200 lines
8.3 KiB
C
200 lines
8.3 KiB
C
#include <assert.h>
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#include <stdlib.h>
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#include <stdio.h>
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#include <string.h>
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#include "bdk_ffi.h"
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int main (int argc, char const * const argv[])
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{
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// shared consts
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char const *desc = "wpkh([bf988dd3/84'/1'/0']tpubDD7bHVspyCSvvU8qEycydF664NAX6EAPjJ77j9E614GU2zVdXgnZZo6JJjKbDT6fUn8owMN6TCP9rZMznsNEhJbpkEwp6fAyyoSqy3DH2Qj/0/*)";
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char const *change = "wpkh([bf988dd3/84'/1'/0']tpubDD7bHVspyCSvvU8qEycydF664NAX6EAPjJ77j9E614GU2zVdXgnZZo6JJjKbDT6fUn8owMN6TCP9rZMznsNEhJbpkEwp6fAyyoSqy3DH2Qj/1/*)";
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char const *net = "testnet";
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char const *blocks = "ssl://electrum.blockstream.info:60002";
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// test new wallet error
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{
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BlockchainConfig_t *bc_config = new_electrum_config(blocks, NULL, 5, 30, 100);
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//DatabaseConfig_t *db_config = new_sled_config("/home/steve/.bdk", "test_wallet");
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DatabaseConfig_t *db_config = new_memory_config();
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// new wallet with bad descriptor
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FfiResult_OpaqueWallet_ptr_t wallet_result = new_wallet_result("bad","bad",net,bc_config,db_config);
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assert(wallet_result.err == FFI_ERROR_DESCRIPTOR);
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assert(wallet_result.ok == NULL);
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free_blockchain_config(bc_config);
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free_database_config(db_config);
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free_wallet_result(wallet_result);
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}
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// test new wallet
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{
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BlockchainConfig_t *bc_config = new_electrum_config(blocks, NULL, 5, 30, 100);
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DatabaseConfig_t *db_config = new_memory_config();
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// new wallet
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FfiResult_OpaqueWallet_ptr_t wallet_result = new_wallet_result(desc,change,net,bc_config,db_config);
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// printf("wallet_result.err = %d\n", wallet_result.err));
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assert(wallet_result.err == FFI_ERROR_NONE);
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assert(wallet_result.ok != NULL);
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free_blockchain_config(bc_config);
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free_database_config(db_config);
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OpaqueWallet_t *wallet = wallet_result.ok;
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// sync wallet
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FfiResultVoid_t sync_result = sync_wallet(wallet);
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assert(sync_result.err == FFI_ERROR_NONE);
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free_void_result(sync_result);
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// new address
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FfiResult_char_ptr_t address1_result = new_address(wallet);
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assert(address1_result.ok != NULL);
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assert(address1_result.err == FFI_ERROR_NONE);
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//printf("address1 = %s\n", address1_result.ok);
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assert( 0 == strcmp(address1_result.ok,"tb1qh4ajvhz9nd76tqddnl99l89hx4dat33hrjauzw"));
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free_string_result(address1_result);
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FfiResult_char_ptr_t address2_result = new_address(wallet);
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assert(address2_result.ok != NULL);
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assert(address2_result.err == FFI_ERROR_NONE);
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//printf("address2 = %s\n", address2_result.ok);
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assert( 0 == strcmp(address2_result.ok,"tb1qr7pu0pech43hcjrc4pzxcen0qkslj7xk7s5w3m"));
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free_string_result(address2_result);
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// free_wallet
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free_wallet_result(wallet_result);
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// verify free_wallet after free_wallet fails (core dumped)
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//// free_wallet_result(wallet_result);
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// verify sync_wallet after free_wallet fails (core dumped)
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//// FfiResultVoid_t sync_result2 = sync_wallet(wallet);
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}
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// test get unspent utxos
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{
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BlockchainConfig_t *bc_config = new_electrum_config(blocks, NULL, 5, 30, 100);
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DatabaseConfig_t *db_config = new_memory_config();
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// new wallet
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FfiResult_OpaqueWallet_ptr_t wallet_result = new_wallet_result(desc,change,net,bc_config,db_config);
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assert(wallet_result.err == FFI_ERROR_NONE);
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assert(wallet_result.ok != NULL);
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free_blockchain_config(bc_config);
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free_database_config(db_config);
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OpaqueWallet_t *wallet = wallet_result.ok;
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// sync wallet
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FfiResultVoid_t sync_result = sync_wallet(wallet);
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assert(sync_result.err == FFI_ERROR_NONE);
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free_void_result(sync_result);
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// list unspent
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FfiResult_Vec_LocalUtxo_t unspent_result = list_unspent(wallet);
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assert(unspent_result.ok.len == 1);
