producer_configuration.h

 
#pragma once
 
#include <stdint.h>
 
#include <pulsar/defines.h>
#include <pulsar/c/message_router.h>
 
#ifdef __cplusplus
extern "C" {
#endif
 
typedef enum {
    pulsar_UseSinglePartition,
    pulsar_RoundRobinDistribution,
    pulsar_CustomPartition
} pulsar_partitions_routing_mode;
 
typedef enum { pulsar_Murmur3_32Hash, pulsar_BoostHash, pulsar_JavaStringHash } pulsar_hashing_scheme;
 
typedef enum {
    pulsar_CompressionNone = 0,
    pulsar_CompressionLZ4 = 1,
    pulsar_CompressionZLib = 2,
    pulsar_CompressionZSTD = 3,
    pulsar_CompressionSNAPPY = 4
} pulsar_compression_type;
 
typedef enum {
    pulsar_None = 0,
    pulsar_String = 1,
    pulsar_Json = 2,
    pulsar_Protobuf = 3,
    pulsar_Avro = 4,
    pulsar_Boolean = 5,
    pulsar_Int8 = 6,
    pulsar_Int16 = 7,
    pulsar_Int32 = 8,
    pulsar_Int64 = 9,
    pulsar_Float32 = 10,
    pulsar_Float64 = 11,
    pulsar_KeyValue = 15,
    pulsar_Bytes = -1,
    pulsar_AutoConsume = -3,
    pulsar_AutoPublish = -4,
} pulsar_schema_type;
 
typedef enum {
    // This is the default option to fail send if crypto operation fails
    pulsar_ProducerFail,
    // Ignore crypto failure and proceed with sending unencrypted messages
    pulsar_ProducerSend
} pulsar_producer_crypto_failure_action;
 
typedef struct _pulsar_producer_configuration pulsar_producer_configuration_t;
 
typedef struct _pulsar_crypto_key_reader pulsar_crypto_key_reader;
 
PULSAR_PUBLIC pulsar_producer_configuration_t *pulsar_producer_configuration_create();
 
PULSAR_PUBLIC void pulsar_producer_configuration_free(pulsar_producer_configuration_t *conf);
 
PULSAR_PUBLIC void pulsar_producer_configuration_set_producer_name(pulsar_producer_configuration_t *conf,
                                                                   const char *producerName);
 
PULSAR_PUBLIC const char *pulsar_producer_configuration_get_producer_name(
    pulsar_producer_configuration_t *conf);
 
PULSAR_PUBLIC void pulsar_producer_configuration_set_send_timeout(pulsar_producer_configuration_t *conf,
                                                                  int sendTimeoutMs);
 
PULSAR_PUBLIC int pulsar_producer_configuration_get_send_timeout(pulsar_producer_configuration_t *conf);
 
PULSAR_PUBLIC void pulsar_producer_configuration_set_initial_sequence_id(
    pulsar_producer_configuration_t *conf, int64_t initialSequenceId);
 
PULSAR_PUBLIC int64_t
pulsar_producer_configuration_get_initial_sequence_id(pulsar_producer_configuration_t *conf);
 
PULSAR_PUBLIC void pulsar_producer_configuration_set_compression_type(
    pulsar_producer_configuration_t *conf, pulsar_compression_type compressionType);
 
PULSAR_PUBLIC pulsar_compression_type
pulsar_producer_configuration_get_compression_type(pulsar_producer_configuration_t *conf);
 
PULSAR_PUBLIC void pulsar_producer_configuration_set_schema_info(pulsar_producer_configuration_t *conf,
                                                                 pulsar_schema_type schemaType,
                                                                 const char *name, const char *schema,
                                                                 pulsar_string_map_t *properties);
 
PULSAR_PUBLIC void pulsar_producer_configuration_set_max_pending_messages(
    pulsar_producer_configuration_t *conf, int maxPendingMessages);
PULSAR_PUBLIC int pulsar_producer_configuration_get_max_pending_messages(
    pulsar_producer_configuration_t *conf);
 
PULSAR_PUBLIC void pulsar_producer_configuration_set_max_pending_messages_across_partitions(
    pulsar_producer_configuration_t *conf, int maxPendingMessagesAcrossPartitions);
 
PULSAR_PUBLIC int pulsar_producer_configuration_get_max_pending_messages_across_partitions(
    pulsar_producer_configuration_t *conf);
 
PULSAR_PUBLIC void pulsar_producer_configuration_set_partitions_routing_mode(
    pulsar_producer_configuration_t *conf, pulsar_partitions_routing_mode mode);
 
