@Generated(value="OracleSDKGenerator", comments="API Version: 20200407") public final class CreateKafkaSchemaRegistryConnectionDetails extends CreateConnectionDetails
The information about a new Kafka (e.g. Confluent) Schema Registry Connection.
Note: Objects should always be created or deserialized using the CreateKafkaSchemaRegistryConnectionDetails.Builder
. This model
distinguishes fields that are null
because they are unset from fields that are explicitly
set to null
. This is done in the setter methods of the CreateKafkaSchemaRegistryConnectionDetails.Builder
, which maintain a
set of all explicitly set fields called CreateKafkaSchemaRegistryConnectionDetails.Builder.__explicitlySet__
. The hashCode()
and equals(Object)
methods are implemented to take the explicitly set
fields into account. The constructor, on the other hand, does not take the explicitly set fields
into account (since the constructor cannot distinguish explicit null
from unset null
).
Modifier and Type | Class and Description |
---|---|
static class |
CreateKafkaSchemaRegistryConnectionDetails.Builder |
EXPLICITLY_SET_FILTER_NAME, EXPLICITLY_SET_PROPERTY_NAME
Constructor and Description |
---|
CreateKafkaSchemaRegistryConnectionDetails(String displayName,
String description,
String compartmentId,
Map<String,String> freeformTags,
Map<String,Map<String,Object>> definedTags,
List<AddResourceLockDetails> locks,
String vaultId,
String keyId,
List<String> nsgIds,
String subnetId,
RoutingMethod routingMethod,
Boolean doesUseSecretIds,
KafkaSchemaRegistryConnection.TechnologyType technologyType,
String url,
KafkaSchemaRegistryConnection.AuthenticationType authenticationType,
String username,
String password,
String passwordSecretId,
String trustStore,
String trustStoreSecretId,
String trustStorePassword,
String trustStorePasswordSecretId,
String keyStore,
String keyStoreSecretId,
String keyStorePassword,
String keyStorePasswordSecretId,
String sslKeyPassword,
String sslKeyPasswordSecretId,
String privateIp)
Deprecated.
|
Modifier and Type | Method and Description |
---|---|
static CreateKafkaSchemaRegistryConnectionDetails.Builder |
builder()
Create a new builder.
|
boolean |
equals(Object o) |
KafkaSchemaRegistryConnection.AuthenticationType |
getAuthenticationType()
Used authentication mechanism to access Schema Registry.
|
String |
getKeyStore()
The base64 encoded content of the KeyStore file.
|
String |
getKeyStorePassword()
The KeyStore password.
|
String |
getKeyStorePasswordSecretId()
The OCID of the
Secret where the kafka Ssl KeyStore password is stored.
|
String |
getKeyStoreSecretId()
The OCID of the
Secret that stores the content of the KeyStore file.
|
String |
getPassword()
The password to access Schema Registry using basic authentication.
|
String |
getPasswordSecretId()
The OCID of the
Secret where the Kafka Schema Registry password is stored, The password to access Schema
Registry using basic authentication.
|
String |
getPrivateIp()
Deprecated: this field will be removed in future versions.
|
String |
getSslKeyPassword()
The password for the cert inside the KeyStore.
|
String |
getSslKeyPasswordSecretId()
The OCID of the
Secret that stores the password for the cert inside the KeyStore.
|
KafkaSchemaRegistryConnection.TechnologyType |
getTechnologyType()
The Kafka (e.g.
|
String |
getTrustStore()
The base64 encoded content of the TrustStore file.
|
String |
getTrustStorePassword()
The TrustStore password.
|
String |
getTrustStorePasswordSecretId()
The OCID of the
Secret where the kafka Ssl TrustStore password is stored.
|
String |
getTrustStoreSecretId()
The OCID of the
Secret that stores the content of the TrustStore file.
|
String |
getUrl()
Kafka Schema Registry URL.
|
String |
getUsername()
The username to access Schema Registry using basic authentication.
|
int |
hashCode() |
CreateKafkaSchemaRegistryConnectionDetails.Builder |
toBuilder() |
String |
toString() |
String |
toString(boolean includeByteArrayContents)
Return a string representation of the object.
