",
"022a281ede735215f044579ac15d0a0492a991a248a76093a3894848ff2deb15cd",
"033bfe49d857e4a0772924c968938ff3cdaaee84f38545e1941624d8ea3be96af1",
"03f37ed2f90e7ee7e83c73150e90cb0991a009e7248be27ef49af171a4b3f2c046",
"0293723173b69e305c19718809c88c38cec07cc7ca2309189510242a6645a2b363",
"02d94b98676079e224321a739711bff2a87e8c94733b4c35347ef1238b23505f86",
"02487e8e7492509991e90351481c3f20a61b10b20fbef7a6040660893cc01201da",
"023b7376ec234ccb1b496b3c2e8f25d06dc25cfcf06cf65bfb9251e91a9676c327",
"0308e5de76f8a717680eb7736e8e239c873421fd296f7afb2668ad9a0738dbb3f3",
"0252d95e1fa54d65925c710a1d35cfc5fe65087087342448d3ff78eceb1072e617",
"0235b042a1197a87de57f24161a3c69beaef0bb62ac406f31ef957d5e304496f1c",
"03149c5eb2628d0bc59ee74fd87b124d7bc133d125e96336b1a4cd919d1963bd37"
],
# Second Lottery
[
"023fd1635baf253bd07284997f7fbd7bf80a56c42086c553a4a298091202c4b9a5",
"04271c3c323ddc37ddd515602d8ad82657836ab469ccbb444b0073ade3bde67cb" +
"1d31f791318fe404adbaf3a546009aefd59b37b76a588ca44ea417649dea25421"
],
# Third Lottery
[
"02f487e99ccd3a0dc2cab71178b866152ddc60d6156a75a5138f6fd9535f2f10e2",
"027845366fb68ed5b6534dc5cdebbba8dc8bf68dd9c870843d6dbea7ccb1106252",
"02e577ddbc08edb6c5195c5389ca319bcbb585674d05627b4b52682bc06d3d460e",
"0218ab151b864b5d869f2054c3e8fef93ec59f0c2bbc536657b21bc8bf85dc24c4"
]
]
def main():
# ensure data structures are sane
for title, keys, cards in zip(TITLES, KEYS, CARDS):
assert len(keys) == len(cards)
random.seed(SALT + BLOCKHASH_396963)
random.shuffle(cards)
print "============================================================================"
print title
print "----------------------------------------------------------------------------"
for pair in zip(keys, cards):
print pair
print "============================================================================"
if __name__ == "__main__":
main()
How can I do to sync. My computer where the problem? ? ? Please guide Thank you.
It looks like you'll have to wait until the main net when the Tor-clear net bridge is available.
How can I do to sync. My computer where the problem? ? ? Please guide Thank you.
Or network can not be synchronized, or purse, like the previous 1.2.4.2, delete C: \ Users \ SL \ AppData \ Roaming \ Breakout After this installation package, you can open the wallet, buffalo is not synchronized, the second hit is not opened.
breakout version v1.2.4.2 ()
Using OpenSSL version OpenSSL 1.0.1j 15 Oct 2014
Startup time: 01/30/16 08:46:25
Default data directory C: \ Users \ SL \ AppData \ Roaming \ Breakout
Used data directory C: \ Users \ SL \ AppData \ Roaming \ Breakout \ testnet
dbenv.open LogDir = C: \ Users \ SL \ AppData \ Roaming \ Breakout \ testnet \ database ErrorFile = C: \ Users \ SL \ AppData \ Roaming \ Breakout \ testnet \ db.log
Bound to 127.0.0.1:21698
TOR thread started.
AddLocal (rdcdhbvduipllvah.onion: 21698,6)
Loading block index ...
