Bitcoin Core 30.99.0
P2P Digital Currency
orphanage_tests.cpp
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1// Copyright (c) 2011-2022 The Bitcoin Core developers
2// Distributed under the MIT software license, see the accompanying
3// file COPYING or http://www.opensource.org/licenses/mit-license.php.
4
5#include <arith_uint256.h>
6#include <consensus/validation.h>
7#include <node/txorphanage.h>
8#include <policy/policy.h>
9#include <primitives/transaction.h>
10#include <pubkey.h>
11#include <script/sign.h>
12#include <script/signingprovider.h>
13#include <test/util/random.h>
14#include <test/util/setup_common.h>
15#include <test/util/transaction_utils.h>
16
17#include <array>
18#include <cstdint>
19
20#include <boost/test/unit_test.hpp>
21
22BOOST_FIXTURE_TEST_SUITE(orphanage_tests, TestingSetup)
23
24static void MakeNewKeyWithFastRandomContext(CKey& key, FastRandomContext& rand_ctx)
25{
26 std::vector<unsigned char> keydata;
27 keydata = rand_ctx.randbytes(32);
28 key.Set(keydata.data(), keydata.data() + keydata.size(), /*fCompressedIn=*/true);
29 assert(key.IsValid());
30}
31
32// Creates a transaction with 2 outputs. Spends all outpoints. If outpoints is empty, spends a random one.
33static CTransactionRef MakeTransactionSpending(const std::vector<COutPoint>& outpoints, FastRandomContext& det_rand)
34{
35 CKey key;
36 MakeNewKeyWithFastRandomContext(key, det_rand);
37 CMutableTransaction tx;
38 // If no outpoints are given, create a random one.
39 if (outpoints.empty()) {
40 tx.vin.emplace_back(Txid::FromUint256(det_rand.rand256()), 0);
41 } else {
42 for (const auto& outpoint : outpoints) {
43 tx.vin.emplace_back(outpoint);
44 }
45 }
46 // Ensure txid != wtxid
47 tx.vin[0].scriptWitness.stack.push_back({1});
48 tx.vout.resize(2);
49 tx.vout[0].nValue = CENT;
50 tx.vout[0].scriptPubKey = GetScriptForDestination(PKHash(key.GetPubKey()));
51 tx.vout[1].nValue = 3 * CENT;
52 tx.vout[1].scriptPubKey = GetScriptForDestination(WitnessV0KeyHash(key.GetPubKey()));
53 return MakeTransactionRef(tx);
54}
55
56// Make another (not necessarily valid) tx with the same txid but different wtxid.
57static CTransactionRef MakeMutation(const CTransactionRef& ptx)
58{
59 CMutableTransaction tx(*ptx);
60 tx.vin[0].scriptWitness.stack.push_back({5});
61 auto mutated_tx = MakeTransactionRef(tx);
62 assert(ptx->GetHash() == mutated_tx->GetHash());
63 return mutated_tx;
64}
65
66static bool EqualTxns(const std::set<CTransactionRef>& set_txns, const std::vector<CTransactionRef>& vec_txns)
67{
68 if (vec_txns.size() != set_txns.size()) return false;
69 for (const auto& tx : vec_txns) {
70 if (!set_txns.contains(tx)) return false;
71 }
72 return true;
73}
74
75BOOST_AUTO_TEST_CASE(peer_dos_limits)
76{
77 FastRandomContext det_rand{true};
78
79 // Construct transactions to use. They must all be the same size.
80 static constexpr unsigned int NUM_TXNS_CREATED = 100;
81 static constexpr int64_t TX_SIZE{469};
82 static constexpr int64_t TOTAL_SIZE = NUM_TXNS_CREATED * TX_SIZE;
83
84 std::vector<CTransactionRef> txns;
85 txns.reserve(NUM_TXNS_CREATED);
86 // All transactions are the same size.
87 for (unsigned int i{0}; i < NUM_TXNS_CREATED; ++i) {
88 auto ptx = MakeTransactionSpending({}, det_rand);
89 txns.emplace_back(ptx);
90 BOOST_CHECK_EQUAL(TX_SIZE, GetTransactionWeight(*ptx));
91 }
92
93 // Single peer: eviction is triggered if either limit is hit
94 {
95 // Test announcement limits
96 NodeId peer{8};
97 auto orphanage_low_ann = node::MakeTxOrphanage(/*max_global_latency_score=*/1, /*reserved_peer_usage=*/TX_SIZE * 10);
98 auto orphanage_low_mem = node::MakeTxOrphanage(/*max_global_latency_score=*/10, /*reserved_peer_usage=*/TX_SIZE);
99
100 // Add the first transaction
101 orphanage_low_ann->AddTx(txns.at(0), peer);
102 orphanage_low_mem->AddTx(txns.at(0), peer);
103
104 // Add more. One of the limits is exceeded, so LimitOrphans evicts 1.
105 orphanage_low_ann->AddTx(txns.at(1), peer);
106 orphanage_low_mem->AddTx(txns.at(1), peer);
107
108 // The older transaction is evicted.
109 BOOST_CHECK(!orphanage_low_ann->HaveTx(txns.at(0)->GetWitnessHash()));
110 BOOST_CHECK(!orphanage_low_mem->HaveTx(txns.at(0)->GetWitnessHash()));
111 BOOST_CHECK(orphanage_low_ann->HaveTx(txns.at(1)->GetWitnessHash()));
112 BOOST_CHECK(orphanage_low_mem->HaveTx(txns.at(1)->GetWitnessHash()));
113
114 orphanage_low_ann->SanityCheck();
115 orphanage_low_mem->SanityCheck();
116 }
117
118 // Single peer: latency score includes inputs
119 {
120 // Test latency score limits
121 NodeId peer{10};
122 auto orphanage_low_ann = node::MakeTxOrphanage(/*max_global_latency_score=*/5, /*reserved_peer_usage=*/TX_SIZE * 1000);
123
124 // Add the first transaction
125 orphanage_low_ann->AddTx(txns.at(0), peer);
126
127 // Add 1 more transaction with 45 inputs. Even though there are only 2 announcements, this pushes the orphanage above its maximum latency score.
128 std::vector<COutPoint> outpoints_45;
129 for (unsigned int j{0}; j < 45; ++j) {
130 outpoints_45.emplace_back(Txid::FromUint256(det_rand.rand256()), j);
131 }
132 auto ptx = MakeTransactionSpending(outpoints_45, det_rand);
133 orphanage_low_ann->AddTx(ptx, peer);
134
135 // The older transaction is evicted.
136 BOOST_CHECK(!orphanage_low_ann->HaveTx(txns.at(0)->GetWitnessHash()));
137 BOOST_CHECK(orphanage_low_ann->HaveTx(ptx->GetWitnessHash()));
138
139 orphanage_low_ann->SanityCheck();
140 }
141
142 // Single peer: eviction order is FIFO on non-reconsiderable, then reconsiderable orphans.
