def dump_signatures(tx, tx_in, tx_out, idx, netcode, address_prefix, traceback_f, disassembly_level): signatures = [] for opcode in opcode_list(tx_in.script): if not opcode.startswith("OP_"): try: signatures.append(parse_signature_blob(h2b(opcode[1:-1]))) except UnexpectedDER: pass if signatures: sig_types_identical = (tuple(zip(*signatures))[1].count( signatures[0][1]) == len(signatures)) i = 1 if len(signatures) > 1 else '' for sig_pair, sig_type in signatures: print(" r{0}: {1:#x}\n s{0}: {2:#x}".format( i, *sig_pair)) if not sig_types_identical and tx_out: print(" z{}: {:#x} {}".format( i, tx.signature_hash(tx_out.script, idx, sig_type), sighash_type_to_string(sig_type))) if i: i += 1 if sig_types_identical and tx_out: print(" z:{} {:#x} {}".format( ' ' if i else '', tx.signature_hash(tx_out.script, idx, sig_type), sighash_type_to_string(sig_type)))
def dump_signatures(tx, tx_in, tx_out, idx, netcode, address_prefix, traceback_f, disassembly_level): signatures = [] for opcode in opcode_list(tx_in.script): if not opcode.startswith("OP_"): try: signatures.append(parse_signature_blob(h2b(opcode[1:-1]))) except UnexpectedDER: pass if signatures: sig_types_identical = ( tuple(zip(*signatures))[1].count(signatures[0][1]) == len(signatures)) i = 1 if len(signatures) > 1 else '' for sig_pair, sig_type in signatures: print(" r{0}: {1:#x}\n s{0}: {2:#x}".format(i, *sig_pair)) if not sig_types_identical and tx_out: print(" z{}: {:#x} {}".format(i, tx.signature_hash(tx_out.script, idx, sig_type), sighash_type_to_string(sig_type))) if i: i += 1 if sig_types_identical and tx_out: print(" z:{} {:#x} {}".format(' ' if i else '', tx.signature_hash( tx_out.script, idx, sig_type), sighash_type_to_string(sig_type)))
def dump_tx(tx, netcode, verbose_signature, disassembly_level, do_trace): address_prefix = address_prefix_for_netcode(netcode) tx_bin = stream_to_bytes(tx.stream) print("Version: %2d tx hash %s %d bytes " % (tx.version, tx.id(), len(tx_bin))) print("TxIn count: %d; TxOut count: %d" % (len(tx.txs_in), len(tx.txs_out))) if tx.lock_time == 0: meaning = "valid anytime" elif tx.lock_time < LOCKTIME_THRESHOLD: meaning = "valid after block index %d" % tx.lock_time else: when = datetime.datetime.utcfromtimestamp(tx.lock_time) meaning = "valid on or after %s utc" % when.isoformat() print("Lock time: %d (%s)" % (tx.lock_time, meaning)) print("Input%s:" % ('s' if len(tx.txs_in) != 1 else '')) missing_unspents = tx.missing_unspents() traceback_f = trace_script if do_trace else None for idx, tx_in in enumerate(tx.txs_in): if disassembly_level > 0: signature_for_hash_type_f = lambda hash_type, script: tx.signature_hash( script, idx, hash_type) if tx.is_coinbase(): print("%4d: COINBASE %12.5f mBTC" % (idx, satoshi_to_mbtc(tx.total_in()))) else: suffix = "" if tx.missing_unspent(idx): tx_out = None address = tx_in.bitcoin_address(address_prefix=address_prefix) else: tx_out = tx.unspents[idx] sig_result = " sig ok" if tx.is_signature_ok(idx, traceback_f=traceback_f) else " BAD SIG" suffix = " %12.5f mBTC %s" % (satoshi_to_mbtc(tx_out.coin_value), sig_result) address = tx_out.bitcoin_address(netcode=netcode) t = "%4d: %34s from %s:%-4d%s" % (idx, address, b2h_rev(tx_in.previous_hash), tx_in.previous_index, suffix) print(t.rstrip()) if