expr_print(stmt->ct.expr, octx);
}
+static void ct_stmt_destroy(struct stmt *stmt)
+{
+ expr_free(stmt->ct.expr);
+}
+
static const struct stmt_ops ct_stmt_ops = {
.type = STMT_CT,
.name = "ct",
.print = ct_stmt_print,
.json = ct_stmt_json,
+ .destroy = ct_stmt_destroy,
};
struct stmt *ct_stmt_alloc(const struct location *loc, enum nft_ct_keys key,
nft_print(octx, "flow add @%s", stmt->flow.table_name);
}
+static void flow_offload_stmt_destroy(struct stmt *stmt)
+{
+ xfree(stmt->flow.table_name);
+}
+
static const struct stmt_ops flow_offload_stmt_ops = {
.type = STMT_FLOW_OFFLOAD,
.name = "flow_offload",
.print = flow_offload_stmt_print,
+ .destroy = flow_offload_stmt_destroy,
};
struct stmt *flow_offload_stmt_alloc(const struct location *loc,
expr_print(stmt->exthdr.val, octx);
}
+static void exthdr_stmt_destroy(struct stmt *stmt)
+{
+ expr_free(stmt->exthdr.expr);
+ expr_free(stmt->exthdr.val);
+}
+
static const struct stmt_ops exthdr_stmt_ops = {
.type = STMT_EXTHDR,
.name = "exthdr",
.print = exthdr_stmt_print,
.json = exthdr_stmt_json,
+ .destroy = exthdr_stmt_destroy,
};
struct stmt *exthdr_stmt_alloc(const struct location *loc,
expr_print(stmt->meta.expr, octx);
}
+static void meta_stmt_destroy(struct stmt *stmt)
+{
+ expr_free(stmt->meta.expr);
+}
+
static const struct stmt_ops meta_stmt_ops = {
.type = STMT_META,
.name = "meta",
.print = meta_stmt_print,
.json = meta_stmt_json,
+ .destroy = meta_stmt_destroy,
};
struct stmt *meta_stmt_alloc(const struct location *loc, enum nft_meta_keys key,
expr_print(stmt->payload.val, octx);
}
+static void payload_stmt_destroy(struct stmt *stmt)
+{
+ expr_free(stmt->payload.expr);
+ expr_free(stmt->payload.val);
+}
+
static const struct stmt_ops payload_stmt_ops = {
.type = STMT_PAYLOAD,
.name = "payload",
.print = payload_stmt_print,
.json = payload_stmt_json,
+ .destroy = payload_stmt_destroy,
};
struct stmt *payload_stmt_alloc(const struct location *loc,
expr_free(stmt->meter.key);
expr_free(stmt->meter.set);
stmt_free(stmt->meter.stmt);
+ xfree(stmt->meter.name);
}
static const struct stmt_ops meter_stmt_ops = {
expr_print(stmt->objref.expr, octx);
}
+static void objref_stmt_destroy(struct stmt *stmt)
+{
+ expr_free(stmt->objref.expr);
+}
+
static const struct stmt_ops objref_stmt_ops = {
.type = STMT_OBJREF,
.name = "objref",
.print = objref_stmt_print,
.json = objref_stmt_json,
+ .destroy = objref_stmt_destroy,
};
struct stmt *objref_stmt_alloc(const struct location *loc)
}
+static void queue_stmt_destroy(struct stmt *stmt)
+{
+ expr_free(stmt->queue.queue);
+}
+
static const struct stmt_ops queue_stmt_ops = {
.type = STMT_QUEUE,
.name = "queue",
.print = queue_stmt_print,
.json = queue_stmt_json,
+ .destroy = queue_stmt_destroy,
};
struct stmt *queue_stmt_alloc(const struct location *loc)
}
}
+static void reject_stmt_destroy(struct stmt *stmt)
+{
+ expr_free(stmt->reject.expr);
+}
+
static const struct stmt_ops reject_stmt_ops = {
.type = STMT_REJECT,
.name = "reject",
.print = reject_stmt_print,
.json = reject_stmt_json,
+ .destroy = reject_stmt_destroy,
};
struct stmt *reject_stmt_alloc(const struct location *loc)
{
expr_free(stmt->set.key);
expr_free(stmt->set.set);
+ stmt_free(stmt->set.stmt);
}
static const struct stmt_ops set_stmt_ops = {
expr_free(stmt->map.key);
expr_free(stmt->map.data);
expr_free(stmt->map.set);
+ stmt_free(stmt->map.stmt);
}
static const struct stmt_ops map_stmt_ops = {
}
#endif
xfree(stmt->xt.entry);
+ xfree(stmt->xt.name);
}
#ifdef HAVE_LIBXTABLES