143 {
144 // Construct parent + child pairs
145 std::vector<CTransactionRef> parents;
146 std::vector<CTransactionRef> children;
147 for (unsigned int i{0}; i < 10; ++i) {
148 CTransactionRef parent = MakeTransactionSpending({}, det_rand);
149 CTransactionRef child = MakeTransactionSpending({{parent->GetHash(), 0}}, det_rand);
150 parents.emplace_back(parent);
151 children.emplace_back(child);
152 }
153
154 // Test announcement limits
155 NodeId peer{9};
156 auto orphanage = node::MakeTxOrphanage(/*max_global_latency_score=*/3, /*reserved_peer_usage=*/TX_SIZE * 10);
157
158 // First add a tx which will be made reconsiderable.
159 orphanage->AddTx(children.at(0), peer);
160
161 // Then add 2 more orphans... not oversize yet.
162 orphanage->AddTx(children.at(1), peer);
163 orphanage->AddTx(children.at(2), peer);
164
165 // Make child0 ready to reconsider
166 const std::vector<std::pair<Wtxid, NodeId>> expected_set_c0{std::make_pair(children.at(0)->GetWitnessHash(), peer)};
167 BOOST_CHECK(orphanage->AddChildrenToWorkSet(*parents.at(0), det_rand) == expected_set_c0);
168 BOOST_CHECK(orphanage->HaveTxToReconsider(peer));
169
170 // Add 1 more orphan, causing the orphanage to be oversize. child1 is evicted.
171 orphanage->AddTx(children.at(3), peer);
172 BOOST_CHECK(orphanage->HaveTx(children.at(0)->GetWitnessHash()));
173 BOOST_CHECK(!orphanage->HaveTx(children.at(1)->GetWitnessHash()));
174 BOOST_CHECK(orphanage->HaveTx(children.at(2)->GetWitnessHash()));
175 BOOST_CHECK(orphanage->HaveTx(children.at(3)->GetWitnessHash()));
176 orphanage->SanityCheck();
177
178 // Add 1 more... child2 is evicted.
179 orphanage->AddTx(children.at(4), peer);
180 BOOST_CHECK(orphanage->HaveTx(children.at(0)->GetWitnessHash()));
181 BOOST_CHECK(!orphanage->HaveTx(children.at(2)->GetWitnessHash()));
182 BOOST_CHECK(orphanage->HaveTx(children.at(3)->GetWitnessHash()));
183 BOOST_CHECK(orphanage->HaveTx(children.at(4)->GetWitnessHash()));
184
185 // Eviction order is FIFO within the orphans that are read
186 const std::vector<std::pair<Wtxid, NodeId>> expected_set_c4{std::make_pair(children.at(4)->GetWitnessHash(), peer)};
187 BOOST_CHECK(orphanage->AddChildrenToWorkSet(*parents.at(4), det_rand) == expected_set_c4);
188 const std::vector<std::pair<Wtxid, NodeId>> expected_set_c3{std::make_pair(children.at(3)->GetWitnessHash(), peer)};
189 BOOST_CHECK(orphanage->AddChildrenToWorkSet(*parents.at(3), det_rand) == expected_set_c3);
190
191 // child5 is evicted immediately because it is the only non-reconsiderable orphan.
192 orphanage->AddTx(children.at(5), peer);
193 BOOST_CHECK(orphanage->HaveTx(children.at(0)->GetWitnessHash()));
194 BOOST_CHECK(orphanage->HaveTx(children.at(3)->GetWitnessHash()));
195 BOOST_CHECK(orphanage->HaveTx(children.at(4)->GetWitnessHash()));
196 BOOST_CHECK(!orphanage->HaveTx(children.at(5)->GetWitnessHash()));
197
198 // Transactions are marked non-reconsiderable again when returned through GetTxToReconsider
199 BOOST_CHECK_EQUAL(orphanage->GetTxToReconsider(peer), children.at(0));
200 orphanage->AddTx(children.at(6), peer);
201 BOOST_CHECK(!orphanage->HaveTx(children.at(0)->GetWitnessHash()));
202 BOOST_CHECK(orphanage->HaveTx(children.at(3)->GetWitnessHash()));
203 BOOST_CHECK(orphanage->HaveTx(children.at(4)->GetWitnessHash()));
204 BOOST_CHECK(orphanage->HaveTx(children.at(6)->GetWitnessHash()));
205
206 // The first transaction returned from GetTxToReconsider is the older one, not the one that was marked for
207 // reconsideration earlier.
208 BOOST_CHECK_EQUAL(orphanage->GetTxToReconsider(peer), children.at(3));
209 BOOST_CHECK_EQUAL(orphanage->GetTxToReconsider(peer), children.at(4));
210
211 orphanage->SanityCheck();
212 }
213
214 // Multiple peers: when limit is exceeded, we choose the DoSiest peer and evict their oldest transaction.
215 {
216 NodeId peer_dosy{0};
217 NodeId peer1{1};
218 NodeId peer2{2};
219
220 unsigned int max_announcements = 60;
221 // Set a high per-peer reservation so announcement limit is always hit first.
222 auto orphanage = node::MakeTxOrphanage(max_announcements, TOTAL_SIZE * 10);
223
224 // No evictions happen before the global limit is reached.
225 for (unsigned int i{0}; i < max_announcements; ++i) {
226 orphanage->AddTx(txns.at(i), peer_dosy);
227 }
228 orphanage->SanityCheck();
229 BOOST_CHECK_EQUAL(orphanage->AnnouncementsFromPeer(peer_dosy), max_announcements);
230 BOOST_CHECK_EQUAL(orphanage->AnnouncementsFromPeer(peer1), 0);
231 BOOST_CHECK_EQUAL(orphanage->AnnouncementsFromPeer(peer2), 0);
232
233 // Add 10 unique transactions from peer1.
234 // LimitOrphans should evict from peer_dosy, because that's the one exceeding announcement limits.
235 unsigned int num_from_peer1 = 10;
236 for (unsigned int i{0}; i < num_from_peer1; ++i) {
237 orphanage->AddTx(txns.at(max_announcements + i), peer1);
238 // The announcement limit per peer has halved, but LimitOrphans does not evict beyond what is necessary to
239 // bring the total announcements within its global limit.
240 BOOST_CHECK(orphanage->AnnouncementsFromPeer(peer_dosy) > orphanage->MaxPeerLatencyScore());
241
242 BOOST_CHECK_EQUAL(orphanage->AnnouncementsFromPeer(peer1), i + 1);
243 BOOST_CHECK_EQUAL(orphanage->AnnouncementsFromPeer(peer_dosy), max_announcements - i - 1);
244
245 // Evictions are FIFO within a peer, so the ith transaction sent by peer_dosy is the one that was evicted.
246 BOOST_CHECK(!orphanage->HaveTx(txns.at(i)->GetWitnessHash()));
247 }
248 // Add 10 transactions that are duplicates of the ones sent by peer_dosy. We need to add 10 because the first 10
249 // were just evicted in the previous block additions.
