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Things are often equivalent but different types: 1. u8 arrays in libwally. 2. sha256 3. Secrets derived via sha256 4. txids Rather than open-coding a BUILD_ASSERT & memcpy, create a macro to do it. Signed-off-by: Rusty Russell <rusty@rustcorp.com.au> |
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.. | ||
test | ||
address.h | ||
base58.c | ||
base58.h | ||
block.c | ||
block.h | ||
chainparams.c | ||
chainparams.h | ||
feerate.c | ||
feerate.h | ||
locktime.c | ||
locktime.h | ||
Makefile | ||
preimage.c | ||
preimage.h | ||
privkey.c | ||
privkey.h | ||
psbt.c | ||
psbt.h | ||
pubkey.c | ||
pubkey.h | ||
README | ||
script.c | ||
script.h | ||
shadouble.c | ||
shadouble.h | ||
short_channel_id.c | ||
short_channel_id.h | ||
signature.c | ||
signature.h | ||
tx.c | ||
tx.h | ||
tx_parts.c | ||
tx_parts.h | ||
varint.c | ||
varint.h |
These are standard bitcoin manipulation routines which should be provided by any normal bitcoin library in whatever language you choose. The ones here are standalone ones taken from bitcoin core and some I wrote, many taken from bitcoin-iterate and pasted in here.