Package org.jumpmind.db.platform

Class DatabaseInfo

java.lang.Object
org.jumpmind.db.platform.DatabaseInfo
public class DatabaseInfo extends Object
Contains information about the database platform such as supported features and native type mappings.

  • Constructor Details

    • DatabaseInfo

      public DatabaseInfo()
      Creates a new platform info object.

  • Method Details

    • isNullAsDefaultValueRequired

      public boolean isNullAsDefaultValueRequired()
      Determines whether a NULL needs to be explicitly stated when the column has no specified default value. Default is false.
      Returns:
      true if NULL must be written for empty default values

    • setNullAsDefaultValueRequired

      public void setNullAsDefaultValueRequired(boolean requiresNullAsDefaultValue)
      Specifies whether a NULL needs to be explicitly stated when the column has no specified default value. Default is false.
      Parameters:
      requiresNullAsDefaultValue - Whether NULL must be written for empty default values

    • isDefaultValuesForLongTypesSupported

      public boolean isDefaultValuesForLongTypesSupported()
      Determines whether default values can be specified for LONGVARCHAR/LONGVARBINARY columns.
      Returns:
      true if default values are allowed

    • setDefaultValuesForLongTypesSupported

      public void setDefaultValuesForLongTypesSupported(boolean isSupported)
      Specifies whether default values can be specified for LONGVARCHAR/LONGVARBINARY columns.
      Parameters:
      isSupported - true if default values are supported

    • isPrimaryKeyEmbedded

      public boolean isPrimaryKeyEmbedded()
      Determines whether primary key constraints are embedded in the create table clause or as seperate alter table statements. The default is embedded pks.
      Returns:
      true if pk constraints are embedded

    • setPrimaryKeyEmbedded

      public void setPrimaryKeyEmbedded(boolean primaryKeyEmbedded)
      Specifies whether the primary key constraints are embedded in the create table clause or as seperate alter table statements.
      Parameters:
      primaryKeyEmbedded - Whether pk constraints are embedded

    • isForeignKeysEmbedded

      public boolean isForeignKeysEmbedded()
      Determines whether foreign key constraints are embedded in the create table clause or as seperate alter table statements. Per default, foreign keys are external.
      Returns:
      true if fk constraints are embedded

    • setForeignKeysEmbedded

      public void setForeignKeysEmbedded(boolean foreignKeysEmbedded)
      Specifies whether foreign key constraints are embedded in the create table clause or as seperate alter table statements.
      Parameters:
      foreignKeysEmbedded - Whether fk constraints are embedded

    • isEmbeddedForeignKeysNamed

      public boolean isEmbeddedForeignKeysNamed()
      Returns whether embedded foreign key constraints should have a name.
      Returns:
      true if embedded fks have name

    • setEmbeddedForeignKeysNamed

      public void setEmbeddedForeignKeysNamed(boolean embeddedForeignKeysNamed)
      Specifies whether embedded foreign key constraints should be named.
      Parameters:
      embeddedForeignKeysNamed - Whether embedded fks shall have a name

    • isIndicesSupported

      public boolean isIndicesSupported()
      Determines whether indices are supported.
      Returns:
      true if indices are supported

    • setIndicesSupported

      public void setIndicesSupported(boolean supportingIndices)
      Specifies whether indices are supported.
      Parameters:
      supportingIndices - true if indices are supported

    • isTableLevelLoggingSupported

      public boolean isTableLevelLoggingSupported()
      Determines whether table-level logging is supported.

    • setTableLevelLoggingSupported

      public void setTableLevelLoggingSupported(boolean value)
      Specifies whether table-level logging is supported.

