org.postgresql.jdbc2.TypeInfoCache.convertArrayToBaseOid java code examples

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public boolean isSigned(int oid) {
  oid = convertArrayToBaseOid(oid);
  switch(oid) {
    case Oid.INT2:
    case Oid.INT4:
    case Oid.INT8:
    case Oid.FLOAT4:
    case Oid.FLOAT8:
    case Oid.NUMERIC:
      return true;
    default:
      return false;
  }
}

public boolean isCaseSensitive(int oid) {
  oid = convertArrayToBaseOid(oid);
  switch(oid) {
    case Oid.OID:
    case Oid.INT2:
    case Oid.INT4:
    case Oid.INT8:
    case Oid.FLOAT4:
    case Oid.FLOAT8:
    case Oid.NUMERIC:
    case Oid.BOOL:
    case Oid.BIT:
    case Oid.VARBIT:
    case Oid.DATE:
    case Oid.TIME:
    case Oid.TIMETZ:
    case Oid.TIMESTAMP:
    case Oid.TIMESTAMPTZ:
    case Oid.INTERVAL:
      return false;
    default:
      return true;
  }
}

public int getMaximumPrecision(int oid) {
  oid = convertArrayToBaseOid(oid);
  switch(oid) {
    case Oid.NUMERIC:
      return 1000;
    case Oid.TIME:
    case Oid.TIMETZ:
      // Technically this depends on the --enable-integer-datetimes
      // configure setting.  It is 6 with integer and 10 with float.
      return 6;
    case Oid.TIMESTAMP:
    case Oid.TIMESTAMPTZ:
    case Oid.INTERVAL:
      return 6;
    case Oid.BPCHAR:
    case Oid.VARCHAR:
      return 10485760;
    case Oid.BIT:
    case Oid.VARBIT:
      return 83886080;
    default:
      return 0;
  }
}

public int getScale(int oid, int typmod) {
  oid = convertArrayToBaseOid(oid);
  switch(oid) {
    case Oid.FLOAT4:
      return 8;
    case Oid.FLOAT8:
      return 17;
    case Oid.NUMERIC:
      if (typmod == -1)
        return 0;
      return (typmod-4) & 0xFFFF;
    case Oid.TIME:
    case Oid.TIMETZ:
    case Oid.TIMESTAMP:
    case Oid.TIMESTAMPTZ:
      if (typmod == -1)
        return 6;
      return typmod;
    case Oid.INTERVAL:
      if (typmod == -1)
        return 6;
      return typmod & 0xFFFF;
    default:
      return 0;
  }
}

public int getDisplaySize(int oid, int typmod) {
  oid = convertArrayToBaseOid(oid);
  switch(oid) {
    case Oid.INT2:

public int getPrecision(int oid, int typmod) {
  oid = convertArrayToBaseOid(oid);
  switch (oid) {
    case Oid.INT2:

public boolean isSigned(int oid) {
  oid = convertArrayToBaseOid(oid);
  switch(oid) {
    case Oid.INT2:
    case Oid.INT4:
    case Oid.INT8:
    case Oid.FLOAT4:
    case Oid.FLOAT8:
    case Oid.NUMERIC:
      return true;
    default:
      return false;
  }
}

public boolean isSigned(int oid) {
  oid = convertArrayToBaseOid(oid);
  switch(oid) {
    case Oid.INT2:
    case Oid.INT4:
    case Oid.INT8:
    case Oid.FLOAT4:
    case Oid.FLOAT8:
    case Oid.NUMERIC:
      return true;
    default:
      return false;
  }
}

public boolean isCaseSensitive(int oid) {
  oid = convertArrayToBaseOid(oid);
  switch(oid) {
    case Oid.OID:
    case Oid.INT2:
    case Oid.INT4:
    case Oid.INT8:
    case Oid.FLOAT4:
    case Oid.FLOAT8:
    case Oid.NUMERIC:
    case Oid.BOOL:
    case Oid.BIT:
    case Oid.VARBIT:
    case Oid.DATE:
    case Oid.TIME:
    case Oid.TIMETZ:
    case Oid.TIMESTAMP:
    case Oid.TIMESTAMPTZ:
    case Oid.INTERVAL:
      return false;
    default:
      return true;
  }
}