250 for (unsigned int i{num_from_peer1}; i < num_from_peer1 + 10; ++i) {
251 // Tx has already been sent by peer_dosy
252 BOOST_CHECK(orphanage->HaveTxFromPeer(txns.at(i)->GetWitnessHash(), peer_dosy));
253 orphanage->AddTx(txns.at(i), peer2);
254
255 // peer_dosy is still the only one getting evicted
256 BOOST_CHECK_EQUAL(orphanage->AnnouncementsFromPeer(peer_dosy), max_announcements - i - 1);
257 BOOST_CHECK_EQUAL(orphanage->AnnouncementsFromPeer(peer1), num_from_peer1);
258 BOOST_CHECK_EQUAL(orphanage->AnnouncementsFromPeer(peer2), i + 1 - num_from_peer1);
259
260 // Evictions are FIFO within a peer, so the ith transaction sent by peer_dosy is the one that was evicted.
261 BOOST_CHECK(!orphanage->HaveTxFromPeer(txns.at(i)->GetWitnessHash(), peer_dosy));
262 BOOST_CHECK(orphanage->HaveTx(txns.at(i)->GetWitnessHash()));
263 }
264
265 // With 6 peers, each can add 10, and still only peer_dosy's orphans are evicted.
266 const unsigned int max_per_peer{max_announcements / 6};
267 const unsigned int num_announcements{orphanage->CountAnnouncements()};
268 for (NodeId peer{3}; peer < 6; ++peer) {
269 for (unsigned int i{0}; i < max_per_peer; ++i) {
270 // Each addition causes 1 eviction.
271 orphanage->AddTx(txns.at(peer * max_per_peer + i), peer);
272 BOOST_CHECK_EQUAL(orphanage->CountAnnouncements(), num_announcements);
273 }
274 }
275 for (NodeId peer{0}; peer < 6; ++peer) {
276 BOOST_CHECK_EQUAL(orphanage->AnnouncementsFromPeer(peer), max_per_peer);
277 }
278 orphanage->SanityCheck();
279 }
280
281 // Limits change as more peers are added.
282 {
283 auto orphanage{node::MakeTxOrphanage()};
284 // These stay the same regardless of number of peers
285 BOOST_CHECK_EQUAL(orphanage->MaxGlobalLatencyScore(), node::DEFAULT_MAX_ORPHANAGE_LATENCY_SCORE);
286 BOOST_CHECK_EQUAL(orphanage->ReservedPeerUsage(), node::DEFAULT_RESERVED_ORPHAN_WEIGHT_PER_PEER);
287
288 // These change with number of peers
289 BOOST_CHECK_EQUAL(orphanage->MaxGlobalUsage(), node::DEFAULT_RESERVED_ORPHAN_WEIGHT_PER_PEER);
290 BOOST_CHECK_EQUAL(orphanage->MaxPeerLatencyScore(), node::DEFAULT_MAX_ORPHANAGE_LATENCY_SCORE);
291
292 // Number of peers = 1
293 orphanage->AddTx(txns.at(0), 0);
294 BOOST_CHECK_EQUAL(orphanage->MaxGlobalLatencyScore(), node::DEFAULT_MAX_ORPHANAGE_LATENCY_SCORE);
295 BOOST_CHECK_EQUAL(orphanage->ReservedPeerUsage(), node::DEFAULT_RESERVED_ORPHAN_WEIGHT_PER_PEER);
296 BOOST_CHECK_EQUAL(orphanage->MaxGlobalUsage(), node::DEFAULT_RESERVED_ORPHAN_WEIGHT_PER_PEER);
297 BOOST_CHECK_EQUAL(orphanage->MaxPeerLatencyScore(), node::DEFAULT_MAX_ORPHANAGE_LATENCY_SCORE);
298
299 // Number of peers = 2
300 orphanage->AddTx(txns.at(1), 1);
301 BOOST_CHECK_EQUAL(orphanage->MaxGlobalLatencyScore(), node::DEFAULT_MAX_ORPHANAGE_LATENCY_SCORE);
302 BOOST_CHECK_EQUAL(orphanage->ReservedPeerUsage(), node::DEFAULT_RESERVED_ORPHAN_WEIGHT_PER_PEER);
303 BOOST_CHECK_EQUAL(orphanage->MaxGlobalUsage(), node::DEFAULT_RESERVED_ORPHAN_WEIGHT_PER_PEER * 2);
304 BOOST_CHECK_EQUAL(orphanage->MaxPeerLatencyScore(), node::DEFAULT_MAX_ORPHANAGE_LATENCY_SCORE / 2);
305
306 // Number of peers = 3
307 orphanage->AddTx(txns.at(2), 2);
308 BOOST_CHECK_EQUAL(orphanage->MaxGlobalLatencyScore(), node::DEFAULT_MAX_ORPHANAGE_LATENCY_SCORE);
309 BOOST_CHECK_EQUAL(orphanage->ReservedPeerUsage(), node::DEFAULT_RESERVED_ORPHAN_WEIGHT_PER_PEER);
310 BOOST_CHECK_EQUAL(orphanage->MaxGlobalUsage(), node::DEFAULT_RESERVED_ORPHAN_WEIGHT_PER_PEER * 3);
311 BOOST_CHECK_EQUAL(orphanage->MaxPeerLatencyScore(), node::DEFAULT_MAX_ORPHANAGE_LATENCY_SCORE / 3);
312
313 // Number of peers didn't change.
314 orphanage->AddTx(txns.at(3), 2);
315 BOOST_CHECK_EQUAL(orphanage->MaxGlobalLatencyScore(), node::DEFAULT_MAX_ORPHANAGE_LATENCY_SCORE);
316 BOOST_CHECK_EQUAL(orphanage->ReservedPeerUsage(), node::DEFAULT_RESERVED_ORPHAN_WEIGHT_PER_PEER);
317 BOOST_CHECK_EQUAL(orphanage->MaxGlobalUsage(), node::DEFAULT_RESERVED_ORPHAN_WEIGHT_PER_PEER * 3);
318 BOOST_CHECK_EQUAL(orphanage->MaxPeerLatencyScore(), node::DEFAULT_MAX_ORPHANAGE_LATENCY_SCORE / 3);
319
320 // Once a peer has no orphans, it is not considered in the limits.
321 // Number of peers = 2
322 orphanage->EraseForPeer(2);
323 BOOST_CHECK_EQUAL(orphanage->MaxGlobalLatencyScore(), node::DEFAULT_MAX_ORPHANAGE_LATENCY_SCORE);
324 BOOST_CHECK_EQUAL(orphanage->ReservedPeerUsage(), node::DEFAULT_RESERVED_ORPHAN_WEIGHT_PER_PEER);
325 BOOST_CHECK_EQUAL(orphanage->MaxGlobalUsage(), node::DEFAULT_RESERVED_ORPHAN_WEIGHT_PER_PEER * 2);
326 BOOST_CHECK_EQUAL(orphanage->MaxPeerLatencyScore(), node::DEFAULT_MAX_ORPHANAGE_LATENCY_SCORE / 2);
327
328 // Number of peers = 1
329 orphanage->EraseTx(txns.at(0)->GetWitnessHash());
330 BOOST_CHECK_EQUAL(orphanage->MaxGlobalLatencyScore(), node::DEFAULT_MAX_ORPHANAGE_LATENCY_SCORE);
331 BOOST_CHECK_EQUAL(orphanage->ReservedPeerUsage(), node::DEFAULT_RESERVED_ORPHAN_WEIGHT_PER_PEER);
332 BOOST_CHECK_EQUAL(orphanage->MaxGlobalUsage(), node::DEFAULT_RESERVED_ORPHAN_WEIGHT_PER_PEER);
333 BOOST_CHECK_EQUAL(orphanage->MaxPeerLatencyScore(), node::DEFAULT_MAX_ORPHANAGE_LATENCY_SCORE);
334
335 orphanage->SanityCheck();
336 }
337
338 // Test eviction of multiple transactions at a time
339 {
340 // Create a large transaction that is 10 times larger than the normal size transaction.
