/* binary */
DROP TYPE IF EXISTS pg_catalog.binary CASCADE;
DROP TYPE IF EXISTS pg_catalog."_binary" CASCADE;

CREATE TYPE pg_catalog.binary;

DROP FUNCTION IF EXISTS pg_catalog.binary_in(cstring) CASCADE;

CREATE OR REPLACE FUNCTION pg_catalog.binary_in (
cstring
) RETURNS binary  LANGUAGE C IMMUTABLE STRICT as '$libdir/dolphin', 'dolphin_binaryin';

DROP FUNCTION IF EXISTS pg_catalog.binary_out(binary) CASCADE;

CREATE FUNCTION pg_catalog.binary_out (
binary
) RETURNS cstring LANGUAGE INTERNAL IMMUTABLE STRICT as 'byteaout';

DROP FUNCTION IF EXISTS pg_catalog.binary_recv(internal) CASCADE;

CREATE FUNCTION pg_catalog.binary_recv (
internal
) RETURNS binary LANGUAGE INTERNAL IMMUTABLE STRICT as 'bytearecv';

DROP FUNCTION IF EXISTS pg_catalog.binary_send(binary) CASCADE;

CREATE FUNCTION pg_catalog.binary_send (
binary
) RETURNS bytea LANGUAGE INTERNAL IMMUTABLE STRICT as 'byteasend';

DROP FUNCTION IF EXISTS pg_catalog.binary_typmodin(_cstring) CASCADE;

CREATE FUNCTION pg_catalog.binary_typmodin (
_cstring
) RETURNS int LANGUAGE C IMMUTABLE STRICT as '$libdir/dolphin',  'binary_typmodin';

DROP FUNCTION IF EXISTS pg_catalog.binary_typmodout(int) CASCADE;

CREATE FUNCTION pg_catalog.binary_typmodout (
int
) RETURNS cstring LANGUAGE C IMMUTABLE STRICT as '$libdir/dolphin',  'binary_typmodout';

CREATE TYPE pg_catalog.binary (input=binary_in, output=binary_out,
                                typmod_in = binary_typmodin, typmod_out = binary_typmodout,
                                receive = binary_recv, send = binary_send,
                                STORAGE=EXTENDED, category='S');

CREATE OR REPLACE FUNCTION pg_catalog.binary_in (
text
) RETURNS binary   AS
$$
BEGIN
    RETURN (SELECT binary_in($1::cstring));
END;
$$
LANGUAGE plpgsql;

CREATE FUNCTION pg_catalog.binarytextlike(
binary,
text
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT bytealike($1::bytea,$2::binary::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.~~(leftarg = binary, rightarg = text, procedure = pg_catalog.binarytextlike);
CREATE OPERATOR pg_catalog.~~*(leftarg = binary, rightarg = text, procedure = pg_catalog.binarytextlike);

CREATE FUNCTION pg_catalog.textbinarylike(
text,
binary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT bytealike($1::binary::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.~~(leftarg = text, rightarg = binary, procedure = pg_catalog.textbinarylike);
CREATE OPERATOR pg_catalog.~~*(leftarg = text, rightarg = binary, procedure = pg_catalog.textbinarylike);

CREATE FUNCTION pg_catalog.binarytextnlike(
binary,
text
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteanlike($1::bytea,$2::binary::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.!~~(leftarg = binary, rightarg = text, procedure = pg_catalog.binarytextnlike);
CREATE OPERATOR pg_catalog.!~~*(leftarg = binary, rightarg = text, procedure = pg_catalog.binarytextnlike);

CREATE FUNCTION pg_catalog.textbinarynlike(
text,
binary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteanlike($1::binary::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.!~~(leftarg = text, rightarg = binary, procedure = pg_catalog.textbinarynlike);
CREATE OPERATOR pg_catalog.!~~*(leftarg = text, rightarg = binary, procedure = pg_catalog.textbinarynlike);

