Enum TypeCode (6.82.0)

Version 6.82.0

• 6.83.0 (latest)
• 6.82.0
• 6.80.1
• 6.79.0
• 6.77.0
• 6.74.1
• 6.72.0
• 6.71.0
• 6.69.0
• 6.68.0
• 6.66.0
• 6.65.1
• 6.62.0
• 6.60.0
• 6.58.0
• 6.57.0
• 6.56.0
• 6.55.0
• 6.54.0
• 6.53.0
• 6.52.1
• 6.51.0
• 6.50.1
• 6.49.0
• 6.25.1
• 6.24.0
• 6.23.4
• 6.22.0
• 6.21.2
• 6.20.0
• 6.19.1
• 6.18.0
• 6.17.4
• 6.14.1

public enum TypeCode extends Enum<TypeCode> implements ProtocolMessageEnum

TypeCode is used as part of Type to indicate the type of a Cloud Spanner value.

Each legal value of a type can be encoded to or decoded from a JSON value, using the encodings described below. All Cloud Spanner values can be null, regardless of type; nulls are always encoded as a JSON null.

Protobuf enum google.spanner.v1.TypeCode

Implements

ProtocolMessageEnum

Inherited Members

Enum.<T>valueOf(Class<T>,String)

Enum.clone()

Enum.compareTo(E)

Enum.equals(Object)

Enum.finalize()

Enum.getDeclaringClass()

Enum.hashCode()

Enum.name()

Enum.ordinal()

Enum.toString()

Object.getClass()

Object.notify()

Object.notifyAll()

Object.wait()

Object.wait(long)

Object.wait(long,int)

Static Fields
Name	Description
ARRAY	Encoded as list, where the list elements are represented according to array_element_type. ARRAY = 8;
ARRAY_VALUE	Encoded as list, where the list elements are represented according to array_element_type. ARRAY = 8;
BOOL	Encoded as JSON true or false. BOOL = 1;
BOOL_VALUE	Encoded as JSON true or false. BOOL = 1;
BYTES	Encoded as a base64-encoded string, as described in RFC 4648, section 4. BYTES = 7;
BYTES_VALUE	Encoded as a base64-encoded string, as described in RFC 4648, section 4. BYTES = 7;
DATE	Encoded as string in RFC 3339 date format. DATE = 5;
DATE_VALUE	Encoded as string in RFC 3339 date format. DATE = 5;
ENUM	Encoded as string, in decimal format. ENUM = 14;
ENUM_VALUE	Encoded as string, in decimal format. ENUM = 14;
FLOAT32	Encoded as number, or the strings "NaN", "Infinity", or "-Infinity". FLOAT32 = 15;
FLOAT32_VALUE	Encoded as number, or the strings "NaN", "Infinity", or "-Infinity". FLOAT32 = 15;
FLOAT64	Encoded as number, or the strings "NaN", "Infinity", or "-Infinity". FLOAT64 = 3;
FLOAT64_VALUE	Encoded as number, or the strings "NaN", "Infinity", or "-Infinity". FLOAT64 = 3;
INT64	Encoded as string, in decimal format. INT64 = 2;
INT64_VALUE	Encoded as string, in decimal format. INT64 = 2;
INTERVAL	Encoded as string, in ISO8601 duration format - P[n]Y[n]M[n]DT[n]H[n]M[n[.fraction]]S where n is an integer. For example, P1Y2M3DT4H5M6.5S represents time duration of 1 year, 2 months, 3 days, 4 hours, 5 minutes, and 6.5 seconds. INTERVAL = 16;
INTERVAL_VALUE	Encoded as string, in ISO8601 duration format - P[n]Y[n]M[n]DT[n]H[n]M[n[.fraction]]S where n is an integer. For example, P1Y2M3DT4H5M6.5S represents time duration of 1 year, 2 months, 3 days, 4 hours, 5 minutes, and 6.5 seconds. INTERVAL = 16;
JSON	Encoded as a JSON-formatted string as described in RFC 7159. The following rules are applied when parsing JSON input: Whitespace characters are not preserved. If a JSON object has duplicate keys, only the first key is preserved. Members of a JSON object are not guaranteed to have their order preserved. JSON array elements will have their order preserved. JSON = 11;
JSON_VALUE	Encoded as a JSON-formatted string as described in RFC 7159. The following rules are applied when parsing JSON input: Whitespace characters are not preserved. If a JSON object has duplicate keys, only the first key is preserved. Members of a JSON object are not guaranteed to have their order preserved. JSON array elements will have their order preserved. JSON = 11;
NUMERIC	Encoded as string, in decimal format or scientific notation format. Decimal format: [+-]Digits[.[Digits]] or +-.Digits Scientific notation: [+-]Digits[.[Digits]][ExponentIndicator[+-]Digits] or +-.Digits[ExponentIndicator[+-]Digits] (ExponentIndicator is "e" or "E") NUMERIC = 10;
NUMERIC_VALUE	Encoded as string, in decimal format or scientific notation format. Decimal format: [+-]Digits[.[Digits]] or +-.Digits Scientific notation: [+-]Digits[.[Digits]][ExponentIndicator[+-]Digits] or +-.Digits[ExponentIndicator[+-]Digits] (ExponentIndicator is "e" or "E") NUMERIC = 10;
PROTO	Encoded as a base64-encoded string, as described in RFC 4648, section 4. PROTO = 13;
PROTO_VALUE	Encoded as a base64-encoded string, as described in RFC 4648, section 4. PROTO = 13;
STRING	Encoded as string. STRING = 6;
STRING_VALUE	Encoded as string. STRING = 6;
STRUCT	Encoded as list, where list element i is represented according to [struct_type.fields[i]][google.spanner.v1.StructType.fields]. STRUCT = 9;
STRUCT_VALUE	Encoded as list, where list element i is represented according to [struct_type.fields[i]][google.spanner.v1.StructType.fields]. STRUCT = 9;
TIMESTAMP	Encoded as string in RFC 3339 timestamp format. The time zone must be present, and must be "Z". If the schema has the column option allow_commit_timestamp=true, the placeholder string "spanner.commit_timestamp()" can be used to instruct the system to insert the commit timestamp associated with the transaction commit. TIMESTAMP = 4;
TIMESTAMP_VALUE	Encoded as string in RFC 3339 timestamp format. The time zone must be present, and must be "Z". If the schema has the column option allow_commit_timestamp=true, the placeholder string "spanner.commit_timestamp()" can be used to instruct the system to insert the commit timestamp associated with the transaction commit. TIMESTAMP = 4;
TYPE_CODE_UNSPECIFIED	Not specified. TYPE_CODE_UNSPECIFIED = 0;
TYPE_CODE_UNSPECIFIED_VALUE	Not specified. TYPE_CODE_UNSPECIFIED = 0;
UNRECOGNIZED

Static Methods
Name	Description
forNumber(int value)
getDescriptor()
internalGetValueMap()
valueOf(Descriptors.EnumValueDescriptor desc)
valueOf(int value)	Deprecated. Use #forNumber(int) instead.
valueOf(String name)
values()

Methods
Name	Description
getDescriptorForType()
getNumber()
getValueDescriptor()