341 CMutableTransaction tx_large;
342 tx_large.vin.resize(1);
343 BulkTransaction(tx_large, 10 * TX_SIZE);
344 auto ptx_large = MakeTransactionRef(tx_large);
345
346 const auto large_tx_size = GetTransactionWeight(*ptx_large);
347 BOOST_CHECK(large_tx_size > 10 * TX_SIZE);
348 BOOST_CHECK(large_tx_size < 11 * TX_SIZE);
349
350 auto orphanage = node::MakeTxOrphanage(20, large_tx_size);
351 // One peer sends 10 normal size transactions. The other peer sends 10 normal transactions and 1 very large one
352 NodeId peer_normal{0};
353 NodeId peer_large{1};
354 for (unsigned int i = 0; i < 20; i++) {
355 orphanage->AddTx(txns.at(i), i < 10 ? peer_normal : peer_large);
356 }
357 BOOST_CHECK(orphanage->TotalLatencyScore() <= orphanage->MaxGlobalLatencyScore());
358 BOOST_CHECK(orphanage->TotalOrphanUsage() <= orphanage->MaxGlobalUsage());
359
360 // Add the large transaction. This should cause evictions of all the previous 10 transactions from that peer.
361 orphanage->AddTx(ptx_large, peer_large);
362
363 // peer_normal should still have 10 transactions, and peer_large should have 1.
364 BOOST_CHECK_EQUAL(orphanage->AnnouncementsFromPeer(peer_normal), 10);
365 BOOST_CHECK_EQUAL(orphanage->AnnouncementsFromPeer(peer_large), 1);
366 BOOST_CHECK(orphanage->HaveTxFromPeer(ptx_large->GetWitnessHash(), peer_large));
367 BOOST_CHECK_EQUAL(orphanage->CountAnnouncements(), 11);
368
369 orphanage->SanityCheck();
370 }
371
372 // Test that latency score includes number of inputs.
373 {
374 auto orphanage = node::MakeTxOrphanage();
375
376 // Add 10 transactions with 9 inputs each.
377 std::vector<COutPoint> outpoints_9;
378 for (unsigned int j{0}; j < 9; ++j) {
379 outpoints_9.emplace_back(Txid::FromUint256(m_rng.rand256()), j);
380 }
381 for (unsigned int i{0}; i < 10; ++i) {
382 auto ptx = MakeTransactionSpending(outpoints_9, m_rng);
383 orphanage->AddTx(ptx, 0);
384 }
385 BOOST_CHECK_EQUAL(orphanage->CountAnnouncements(), 10);
386 BOOST_CHECK_EQUAL(orphanage->TotalLatencyScore(), 10);
387
388 // Add 10 transactions with 50 inputs each.
389 std::vector<COutPoint> outpoints_50;
390 for (unsigned int j{0}; j < 50; ++j) {
391 outpoints_50.emplace_back(Txid::FromUint256(m_rng.rand256()), j);
392 }
393
394 for (unsigned int i{0}; i < 10; ++i) {
395 CMutableTransaction tx;
396 std::shuffle(outpoints_50.begin(), outpoints_50.end(), m_rng);
397 auto ptx = MakeTransactionSpending(outpoints_50, m_rng);
398 BOOST_CHECK(orphanage->AddTx(ptx, 0));
399 if (i < 5) BOOST_CHECK(!orphanage->AddTx(ptx, 1));
400 }
401 // 10 of the 9-input transactions + 10 of the 50-input transactions + 5 more announcements of the 50-input transactions
402 BOOST_CHECK_EQUAL(orphanage->CountAnnouncements(), 25);
403 // Base of 25 announcements, plus 10 * 5 for the 50-input transactions (counted just once)
404 BOOST_CHECK_EQUAL(orphanage->TotalLatencyScore(), 25 + 50);
405
406 // Peer 0 sent all 20 transactions
407 BOOST_CHECK_EQUAL(orphanage->AnnouncementsFromPeer(0), 20);
408 BOOST_CHECK_EQUAL(orphanage->LatencyScoreFromPeer(0), 20 + 10 * 5);
409
410 // Peer 1 sent 5 of the 10 transactions with many inputs
411 BOOST_CHECK_EQUAL(orphanage->AnnouncementsFromPeer(1), 5);
412 BOOST_CHECK_EQUAL(orphanage->LatencyScoreFromPeer(1), 5 + 5 * 5);
413
414 orphanage->SanityCheck();
415 }
416}
417BOOST_AUTO_TEST_CASE(DoS_mapOrphans)
418{
419 // This test had non-deterministic coverage due to
420 // randomly selected seeds.
421 // This seed is chosen so that all branches of the function
422 // ecdsa_signature_parse_der_lax are executed during this test.
423 // Specifically branches that run only when an ECDSA
424 // signature's R and S values have leading zeros.