disassembly_level > 0: out_script = b'' if tx_out: out_script = tx_out.script for (pre_annotations, pc, opcode, instruction, post_annotations) in \ disassemble_scripts(tx_in.script, out_script, signature_for_hash_type_f): for l in pre_annotations: print(" %s" % l) print( " %4x: %02x %s" % (pc, opcode, instruction)) for l in post_annotations: print(" %s" % l) if verbose_signature: signatures = [] for opcode in opcode_list(tx_in.script): if not opcode.startswith("OP_"): try: signatures.append(parse_signature_blob(h2b(opcode))) except UnexpectedDER: pass if signatures: sig_types_identical = (zip(*signatures)[1]).count(signatures[0][1]) == len(signatures) i = 1 if len(signatures) > 1 else '' for sig_pair, sig_type in signatures: print(" r{0}: {1:#x}\n s{0}: {2:#x}".format(i, *sig_pair)) if not sig_types_identical and tx_out: print(" z{}: {:#x} {}".format(i, tx.signature_hash(tx_out.script, idx, sig_type), sighash_type_to_string(sig_type))) if i: i += 1 if sig_types_identical and tx_out: print(" z:{} {:#x} {}".format(' ' if i else '', tx.signature_hash(tx_out.script, idx, sig_type), sighash_type_to_string(sig_type))) print("Output%s:" % ('s' if len(tx.txs_out) != 1 else '')) for idx, tx_out in enumerate(tx.txs_out): amount_mbtc = satoshi_to_mbtc(tx_out.coin_value) address = tx_out.bitcoin_address(netcode=netcode) or "(unknown)" print("%4d: %34s receives %12.5f mBTC" % (idx, address, amount_mbtc)) if disassembly_level > 0: for (pre_annotations, pc, opcode, instruction, post_annotations) in \ disassemble_scripts(b'', tx_out.script, signature_for_hash_type_f): for l in pre_annotations: print(" %s" % l) print( " %4x: %02x %s" % (pc, opcode, instruction)) for l in post_annotations: print(" %s" % l) if not missing_unspents: print("Total input %12.5f mBTC" % satoshi_to_mbtc(tx.total_in())) print( "Total output %12.5f mBTC" % satoshi_to_mbtc(tx.total_out())) if not missing_unspents: print("Total fees %12.5f mBTC" % satoshi_to_mbtc(tx.fee()))
def dump_tx(tx, netcode, verbose_signature, disassembly_level, do_trace, use_pdb): address_prefix = address_prefix_for_netcode(netcode) tx_bin = stream_to_bytes(tx.stream) # print("Tx_type:%2d" % tx.tx_type) if TransactionUtils.isCFTransation(tx): print("original_hash : %s" % tx.cf_header.original_hash) print("target_amount : %s" % tx.cf_header.target_amount) print("pubkey : %s" % tx.cf_header.pubkey) print("end_time : %s" % tx.cf_header.end_time) print("pre_hash : %s" % tx.cf_header.pre_hash) print("lack_amount : %s" % tx.cf_header.lack_amount) print("Version: %2d tx hash %s %d bytes " % (tx.version, tx.id(), len(tx_bin))) print("TransactionIn count: %d; TransactionOut count: %d" % (len(tx.txs_in), len(tx.txs_out))) if tx.lock_time == 0: meaning = "valid anytime" elif tx.lock_time < LOCKTIME_THRESHOLD: meaning = "valid after block index %d" % tx.lock_time else: when = datetime.datetime.utcfromtimestamp(tx.lock_time) meaning = "valid on or after %s utc" % when.isoformat() print("Lock time: %d (%s)" % (tx.lock_time, meaning)) print("Input%s:" % ('s' if len(tx.txs_in) != 1 else '')) missing_unspents = tx.missing_unspents() def trace_script(old_pc, opcode, data, stack, altstack, if_condition_stack, is_signature): from pycoin.tx.script.tools