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Binaries for bitcoin Core version 0.13.0rc3 are available from:
https://bitcoin.org/bin/bitcoin-core-0.13.0/test.rc3/
Source code can be found on github under the signed tag
https://github.com/bitcoin/bitcoin/tree/v0.13.0rc3
This is a rel
I started work on the decoder. It works by comparing each cycle of the sine
wave recorded with a certain frequency (freq_t). The function that does
this currently returns the last sample that falls in that range over all
samples. The longest chain to match up with a certain frequency the best is
in
I think that regardless of merits protocol or limitations of protocols,
once they become used and stable they merit their place as a BIP.
I'd like to submit OA as is on flavien's repository, and update or reword
things once it is there. (so he can ACK easily and we can keep track of
changes instead
For reasons others have pointed out, it's not really plausible.
Either way, this has nothing to do with transmitting data over audio.
Please start a new thread if you want to discuss your idea instead of
hijacking this one. Thanks ;)
On Fri, Aug 12, 2016, 05:36 Erik Aronesty via bitcoin-dev <
bit
No, anyone with the bip32 public seed can do the same as the receiver as
"watch only". The only difference is rhat the receiver can actually spend
the coins. As gmaxwell explained, if it's expensive for everyone, it will
be also expensive for the receiver (assuming no interaction after the bip32
pu
> Yes. I think this limitation could be removed.
> A responding node can have – in theory – multiple identity-keys per
> network interface (network interfaces is also confusing, because you
> could run multiple bitcoind instances on the same interface with
> different ports).
>
> The BIP should ju
I'm imagining a "publishable seed" such that:
- someone can derive a random bitcoin address from it - and send funds to
it.
- the possible derived address space is large enough that generating all
possible addresses would be a barrier
- the receiver, however, knowing the private key, can easil