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PCBC-1016: fix trustCertificate option #195

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Dec 2, 2024
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122 changes: 69 additions & 53 deletions src/wrapper/connection_handle.cxx
Original file line number Diff line number Diff line change
Expand Up @@ -5820,9 +5820,13 @@ namespace options
{
template<typename Setter>
void
assign_duration(const char* name, const zend_string* key, const zval* value, Setter setter)
assign_duration(const char* name,
std::size_t name_len,
const zend_string* key,
const zval* value,
Setter setter)
{
if (zend_binary_strcmp(ZSTR_VAL(key), ZSTR_LEN(key), ZEND_STRL(name)) == 0) {
if (zend_binary_strcmp(ZSTR_VAL(key), ZSTR_LEN(key), name, name_len) == 0) {
if ((value) == nullptr || Z_TYPE_P(value) == IS_NULL) {
return;
}
Expand All @@ -5845,9 +5849,13 @@ assign_duration(const char* name, const zend_string* key, const zval* value, Set

template<typename Setter>
void
assign_boolean(const char* name, const zend_string* key, const zval* value, Setter setter)
assign_boolean(const char* name,
std::size_t name_len,
const zend_string* key,
const zval* value,
Setter setter)
{
if (zend_binary_strcmp(ZSTR_VAL(key), ZSTR_LEN(key), ZEND_STRL(name)) == 0) {
if (zend_binary_strcmp(ZSTR_VAL(key), ZSTR_LEN(key), name, name_len) == 0) {
if ((value) == nullptr || Z_TYPE_P(value) == IS_NULL) {
return;
}
Expand All @@ -5870,9 +5878,13 @@ assign_boolean(const char* name, const zend_string* key, const zval* value, Sett

template<typename Setter>
void
assign_number(const char* name, const zend_string* key, const zval* value, Setter setter)
assign_number(const char* name,
std::size_t name_len,
const zend_string* key,
const zval* value,
Setter setter)
{
if (zend_binary_strcmp(ZSTR_VAL(key), ZSTR_LEN(key), ZEND_STRL(name)) == 0) {
if (zend_binary_strcmp(ZSTR_VAL(key), ZSTR_LEN(key), name, name_len) == 0) {
if ((value) == nullptr || Z_TYPE_P(value) == IS_NULL) {
return;
}
Expand All @@ -5889,9 +5901,13 @@ assign_number(const char* name, const zend_string* key, const zval* value, Sette

template<typename Setter>
void
assign_string(const char* name, const zend_string* key, const zval* value, Setter setter)
assign_string(const char* name,
std::size_t name_len,
const zend_string* key,
const zval* value,
Setter setter)
{
if (zend_binary_strcmp(ZSTR_VAL(key), ZSTR_LEN(key), ZEND_STRL(name)) == 0) {
if (zend_binary_strcmp(ZSTR_VAL(key), ZSTR_LEN(key), name, name_len) == 0) {
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if ((value) == nullptr || Z_TYPE_P(value) == IS_NULL) {
return;
}
Expand Down Expand Up @@ -5948,98 +5964,98 @@ apply_options(couchbase::cluster_options& cluster_options, zval* options)
ZEND_HASH_FOREACH_STR_KEY_VAL(Z_ARRVAL_P(options), key, value)
{
try {
options::assign_duration("analyticsTimeout", key, value, [&](auto v) {
options::assign_duration(ZEND_STRL("analyticsTimeout"), key, value, [&](auto v) {
cluster_options.timeouts().analytics_timeout(v);
});
options::assign_duration("bootstrapTimeout", key, value, [&](auto v) {
options::assign_duration(ZEND_STRL("bootstrapTimeout"), key, value, [&](auto v) {
cluster_options.timeouts().bootstrap_timeout(v);
});
options::assign_duration("connectTimeout", key, value, [&](auto v) {
options::assign_duration(ZEND_STRL("connectTimeout"), key, value, [&](auto v) {
cluster_options.timeouts().connect_timeout(v);
});
options::assign_duration("keyValueDurableTimeout", key, value, [&](auto v) {
options::assign_duration(ZEND_STRL("keyValueDurableTimeout"), key, value, [&](auto v) {
cluster_options.timeouts().key_value_durable_timeout(v);
});
options::assign_duration("keyValueTimeout", key, value, [&](auto v) {
options::assign_duration(ZEND_STRL("keyValueTimeout"), key, value, [&](auto v) {
cluster_options.timeouts().key_value_timeout(v);
});
options::assign_duration("managementTimeout", key, value, [&](auto v) {
options::assign_duration(ZEND_STRL("managementTimeout"), key, value, [&](auto v) {
cluster_options.timeouts().management_timeout(v);
});
options::assign_duration("queryTimeout", key, value, [&](auto v) {
options::assign_duration(ZEND_STRL("queryTimeout"), key, value, [&](auto v) {
cluster_options.timeouts().query_timeout(v);
});
options::assign_duration("resolveTimeout", key, value, [&](auto v) {
options::assign_duration(ZEND_STRL("resolveTimeout"), key, value, [&](auto v) {
cluster_options.timeouts().resolve_timeout(v);
});
options::assign_duration("searchTimeout", key, value, [&](auto v) {
options::assign_duration(ZEND_STRL("searchTimeout"), key, value, [&](auto v) {
cluster_options.timeouts().search_timeout(v);
});
options::assign_duration("viewTimeout", key, value, [&](auto v) {
options::assign_duration(ZEND_STRL("viewTimeout"), key, value, [&](auto v) {
cluster_options.timeouts().view_timeout(v);
});
options::assign_duration("configPollInterval", key, value, [&](auto v) {
options::assign_duration(ZEND_STRL("configPollInterval"), key, value, [&](auto v) {
cluster_options.network().config_poll_interval(v);
});
options::assign_duration("idleHttpConnectionTimeout", key, value, [&](auto v) {
options::assign_duration(ZEND_STRL("idleHttpConnectionTimeout"), key, value, [&](auto v) {
cluster_options.network().idle_http_connection_timeout(v);
});
options::assign_duration("tcpKeepAliveInterval", key, value, [&](auto v) {
options::assign_duration(ZEND_STRL("tcpKeepAliveInterval"), key, value, [&](auto v) {
cluster_options.network().tcp_keep_alive_interval(v);
});

