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/* Setup a test dqlite client. */
#include "endpoint.h"
#include <inttypes.h>
#ifndef TEST_CLIENT_H
#define TEST_CLIENT_H
#define FIXTURE_CLIENT \
struct client_proto client; \
struct test_endpoint endpoint; \
int server
#define SETUP_CLIENT \
{ \
int _rv; \
int _client; \
test_endpoint_setup(&f->endpoint, params); \
_rv = listen(f->endpoint.fd, 16); \
munit_assert_int(_rv, ==, 0); \
test_endpoint_pair(&f->endpoint, &f->server, &_client); \
memset(&f->client, 0, sizeof f->client); \
buffer__init(&f->client.read); \
buffer__init(&f->client.write); \
f->client.fd = _client; \
}
#define TEAR_DOWN_CLIENT \
clientClose(&f->client); \
test_endpoint_tear_down(&f->endpoint)
/******************************************************************************
*
* Helper macros.
*
******************************************************************************/
/* Send the initial client handshake. */
#define HANDSHAKE \
{ \
int rv_; \
rv_ = clientSendHandshake(f->client, NULL); \
munit_assert_int(rv_, ==, 0); \
}
/* Send the initial client handshake for a specific client. */
#define HANDSHAKE_C(CLIENT) \
{ \
int rv_; \
rv_ = clientSendHandshake(CLIENT, NULL); \
munit_assert_int(rv_, ==, 0); \
}
/* Send an add request. */
#define ADD(ID, ADDRESS) \
{ \
int rv_; \
rv_ = clientSendAdd(f->client, ID, ADDRESS, NULL); \
munit_assert_int(rv_, ==, 0); \
rv_ = clientRecvEmpty(f->client, NULL); \
munit_assert_int(rv_, ==, 0); \
}
/* Send an assign role request. */
#define ASSIGN(ID, ROLE) \
{ \
int rv_; \
rv_ = clientSendAssign(f->client, ID, ROLE, NULL); \
munit_assert_int(rv_, ==, 0); \
rv_ = clientRecvEmpty(f->client, NULL); \
munit_assert_int(rv_, ==, 0); \
}
/* Send a remove request. */
#define REMOVE(ID) \
{ \
int rv_; \
rv_ = clientSendRemove(f->client, ID, NULL); \
munit_assert_int(rv_, ==, 0); \
rv_ = clientRecvEmpty(f->client, NULL); \
munit_assert_int(rv_, ==, 0); \
}
/* Send a transfer request. */
#define TRANSFER(ID, CLIENT) \
{ \
int rv_; \
rv_ = clientSendTransfer(CLIENT, ID, NULL); \
munit_assert_int(rv_, ==, 0); \
rv_ = clientRecvEmpty(CLIENT, NULL); \
munit_assert_int(rv_, ==, 0); \
}
#define OPEN_C(CLIENT, NAME) \
{ \
int rv_; \
rv_ = clientSendOpen(CLIENT, NAME, NULL); \
munit_assert_int(rv_, ==, 0); \
rv_ = clientRecvDb(CLIENT, NULL); \
munit_assert_int(rv_, ==, 0); \
}
/* Open a test database. */
#define OPEN OPEN_C(f->client, "test")
/* Open a test database with a specific name. */
#define OPEN_NAME(NAME) \
{ \
int rv_; \
rv_ = clientSendOpen(f->client, NAME, NULL); \
munit_assert_int(rv_, ==, 0); \
rv_ = clientRecvDb(f->client, NULL); \
munit_assert_int(rv_, ==, 0); \
}
#define PREPARE_C(CLIENT, SQL, STMT_ID) \
{ \
int rv_; \
rv_ = clientSendPrepare(CLIENT, SQL, NULL); \
munit_assert_int(rv_, ==, 0); \
rv_ = clientRecvStmt(CLIENT, STMT_ID, NULL, NULL, NULL); \
munit_assert_int(rv_, ==, 0); \
}