public boolean isCaseSensitive(int oid) {
  oid = convertArrayToBaseOid(oid);
  switch(oid) {
    case Oid.OID:
    case Oid.INT2:
    case Oid.INT4:
    case Oid.INT8:
    case Oid.FLOAT4:
    case Oid.FLOAT8:
    case Oid.NUMERIC:
    case Oid.BOOL:
    case Oid.BIT:
    case Oid.VARBIT:
    case Oid.DATE:
    case Oid.TIME:
    case Oid.TIMETZ:
    case Oid.TIMESTAMP:
    case Oid.TIMESTAMPTZ:
    case Oid.INTERVAL:
      return false;
    default:
      return true;
  }
}

public int getScale(int oid, int typmod) {
  oid = convertArrayToBaseOid(oid);
  switch(oid) {
    case Oid.FLOAT4:
      return 8;
    case Oid.FLOAT8:
      return 17;
    case Oid.NUMERIC:
      if (typmod == -1)
        return 0;
      return (typmod-4) & 0xFFFF;
    case Oid.TIME:
    case Oid.TIMETZ:
    case Oid.TIMESTAMP:
    case Oid.TIMESTAMPTZ:
      if (typmod == -1)
        return 6;
      return typmod;
    case Oid.INTERVAL:
      if (typmod == -1)
        return 6;
      return typmod & 0xFFFF;
    default:
      return 0;
  }
}

public int getMaximumPrecision(int oid) {
  oid = convertArrayToBaseOid(oid);
  switch(oid) {
    case Oid.NUMERIC:
      return 1000;
    case Oid.TIME:
    case Oid.TIMETZ:
      // Technically this depends on the --enable-integer-datetimes
      // configure setting.  It is 6 with integer and 10 with float.
      return 6;
    case Oid.TIMESTAMP:
    case Oid.TIMESTAMPTZ:
    case Oid.INTERVAL:
      return 6;
    case Oid.BPCHAR:
    case Oid.VARCHAR:
      return 10485760;
    case Oid.BIT:
    case Oid.VARBIT:
      return 83886080;
    default:
      return 0;
  }
}

public int getMaximumPrecision(int oid) {
  oid = convertArrayToBaseOid(oid);
  switch(oid) {
    case Oid.NUMERIC:
      return 1000;
    case Oid.TIME:
    case Oid.TIMETZ:
      // Technically this depends on the --enable-integer-datetimes
      // configure setting.  It is 6 with integer and 10 with float.
      return 6;
    case Oid.TIMESTAMP:
    case Oid.TIMESTAMPTZ:
    case Oid.INTERVAL:
      return 6;
    case Oid.BPCHAR:
    case Oid.VARCHAR:
      return 10485760;
    case Oid.BIT:
    case Oid.VARBIT:
      return 83886080;
    default:
      return 0;
  }
}

public int getScale(int oid, int typmod) {
  oid = convertArrayToBaseOid(oid);
  switch(oid) {
    case Oid.FLOAT4:
      return 8;
    case Oid.FLOAT8:
      return 17;
    case Oid.NUMERIC:
      if (typmod == -1)
        return 0;
      return (typmod-4) & 0xFFFF;
    case Oid.TIME:
    case Oid.TIMETZ:
    case Oid.TIMESTAMP:
    case Oid.TIMESTAMPTZ:
      if (typmod == -1)
        return 6;
      return typmod;
    case Oid.INTERVAL:
      if (typmod == -1)
        return 6;
      return typmod & 0xFFFF;
    default:
      return 0;
  }
}

public int getDisplaySize(int oid, int typmod) {
  oid = convertArrayToBaseOid(oid);
  switch(oid) {
    case Oid.INT2:

public int getDisplaySize(int oid, int typmod) {
  oid = convertArrayToBaseOid(oid);
  switch(oid) {
    case Oid.INT2:

public int getPrecision(int oid, int typmod) {
  oid = convertArrayToBaseOid(oid);
  switch (oid) {
    case Oid.INT2:

public int getPrecision(int oid, int typmod) {
  oid = convertArrayToBaseOid(oid);
  switch (oid) {
    case Oid.INT2:

Javadoc

Return the oid of the array's base element if it's an array, if not return the provided oid. This doesn't do any database lookups, so it's only useful for the originally provided type mappings. This is fine for it's intended uses where we only have intimate knowledge of types that are already known to the driver.

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How to use convertArrayToBaseOidmethodin org.postgresql.jdbc2.TypeInfoCache

Best Java code snippets using org.postgresql.jdbc2.TypeInfoCache.convertArrayToBaseOid (Showing top 18 results out of 315)

How to use
convertArrayToBaseOid
method
in
org.postgresql.jdbc2.TypeInfoCache