CREATE FUNCTION pg_catalog.like_escape(
binary,
text
) RETURNS bytea AS
$$
BEGIN
    RETURN (SELECT like_escape($1::bytea,$2::binary::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OR REPLACE FUNCTION pg_catalog.binaryeq(
binary,
binary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteaeq($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.=(leftarg = binary, rightarg = binary, procedure = pg_catalog.binaryeq,restrict = eqsel, join = eqjoinsel,
HASHES, MERGES);

CREATE OR REPLACE FUNCTION pg_catalog.binaryne(
binary,
binary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteane($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.<>(leftarg = binary, rightarg = binary, procedure = pg_catalog.binaryne,restrict = neqsel, join = neqjoinsel);


CREATE OR REPLACE FUNCTION pg_catalog.binarygt(
binary,
binary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteagt($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.>(leftarg = binary, rightarg = binary, procedure = pg_catalog.binarygt,restrict = scalargtsel, join = scalargtjoinsel);

CREATE OR REPLACE FUNCTION pg_catalog.binarylt(
binary,
binary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT bytealt($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.<(leftarg = binary, rightarg = binary, procedure = pg_catalog.binarylt,restrict = scalarltsel, join = scalarltjoinsel);

CREATE OR REPLACE FUNCTION pg_catalog.binaryge(
binary,
binary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteage($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.>=(leftarg = binary, rightarg = binary, procedure = pg_catalog.binaryge,restrict = scalargtsel, join = scalargtjoinsel);

CREATE OR REPLACE FUNCTION pg_catalog.binaryle(
binary,
binary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteale($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.<=(leftarg = binary, rightarg = binary, procedure = pg_catalog.binaryle,restrict = scalarltsel, join = scalarltjoinsel);
/* varbinary */
DROP TYPE IF EXISTS pg_catalog.varbinary CASCADE;
DROP TYPE IF EXISTS pg_catalog._varbinary CASCADE;

CREATE TYPE pg_catalog.varbinary;

DROP FUNCTION IF EXISTS pg_catalog.varbinary_in(cstring) CASCADE;

CREATE FUNCTION pg_catalog.varbinary_in (
cstring
) RETURNS varbinary LANGUAGE INTERNAL IMMUTABLE STRICT as 'byteain';

DROP FUNCTION IF EXISTS pg_catalog.varbinary_out(varbinary) CASCADE;

CREATE FUNCTION pg_catalog.varbinary_out (
varbinary
) RETURNS cstring LANGUAGE INTERNAL IMMUTABLE STRICT as 'byteaout';

DROP FUNCTION IF EXISTS pg_catalog.varbinary_recv(internal, oid, int) CASCADE;

CREATE FUNCTION pg_catalog.varbinary_recv (
internal
) RETURNS varbinary LANGUAGE INTERNAL IMMUTABLE STRICT as 'bytearecv';

DROP FUNCTION IF EXISTS pg_catalog.varbinary_send(varbinary) CASCADE;

CREATE FUNCTION pg_catalog.varbinary_send (
varbinary
) RETURNS bytea LANGUAGE INTERNAL IMMUTABLE STRICT as 'byteasend';

DROP FUNCTION IF EXISTS pg_catalog.varbinary_typmodin(_cstring) CASCADE;

CREATE FUNCTION pg_catalog.varbinary_typmodin (
_cstring
) RETURNS int LANGUAGE C IMMUTABLE STRICT as '$libdir/dolphin',  'varbinary_typmodin';

CREATE TYPE pg_catalog.varbinary (input=varbinary_in, output=varbinary_out,
                                typmod_in = varbinary_typmodin, typmod_out = binary_typmodout,
                                receive = varbinary_recv, send = varbinary_send,
                                STORAGE=EXTENDED, category='S');

CREATE OR REPLACE FUNCTION pg_catalog.text_varbinary_eq(
text,
varbinary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteaeq($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.=(leftarg = text, rightarg = varbinary, procedure = pg_catalog.text_varbinary_eq,restrict = eqsel, join = eqjoinsel,
HASHES, MERGES);