425 m_rng.Reseed(uint256{33});
426
427 std::unique_ptr<node::TxOrphanage> orphanage{node::MakeTxOrphanage()};
428 CKey key;
429 MakeNewKeyWithFastRandomContext(key, m_rng);
430 FillableSigningProvider keystore;
431 BOOST_CHECK(keystore.AddKey(key));
432
433 // Freeze time for length of test
434 auto now{GetTime<std::chrono::seconds>()};
435 SetMockTime(now);
436
437 std::vector<CTransactionRef> orphans_added;
438
439 // 50 orphan transactions:
440 for (int i = 0; i < 50; i++)
441 {
442 CMutableTransaction tx;
443 tx.vin.resize(1);
444 tx.vin[0].prevout.n = 0;
445 tx.vin[0].prevout.hash = Txid::FromUint256(m_rng.rand256());
446 tx.vin[0].scriptSig << OP_1;
447 tx.vout.resize(1);
448 tx.vout[0].nValue = i*CENT;
449 tx.vout[0].scriptPubKey = GetScriptForDestination(PKHash(key.GetPubKey()));
450
451 auto ptx = MakeTransactionRef(tx);
452 orphanage->AddTx(ptx, i);
453 orphans_added.emplace_back(ptx);
454 }
455
456 // ... and 50 that depend on other orphans:
457 for (int i = 0; i < 50; i++)
458 {
459 const auto& txPrev = orphans_added[m_rng.randrange(orphans_added.size())];
460
461 CMutableTransaction tx;
462 tx.vin.resize(1);
463 tx.vin[0].prevout.n = 0;
464 tx.vin[0].prevout.hash = txPrev->GetHash();
465 tx.vout.resize(1);
466 tx.vout[0].nValue = i*CENT;
467 tx.vout[0].scriptPubKey = GetScriptForDestination(PKHash(key.GetPubKey()));
468 SignatureData empty;
469 BOOST_CHECK(SignSignature(keystore, *txPrev, tx, 0, SIGHASH_ALL, empty));
470
471 auto ptx = MakeTransactionRef(tx);
472 orphanage->AddTx(ptx, i);
473 orphans_added.emplace_back(ptx);
474 }
475
476 // This really-big orphan should be ignored:
477 for (int i = 0; i < 10; i++)
478 {
479 const auto& txPrev = orphans_added[m_rng.randrange(orphans_added.size())];
480
481 CMutableTransaction tx;
482 tx.vout.resize(1);
483 tx.vout[0].nValue = 1*CENT;
484 tx.vout[0].scriptPubKey = GetScriptForDestination(PKHash(key.GetPubKey()));
485 tx.vin.resize(2777);
486 for (unsigned int j = 0; j < tx.vin.size(); j++)
487 {
488 tx.vin[j].prevout.n = j;
489 tx.vin[j].prevout.hash = txPrev->GetHash();
490 }
491 SignatureData empty;
492 BOOST_CHECK(SignSignature(keystore, *txPrev, tx, 0, SIGHASH_ALL, empty));
493 // Reuse same signature for other inputs
494 // (they don't have to be valid for this test)
495 for (unsigned int j = 1; j < tx.vin.size(); j++)
496 tx.vin[j].scriptSig = tx.vin[0].scriptSig;
497
498 BOOST_CHECK(!orphanage->AddTx(MakeTransactionRef(tx), i));
499 }
500
501 size_t expected_num_orphans = orphanage->CountUniqueOrphans();
502
503 // Non-existent peer; nothing should be deleted
504 orphanage->EraseForPeer(/*peer=*/-1);
505 BOOST_CHECK_EQUAL(orphanage->CountUniqueOrphans(), expected_num_orphans);
506
507 // Each of first three peers stored
508 // two transactions each.
509 for (NodeId i = 0; i < 3; i++)
510 {
511 orphanage->EraseForPeer(i);
512 expected_num_orphans -= 2;
513 BOOST_CHECK_EQUAL(orphanage->CountUniqueOrphans(), expected_num_orphans);
514 }
515}
516
517BOOST_AUTO_TEST_CASE(same_txid_diff_witness)
518{
519 FastRandomContext det_rand{true};
520 std::unique_ptr<node::TxOrphanage> orphanage{node::MakeTxOrphanage()};
521 NodeId peer{0};
522
523 std::vector<COutPoint> empty_outpoints;
524 auto parent = MakeTransactionSpending(empty_outpoints, det_rand);
525
526 // Create children to go into orphanage.
527 auto child_normal = MakeTransactionSpending({{parent->GetHash(), 0}}, det_rand);
528 auto child_mutated = MakeMutation(child_normal);
529
530 const auto& normal_wtxid = child_normal->GetWitnessHash();
531 const auto& mutated_wtxid = child_mutated->GetWitnessHash();
532 BOOST_CHECK(normal_wtxid != mutated_wtxid);
533
534 BOOST_CHECK(orphanage->AddTx(child_normal, peer));
535 // EraseTx fails as transaction by this wtxid doesn't exist.
536 BOOST_CHECK_EQUAL(orphanage->EraseTx(mutated_wtxid), 0);
537 BOOST_CHECK(orphanage->HaveTx(normal_wtxid));
538 BOOST_CHECK(orphanage->GetTx(normal_wtxid) == child_normal);
539 BOOST_CHECK(!orphanage->HaveTx(mutated_wtxid));
540 BOOST_CHECK(orphanage->GetTx(mutated_wtxid) == nullptr);
541
542 // Must succeed. Both transactions should be present in orphanage.
543 BOOST_CHECK(orphanage->AddTx(child_mutated, peer));
544 BOOST_CHECK(orphanage->HaveTx(normal_wtxid));
545 BOOST_CHECK(orphanage->HaveTx(mutated_wtxid));
546
547 // Outpoints map should track all entries: check that both are returned as children of the parent.
548 std::set<CTransactionRef> expected_children{child_normal, child_mutated};
549 BOOST_CHECK(EqualTxns(expected_children, orphanage->GetChildrenFromSamePeer(parent, peer)));
550
551 // Erase by wtxid: mutated first
552 BOOST_CHECK_EQUAL(orphanage->EraseTx(mutated_wtxid), 1);
553 BOOST_CHECK(orphanage->HaveTx(normal_wtxid));
554 BOOST_CHECK(!orphanage->HaveTx(mutated_wtxid));
555
556 BOOST_CHECK_EQUAL(orphanage->EraseTx(normal_wtxid), 1);
557 BOOST_CHECK(!orphanage->HaveTx(normal_wtxid));
558 BOOST_CHECK(!orphanage->HaveTx(mutated_wtxid));
559}
560
561
562BOOST_AUTO_TEST_CASE(get_children)
563{
564 FastRandomContext det_rand{true};
565 std::vector<COutPoint> empty_outpoints;
566
567 auto parent1 = MakeTransactionSpending(empty_outpoints, det_rand);
568 auto parent2 = MakeTransactionSpending(empty_outpoints, det_rand);
569
570 // Make sure these parents have different txids otherwise this test won't make sense.
571 while (parent1->GetHash() == parent2->GetHash()) {
572 parent2 = MakeTransactionSpending(empty_outpoints, det_rand);
573 }
574
575 // Create children to go into orphanage.
576 auto child_p1n0 = MakeTransactionSpending({{parent1->GetHash(), 0}}, det_rand);
577 auto child_p2n1 = MakeTransactionSpending({{parent2->GetHash(), 1}}, det_rand);
578 // Spends the same tx twice. Should not cause duplicates.
579 auto child_p1n0_p1n1 = MakeTransactionSpending({{parent1->GetHash(), 0}, {parent1->GetHash(), 1}}, det_rand);
580 // Spends the same outpoint as previous tx. Should still be returned; don't assume outpoints are unique.