    • isForeignKeysSupported

      public boolean isForeignKeysSupported()
      Determines whether indices are supported.
      Returns:
      true if indices are supported

    • setForeignKeysSupported

      public void setForeignKeysSupported(boolean foreignKeysSupported)
      Specifies whether indices are supported.
      Parameters:
      supportingIndices - true if indices are supported

    • isIndicesEmbedded

      public boolean isIndicesEmbedded()
      Determines whether the indices are embedded in the create table clause or as seperate statements. Per default, indices are external.
      Returns:
      true if indices are embedded

    • setIndicesEmbedded

      public void setIndicesEmbedded(boolean indicesEmbedded)
      Specifies whether indices are embedded in the create table clause or as seperate alter table statements.
      Parameters:
      indicesEmbedded - Whether indices are embedded

    • isUniqueEmbedded

      public boolean isUniqueEmbedded()
      Determines whether unique constraints are embedded in the column definition or as separate constraint statements. The default is non-embedded unique.
      Returns:
      true if unique constraints are embedded

    • setUniqueEmbedded

      public void setUniqueEmbedded(boolean unique)
      Specifies whether the unique constraints are embedded in the column definition or as separate constraint statements.
      Parameters:
      primaryKeyEmbedded - Whether unique constraints are embedded

    • isNonPKIdentityColumnsSupported

      public boolean isNonPKIdentityColumnsSupported()
      Determines whether non-primary key columns can be auto-incrementing (IDENTITY columns).
      Returns:
      true if normal non-PK columns can be auto-incrementing

    • setNonPKIdentityColumnsSupported

      public void setNonPKIdentityColumnsSupported(boolean supportingNonPKIdentityColumns)
      Specifies whether non-primary key columns can be auto-incrementing (IDENTITY columns).
      Parameters:
      supportingNonPKIdentityColumns - true if normal non-PK columns can be auto-incrementing

    • isGeneratedColumnsSupported

      public boolean isGeneratedColumnsSupported()
      Determines whether generated/computed/virtual columns are supported.
      Returns:
      true if generated/computed/virtual columns are supported

    • setGeneratedColumnsSupported

      public void setGeneratedColumnsSupported(boolean generatedColumnsSupported)
      Specifies whether generated/computed/virtual columns are supported.
      Parameters:
      generatedColumnsSupported - true if generated/computed/virtual columns are supported

    • isExpressionsAsDefaultValuesSupported

      public boolean isExpressionsAsDefaultValuesSupported()
      Determines whether expressions can be used as default values.
      Returns:
      true if expressions can be used as default values

    • setExpressionsAsDefaultValuesSupported

      public void setExpressionsAsDefaultValuesSupported(boolean expressionsAsDefaultValuesSupported)
      Specifies whether expressions can be used as default values.
      Parameters:
      expressionsAsDefaultValuesSupported - true if expressions can be used as default values

    • isDefaultValueUsedForIdentitySpec

      public boolean isDefaultValueUsedForIdentitySpec()
      Determines whether the auto-increment specification uses the DEFAULT value of the column definition.
      Returns:
      true if the auto-increment spec is done via the DEFAULT value

    • setDefaultValueUsedForIdentitySpec

      public void setDefaultValueUsedForIdentitySpec(boolean identitySpecUsesDefaultValue)
      Specifies whether the auto-increment specification uses the DEFAULT value of the column definition.
      Parameters:
      identitySpecUsesDefaultValue - true if the auto-increment spec is done via the DEFAULT value

    • isSystemIndicesReturned

      public boolean isSystemIndicesReturned()
      Determines whether database-generated indices for primary and foreign keys are returned when reading a model from a database.
      Returns:
      true if system indices are read from a live database

    • setSystemIndicesReturned

      public void setSystemIndicesReturned(boolean returningSystemIndices)
      Specifies whether database-generated indices for primary and foreign keys are returned when reading a model from a database.
      Parameters:
      returningSystemIndices - true if system indices are read from a live database

    • isSystemForeignKeyIndicesAlwaysNonUnique

      public boolean isSystemForeignKeyIndicesAlwaysNonUnique()
      Determines whether system indices for foreign keys are always non-unique or can be unique (i.e. if a primary key column is used to establish the foreign key).
      Returns:
      true if system foreign key indices are always non-unique; default is false