|
getCompartmentId, getDefinedTags, getDescription, getDisplayName, getDoesUseSecretIds, getFreeformTags, getKeyId, getLocks, getNsgIds, getRoutingMethod, getSubnetId, getVaultId
markPropertyAsExplicitlySet, wasPropertyExplicitlySet
@Deprecated public CreateKafkaSchemaRegistryConnectionDetails(String displayName, String description, String compartmentId, Map<String,String> freeformTags, Map<String,Map<String,Object>> definedTags, List<AddResourceLockDetails> locks, String vaultId, String keyId, List<String> nsgIds, String subnetId, RoutingMethod routingMethod, Boolean doesUseSecretIds, KafkaSchemaRegistryConnection.TechnologyType technologyType, String url, KafkaSchemaRegistryConnection.AuthenticationType authenticationType, String username, String password, String passwordSecretId, String trustStore, String trustStoreSecretId, String trustStorePassword, String trustStorePasswordSecretId, String keyStore, String keyStoreSecretId, String keyStorePassword, String keyStorePasswordSecretId, String sslKeyPassword, String sslKeyPasswordSecretId, String privateIp)
public static CreateKafkaSchemaRegistryConnectionDetails.Builder builder()
Create a new builder.
public CreateKafkaSchemaRegistryConnectionDetails.Builder toBuilder()
public KafkaSchemaRegistryConnection.TechnologyType getTechnologyType()
The Kafka (e.g. Confluent) Schema Registry technology type.
public String getUrl()
Kafka Schema Registry URL. e.g.: ‘https://server1.us.oracle.com:8081’
public KafkaSchemaRegistryConnection.AuthenticationType getAuthenticationType()
Used authentication mechanism to access Schema Registry.
public String getUsername()
The username to access Schema Registry using basic authentication. This value is injected into ‘schema.registry.basic.auth.user.info=user:password’ configuration property.
public String getPassword()
The password to access Schema Registry using basic authentication. This value is injected into ‘schema.registry.basic.auth.user.info=user:password’ configuration property.
public String getPasswordSecretId()
The OCID of the Secret where the Kafka Schema Registry password is stored, The password to access Schema Registry using basic authentication. This value is injected into ‘schema.registry.basic.auth.user.info=user:password’ configuration property. Note: When provided, ‘password’ field must not be provided.
public String getTrustStore()
The base64 encoded content of the TrustStore file.
public String getTrustStoreSecretId()
The OCID of the Secret that stores the content of the TrustStore file. Note: When provided, ‘trustStore’ field must not be provided.
public String getTrustStorePassword()
The TrustStore password.
public String getTrustStorePasswordSecretId()
The OCID of the Secret where the kafka Ssl TrustStore password is stored. Note: When provided, ‘trustStorePassword’ field must not be provided.
public String getKeyStore()
The base64 encoded content of the KeyStore file.
public String getKeyStoreSecretId()
The OCID of the Secret that stores the content of the KeyStore file. Note: When provided, ‘keyStore’ field must not be provided.
public String getKeyStorePassword()
The KeyStore password.
public String getKeyStorePasswordSecretId()
The OCID of the Secret where the kafka Ssl KeyStore password is stored. Note: When provided, ‘keyStorePassword’ field must not be provided.
public String getSslKeyPassword()
The password for the cert inside the KeyStore. In case it differs from the KeyStore password, it should be provided.
public String getSslKeyPasswordSecretId()
The OCID of the Secret that stores the password for the cert inside the KeyStore. In case it differs from the KeyStore password, it should be provided. Note: When provided, ‘sslKeyPassword’ field must not be provided.
public String getPrivateIp()
Deprecated: this field will be removed in future versions. Either specify the private IP in the connectionString or host field, or make sure the host name is resolvable in the target VCN.
The private IP address of the connection's endpoint in the customer's VCN, typically a database endpoint or a big data endpoint (e.g. Kafka bootstrap server). In case the privateIp is provided, the subnetId must also be provided. In case the privateIp (and the subnetId) is not provided it is assumed the datasource is publicly accessible. In case the connection is accessible only privately, the lack of privateIp will result in not being able to access the connection.
public String toString()
toString
in class CreateConnectionDetails
public String toString(boolean includeByteArrayContents)
Return a string representation of the object.
toString
in class CreateConnectionDetails
includeByteArrayContents
- true to include the full contents of byte arrayspublic boolean equals(Object o)
equals
in class CreateConnectionDetails
public int hashCode()
hashCode
in class CreateConnectionDetails
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