581 auto child_p1n0_p2n0 = MakeTransactionSpending({{parent1->GetHash(), 0}, {parent2->GetHash(), 0}}, det_rand);
582
583 const NodeId node0{0};
584 const NodeId node1{1};
585 const NodeId node2{2};
586 const NodeId node3{3};
587
588 // All orphans provided by node1
589 {
590 auto orphanage{node::MakeTxOrphanage()};
591 BOOST_CHECK(orphanage->AddTx(child_p1n0, node1));
592 BOOST_CHECK(orphanage->AddTx(child_p2n1, node1));
593 BOOST_CHECK(orphanage->AddTx(child_p1n0_p1n1, node1));
594 BOOST_CHECK(orphanage->AddTx(child_p1n0_p2n0, node1));
595
596 // Also add some other announcers for the same transactions
597 BOOST_CHECK(!orphanage->AddTx(child_p1n0_p1n1, node0));
598 BOOST_CHECK(!orphanage->AddTx(child_p2n1, node0));
599 BOOST_CHECK(!orphanage->AddTx(child_p1n0, node3));
600
601
602 std::vector<CTransactionRef> expected_parent1_children{child_p1n0_p2n0, child_p1n0_p1n1, child_p1n0};
603 std::vector<CTransactionRef> expected_parent2_children{child_p1n0_p2n0, child_p2n1};
604
605 BOOST_CHECK(expected_parent1_children == orphanage->GetChildrenFromSamePeer(parent1, node1));
606 BOOST_CHECK(expected_parent2_children == orphanage->GetChildrenFromSamePeer(parent2, node1));
607
608 // The peer must match
609 BOOST_CHECK(orphanage->GetChildrenFromSamePeer(parent1, node2).empty());
610 BOOST_CHECK(orphanage->GetChildrenFromSamePeer(parent2, node2).empty());
611
612 // There shouldn't be any children of this tx in the orphanage
613 BOOST_CHECK(orphanage->GetChildrenFromSamePeer(child_p1n0_p2n0, node1).empty());
614 BOOST_CHECK(orphanage->GetChildrenFromSamePeer(child_p1n0_p2n0, node2).empty());
615 }
616
617 // Orphans provided by node1 and node2
618 {
619 std::unique_ptr<node::TxOrphanage> orphanage{node::MakeTxOrphanage()};
620 BOOST_CHECK(orphanage->AddTx(child_p1n0, node1));
621 BOOST_CHECK(orphanage->AddTx(child_p2n1, node1));
622 BOOST_CHECK(orphanage->AddTx(child_p1n0_p1n1, node2));
623 BOOST_CHECK(orphanage->AddTx(child_p1n0_p2n0, node2));
624
625 // +----------------+---------------+----------------------------------+
626 // | | sender=node1 | sender=node2 |
627 // +----------------+---------------+----------------------------------+
628 // | spends parent1 | child_p1n0 | child_p1n0_p1n1, child_p1n0_p2n0 |
629 // | spends parent2 | child_p2n1 | child_p1n0_p2n0 |
630 // +----------------+---------------+----------------------------------+
631
632 // Children of parent1 from node1:
633 {
634 std::set<CTransactionRef> expected_parent1_node1{child_p1n0};
635
636 BOOST_CHECK_EQUAL(orphanage->GetChildrenFromSamePeer(parent1, node1).size(), 1);
637 BOOST_CHECK(orphanage->HaveTxFromPeer(child_p1n0->GetWitnessHash(), node1));
638 BOOST_CHECK(EqualTxns(expected_parent1_node1, orphanage->GetChildrenFromSamePeer(parent1, node1)));
639 }
640
641 // Children of parent2 from node1:
642 {
643 std::set<CTransactionRef> expected_parent2_node1{child_p2n1};
644
645 BOOST_CHECK(EqualTxns(expected_parent2_node1, orphanage->GetChildrenFromSamePeer(parent2, node1)));
646 }
647
648 // Children of parent1 from node2: newest returned first.
649 {
650 std::vector<CTransactionRef> expected_parent1_node2{child_p1n0_p2n0, child_p1n0_p1n1};
651 BOOST_CHECK(orphanage->HaveTxFromPeer(child_p1n0_p1n1->GetWitnessHash(), node2));
652 BOOST_CHECK(orphanage->HaveTxFromPeer(child_p1n0_p2n0->GetWitnessHash(), node2));
653 BOOST_CHECK(expected_parent1_node2 == orphanage->GetChildrenFromSamePeer(parent1, node2));
654 }
655
656 // Children of parent2 from node2:
657 {
658 std::set<CTransactionRef> expected_parent2_node2{child_p1n0_p2n0};
659
660 BOOST_CHECK_EQUAL(1, orphanage->GetChildrenFromSamePeer(parent2, node2).size());
661 BOOST_CHECK(orphanage->HaveTxFromPeer(child_p1n0_p2n0->GetWitnessHash(), node2));
662 BOOST_CHECK(EqualTxns(expected_parent2_node2, orphanage->GetChildrenFromSamePeer(parent2, node2)));
663 }
664 }
665}
666
667BOOST_AUTO_TEST_CASE(too_large_orphan_tx)
668{
669 std::unique_ptr<node::TxOrphanage> orphanage{node::MakeTxOrphanage()};
670 CMutableTransaction tx;
671 tx.vin.resize(1);
672
673 // check that txs larger than MAX_STANDARD_TX_WEIGHT are not added to the orphanage
674 BulkTransaction(tx, MAX_STANDARD_TX_WEIGHT + 4);
675 BOOST_CHECK_EQUAL(GetTransactionWeight(CTransaction(tx)), MAX_STANDARD_TX_WEIGHT + 4);
676 BOOST_CHECK(!orphanage->AddTx(MakeTransactionRef(tx), 0));
677
678 tx.vout.clear();
679 BulkTransaction(tx, MAX_STANDARD_TX_WEIGHT);
680 BOOST_CHECK_EQUAL(GetTransactionWeight(CTransaction(tx)), MAX_STANDARD_TX_WEIGHT);
681 BOOST_CHECK(orphanage->AddTx(MakeTransactionRef(tx), 0));
682}
683
684BOOST_AUTO_TEST_CASE(process_block)
685{
686 FastRandomContext det_rand{true};
687 std::unique_ptr<node::TxOrphanage> orphanage{node::MakeTxOrphanage()};
688
689 // Create outpoints that will be spent by transactions in the block
690 std::vector<COutPoint> outpoints;
691 const uint32_t num_outpoints{6};
692 outpoints.reserve(num_outpoints);
693 for (uint32_t i{0}; i < num_outpoints; ++i) {
694 // All the hashes should be different, but change the n just in case.
695 outpoints.emplace_back(Txid::FromUint256(det_rand.rand256()), i);
696 }
697
698 CBlock block;
699 const NodeId node{0};
700
701 auto control_tx = MakeTransactionSpending({}, det_rand);
702 BOOST_CHECK(orphanage->AddTx(control_tx, node));
703
704 auto bo_tx_same_txid = MakeTransactionSpending({outpoints.at(0)}, det_rand);
705 BOOST_CHECK(orphanage->AddTx(bo_tx_same_txid, node));
706 block.vtx.emplace_back(bo_tx_same_txid);
707
708 // 2 transactions with the same txid but different witness
709 auto b_tx_same_txid_diff_witness = MakeTransactionSpending({outpoints.at(1)}, det_rand);
710 block.vtx.emplace_back(b_tx_same_txid_diff_witness);
711
712 auto o_tx_same_txid_diff_witness = MakeMutation(b_tx_same_txid_diff_witness);
713 BOOST_CHECK(orphanage->AddTx(o_tx_same_txid_diff_witness, node));
714
715 // 2 different transactions that spend the same input.