CREATE OR REPLACE FUNCTION pg_catalog.text_varbinary_ne(
text,
varbinary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteane($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.<>(leftarg = text, rightarg = varbinary, procedure = pg_catalog.text_varbinary_ne,restrict = neqsel, join = neqjoinsel);

CREATE OR REPLACE FUNCTION pg_catalog.text_varbinary_gt(
text,
varbinary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteagt($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.>(leftarg = text, rightarg = varbinary, procedure = pg_catalog.text_varbinary_gt,restrict = scalargtsel, join = scalargtjoinsel);


CREATE OR REPLACE FUNCTION pg_catalog.text_varbinary_lt(
text,
varbinary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT bytealt($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.<(leftarg = text, rightarg = varbinary, procedure = pg_catalog.text_varbinary_lt,restrict = scalarltsel, join = scalarltjoinsel);

CREATE OR REPLACE FUNCTION pg_catalog.text_varbinary_ge(
text,
varbinary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteage($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.>=(leftarg = text, rightarg = varbinary, procedure = pg_catalog.text_varbinary_ge,restrict = scalargtsel, join = scalargtjoinsel);

CREATE OR REPLACE FUNCTION pg_catalog.text_varbinary_le(
text,
varbinary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteale($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.<=(leftarg = text, rightarg = varbinary, procedure = pg_catalog.text_varbinary_le,restrict = scalarltsel, join = scalarltjoinsel);

CREATE OR REPLACE FUNCTION pg_catalog.varbinary_text_eq(
varbinary,
text
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteaeq($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.=(leftarg = varbinary, rightarg = text, procedure = pg_catalog.varbinary_text_eq,restrict = eqsel, join = eqjoinsel,
HASHES, MERGES);

CREATE OR REPLACE FUNCTION pg_catalog.varbinary_text_ne(
varbinary,
text
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteane($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.<>(leftarg = varbinary, rightarg = text, procedure = pg_catalog.varbinary_text_ne,restrict = neqsel, join = neqjoinsel);

CREATE OR REPLACE FUNCTION pg_catalog.varbinary_text_gt(
varbinary,
text
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteagt($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.>(leftarg = varbinary, rightarg = text, procedure = pg_catalog.varbinary_text_gt,restrict = scalargtsel, join = scalargtjoinsel);


CREATE OR REPLACE FUNCTION pg_catalog.varbinary_text_lt(
varbinary,
text
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT bytealt($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.<(leftarg = varbinary, rightarg = text, procedure = pg_catalog.varbinary_text_lt,restrict = scalarltsel, join = scalarltjoinsel);

CREATE OR REPLACE FUNCTION pg_catalog.varbinary_text_ge(
varbinary,
text
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteage($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.>=(leftarg = varbinary, rightarg = text, procedure = pg_catalog.varbinary_text_ge,restrict = scalargtsel, join = scalargtjoinsel);

CREATE OR REPLACE FUNCTION pg_catalog.varbinary_text_le(
varbinary,
text
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteale($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.<=(leftarg = varbinary, rightarg = text, procedure = pg_catalog.varbinary_text_le,restrict = scalarltsel, join = scalarltjoinsel);

CREATE OR REPLACE FUNCTION pg_catalog.binary_varbinary_eq(
binary,
varbinary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteaeq($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.=(leftarg = binary, rightarg = varbinary, procedure = pg_catalog.binary_varbinary_eq,restrict = eqsel, join = eqjoinsel,
HASHES, MERGES);

CREATE OR REPLACE FUNCTION pg_catalog.binary_varbinary_ne(
binary,
varbinary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteane($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.<>(leftarg = binary, rightarg = varbinary, procedure = pg_catalog.binary_varbinary_ne,restrict = neqsel, join = neqjoinsel);