options::assign_boolean("enableClustermapNotification", key, value, [&](auto v) {
options::assign_boolean(ZEND_STRL("enableClustermapNotification"), key, value, [&](auto v) {
cluster_options.behavior().enable_clustermap_notification(v);
});
options::assign_boolean("enableCompression", key, value, [&](auto v) {
options::assign_boolean(ZEND_STRL("enableCompression"), key, value, [&](auto v) {
cluster_options.compression().enabled(v);
});
options::assign_boolean("enableMutationTokens", key, value, [&](auto v) {
options::assign_boolean(ZEND_STRL("enableMutationTokens"), key, value, [&](auto v) {
cluster_options.behavior().enable_mutation_tokens(v);
});
options::assign_boolean("enableTcpKeepAlive", key, value, [&](auto v) {
options::assign_boolean(ZEND_STRL("enableTcpKeepAlive"), key, value, [&](auto v) {
cluster_options.network().enable_tcp_keep_alive(v);
});
options::assign_boolean("enableUnorderedExecution", key, value, [&](auto v) {
options::assign_boolean(ZEND_STRL("enableUnorderedExecution"), key, value, [&](auto v) {
cluster_options.behavior().enable_unordered_execution(v);
});
options::assign_boolean("showQueries", key, value, [&](auto v) {
options::assign_boolean(ZEND_STRL("showQueries"), key, value, [&](auto v) {
cluster_options.behavior().show_queries(v);
});
options::assign_boolean("enableMetrics", key, value, [&](auto v) {
options::assign_boolean(ZEND_STRL("enableMetrics"), key, value, [&](auto v) {
cluster_options.metrics().enable(v);
});
options::assign_boolean("enableTracing", key, value, [&](auto v) {
options::assign_boolean(ZEND_STRL("enableTracing"), key, value, [&](auto v) {
cluster_options.tracing().enable(v);
});

options::assign_number("maxHttpConnections", key, value, [&](auto v) {
options::assign_number(ZEND_STRL("maxHttpConnections"), key, value, [&](auto v) {
cluster_options.network().max_http_connections(v);
});

options::assign_string("network", key, value, [&](auto v) {
cluster_options.network().preferred_network(v);
options::assign_string(ZEND_STRL("network"), key, value, [&](auto v) {
cluster_options.network().preferred_network(std::move(v));
});

options::assign_string("trustCertificate", key, value, [&](auto v) {
cluster_options.security().trust_certificate(v);
options::assign_string(ZEND_STRL("trustCertificate"), key, value, [&](auto v) {
cluster_options.security().trust_certificate(std::move(v));
});

options::assign_string("trustCertificateValue", key, value, [&](auto v) {
cluster_options.security().trust_certificate_value(v);
options::assign_string(ZEND_STRL("trustCertificateValue"), key, value, [&](auto v) {
cluster_options.security().trust_certificate_value(std::move(v));
});