716 auto b_tx_conflict = MakeTransactionSpending({outpoints.at(2)}, det_rand);
717 block.vtx.emplace_back(b_tx_conflict);
718
719 auto o_tx_conflict = MakeTransactionSpending({outpoints.at(2)}, det_rand);
720 BOOST_CHECK(orphanage->AddTx(o_tx_conflict, node));
721
722 // 2 different transactions that have 1 overlapping input.
723 auto b_tx_conflict_partial = MakeTransactionSpending({outpoints.at(3), outpoints.at(4)}, det_rand);
724 block.vtx.emplace_back(b_tx_conflict_partial);
725
726 auto o_tx_conflict_partial_2 = MakeTransactionSpending({outpoints.at(4), outpoints.at(5)}, det_rand);
727 BOOST_CHECK(orphanage->AddTx(o_tx_conflict_partial_2, node));
728
729 orphanage->EraseForBlock(block);
730 for (const auto& expected_removed : {bo_tx_same_txid, o_tx_same_txid_diff_witness, o_tx_conflict, o_tx_conflict_partial_2}) {
731 const auto& expected_removed_wtxid = expected_removed->GetWitnessHash();
732 BOOST_CHECK(!orphanage->HaveTx(expected_removed_wtxid));
733 }
734 // Only remaining tx is control_tx
735 BOOST_CHECK_EQUAL(orphanage->CountUniqueOrphans(), 1);
736 BOOST_CHECK(orphanage->HaveTx(control_tx->GetWitnessHash()));
737}
738
739BOOST_AUTO_TEST_CASE(multiple_announcers)
740{
741 const NodeId node0{0};
742 const NodeId node1{1};
743 const NodeId node2{2};
744 size_t expected_total_count{0};
745 FastRandomContext det_rand{true};
746 std::unique_ptr<node::TxOrphanage> orphanage{node::MakeTxOrphanage()};
747
748 // Check accounting per peer.
749 // Check that EraseForPeer works with multiple announcers.
750 {
751 auto ptx = MakeTransactionSpending({}, det_rand);
752 const auto& wtxid = ptx->GetWitnessHash();
753 BOOST_CHECK(orphanage->AddTx(ptx, node0));
754 BOOST_CHECK(orphanage->HaveTx(wtxid));
755 expected_total_count += 1;
756 BOOST_CHECK_EQUAL(orphanage->CountUniqueOrphans(), expected_total_count);
757
758 // Adding again should do nothing.
759 BOOST_CHECK(!orphanage->AddTx(ptx, node0));
760 BOOST_CHECK_EQUAL(orphanage->CountUniqueOrphans(), expected_total_count);
761
762 // We can add another tx with the same txid but different witness.
763 auto ptx_mutated{MakeMutation(ptx)};
764 BOOST_CHECK(orphanage->AddTx(ptx_mutated, node0));
765 BOOST_CHECK(orphanage->HaveTx(ptx_mutated->GetWitnessHash()));
766 expected_total_count += 1;
767
768 BOOST_CHECK(!orphanage->AddTx(ptx, node0));
769
770 // Adding a new announcer should not change overall accounting.
771 BOOST_CHECK(orphanage->AddAnnouncer(ptx->GetWitnessHash(), node2));
772 BOOST_CHECK_EQUAL(orphanage->CountUniqueOrphans(), expected_total_count);
773
774 // If we already have this announcer, AddAnnouncer returns false.
775 BOOST_CHECK(orphanage->HaveTxFromPeer(ptx->GetWitnessHash(), node2));
776 BOOST_CHECK(!orphanage->AddAnnouncer(ptx->GetWitnessHash(), node2));
777
778 // Same with using AddTx for an existing tx, which is equivalent to using AddAnnouncer
779 BOOST_CHECK(!orphanage->AddTx(ptx, node1));
780 BOOST_CHECK_EQUAL(orphanage->CountUniqueOrphans(), expected_total_count);
781
782 // if EraseForPeer is called for an orphan with multiple announcers, the orphanage should only
783 // erase that peer from the announcers set.
784 orphanage->EraseForPeer(node0);
785 BOOST_CHECK(orphanage->HaveTx(ptx->GetWitnessHash()));
786 BOOST_CHECK(!orphanage->HaveTxFromPeer(ptx->GetWitnessHash(), node0));
787 // node0 is the only one that announced ptx_mutated
788 BOOST_CHECK(!orphanage->HaveTx(ptx_mutated->GetWitnessHash()));
789 expected_total_count -= 1;
790 BOOST_CHECK_EQUAL(orphanage->CountUniqueOrphans(), expected_total_count);
791
792 // EraseForPeer should delete the orphan if it's the only announcer left.
793 orphanage->EraseForPeer(node1);
794 BOOST_CHECK_EQUAL(orphanage->CountUniqueOrphans(), expected_total_count);
795 BOOST_CHECK(orphanage->HaveTx(ptx->GetWitnessHash()));
796 orphanage->EraseForPeer(node2);
797 expected_total_count -= 1;
798 BOOST_CHECK_EQUAL(orphanage->CountUniqueOrphans(), expected_total_count);
799 BOOST_CHECK(!orphanage->HaveTx(ptx->GetWitnessHash()));
800 }
801
802 // Check that erasure for blocks removes for all peers.
803 {
804 CBlock block;
805 auto tx_block = MakeTransactionSpending({}, det_rand);
806 block.vtx.emplace_back(tx_block);
807 BOOST_CHECK(orphanage->AddTx(tx_block, node0));
808 BOOST_CHECK(!orphanage->AddTx(tx_block, node1));
809
810 expected_total_count += 1;
811
812 BOOST_CHECK_EQUAL(orphanage->CountUniqueOrphans(), expected_total_count);
813
814 orphanage->EraseForBlock(block);
815
816 expected_total_count -= 1;
817
818 BOOST_CHECK_EQUAL(orphanage->CountUniqueOrphans(), expected_total_count);
819 }
820}
821BOOST_AUTO_TEST_CASE(peer_worksets)
822{
823 const NodeId node0{0};
824 const NodeId node1{1};
825 const NodeId node2{2};
826 FastRandomContext det_rand{true};
827 std::unique_ptr<node::TxOrphanage> orphanage{node::MakeTxOrphanage()};
828 // AddChildrenToWorkSet should pick an announcer randomly
829 {
830 auto tx_missing_parent = MakeTransactionSpending({}, det_rand);
831 auto tx_orphan = MakeTransactionSpending({COutPoint{tx_missing_parent->GetHash(), 0}}, det_rand);
832 const auto& orphan_wtxid = tx_orphan->GetWitnessHash();
833
834 // All 3 peers are announcers.
835 BOOST_CHECK(orphanage->AddTx(tx_orphan, node0));
836 BOOST_CHECK(!orphanage->AddTx(tx_orphan, node1));
837 BOOST_CHECK(orphanage->AddAnnouncer(orphan_wtxid, node2));
838 for (NodeId node = node0; node <= node2; ++node) {
839 BOOST_CHECK(orphanage->HaveTxFromPeer(orphan_wtxid, node));
840 }
841
842 // Parent accepted: child is added to 1 of 3 worksets.
