Class: OCI8::Metadata::TypeAttr

Inherits:
Base
  • Object
show all
Defined in:
lib/oci8/metadata.rb

Overview

Metadata for a type attribute.

This is returned by:

  • OCI8::Metadata::Type#type_attrs

Instance Method Summary collapse

Methods inherited from Base

#obj_id, #obj_name, #obj_schema, #timestamp

Instance Method Details

#charset_form ⇒ Object

character set form, if the type attribute is of a string/character type.



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# File 'lib/oci8/metadata.rb', line 997

def charset_form
  __charset_form
end

#charset_id ⇒ Object

character set id if the type attribute is of a string/character type.



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# File 'lib/oci8/metadata.rb', line 992

def charset_id
  __ub2(OCI_ATTR_CHARSET_ID)
end

#charset_name ⇒ Object

character set name if the type attribute is of a string/character type.



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# File 'lib/oci8/metadata.rb', line 1018

def charset_name
  __charset_name(charset_id)
end

#data_size ⇒ Object

The maximum size of the type attribute. This length is returned in bytes and not characters for strings and raws. It returns 22 for NUMBERs.



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# File 'lib/oci8/metadata.rb', line 936

def data_size
  __ub2_nc(OCI_ATTR_DATA_SIZE)
end

#data_type ⇒ Object

the datatype of the type



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# File 'lib/oci8/metadata.rb', line 946

def data_type
  __data_type
end

#fsprecision ⇒ Object

The fractional seconds precision of a datetime or interval.

(unavailable on Oracle 8.1 or lower)



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# File 'lib/oci8/metadata.rb', line 1005

def fsprecision
  __ub1(OCI_ATTR_FSPRECISION)
end

#inspect ⇒ Object

:nodoc:



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# File 'lib/oci8/metadata.rb', line 1022

def inspect # :nodoc:
  "#<#{self.class.name}: #{name} #{__type_string}>"
end

#lfprecision ⇒ Object

The leading field precision of an interval

(unavailable on Oracle 8.1 or lower)



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# File 'lib/oci8/metadata.rb', line 1012

def lfprecision
  __ub1(OCI_ATTR_LFPRECISION)
end

#name ⇒ Object

the type attribute name



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# File 'lib/oci8/metadata.rb', line 951

def name
  __text(OCI_ATTR_NAME)
end

#precision ⇒ Object

The precision of numeric type attributes. If the precision is nonzero and scale is -127, then it is a FLOAT, else it is a NUMBER(precision, scale). For the case when precision is 0, NUMBER(precision, scale) can be represented simply as NUMBER.



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# File 'lib/oci8/metadata.rb', line 959

def precision
  __is_implicit? ? __sb2(OCI_ATTR_PRECISION) : __ub1(OCI_ATTR_PRECISION)
end

#scale ⇒ Object

The scale of numeric type attributes. If the precision is nonzero and scale is -127, then it is a FLOAT, else it is a NUMBER(precision, scale). For the case when precision is 0, NUMBER(precision, scale) can be represented simply as NUMBER.



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# File 'lib/oci8/metadata.rb', line 967

def scale
  __sb1(OCI_ATTR_SCALE)
end

#schema_name ⇒ Object

schema name where the type has been created.



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# File 'lib/oci8/metadata.rb', line 982

def schema_name
  __text(OCI_ATTR_SCHEMA_NAME)
end

#type_metadata ⇒ Object

to type metadata if possible



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# File 'lib/oci8/metadata.rb', line 987

def type_metadata
  __type_metadata(OCI8::Metadata::Type)
end

#type_name ⇒ Object

A string which is the type name. The returned value will contain the type name if the datatype is :named_type or :ref. If the datatype is :named_type, the name of the named datatype’s type is returned. If the datatype is :ref, the type name of the named datatype pointed to by the REF is returned.



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# File 'lib/oci8/metadata.rb', line 977

def type_name
  __text(OCI_ATTR_TYPE_NAME)
end

#typecode ⇒ Object

typecode



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# File 'lib/oci8/metadata.rb', line 941

def typecode
  __typecode(OCI_ATTR_TYPECODE)
end