options::assign_number("dnsSrvPort", key, value, [&](auto v) {
options::assign_number(ZEND_STRL("dnsSrvPort"), key, value, [&](auto v) {
dns.port = v;
});
options::assign_string("dnsSrvNameserver", key, value, [&](auto v) {
options::assign_string(ZEND_STRL("dnsSrvNameserver"), key, value, [&](auto v) {
dns.nameserver = v;
});
options::assign_duration("dnsSrvTimeout", key, value, [&](auto v) {
options::assign_duration(ZEND_STRL("dnsSrvTimeout"), key, value, [&](auto v) {
dns.timeout = v;
});

options::assign_string("useIpProtocol", key, value, [&](auto v) {
options::assign_string(ZEND_STRL("useIpProtocol"), key, value, [&](const auto& v) {
if (v == "any") {
cluster_options.network().force_ip_protocol(couchbase::ip_protocol::any);
} else if (v == "forceIpv4") {
Expand All @@ -6057,7 +6073,7 @@ apply_options(couchbase::cluster_options& cluster_options, zval* options)
}
});

options::assign_string("tlsVerify", key, value, [&](auto v) {
options::assign_string(ZEND_STRL("tlsVerify"), key, value, [&](const auto& v) {
if (v == "peer") {
cluster_options.security().tls_verify(couchbase::tls_verify_mode::peer);
} else if (v == "none") {
Expand Down Expand Up @@ -6090,47 +6106,47 @@ apply_options(couchbase::cluster_options& cluster_options, zval* options)

ZEND_HASH_FOREACH_STR_KEY_VAL(Z_ARRVAL_P(value), k, v)
{
options::assign_number("orphanedSampleSize", k, v, [&](auto v) {
options::assign_number(ZEND_STRL("orphanedSampleSize"), k, v, [&](auto v) {
cluster_options.tracing().orphaned_sample_size(v);
});

options::assign_duration("orphanedEmitInterval", k, v, [&](auto v) {
options::assign_duration(ZEND_STRL("orphanedEmitInterval"), k, v, [&](auto v) {
cluster_options.tracing().orphaned_emit_interval(v);
});

options::assign_number("thresholdSampleSize", k, v, [&](auto v) {
options::assign_number(ZEND_STRL("thresholdSampleSize"), k, v, [&](auto v) {
cluster_options.tracing().threshold_sample_size(v);
});

options::assign_duration("thresholdEmitInterval", k, v, [&](auto v) {
options::assign_duration(ZEND_STRL("thresholdEmitInterval"), k, v, [&](auto v) {
cluster_options.tracing().threshold_emit_interval(v);
});

options::assign_duration("analyticsThreshold", k, v, [&](auto v) {
options::assign_duration(ZEND_STRL("analyticsThreshold"), k, v, [&](auto v) {
cluster_options.tracing().analytics_threshold(v);
});

options::assign_duration("eventingThreshold", k, v, [&](auto v) {
options::assign_duration(ZEND_STRL("eventingThreshold"), k, v, [&](auto v) {
cluster_options.tracing().eventing_threshold(v);
});

options::assign_duration("keyValueThreshold", k, v, [&](auto v) {
options::assign_duration(ZEND_STRL("keyValueThreshold"), k, v, [&](auto v) {
cluster_options.tracing().key_value_threshold(v);
});

options::assign_duration("managementThreshold", k, v, [&](auto v) {
options::assign_duration(ZEND_STRL("managementThreshold"), k, v, [&](auto v) {
cluster_options.tracing().management_threshold(v);
});

options::assign_duration("queryThreshold", k, v, [&](auto v) {
options::assign_duration(ZEND_STRL("queryThreshold"), k, v, [&](auto v) {
cluster_options.tracing().query_threshold(v);
});

options::assign_duration("searchThreshold", k, v, [&](auto v) {
options::assign_duration(ZEND_STRL("searchThreshold"), k, v, [&](auto v) {
cluster_options.tracing().search_threshold(v);
});

options::assign_duration("viewThreshold", k, v, [&](auto v) {
options::assign_duration(ZEND_STRL("viewThreshold"), k, v, [&](auto v) {
cluster_options.tracing().view_threshold(v);
});
}
Expand All @@ -6146,7 +6162,7 @@ apply_options(couchbase::cluster_options& cluster_options, zval* options)
const zval* v = nullptr;
ZEND_HASH_FOREACH_STR_KEY_VAL(Z_ARRVAL_P(value), k, v)
{
options::assign_duration("emitInterval", k, v, [&](auto v) {
options::assign_duration(ZEND_STRL("emitInterval"), k, v, [&](auto v) {
cluster_options.metrics().emit_interval(v);
});
}
Expand Down
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