843 auto newly_reconsiderable = orphanage->AddChildrenToWorkSet(*tx_missing_parent, det_rand);
844 BOOST_CHECK_EQUAL(newly_reconsiderable.size(), 1);
845 int node0_reconsider = orphanage->HaveTxToReconsider(node0);
846 int node1_reconsider = orphanage->HaveTxToReconsider(node1);
847 int node2_reconsider = orphanage->HaveTxToReconsider(node2);
848 BOOST_CHECK_EQUAL(node0_reconsider + node1_reconsider + node2_reconsider, 1);
849
850 NodeId assigned_peer;
851 if (node0_reconsider) {
852 assigned_peer = node0;
853 } else if (node1_reconsider) {
854 assigned_peer = node1;
855 } else {
856 BOOST_CHECK(node2_reconsider);
857 assigned_peer = node2;
858 }
859
860 // EraseForPeer also removes that tx from the workset.
861 orphanage->EraseForPeer(assigned_peer);
862 BOOST_CHECK_EQUAL(orphanage->GetTxToReconsider(node0), nullptr);
863
864 // Delete this tx, clearing the orphanage.
865 BOOST_CHECK_EQUAL(orphanage->EraseTx(orphan_wtxid), 1);
866 BOOST_CHECK_EQUAL(orphanage->CountUniqueOrphans(), 0);
867 for (NodeId node = node0; node <= node2; ++node) {
868 BOOST_CHECK_EQUAL(orphanage->GetTxToReconsider(node), nullptr);
869 BOOST_CHECK(!orphanage->HaveTxFromPeer(orphan_wtxid, node));
870 }
871 }
872}
873BOOST_AUTO_TEST_SUITE_END()
GetScriptForDestination
CScript GetScriptForDestination(const CTxDestination &dest)
Generate a Bitcoin scriptPubKey for the given CTxDestination.
Definition: addresstype.cpp:166
arith_uint256.h
CBlock
Definition: block.h:69
CBlock::vtx
std::vector< CTransactionRef > vtx
Definition: block.h:72
CKey
An encapsulated private key.
Definition: key.h:36
CKey::GetPubKey
CPubKey GetPubKey() const
Compute the public key from a private key.
Definition: key.cpp:183
COutPoint
An outpoint - a combination of a transaction hash and an index n into its vout.
Definition: transaction.h:29
CTransaction
The basic transaction that is broadcasted on the network and contained in blocks.
Definition: transaction.h:296
FastRandomContext
Fast randomness source.
Definition: random.h:386
FillableSigningProvider
Fillable signing provider that keeps keys in an address->secret map.
Definition: signingprovider.h:251
FillableSigningProvider::AddKey
virtual bool AddKey(const CKey &key)
Definition: signingprovider.h:311
RandomMixin::rand256
uint256 rand256() noexcept
generate a random uint256.
Definition: random.h:317
transaction_identifier< false >::FromUint256
static transaction_identifier FromUint256(const uint256 &id)
Definition: transaction_identifier.h:46
uint256
256-bit opaque blob.
Definition: uint256.h:196
GetTransactionWeight
static int32_t GetTransactionWeight(const CTransaction &tx)
Definition: validation.h:132
BOOST_FIXTURE_TEST_SUITE
BOOST_FIXTURE_TEST_SUITE(cuckoocache_tests, BasicTestingSetup)
Test Suite for CuckooCache.
BOOST_AUTO_TEST_SUITE_END
BOOST_AUTO_TEST_SUITE_END()
SIGHASH_ALL
@ SIGHASH_ALL
Definition: interpreter.h:31
node
Definition: messages.h:21
node::MakeTxOrphanage
std::unique_ptr< TxOrphanage > MakeTxOrphanage() noexcept
Create a new TxOrphanage instance.
Definition: txorphanage.cpp:775
node::DEFAULT_MAX_ORPHANAGE_LATENCY_SCORE
static constexpr unsigned int DEFAULT_MAX_ORPHANAGE_LATENCY_SCORE
Default value for TxOrphanage::m_max_global_latency_score.
Definition: txorphanage.h:23
node::DEFAULT_RESERVED_ORPHAN_WEIGHT_PER_PEER
static constexpr int64_t DEFAULT_RESERVED_ORPHAN_WEIGHT_PER_PEER
Default value for TxOrphanage::m_reserved_usage_per_peer.
Definition: txorphanage.h:20
NodeId
int64_t NodeId
Definition: net.h:99
BOOST_CHECK_EQUAL
#define BOOST_CHECK_EQUAL(v1, v2)
Definition: object.cpp:18
BOOST_CHECK
#define BOOST_CHECK(expr)
Definition: object.cpp:17
BOOST_AUTO_TEST_CASE
BOOST_AUTO_TEST_CASE(peer_dos_limits)
Definition: orphanage_tests.cpp:75
MakeMutation
static CTransactionRef MakeMutation(const CTransactionRef &ptx)
Definition: orphanage_tests.cpp:57
MakeNewKeyWithFastRandomContext
static void MakeNewKeyWithFastRandomContext(CKey &key, FastRandomContext &rand_ctx)
Definition: orphanage_tests.cpp:24
MakeTransactionSpending
static CTransactionRef MakeTransactionSpending(const std::vector< COutPoint > &outpoints, FastRandomContext &det_rand)
Definition: orphanage_tests.cpp:33
EqualTxns
static bool EqualTxns(const std::set< CTransactionRef > &set_txns, const std::vector< CTransactionRef > &vec_txns)
Definition: orphanage_tests.cpp:66
MAX_STANDARD_TX_WEIGHT
static constexpr int32_t MAX_STANDARD_TX_WEIGHT
The maximum weight for transactions we're willing to relay/mine.
Definition: policy.h:34
MakeTransactionRef
static CTransactionRef MakeTransactionRef(Tx &&txIn)
Definition: transaction.h:424
CTransactionRef
std::shared_ptr< const CTransaction > CTransactionRef
Definition: transaction.h:423
OP_1
@ OP_1
Definition: script.h:83
setup_common.h
CENT
static constexpr CAmount CENT
Definition: setup_common.h:47
CMutableTransaction
A mutable version of CTransaction.
Definition: transaction.h:378
CMutableTransaction::vout
std::vector< CTxOut > vout
Definition: transaction.h:380
CMutableTransaction::vin
std::vector< CTxIn > vin
Definition: transaction.h:379
TestingSetup
Testing setup that configures a complete environment.
Definition: setup_common.h:121
BulkTransaction
void BulkTransaction(CMutableTransaction &tx, int32_t target_weight)
Definition: transaction_utils.cpp:74
SignSignature
bool SignSignature(const SigningProvider &provider, const CScript &fromPubKey, CMutableTransaction &txTo, unsigned int nIn, const CAmount &amount, int nHashType, SignatureData &sig_data)
Produce a satisfying script (scriptSig or witness).
Definition: transaction_utils.cpp:94
transaction_utils.h
SetMockTime
void SetMockTime(int64_t nMockTimeIn)
DEPRECATED Use SetMockTime with chrono type.
Definition: time.cpp:40
assert
assert(!tx.IsCoinBase())
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