    • setSystemForeignKeyIndicesAlwaysNonUnique

      public void setSystemForeignKeyIndicesAlwaysNonUnique(boolean alwaysNonUnique)
      Specifies whether system indices for foreign keys are always non-unique or can be unique (i.e. if a primary key column is used to establish the foreign key).
      Parameters:
      alwaysNonUnique - true if system foreign key indices are always non-unique

    • isSyntheticDefaultValueForRequiredReturned

      public boolean isSyntheticDefaultValueForRequiredReturned()
      Determines whether the platform returns synthetic default values (e.g. 0 for numeric columns etc.) for non-identity required columns when reading a model from a database.
      Returns:
      true if synthetic default values are returned for non-identity required columns

    • setSyntheticDefaultValueForRequiredReturned

      public void setSyntheticDefaultValueForRequiredReturned(boolean returningDefaultValue)
      Specifies whether the platform returns synthetic default values (e.g. 0 for numeric columns etc.) for non-identity required columns when reading a model from a database.
      Parameters:
      returningDefaultValue - true if synthetic default values are returned for non-identity required columns

    • getIdentityStatusReadingSupported

      public boolean getIdentityStatusReadingSupported()
      Determines whether the platform is able to read the auto-increment status for columns from an existing database.
      Returns:
      true if the auto-increment status can be determined from an existing database

    • setIdentityStatusReadingSupported

      public void setIdentityStatusReadingSupported(boolean canReadAutoIncrementStatus)
      Specifies whether the platform is able to read the auto-increment status for columns from an existing database.
      Parameters:
      canReadAutoIncrementStatus - true if the auto-increment status can be determined from an existing database

    • isSqlCommentsSupported

      public boolean isSqlCommentsSupported()
      Determines whether the database supports SQL comments.
      Returns:
      true if comments are supported

    • setSqlCommentsSupported

      public void setSqlCommentsSupported(boolean commentsSupported)
      Specifies whether SQL comments are supported by the database.
      Parameters:
      commentsSupported - true if comments are supported

    • isDelimitedIdentifiersSupported

      public boolean isDelimitedIdentifiersSupported()
      Determines whether delimited identifiers are supported.
      Returns:
      true if delimited identifiers are supported

    • setDelimitedIdentifiersSupported

      public void setDelimitedIdentifiersSupported(boolean areSupported)
      Specifies whether delimited identifiers are supported.
      Parameters:
      areSupported - true if delimited identifiers are supported

    • isAlterTableForDropUsed

      public boolean isAlterTableForDropUsed()
      Determines whether an ALTER TABLE statement shall be used for dropping indices or constraints. The default is false.
      Returns:
      true if ALTER TABLE is required

    • setAlterTableForDropUsed

      public void setAlterTableForDropUsed(boolean useAlterTableForDrop)
      Specifies whether an ALTER TABLE statement shall be used for dropping indices or constraints.
      Parameters:
      useAlterTableForDrop - Whether ALTER TABLE will be used

    • isIdentityOverrideAllowed

      public boolean isIdentityOverrideAllowed()
      Determines whether the platform is allows the explicit specification of values for identity columns in INSERT/UPDATE statements.
      Returns:
      true if values for identity columns can be specified

    • setIdentityOverrideAllowed

      public void setIdentityOverrideAllowed(boolean identityOverrideAllowed)
      Specifies whether the platform is allows the explicit specification of values for identity columns in INSERT/UPDATE statements.
      Parameters:
      identityOverrideAllowed - true if values for identity columns can be specified

    • isLastIdentityValueReadable

      public boolean isLastIdentityValueReadable()
      Determines whether the values of identity columns can be read back from the database after insertion of a row.
      Returns:
      true if the identity column(s) can be read back

    • setLastIdentityValueReadable

      public void setLastIdentityValueReadable(boolean lastIdentityValueReadable)
      Specifies whether the values of identity columns can be read back from the database after insertion of a row.
      Parameters:
      lastIdentityValueReadable - true if the identity column(s) can be read back