/* Prepare a statement. */
#define PREPARE(SQL, STMT_ID) PREPARE_C(f->client, SQL, STMT_ID)
#define PREPARE_FAIL(SQL, STMT_ID, RV, MSG) \
{ \
int rv_; \
rv_ = clientSendPrepare(f->client, SQL, NULL); \
munit_assert_int(rv_, ==, 0); \
rv_ = clientRecvFailure(f->client, RV, MSG, NULL); \
munit_assert_int(rv_, ==, 0); \
}
#define EXEC_C(CLIENT , STMT_ID, LAST_INSERT_ID, ROWS_AFFECTED) \
{ \
int rv_; \
rv_ = clientSendExec(CLIENT, STMT_ID, NULL, 0, NULL); \
munit_assert_int(rv_, ==, 0); \
rv_ = clientRecvResult(CLIENT, LAST_INSERT_ID, \
ROWS_AFFECTED, NULL); \
munit_assert_int(rv_, ==, 0); \
}
/* Execute a statement. */
#define EXEC(STMT_ID, LAST_INSERT_ID, ROWS_AFFECTED) EXEC_C(f->client, STMT_ID, LAST_INSERT_ID, ROWS_AFFECTED)
#define EXEC_PARAMS(STMT_ID, LAST_INSERT_ID, ROWS_AFFECTED, ...) \
{ \
int rv_; \
struct value vals_[] = {__VA_ARGS__}; \
size_t len_ = sizeof(vals_) / sizeof(vals_[0]); \
rv_ = clientSendExec(f->client, STMT_ID, vals_, len_, NULL); \
munit_assert_int(rv_, ==, 0); \
rv_ = clientRecvResult(f->client, LAST_INSERT_ID, \
ROWS_AFFECTED, NULL); \
munit_assert_int(rv_, ==, 0); \
}
#define EXEC_SQL(SQL, LAST_INSERT_ID, ROWS_AFFECTED) \
{ \
int rv_; \
rv_ = clientSendExecSQL(f->client, SQL, NULL, 0, NULL); \
munit_assert_int(rv_, ==, 0); \
rv_ = clientRecvResult(f->client, LAST_INSERT_ID, \
ROWS_AFFECTED, NULL); \
munit_assert_int(rv_, ==, 0); \
}
/* Perform a query. */
#define QUERY(STMT_ID, ROWS) \
{ \
int rv_; \
rv_ = clientSendQuery(f->client, STMT_ID, NULL, 0, NULL); \
munit_assert_int(rv_, ==, 0); \
rv_ = clientRecvRows(f->client, ROWS, NULL, NULL); \
munit_assert_int(rv_, ==, 0); \
}
#define QUERY_DONE_C(CLIENT, STMT_ID, ROWS, ROWS_HOOK) \
{ \
int rv_; \
bool done; \
rv_ = clientSendQuery(CLIENT, STMT_ID, NULL, 0, NULL); \
munit_assert_int(rv_, ==, 0); \
do { \
rv_ = clientRecvRows(CLIENT, (ROWS), &done, NULL); \
if (rv_ == DQLITE_CLIENT_PROTO_RECEIVED_FAILURE) { \
munit_errorf("failure: [%" PRIu64 "] %s", \
(CLIENT)->errcode, \
(CLIENT)->errmsg); \
} else { \
munit_assert_int(rv_, ==, DQLITE_OK); \
} \
ROWS_HOOK; \
clientCloseRows((ROWS)); \
*(ROWS) = (struct rows){}; \
} while (!done); \
}
#define QUERY_DONE(STMT_ID, ROWS, ROWS_HOOK) QUERY_DONE_C(f->client, STMT_ID, ROWS, ROWS_HOOK)
#define QUERY_SQL(SQL, ROWS) \
{ \
int rv_; \
rv_ = clientSendQuerySQL(f->client, SQL, NULL, 0, NULL); \
munit_assert_int(rv_, ==, 0); \
rv_ = clientRecvRows(f->client, ROWS, NULL, NULL); \
munit_assert_int(rv_, ==, 0); \
}
#define QUERY_SQL_DONE(SQL, ROWS, ROWS_HOOK) \
{ \
int rv_; \
bool done; \
rv_ = clientSendQuerySQL(f->client, SQL, NULL, 0, NULL); \
munit_assert_int(rv_, ==, 0); \
do { \
rv_ = clientRecvRows(f->client, (ROWS), &done, NULL); \
munit_assert_int(rv_, ==, 0); \
ROWS_HOOK; \
clientCloseRows((ROWS)); \
*(ROWS) = (struct rows){}; \
} while (!done); \
}
#endif /* TEST_CLIENT_H */
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