Opening LevelDB in C: \ Users \ SL \ AppData \ Roaming \ Breakout \ testnet \ txleveldb
Opened LevelDB successfully
CBlock (hash = 0000007746ebdefa50fcdc5c4dec278e4438ba4c402c36103a977ad4e62b8a3c, ver = 1, hashPrevBlock = 0000000000000000000000000000000000000000000000000000000000000000, hashMerkleRoot = 5d7659f87a6fd5423276a950326e1409c9c634e633193cd67a9f24d646c327f3, nTime = 1446015494, nBits = 1e00ffff, nNonce = 8131356, vtx = 1, vchBlockSig =)
Coinbase (hash = 5d7659f87a, nTime = 1446015494, ver = 1, color =, vin.size = 1, vout.size = 1, nLockTime = 0)
CTxIn (COutPoint (0000000000, 4294967295), coinbase 00209b0b8e8463494f414c715544229ffdd90da8f9a0589e1f9a8aaacaf37796bef404e00b64551 c427265616b6f757420636f696e2074696d657374616d702061736466)
CTxOut (empty)
vMerkleTree: 5d7659f87a
========== Genesis Block Details ==========
hashTarget == 0000000000000000000000000000000000000000000000000000000000000000
block.GetHash () == 0000007746ebdefa50fcdc5c4dec278e4438ba4c402c36103a977ad4e62b8a3c
block.hashMerkleRoot == 5d7659f87a6fd5423276a950326e1409c9c634e633193cd67a9f24d646c327f3
block.nTime = 1446015494
block.nNonce = 8131356
===========================================
SetBestChain: new best = 0000007746ebdefa50fcdc5c4dec278e4438ba4c402c36103a977ad4e62b8a3c height = 0 trust = 16777472 blocktrust = 16777472 date = 10/28/15 06:58:14
Block index loaded successfully.
block index 177ms
Loading wallet ...
nFileVersion = 1020402
Keys: 0 plaintext, 0 encrypted, 0 w / metadata, 0 total
Performing wallet upgrade to 60000
breakout version v1.2.4.2 ()
Using OpenSSL version OpenSSL 1.0.1j 15 Oct 2014
Startup time: 01/30/16 08:46:25
Default data directory C: \ Users \ SL \ AppData \ Roaming \ Breakout
Used data directory C: \ Users \ SL \ AppData \ Roaming \ Breakout \ testnet
dbenv.open LogDir = C: \ Users \ SL \ AppData \ Roaming \ Breakout \ testnet \ database ErrorFile = C: \ Users \ SL \ AppData \ Roaming \ Breakout \ testnet \ db.log
Bound to 127.0.0.1:21698
TOR thread started.
AddLocal (rdcdhbvduipllvah.onion: 21698,6)
Loading block index ...
Opening LevelDB in C: \ Users \ SL \ AppData \ Roaming \ Breakout \ testnet \ txleveldb
Opened LevelDB successfully
CBlock (hash = 0000007746ebdefa50fcdc5c4dec278e4438ba4c402c36103a977ad4e62b8a3c, ver = 1, hashPrevBlock = 0000000000000000000000000000000000000000000000000000000000000000, hashMerkleRoot = 5d7659f87a6fd5423276a950326e1409c9c634e633193cd67a9f24d646c327f3, nTime = 1446015494, nBits = 1e00ffff, nNonce = 8131356, vtx = 1, vchBlockSig =)
Coinbase (hash = 5d7659f87a, nTime = 1446015494, ver = 1, color =
CTxIn (COutPoint (0000000000, 4294967295), coinbase 00209b0b8e8463494f414c715544229ffdd90da8f9a0589e1f9a8aaacaf37796bef404e00b64551 c427265616b6f757420636f696e2074696d657374616d702061736466)
CTxOut (empty)
vMerkleTree: 5d7659f87a
========== Genesis Block Details ==========
hashTarget == 0000000000000000000000000000000000000000000000000000000000000000
block.GetHash () == 0000007746ebdefa50fcdc5c4dec278e4438ba4c402c36103a977ad4e62b8a3c
block.hashMerkleRoot == 5d7659f87a6fd5423276a950326e1409c9c634e633193cd67a9f24d646c327f3
block.nTime = 1446015494
block.nNonce = 8131356
===========================================
SetBestChain: new best = 0000007746ebdefa50fcdc5c4dec278e4438ba4c402c36103a977ad4e62b8a3c height = 0 trust = 16777472 blocktrust = 16777472 date = 10/28/15 06:58:14
Block index loaded successfully.