PULSAR_PUBLIC pulsar_partitions_routing_mode
pulsar_producer_configuration_get_partitions_routing_mode(pulsar_producer_configuration_t *conf);
 
PULSAR_PUBLIC void pulsar_producer_configuration_set_message_router(pulsar_producer_configuration_t *conf,
                                                                    pulsar_message_router router, void *ctx);
 
PULSAR_PUBLIC void pulsar_producer_configuration_set_hashing_scheme(pulsar_producer_configuration_t *conf,
                                                                    pulsar_hashing_scheme scheme);
 
PULSAR_PUBLIC pulsar_hashing_scheme
pulsar_producer_configuration_get_hashing_scheme(pulsar_producer_configuration_t *conf);
 
PULSAR_PUBLIC void pulsar_producer_configuration_set_lazy_start_partitioned_producers(
    pulsar_producer_configuration_t *conf, int useLazyStartPartitionedProducers);
 
PULSAR_PUBLIC int pulsar_producer_configuration_get_lazy_start_partitioned_producers(
    pulsar_producer_configuration_t *conf);
 
PULSAR_PUBLIC void pulsar_producer_configuration_set_block_if_queue_full(
    pulsar_producer_configuration_t *conf, int blockIfQueueFull);
 
PULSAR_PUBLIC int pulsar_producer_configuration_get_block_if_queue_full(
    pulsar_producer_configuration_t *conf);
 
// Zero queue size feature will not be supported on consumer end if batching is enabled
PULSAR_PUBLIC void pulsar_producer_configuration_set_batching_enabled(pulsar_producer_configuration_t *conf,
                                                                      int batchingEnabled);
 
PULSAR_PUBLIC int pulsar_producer_configuration_get_batching_enabled(pulsar_producer_configuration_t *conf);
 
PULSAR_PUBLIC void pulsar_producer_configuration_set_batching_max_messages(
    pulsar_producer_configuration_t *conf, unsigned int batchingMaxMessages);
 
PULSAR_PUBLIC unsigned int pulsar_producer_configuration_get_batching_max_messages(
    pulsar_producer_configuration_t *conf);
 
PULSAR_PUBLIC void pulsar_producer_configuration_set_batching_max_allowed_size_in_bytes(
    pulsar_producer_configuration_t *conf, unsigned long batchingMaxAllowedSizeInBytes);
 
PULSAR_PUBLIC unsigned long pulsar_producer_configuration_get_batching_max_allowed_size_in_bytes(
    pulsar_producer_configuration_t *conf);
 
PULSAR_PUBLIC void pulsar_producer_configuration_set_batching_max_publish_delay_ms(
    pulsar_producer_configuration_t *conf, unsigned long batchingMaxPublishDelayMs);
 
PULSAR_PUBLIC unsigned long pulsar_producer_configuration_get_batching_max_publish_delay_ms(
    pulsar_producer_configuration_t *conf);
 
PULSAR_PUBLIC void pulsar_producer_configuration_set_property(pulsar_producer_configuration_t *conf,
                                                              const char *name, const char *value);
 
PULSAR_PUBLIC int pulsar_producer_is_encryption_enabled(pulsar_producer_configuration_t *conf);
 
PULSAR_PUBLIC void pulsar_producer_configuration_set_default_crypto_key_reader(
    pulsar_producer_configuration_t *conf, const char *public_key_path, const char *private_key_path);
 
PULSAR_PUBLIC pulsar_producer_crypto_failure_action
pulsar_producer_configuration_get_crypto_failure_action(pulsar_producer_configuration_t *conf);
 
PULSAR_PUBLIC void pulsar_producer_configuration_set_crypto_failure_action(
    pulsar_producer_configuration_t *conf, pulsar_producer_crypto_failure_action cryptoFailureAction);
 
PULSAR_PUBLIC void pulsar_producer_configuration_set_encryption_key(pulsar_producer_configuration_t *conf,
                                                                    const char *key);
 
// const CryptoKeyReaderPtr getCryptoKeyReader() const;
// ProducerConfiguration &setCryptoKeyReader(CryptoKeyReaderPtr cryptoKeyReader);
//
// ProducerCryptoFailureAction getCryptoFailureAction() const;
// ProducerConfiguration &setCryptoFailureAction(ProducerCryptoFailureAction action);
//
// std::set <std::string> &getEncryptionKeys();
// int isEncryptionEnabled() const;
// ProducerConfiguration &addEncryptionKey(std::string key);
 
#ifdef __cplusplus
}
#endif