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assert(unspent_result.err == FFI_ERROR_NONE);
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LocalUtxo_t * unspent_ptr = unspent_result.ok.ptr;
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for (int i = 0; i < unspent_result.ok.len; i++) {
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// printf("%d: outpoint.txid: %s\n", i, unspent_ptr[i].outpoint.txid);
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assert(unspent_ptr[i].outpoint.txid != NULL);
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// printf("%d: outpoint.vout: %d\n", i, unspent_ptr[i].outpoint.vout);
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assert(unspent_ptr[i].outpoint.vout >= 0);
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// printf("%d: txout.value: %ld\n", i, unspent_ptr[i].txout.value);
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assert(unspent_ptr[i].txout.value > 0);
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// printf("%d: txout.script_pubkey: %s\n", i, unspent_ptr[i].txout.script_pubkey);
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assert(unspent_ptr[i].txout.script_pubkey != NULL);
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// printf("%d: keychain: %d\n", i, unspent_ptr[i].keychain);
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assert(unspent_ptr[i].keychain >= 0);
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}
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free_veclocalutxo_result(unspent_result);
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free_wallet_result(wallet_result);
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}
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// test balance
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{
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BlockchainConfig_t *bc_config = new_electrum_config(blocks, NULL, 5, 30, 100);
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DatabaseConfig_t *db_config = new_memory_config();
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// new wallet
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FfiResult_OpaqueWallet_ptr_t wallet_result = new_wallet_result(desc,change,net,bc_config,db_config);
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assert(wallet_result.err == FFI_ERROR_NONE);
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assert(wallet_result.ok != NULL);
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free_blockchain_config(bc_config);
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free_database_config(db_config);
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OpaqueWallet_t *wallet = wallet_result.ok;
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// sync wallet
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FfiResultVoid_t sync_result = sync_wallet(wallet);
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assert(sync_result.err == FFI_ERROR_NONE);
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free_void_result(sync_result);
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// get balance
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FfiResult_uint64_t balance_result = balance(wallet);
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//printf("balance.err = %d\n", (balance_result.err));
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assert(balance_result.err == FFI_ERROR_NONE);
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//printf("balance.ok = %ld\n", balance_result.ok);
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assert(balance_result.ok > 0);
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// free balance and wallet results
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free_uint64_result(balance_result);
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free_wallet_result(wallet_result);
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}
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// test get transaction details
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{
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BlockchainConfig_t *bc_config = new_electrum_config(blocks, NULL, 5, 30, 100);
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DatabaseConfig_t *db_config = new_memory_config();
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// new wallet
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FfiResult_OpaqueWallet_ptr_t wallet_result = new_wallet_result(desc,change,net,bc_config,db_config);
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assert(wallet_result.err == FFI_ERROR_NONE);
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assert(wallet_result.ok != NULL);
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free_blockchain_config(bc_config);
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free_database_config(db_config);
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OpaqueWallet_t *wallet = wallet_result.ok;
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// sync wallet
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FfiResultVoid_t sync_result = sync_wallet(wallet);
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assert(sync_result.err == FFI_ERROR_NONE);
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free_void_result(sync_result);
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// list transactions
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FfiResult_Vec_TransactionDetails_t txdetails_result = list_transactions(wallet);
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assert(txdetails_result.ok.len > 0);
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assert(txdetails_result.err == FFI_ERROR_NONE);
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TransactionDetails_t * txdetails_ptr = txdetails_result.ok.ptr;
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for (int i = 0; i < txdetails_result.ok.len; i++) {
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//printf("%d: txid: %s\n", i, txdetails_ptr[i].txid);
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assert(txdetails_ptr[i].txid != NULL);
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//printf("%d: timestamp: %ld\n", i, txdetails_ptr[i].timestamp);
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assert(txdetails_ptr[i].is_confirmed);
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//printf("%d: received: %ld\n", i, txdetails_ptr[i].received);
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//printf("%d: sent: %ld\n", i, txdetails_ptr[i].sent);
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assert(txdetails_ptr[i].received > 0 || txdetails_ptr[i].sent > 0);
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//printf("%d: fees: %ld\n", i, txdetails_ptr[i].fees);
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assert(txdetails_ptr[i].fee > 0);
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//printf("%d: height: %d\n", i, txdetails_ptr[i].height);
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assert(txdetails_ptr[i].confirmation_time.height > 0);
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}
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free_vectxdetails_result(txdetails_result);
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free_wallet_result(wallet_result);
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}
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return EXIT_SUCCESS;
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}
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