CREATE OR REPLACE FUNCTION pg_catalog.binary_varbinary_gt(
binary,
varbinary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteagt($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.>(leftarg = binary, rightarg = varbinary, procedure = pg_catalog.binary_varbinary_gt,restrict = scalargtsel, join = scalargtjoinsel);

CREATE OR REPLACE FUNCTION pg_catalog.binary_varbinary_lt(
binary,
varbinary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT bytealt($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.<(leftarg = binary, rightarg = varbinary, procedure = pg_catalog.binary_varbinary_lt,restrict = scalarltsel, join = scalarltjoinsel);

CREATE OR REPLACE FUNCTION pg_catalog.binary_varbinary_ge(
binary,
varbinary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteage($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.>=(leftarg = binary, rightarg = varbinary, procedure = pg_catalog.binary_varbinary_ge,restrict = scalargtsel, join = scalargtjoinsel);

CREATE OR REPLACE FUNCTION pg_catalog.binary_varbinary_le(
binary,
varbinary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteale($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.<=(leftarg = binary, rightarg = varbinary, procedure = pg_catalog.binary_varbinary_le,restrict = scalarltsel, join = scalarltjoinsel);



CREATE OR REPLACE FUNCTION pg_catalog.varbinary_binary_eq(
varbinary,
binary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteaeq($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.=(leftarg = varbinary, rightarg = binary, procedure = pg_catalog.varbinary_binary_eq,restrict = eqsel, join = eqjoinsel,
HASHES, MERGES);

CREATE OR REPLACE FUNCTION pg_catalog.varbinary_binary_ne(
varbinary,
binary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteane($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.<>(leftarg = varbinary, rightarg = binary, procedure = pg_catalog.varbinary_binary_ne,restrict = neqsel, join = neqjoinsel);

CREATE OR REPLACE FUNCTION pg_catalog.varbinary_binary_gt(
varbinary,
binary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteagt($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.>(leftarg = varbinary, rightarg = binary, procedure = pg_catalog.varbinary_binary_gt,restrict = scalargtsel, join = scalargtjoinsel);


CREATE OR REPLACE FUNCTION pg_catalog.varbinary_binary_lt(
varbinary,
binary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT bytealt($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.<(leftarg = varbinary, rightarg = binary, procedure = pg_catalog.varbinary_binary_lt,restrict = scalarltsel, join = scalarltjoinsel);

CREATE OR REPLACE FUNCTION pg_catalog.varbinary_binary_ge(
varbinary,
binary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteage($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.>=(leftarg = varbinary, rightarg = binary, procedure = pg_catalog.varbinary_binary_ge,restrict = scalargtsel, join = scalargtjoinsel);

CREATE OR REPLACE FUNCTION pg_catalog.varbinary_binary_le(
varbinary,
binary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteale($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.<=(leftarg = varbinary, rightarg = binary, procedure = pg_catalog.varbinary_binary_le,restrict = scalarltsel, join = scalarltjoinsel);

CREATE OR REPLACE FUNCTION pg_catalog.varbinary_varbinary_eq(
varbinary,
varbinary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteaeq($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.=(leftarg = varbinary, rightarg = varbinary, procedure = pg_catalog.varbinary_varbinary_eq,restrict = eqsel, join = eqjoinsel,
HASHES, MERGES);

CREATE OR REPLACE FUNCTION pg_catalog.varbinary_varbinary_ne(
varbinary,
varbinary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteane($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.<>(leftarg = varbinary, rightarg = varbinary, procedure = pg_catalog.varbinary_varbinary_ne,restrict = neqsel, join = neqjoinsel);

CREATE OR REPLACE FUNCTION pg_catalog.varbinary_varbinary_gt(
varbinary,
varbinary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteagt($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.>(leftarg = varbinary, rightarg = varbinary, procedure = pg_catalog.varbinary_varbinary_gt,restrict = scalargtsel, join = scalargtjoinsel);