block index 177ms
Loading wallet ...
nFileVersion = 1020402
Keys: 0 plaintext, 0 encrypted, 0 w / metadata, 0 total
Performing wallet upgrade to 60000
Your log looks fine. Unfortunately there is a huge language barrier and google translate is not helping. Can you get someone to translate who knows English better?
I believe Tor may be blocked for you. I will include a Tor-clear net bridge in the main net release. Can you use VPN to get a Tor connection?
Bugfix Release 1.2.4.2
Download the new release from: https://github.com/multicurrency/Breakout-Releases/blob/master/README.md
These builds should solve the big problems, namely that the client seems to freeze when successfully importing the wallet.
One thing they won't fix is poor startup performance on Windows 64 bit. In some cases the startup will hang, in other cases it will hang and use a lot of CPU. A couple of restarts usually will get the client running.
To fix this, I plan on simply making a native 64 bit build. I have always used 32 bit to reach the widest possible audience, but the 64 bit systems have changed so much that they do not run 32 bit software very well. I will have 64 bit available for main net, but it may not happen for test net.
Thanks everyone for helping. I really am going to move on to the card lotteries now, unless any more problems crop up. Just remember, my builds currently support Linux 64 bit, OS X 6-11, and Windows NT-10 (32 & 64 bit). That's a lot of coverage, and it goes without saying that it is difficult to get everything working smoothly on all platforms.
Download the new release from: https://github.com/multicurrency/Breakout-Releases/blob/master/README.md
These builds should solve the big problems, namely that the client seems to freeze when successfully importing the wallet.
One thing they won't fix is poor startup performance on Windows 64 bit. In some cases the startup will hang, in other cases it will hang and use a lot of CPU. A couple of restarts usually will get the client running.
To fix this, I plan on simply making a native 64 bit build. I have always used 32 bit to reach the widest possible audience, but the 64 bit systems have changed so much that they do not run 32 bit software very well. I will have 64 bit available for main net, but it may not happen for test net.
Thanks everyone for helping. I really am going to move on to the card lotteries now, unless any more problems crop up. Just remember, my builds currently support Linux 64 bit, OS X 6-11, and Windows NT-10 (32 & 64 bit). That's a lot of coverage, and it goes without saying that it is difficult to get everything working smoothly on all platforms.
Updated to the new build. Everything is fine. Staking works perfect.
Or network can not be synchronized, or purse, like the previous 1.2.4.2, delete C: \ Users \ SL \ AppData \ Roaming \ Breakout After this installation package, you can open the wallet, buffalo is not synchronized, the second hit is not opened.
breakout version v1.2.4.2 ()
Using OpenSSL version OpenSSL 1.0.1j 15 Oct 2014
Startup time: 01/30/16 08:46:25
Default data directory C: \ Users \ SL \ AppData \ Roaming \ Breakout
Used data directory C: \ Users \ SL \ AppData \ Roaming \ Breakout \ testnet
dbenv.open LogDir = C: \ Users \ SL \ AppData \ Roaming \ Breakout \ testnet \ database ErrorFile = C: \ Users \ SL \ AppData \ Roaming \ Breakout \ testnet \ db.log
Bound to 127.0.0.1:21698
TOR thread started.
AddLocal (rdcdhbvduipllvah.onion: 21698,6)
Loading block index ...