    • isAutoCommitModeForLastIdentityValueReading

      public boolean isAutoCommitModeForLastIdentityValueReading()
      Determines whether auto-commit mode for the reading of the values of identity columns after insertion shall be used, i.e. whether between the insertion of the row and the reading of the database-generated identity value a commit is issued.
      Returns:
      true if auto-commit mode is used

    • setAutoCommitModeForLastIdentityValueReading

      public void setAutoCommitModeForLastIdentityValueReading(boolean autoCommitModeForLastIdentityValueReading)
      Determines whether auto-commit mode for the reading of the values of identity columns after insertion shall be used, i.e. whether between the insertion of the row and the reading of the database-generated identity value a commit is issued.
      Parameters:
      autoCommitModeForLastIdentityValueReading - true if auto-commit mode shall be used

    • getMaxTableNameLength

      public int getMaxTableNameLength()
      Returns the maximum number of characters that a table name can have.
      Returns:
      The number of characters, or -1 if not limited

    • getMaxColumnNameLength

      public int getMaxColumnNameLength()
      Returns the maximum number of characters that a column name can have.
      Returns:
      The number of characters, or -1 if not limited

    • getMaxConstraintNameLength

      public int getMaxConstraintNameLength()
      Returns the maximum number of characters that a constraint name can have.
      Returns:
      The number of characters, or -1 if not limited

    • getMaxForeignKeyNameLength

      public int getMaxForeignKeyNameLength()
      Returns the maximum number of characters that a foreign key name can have.
      Returns:
      The number of characters, or -1 if not limited

    • setMaxIdentifierLength

      public void setMaxIdentifierLength(int maxIdentifierLength)
      Sets the maximum length of all identifiers that this database allows. Use this method if the length limit is the same for all kinds of identifiers.
      Parameters:
      maxIdentifierLength - The maximum identifier length, -1 if unlimited

    • setMaxTableNameLength

      public void setMaxTableNameLength(int maxTableNameLength)
      Sets the maximum length of table names that this database allows.
      Parameters:
      maxTableNameLength - The maximum length, -1 if unlimited

    • setMaxColumnNameLength

      public void setMaxColumnNameLength(int maxColumnNameLength)
      Sets the maximum length of column names that this database allows.
      Parameters:
      maxColumnNameLength - The maximum length, -1 if unlimited

    • setMaxConstraintNameLength

      public void setMaxConstraintNameLength(int maxConstraintNameLength)
      Sets the maximum length of constraint names that this database allows.
      Parameters:
      maxConstraintNameLength - The maximum length, -1 if unlimited

    • setMaxForeignKeyNameLength

      public void setMaxForeignKeyNameLength(int maxForeignKeyNameLength)
      Sets the maximum length of foreign key names that this database allows.
      Parameters:
      maxForeignKeyNameLength - The maximum length, -1 if unlimited

    • getDelimiterToken

      public String getDelimiterToken()
      Returns the text that is used to delimit identifiers (eg. table names). Per default, this is a double quotation character (").
      Returns:
      The delimiter text

    • setDelimiterToken

      public void setDelimiterToken(String delimiterToken)
      Sets the text that is used to delimit identifiers (eg. table names).
      Parameters:
      delimiterToken - The delimiter text

    • getValueQuoteToken

      public String getValueQuoteToken()
      Returns the text that is used for for quoting values (e.g. text) when printing default values and in generates insert/update/delete statements. Per default, this is a single quotation character (').
      Returns:
      The quote text

    • setValueQuoteToken

      public void setValueQuoteToken(String valueQuoteChar)
      Sets the text that is used for for quoting values (e.g. text) when printing default values and in generates insert/update/delete statements.
      Parameters:
      valueQuoteChar - The new quote text

    • getCommentPrefix

      public String getCommentPrefix()
      Returns the string that denotes the beginning of a comment.
      Returns:
      The comment prefix

    • setCommentPrefix

      public void setCommentPrefix(String commentPrefix)
      Sets the text that starts a comment.
      Parameters:
      commentPrefix - The new comment prefix

