Note about database considerations regarding Cordapp compatibility between OS and ENT. Remove database configuration "schema" as this is not implemented in OS, it was already mentioned as ignored for SQL server.
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Node database
Configuring the node database
H2
By default, nodes store their data in an H2 database. See node-database-access-h2
.
Nodes can also be configured to use PostgreSQL and SQL Server. However, these are experimental community contributions. The Corda continuous integration pipeline does not run unit tests or integration tests of these databases.
PostgreSQL
Nodes can also be configured to use PostgreSQL 9.6, using PostgreSQL JDBC Driver 42.1.4. Here is an example node configuration for PostgreSQL:
dataSourceProperties = {
dataSourceClassName = "org.postgresql.ds.PGSimpleDataSource"
dataSource.url = "jdbc:postgresql://[HOST]:[PORT]/[DATABASE]"
dataSource.user = [USER]
dataSource.password = [PASSWORD]
}
database = {
transactionIsolationLevel = READ_COMMITTED
}
Note that: * Database schema name can be set in JDBC URL string e.g. currentSchema=myschema * Database schema name must either match the dataSource.user
value to end up on the standard schema search path according to the PostgreSQL documentation, or the schema search path must be set explicitly for the user.
SQLServer
Nodes also have untested support for Microsoft SQL Server 2017, using Microsoft JDBC Driver 6.2 for SQL Server. Here is an example node configuration for SQLServer:
dataSourceProperties = {
dataSourceClassName = "com.microsoft.sqlserver.jdbc.SQLServerDataSource"
dataSource.url = "jdbc:sqlserver://[HOST]:[PORT];databaseName=[DATABASE_NAME]"
dataSource.user = [USER]
dataSource.password = [PASSWORD]
}
database = {
transactionIsolationLevel = READ_COMMITTED
}
jarDirs = ["[FULL_PATH]/sqljdbc_6.2/enu/"]
Note that:
- Ensure the directory referenced by jarDirs contains only one JDBC driver JAR file; by the default, sqljdbc_6.2/enu/contains two JDBC JAR files for different Java versions.
Node database tables
By default, the node database has the following tables:
Table name | Columns |
---|---|
DATABASECHANGELOG | ID, AUTHOR, FILENAME, DATEEXECUTED, ORDEREXECUTED, EXECTYPE, MD5SUM, DESCRIPTION, COMMENTS, TAG, LIQUIBASE, CONTEXTS, LABELS, DEPLOYMENT_ID |
DATABASECHANGELOGLOCK | ID, LOCKED, LOCKGRANTED, LOCKEDBY |
NODE_ATTACHMENTS | ATT_ID, CONTENT, FILENAME, INSERTION_DATE, UPLOADER |
NODE_ATTACHMENTS_CONTRACTS | ATT_ID, CONTRACT_CLASS_NAME |
NODE_CHECKPOINTS | CHECKPOINT_ID, CHECKPOINT_VALUE |
NODE_CONTRACT_UPGRADES | STATE_REF, CONTRACT_CLASS_NAME |
NODE_IDENTITIES | PK_HASH, IDENTITY_VALUE |
NODE_INFOS | NODE_INFO_ID, NODE_INFO_HASH, PLATFORM_VERSION, SERIAL |
NODE_INFO_HOSTS | HOST_NAME, PORT, NODE_INFO_ID, HOSTS_ID |
NODE_INFO_PARTY_CERT | PARTY_NAME, ISMAIN, OWNING_KEY_HASH, PARTY_CERT_BINARY |
NODE_LINK_NODEINFO_PARTY | NODE_INFO_ID, PARTY_NAME |
NODE_MESSAGE_IDS | MESSAGE_ID, INSERTION_TIME, SENDER, SEQUENCE_NUMBER |
NODE_NAMES_IDENTITIES | NAME, PK_HASH |
NODE_OUR_KEY_PAIRS | PUBLIC_KEY_HASH, PRIVATE_KEY, PUBLIC_KEY |
NODE_PROPERTIES | PROPERTY_KEY, PROPERTY_VALUE |
NODE_SCHEDULED_STATES | OUTPUT_INDEXTRANSACTION_IDSCHEDULED_AT |
NODE_TRANSACTIONS | TX_ID, TRANSACTION_VALUE, STATE_MACHINE_RUN_ID |
VAULT_FUNGIBLE_STATES | OUTPUT_INDEX, TRANSACTION_ID, ISSUER_NAME, ISSUER_REF, OWNER_NAME, QUANTITY |
VAULT_FUNGIBLE_STATES_PARTS | OUTPUT_INDEX, TRANSACTION_ID, PARTICIPANTS |
VAULT_LINEAR_STATES | OUTPUT_INDEX, TRANSACTION_ID, EXTERNAL_ID, UUID |
VAULT_LINEAR_STATES_PARTS | OUTPUT_INDEX, TRANSACTION_ID, PARTICIPANTS |
VAULT_STATES | OUTPUT_INDEX, TRANSACTION_ID, CONSUMED_TIMESTAMP, CONTRACT_STATE_CLASS_NAME, LOCK_ID, LOCK_TIMESTAMP, NOTARY_NAME, RECORDED_TIMESTAMP, STATE_STATUS, RELEVANCY_STATUS, CONSTRAINT_TYPE, CONSTRAINT_DATA |
VAULT_TRANSACTION_NOTES | SEQ_NO, NOTE, TRANSACTION_ID |