Opening LevelDB in C: \ Users \ SL \ AppData \ Roaming \ Breakout \ testnet \ txleveldb
Opened LevelDB successfully
CBlock (hash = 0000007746ebdefa50fcdc5c4dec278e4438ba4c402c36103a977ad4e62b8a3c, ver = 1, hashPrevBlock = 0000000000000000000000000000000000000000000000000000000000000000, hashMerkleRoot = 5d7659f87a6fd5423276a950326e1409c9c634e633193cd67a9f24d646c327f3, nTime = 1446015494, nBits = 1e00ffff, nNonce = 8131356, vtx = 1, vchBlockSig =)
Coinbase (hash = 5d7659f87a, nTime = 1446015494, ver = 1, color =, vin.size = 1, vout.size = 1, nLockTime = 0)
CTxIn (COutPoint (0000000000, 4294967295), coinbase 00209b0b8e8463494f414c715544229ffdd90da8f9a0589e1f9a8aaacaf37796bef404e00b64551 c427265616b6f757420636f696e2074696d657374616d702061736466)
CTxOut (empty)
vMerkleTree: 5d7659f87a
========== Genesis Block Details ==========
hashTarget == 0000000000000000000000000000000000000000000000000000000000000000
block.GetHash () == 0000007746ebdefa50fcdc5c4dec278e4438ba4c402c36103a977ad4e62b8a3c
block.hashMerkleRoot == 5d7659f87a6fd5423276a950326e1409c9c634e633193cd67a9f24d646c327f3
block.nTime = 1446015494
block.nNonce = 8131356
===========================================
SetBestChain: new best = 0000007746ebdefa50fcdc5c4dec278e4438ba4c402c36103a977ad4e62b8a3c height = 0 trust = 16777472 blocktrust = 16777472 date = 10/28/15 06:58:14
Block index loaded successfully.
block index 177ms
Loading wallet ...
nFileVersion = 1020402
Keys: 0 plaintext, 0 encrypted, 0 w / metadata, 0 total
Performing wallet upgrade to 60000
breakout version v1.2.4.2 ()
Using OpenSSL version OpenSSL 1.0.1j 15 Oct 2014
Startup time: 01/30/16 08:46:25
Default data directory C: \ Users \ SL \ AppData \ Roaming \ Breakout
Used data directory C: \ Users \ SL \ AppData \ Roaming \ Breakout \ testnet
dbenv.open LogDir = C: \ Users \ SL \ AppData \ Roaming \ Breakout \ testnet \ database ErrorFile = C: \ Users \ SL \ AppData \ Roaming \ Breakout \ testnet \ db.log
Bound to 127.0.0.1:21698
TOR thread started.
AddLocal (rdcdhbvduipllvah.onion: 21698,6)
Loading block index ...
Opening LevelDB in C: \ Users \ SL \ AppData \ Roaming \ Breakout \ testnet \ txleveldb
Opened LevelDB successfully
CBlock (hash = 0000007746ebdefa50fcdc5c4dec278e4438ba4c402c36103a977ad4e62b8a3c, ver = 1, hashPrevBlock = 0000000000000000000000000000000000000000000000000000000000000000, hashMerkleRoot = 5d7659f87a6fd5423276a950326e1409c9c634e633193cd67a9f24d646c327f3, nTime = 1446015494, nBits = 1e00ffff, nNonce = 8131356, vtx = 1, vchBlockSig =)
Coinbase (hash = 5d7659f87a, nTime = 1446015494, ver = 1, color =
CTxIn (COutPoint (0000000000, 4294967295), coinbase 00209b0b8e8463494f414c715544229ffdd90da8f9a0589e1f9a8aaacaf37796bef404e00b64551 c427265616b6f757420636f696e2074696d657374616d702061736466)
CTxOut (empty)
vMerkleTree: 5d7659f87a
========== Genesis Block Details ==========
hashTarget == 0000000000000000000000000000000000000000000000000000000000000000
block.GetHash () == 0000007746ebdefa50fcdc5c4dec278e4438ba4c402c36103a977ad4e62b8a3c
block.hashMerkleRoot == 5d7659f87a6fd5423276a950326e1409c9c634e633193cd67a9f24d646c327f3
block.nTime = 1446015494
block.nNonce = 8131356
===========================================
SetBestChain: new best = 0000007746ebdefa50fcdc5c4dec278e4438ba4c402c36103a977ad4e62b8a3c height = 0 trust = 16777472 blocktrust = 16777472 date = 10/28/15 06:58:14
Block index loaded successfully.