    • getCommentSuffix

      public String getCommentSuffix()
      Returns the string that denotes the end of a comment. Note that comments will be always on their own line.
      Returns:
      The comment suffix

    • setCommentSuffix

      public void setCommentSuffix(String commentSuffix)
      Sets the text that ends a comment.
      Parameters:
      commentSuffix - The new comment suffix

    • getSqlCommandDelimiter

      public String getSqlCommandDelimiter()
      Returns the text separating individual sql commands.
      Returns:
      The delimiter text

    • setSqlCommandDelimiter

      public void setSqlCommandDelimiter(String sqlCommandDelimiter)
      Sets the text separating individual sql commands.
      Parameters:
      sqlCommandDelimiter - The delimiter text

    • getNativeType

      public String getNativeType(int typeCode)
      Returns the database-native type for the given type code.
      Parameters:
      typeCode - The Types type code
      Returns:
      The native type or null if there isn't one defined

    • getTargetJdbcType

      public int getTargetJdbcType(int typeCode)
      Returns the jdbc type corresponding to the native type that is used for the given jdbc type. This is most often the same jdbc type, but can also be a different one. For instance, if a database has no native boolean type, then the source jdbc type would be BIT or BOOLEAN, and the target jdbc type might be TINYINT or SMALLINT.
      Parameters:
      typeCode - The Types type code
      Returns:
      The target jdbc type

    • addNativeTypeMapping

      public void addNativeTypeMapping(int jdbcTypeCode, String nativeType)
      Adds a mapping from jdbc type to database-native type.
      Parameters:
      jdbcTypeCode - The jdbc type code as defined by Types
      nativeType - The native type

    • addNativeTypeMapping

      public void addNativeTypeMapping(int jdbcTypeCode, String nativeType, int targetJdbcTypeCode)
      Adds a mapping from jdbc type to database-native type.
      Parameters:
      jdbcTypeCode - The jdbc type code as defined by Types
      nativeType - The native type
      targetJdbcTypeCode - The jdbc type code corresponding to the native type (e.g. when reading the model from the database)

    • addNativeTypeMapping

      public void addNativeTypeMapping(String jdbcTypeName, String nativeType)
      Adds a mapping from jdbc type to database-native type. Note that this method accesses the named constant in Types via reflection and is thus safe to use under JDK 1.2/1.3 even with constants defined only in later Java versions - for these, the method simply will not add a mapping.
      Parameters:
      jdbcTypeName - The jdbc type name, one of the constants defined in Types
      nativeType - The native type

    • addNativeTypeMapping

      public void addNativeTypeMapping(String jdbcTypeName, String nativeType, String targetJdbcTypeName)
      Adds a mapping from jdbc type to database-native type. Note that this method accesses the named constant in Types via reflection and is thus safe to use under JDK 1.2/1.3 even with constants defined only in later Java versions - for these, the method simply will not add a mapping.
      Parameters:
      jdbcTypeName - The jdbc type name, one of the constants defined in Types
      nativeType - The native type
      targetJdbcTypeName - The jdbc type corresponding to the native type (e.g. when reading the model from the database)

    • hasNullDefault

      public boolean hasNullDefault(int sqlTypeCode)
      Determines whether the native type for the given sql type code (one of the Types constants) has a null default value on this platform.
      Parameters:
      sqlTypeCode - The sql type code
      Returns:
      true if the native type has a null default value

    • setHasNullDefault

      public void setHasNullDefault(int sqlTypeCode, boolean hasNullDefault)
      Specifies whether the native type for the given sql type code (one of the Types constants) has a null default value on this platform.
      Parameters:
      sqlTypeCode - The sql type code
      hasNullDefault - true if the native type has a null default value

    • hasSize

      public boolean hasSize(int sqlTypeCode)
      Determines whether the native type for the given sql type code (one of the Types constants) has a size specification on this platform.
      Parameters:
      sqlTypeCode - The sql type code
      Returns:
      true if the native type has a size specification

    • setHasSize

      public void setHasSize(int sqlTypeCode, boolean hasSize)
      Specifies whether the native type for the given sql type code (one of the Types constants) has a size specification on this platform.
      Parameters:
      sqlTypeCode - The sql type code
      hasSize - true if the native type has a size specification

    • getDefaultSize

      public Integer getDefaultSize(int jdbcTypeCode)
      Returns the default size value for the given type, if any.
      Parameters:
      jdbcTypeCode - The jdbc type code
      Returns:
      The default size or null if none is defined

    • setDefaultSize

      public void setDefaultSize(int jdbcTypeCode, int defaultSize)
      Adds a default size for the given jdbc type.
      Parameters:
      jdbcTypeCode - The jdbc type code
      defaultSize - The default size

    • setDefaultSize

      public void setDefaultSize(String jdbcTypeName, int defaultSize)
      Adds a default size for the given jdbc type.
      Parameters:
      jdbcTypeName - The name of the jdbc type, one of the Types constants
      defaultSize - The default size

    • getMaxSize

      public int getMaxSize(String nativeType)

    • setMaxSize

      public void setMaxSize(String nativeType, int defaultSize)

    • hasPrecisionAndScale

      public boolean hasPrecisionAndScale(int sqlTypeCode)
      Determines whether the native type for the given sql type code (one of the Types constants) has precision and scale specifications on this platform.
      Parameters:
      sqlTypeCode - The sql type code
      Returns:
      true if the native type has precision and scale specifications

    • setHasPrecisionAndScale

      public void setHasPrecisionAndScale(int sqlTypeCode, boolean hasPrecisionAndScale)
      Specifies whether the native type for the given sql type code (one of the Types constants) has precision and scale specifications on this platform.
      Parameters:
      sqlTypeCode - The sql type code
      hasPrecisionAndScale - true if the native type has precision and scale specifications

    • getDefaultValuesToLeaveUnquoted

      public Set<String> getDefaultValuesToLeaveUnquoted()

    • setDefaultValuesToLeaveUnquotedSupplier

      public void setDefaultValuesToLeaveUnquotedSupplier(Supplier<Set<String>> defaultValuesToLeaveUnquotedSupplier)

    • getDefaultValuesToTranslate

      public Map<String,String> getDefaultValuesToTranslate()

    • setDefaultValuesToTranslateSupplier

      public void setDefaultValuesToTranslateSupplier(Supplier<Map<String,String>> defaultValuesToTranslateSupplier)

    • setTriggersSupported

      public void setTriggersSupported(boolean triggersSupported)

    • isTriggersSupported

      public boolean isTriggersSupported()

    • isDateOverridesToTimestamp

      public boolean isDateOverridesToTimestamp()

    • setDateOverridesToTimestamp

      public void setDateOverridesToTimestamp(boolean dateOverridesToTimestamp)

    • isEmptyStringNulled

      public boolean isEmptyStringNulled()

    • setEmptyStringNulled

      public void setEmptyStringNulled(boolean emptyStringNulled)

    • setBlankCharColumnSpacePadded

      public void setBlankCharColumnSpacePadded(boolean blankCharColumnSpacePadded)

    • isBlankCharColumnSpacePadded

      public boolean isBlankCharColumnSpacePadded()

    • setCharColumnSpaceTrimmed

      public void setCharColumnSpaceTrimmed(boolean charColumnSpaceTrimmed)

    • isCharColumnSpaceTrimmed

      public boolean isCharColumnSpaceTrimmed()

    • setNonBlankCharColumnSpacePadded

      public void setNonBlankCharColumnSpacePadded(boolean nonBlankCharColumnSpacePadded)

    • isNonBlankCharColumnSpacePadded

      public boolean isNonBlankCharColumnSpacePadded()

    • isAutoIncrementUpdateAllowed

      public boolean isAutoIncrementUpdateAllowed()

    • setAutoIncrementUpdateAllowed

      public void setAutoIncrementUpdateAllowed(boolean autoIncrementUpdateAllowed)

    • setRequiresAutoCommitForDdl

      public void setRequiresAutoCommitForDdl(boolean requireAutoCommitForDdl)

    • isRequiresAutoCommitForDdl

      public boolean isRequiresAutoCommitForDdl()

    • setRequiresSavePointsInTransaction

      public void setRequiresSavePointsInTransaction(boolean requiresSavePointsInTransaction)

    • isRequiresSavePointsInTransaction

      public boolean isRequiresSavePointsInTransaction()

    • getMinIsolationLevelToPreventPhantomReads

      public int getMinIsolationLevelToPreventPhantomReads()

    • setMinIsolationLevelToPreventPhantomReads

      public void setMinIsolationLevelToPreventPhantomReads(int minIsolationLevelToPreventPhantomReads)

    • isRequiredCharColumnEmptyStringSameAsNull

      public boolean isRequiredCharColumnEmptyStringSameAsNull()

    • setRequiredCharColumnEmptyStringSameAsNull

      public void setRequiredCharColumnEmptyStringSameAsNull(boolean requiredCharColumnEmptyStringSameAsNull)

    • getBinaryQuoteStart

      public String getBinaryQuoteStart()

    • setBinaryQuoteStart

      public void setBinaryQuoteStart(String binaryQuoteStart)

    • getBinaryQuoteEnd

      public String getBinaryQuoteEnd()

    • setBinaryQuoteEnd

      public void setBinaryQuoteEnd(String binaryQuoteEnd)

    • setCatalogSeparator

      public void setCatalogSeparator(String catalogSeparator)

    • getCatalogSeparator

      public String getCatalogSeparator()

    • setSchemaSeparator

      public void setSchemaSeparator(String schemaSeparator)

    • getSchemaSeparator

      public String getSchemaSeparator()

    • isNotNullColumnsSupported

      public boolean isNotNullColumnsSupported()

    • setNotNullColumnsSupported

      public void setNotNullColumnsSupported(boolean notNullColumnsSupported)

    • isZeroDateAllowed

      public boolean isZeroDateAllowed()

    • setZeroDateAllowed

      public void setZeroDateAllowed(boolean zeroDateAllowed)

    • isInfinityDateAllowed

      public boolean isInfinityDateAllowed()

    • setInfinityDateAllowed

      public void setInfinityDateAllowed(boolean infinityDateAllowed)

    • isTriggersCreateOrReplaceSupported

      public boolean isTriggersCreateOrReplaceSupported()

    • setTriggersCreateOrReplaceSupported

      public void setTriggersCreateOrReplaceSupported(boolean triggersCreateOrReplaceSupported)

    • getCteExpression

      public String getCteExpression()

    • setCteExpression

      public void setCteExpression(String cteExpression)

    • isLogBased

      public boolean isLogBased()

    • setLogBased

      public void setLogBased(boolean logBased)

    • isTriggersContainJava

      public boolean isTriggersContainJava()

    • setTriggersContainJava

      public void setTriggersContainJava(boolean triggersContainJava)

    • isFunctionalIndicesSupported

      public boolean isFunctionalIndicesSupported()

    • setFunctionalIndicesSupported

      public void setFunctionalIndicesSupported(boolean functionalIndicesSupported)

    • canDeleteUsingExists

      public boolean canDeleteUsingExists()

    • setCanDeleteUsingExists

      public void setCanDeleteUsingExists(boolean canDeleteUsingExists)

    • canTriggerExistWithoutTable

      public boolean canTriggerExistWithoutTable()

    • setCanTriggerExistWithoutTable

      public void setCanTriggerExistWithoutTable(boolean canTriggerExistWithoutTable)

    • isJdbcTimestampAllowed

      public boolean isJdbcTimestampAllowed()

    • setJdbcTimestampAllowed

      public void setJdbcTimestampAllowed(boolean jdbcTimestampAllowed)