import disassemble_for_opcode_data print("%3d : %02x %s" % (old_pc, opcode, disassemble_for_opcode_data(opcode, data))) if use_pdb: import pdb from pycoin.serialize import b2h print("stack: [%s]" % ', '.join(b2h(s) for s in stack)) if len(altstack) > 0: print("altstack: %s" % altstack) if len(if_condition_stack) > 0: print("condition stack: %s" % ', '.join(int(s) for s in if_condition_stack)) pdb.set_trace() traceback_f = trace_script if do_trace or use_pdb else None for idx, tx_in in enumerate(tx.txs_in): if disassembly_level > 0: def signature_for_hash_type_f(hash_type, script): return tx.signature_hash(script, idx, hash_type) if tx.is_coinbase(): print("%4d: COINBASE %12.5f mBTC" % (idx, satoshi_to_mbtc(tx.total_in()))) else: suffix = "" if tx.missing_unspent(idx): tx_out = None address = tx_in.bitcoin_address(address_prefix=address_prefix) else: tx_out = tx.unspents[idx] sig_result = " sig ok" if tx.is_signature_ok( idx, traceback_f=traceback_f) else " BAD SIG" suffix = " %12.5f mBTC %s" % (satoshi_to_mbtc( tx_out.coin_value), sig_result) address = tx_out.bitcoin_address(netcode=netcode) t = "%4d: %34s from %s:%-4d%s" % (idx, address, b2h_rev(tx_in.previous_hash), tx_in.previous_index, suffix) print(t.rstrip()) if disassembly_level > 0: out_script = b'' if tx_out: out_script = tx_out.script for (pre_annotations, pc, opcode, instruction, post_annotations) in \ disassemble_scripts( tx_in.script, out_script, tx.lock_time, signature_for_hash_type_f): for l in pre_annotations: print(" %s" % l) print(" %4x: %02x %s" % (pc, opcode, instruction)) for l in post_annotations: print(" %s" % l) if verbose_signature: signatures = [] for opcode in opcode_list(tx_in.script): if not opcode.startswith("OP_"): try: signatures.append(parse_signature_blob( h2b(opcode))) except UnexpectedDER: pass if signatures: sig_types_identical = (zip(*signatures)[1]).count( signatures[0][1]) == len(signatures) i = 1 if len(signatures) > 1 else '' for sig_pair, sig_type in signatures: print(" r{0}: {1:#x}\n s{0}: {2:#x}".format( i, *sig_pair)) if not sig_types_identical and tx_out: print(" z{}: {:#x} {}".format( i, tx.signature_hash(tx_out.script, idx, sig_type), sighash_type_to_string(sig_type))) if i: i += 1 if sig_types_identical and tx_out: print(" z:{} {:#x} {}".format( ' ' if i else '', tx.signature_hash(tx_out.script, idx, sig_type), sighash_type_to_string(sig_type))) print("Output%s:" % ('s' if len(tx.txs_out) != 1 else '')) for idx, tx_out in enumerate(tx.txs_out): amount_mbtc = satoshi_to_mbtc(tx_out.coin_value) address = tx_out.bitcoin_address(netcode=netcode) or "(unknown)" print("%4d: %34s receives %12.5f mBTC" % (idx, address, amount_mbtc)) if disassembly_level > 0: for (pre_annotations, pc, opcode, instruction, post_annotations) in \ disassemble_scripts(b'', tx_out.script, tx.lock_time, signature_for_hash_type_f): for l in pre_annotations: print(" %s" % l) print(" %4x: %02x %s" % (pc, opcode, instruction)) for l in post_annotations: print(" %s" % l) if not missing_unspents: print("Total input %12.5f mBTC" % satoshi_to_mbtc(tx.total_in())) print("Total output %12.5f mBTC" % satoshi_to_mbtc(tx.total_out())) if not missing_unspents: print("Total fees %12.5f mBTC" % satoshi_to_mbtc(tx.fee()))