block index 177ms
Loading wallet ...
nFileVersion = 1020402
Keys: 0 plaintext, 0 encrypted, 0 w / metadata, 0 total
Performing wallet upgrade to 60000
Bugfix Release 1.2.4.2
Download the new release from: https://github.com/multicurrency/Breakout-Releases/blob/master/README.md
These builds should solve the big problems, namely that the client seems to freeze when successfully importing the wallet.
One thing they won't fix is poor startup performance on Windows 64 bit. In some cases the startup will hang, in other cases it will hang and use a lot of CPU. A couple of restarts usually will get the client running.
To fix this, I plan on simply making a native 64 bit build. I have always used 32 bit to reach the widest possible audience, but the 64 bit systems have changed so much that they do not run 32 bit software very well. I will have 64 bit available for main net, but it may not happen for test net.
Thanks everyone for helping. I really am going to move on to the card lotteries now, unless any more problems crop up. Just remember, my builds currently support Linux 64 bit, OS X 6-11, and Windows NT-10 (32 & 64 bit). That's a lot of coverage, and it goes without saying that it is difficult to get everything working smoothly on all platforms.
Download the new release from: https://github.com/multicurrency/Breakout-Releases/blob/master/README.md
These builds should solve the big problems, namely that the client seems to freeze when successfully importing the wallet.
One thing they won't fix is poor startup performance on Windows 64 bit. In some cases the startup will hang, in other cases it will hang and use a lot of CPU. A couple of restarts usually will get the client running.
To fix this, I plan on simply making a native 64 bit build. I have always used 32 bit to reach the widest possible audience, but the 64 bit systems have changed so much that they do not run 32 bit software very well. I will have 64 bit available for main net, but it may not happen for test net.
Thanks everyone for helping. I really am going to move on to the card lotteries now, unless any more problems crop up. Just remember, my builds currently support Linux 64 bit, OS X 6-11, and Windows NT-10 (32 & 64 bit). That's a lot of coverage, and it goes without saying that it is difficult to get everything working smoothly on all platforms.
i did it, what now ?
Importing the encrypted key applies only to those who bought in the first Breakout Coin sale.
i did it, what now ?
what if i don't have encrypted wallet key in .json format ? i have only public&private keys.
Open breakout client console and give a try to this command:
Code:
importprivkey[label] [ticker]
what are [label] & [ticker] ?
[label] - any name you wish, like - 111, test or just leave it as is.
[ticker] - BRO/BRX, you need both, so do it twice
Code:
importprivkey[111] [BRO]
Code:
importprivkey[222] [BRX]
what if i don't have encrypted wallet key in .json format ? i have only public&private keys.
Open breakout client console and give a try to this command:
Code:
importprivkey[label] [ticker]
what are [label] & [ticker] ?
It took way more than a few minutes and in the end (after notification that the key was imported successfully) client just stuck unresponsive, left it for a few hours, but it didn't help. Then as last resort I terminated its process and restarted, now it works and I see ICO transaction+20%.
'Mock test'
The client's sticking seems to be due to my using a modal Qt dialog box to get the passphrase. Nothing in the documentation suggests that I am doing it wrong, but Qt is full of strange platform dependent quirks. This one pops up on Mac and Windows, but I have never seen it on Linux, where I do development. I am working to fix this problem so it doesn't plague users of the main net.
This is why we do test nets. Thank you for helping.
what if i don't have encrypted wallet key in .json format ? i have only public&private keys.
Open breakout client console and give a try to this command:
Code:
importprivkey[label] [ticker]
Jump to: