/** * Joins two names using the default identifier rules. * @param names * @return */ public static String joinNames(String name1, String name2) { return joinNames(new String[] { name1, name2}); }
/** * Joins two names using the default identifier rules. * @param names */ public static String joinNames(String name1, String name2) { return joinNames(new String[] { name1, name2}); }
/** * Joins two names using the default identifier rules. * @param names */ public static String joinNames(String name1, String name2) { return joinNames(new String[] { name1, name2}); }
/** * Joins two names using the default identifier rules. * @param names * @return */ public static String joinNames(String name1, String name2) { return joinNames(new String[] { name1, name2}); }
public String getUniqueColumns() { return Normalizer.joinNames(DBIdentifier.toStringArray(_uniqueColumnNames), IdentifierUtil.BAR); }
public String getUniqueColumns() { return Normalizer.joinNames(DBIdentifier.toStringArray(_uniqueColumnNames), IdentifierUtil.BAR); }
public String getUniqueColumns() { return Normalizer.joinNames(DBIdentifier.toStringArray(_uniqueColumnNames), IdentifierUtil.BAR); }
public String getUniqueColumns() { return Normalizer.joinNames(DBIdentifier.toStringArray(_uniqueColumnNames), IdentifierUtil.BAR); }
/** * Joins the list of identifiers using the appropriate delimiters and * returns a string based identifier. * @param resultId * @param names */ public static String join(DBIdentifier...names) { if (names == null || names.length == 0) { return null; } String[] strNames = new String[names.length]; for (int i = 0; i < names.length; i++) { strNames[i] = names[i].getNameInternal(); } return Normalizer.joinNames(strNames); } /**
/** * Joins the list of identifiers using the appropriate delimiters and * returns a string based identifier. * @param resultId * @param names */ public static String join(DBIdentifier...names) { if (names == null || names.length == 0) { return null; } String[] strNames = new String[names.length]; for (int i = 0; i < names.length; i++) { strNames[i] = names[i].getNameInternal(); } return Normalizer.joinNames(strNames); } /**
/** * Joins the list of identifiers using the appropriate delimiters and * returns a string based identifier. * @param resultId * @param names * @return */ public static String join(DBIdentifier...names) { if (names == null || names.length == 0) { return null; } String[] strNames = new String[names.length]; for (int i = 0; i < names.length; i++) { strNames[i] = names[i].getNameInternal(); } return Normalizer.joinNames(strNames); } /**
/** * Joins the list of identifiers using the appropriate delimiters and * returns a string based identifier. * @param resultId * @param names * @return */ public static String join(DBIdentifier...names) { if (names == null || names.length == 0) { return null; } String[] strNames = new String[names.length]; for (int i = 0; i < names.length; i++) { strNames[i] = names[i].getNameInternal(); } return Normalizer.joinNames(strNames); } /**
/** * The sequence table name. Defaults to <code>OPENJPA_SEQUENCE_TABLE</code>. * By default, the table will be placed in the first schema listed in your * <code>openjpa.jdbc.Schemas</code> property, or in the default schema if * the property is not given. If you specify a table name in the form * <code><schema>.<table></code>, then the given schema * will be used. */ public void setTable(String name) { // Split the name into its individual parts String[] names = Normalizer.splitName(name); // Join the name back together. This will delimit as appropriate. _table = DBIdentifier.newTable(Normalizer.joinNames(names)); }
/** * The sequence table name. Defaults to <code>OPENJPA_SEQUENCE_TABLE</code>. * By default, the table will be placed in the first schema listed in your * <code>openjpa.jdbc.Schemas</code> property, or in the default schema if * the property is not given. If you specify a table name in the form * <code><schema>.<table></code>, then the given schema * will be used. */ public void setTable(String name) { // Split the name into its individual parts String[] names = Normalizer.splitName(name); // Join the name back together. This will delimit as appropriate. _table = DBIdentifier.newTable(Normalizer.joinNames(names)); }
/** * The sequence table name. Defaults to <code>OPENJPA_SEQUENCE_TABLE</code>. * By default, the table will be placed in the first schema listed in your * <code>openjpa.jdbc.Schemas</code> property, or in the default schema if * the property is not given. If you specify a table name in the form * <code><schema>.<table></code>, then the given schema * will be used. */ public void setTable(String name) { // Split the name into its individual parts String[] names = Normalizer.splitName(name); // Join the name back together. This will delimit as appropriate. _table = DBIdentifier.newTable(Normalizer.joinNames(names)); }
/** * The sequence table name. Defaults to <code>OPENJPA_SEQUENCE_TABLE</code>. * By default, the table will be placed in the first schema listed in your * <code>openjpa.jdbc.Schemas</code> property, or in the default schema if * the property is not given. If you specify a table name in the form * <code><schema>.<table></code>, then the given schema * will be used. */ public void setTable(String name) { // Split the name into its individual parts String[] names = Normalizer.splitName(name); // Join the name back together. This will delimit as appropriate. _table = DBIdentifier.newTable(Normalizer.joinNames(names)); }