CREATE OR REPLACE FUNCTION pg_catalog.varbinary_varbinary_lt(
varbinary,
varbinary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT bytealt($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.<(leftarg = varbinary, rightarg = varbinary, procedure = pg_catalog.varbinary_varbinary_lt,restrict = scalarltsel, join = scalarltjoinsel);

CREATE OR REPLACE FUNCTION pg_catalog.varbinary_varbinary_ge(
varbinary,
varbinary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteage($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.>=(leftarg = varbinary, rightarg = varbinary, procedure = pg_catalog.varbinary_varbinary_ge,restrict = scalargtsel, join = scalargtjoinsel);

CREATE OR REPLACE FUNCTION pg_catalog.varbinary_varbinary_le(
varbinary,
varbinary
) RETURNS bool AS
$$
BEGIN
    RETURN (SELECT byteale($1::bytea,$2::bytea));
END;
$$
LANGUAGE plpgsql;

CREATE OPERATOR pg_catalog.<=(leftarg = varbinary, rightarg = varbinary, procedure = pg_catalog.varbinary_varbinary_le,restrict = scalarltsel, join = scalarltjoinsel);


-- to_binary
DROP FUNCTION IF EXISTS pg_catalog.to_binary(bytea, int) CASCADE;

CREATE FUNCTION pg_catalog.to_binary (
bytea,
int
) RETURNS binary LANGUAGE C IMMUTABLE STRICT as '$libdir/dolphin',  'bytea2binary';
-- to_varbinary
DROP FUNCTION IF EXISTS pg_catalog.to_varbinary(bytea, int) CASCADE;

CREATE FUNCTION pg_catalog.to_varbinary (
bytea,
int
) RETURNS varbinary LANGUAGE C IMMUTABLE STRICT as '$libdir/dolphin',  'bytea2var';


CREATE CAST (binary AS bytea) WITHOUT FUNCTION AS IMPLICIT;
CREATE CAST (varbinary AS bytea) WITHOUT FUNCTION AS IMPLICIT;
CREATE CAST (bytea AS binary) WITH FUNCTION to_binary(bytea, int) AS IMPLICIT;
CREATE CAST (bytea AS varbinary) WITH FUNCTION to_varbinary(bytea, int) AS IMPLICIT;

CREATE CAST (varbinary AS binary) WITH FUNCTION to_binary(bytea, int) AS IMPLICIT;
CREATE CAST (binary AS varbinary) WITH FUNCTION to_varbinary(bytea, int) AS IMPLICIT;
CREATE CAST (binary AS binary) WITH FUNCTION to_binary(bytea, int) AS IMPLICIT;
CREATE CAST (varbinary AS varbinary) WITH FUNCTION to_varbinary(bytea, int) AS IMPLICIT;

DROP FUNCTION IF EXISTS pg_catalog.bit2float4(bit) CASCADE;

CREATE FUNCTION pg_catalog.bit2float4 (bit) RETURNS float4 AS
$$
BEGIN
    RETURN (SELECT int4($1));
END;
$$
LANGUAGE plpgsql;

DROP FUNCTION IF EXISTS pg_catalog.bit2float8(bit) CASCADE;

CREATE FUNCTION pg_catalog.bit2float8 (bit) RETURNS float8 AS
$$
BEGIN
    RETURN (SELECT int8($1));
END;
$$
LANGUAGE plpgsql;

DROP FUNCTION IF EXISTS pg_catalog.bit2numeric(bit) CASCADE;

CREATE FUNCTION pg_catalog.bit2numeric (bit) RETURNS numeric AS
$$
BEGIN
    RETURN (SELECT bittouint8($1));
END;
$$
LANGUAGE plpgsql;

CREATE CAST (bit AS float4) WITH FUNCTION bit2float4(bit) AS IMPLICIT;
CREATE CAST (bit AS float8) WITH FUNCTION bit2float8(bit) AS IMPLICIT;
CREATE CAST (bit AS numeric) WITH FUNCTION bit2numeric(bit) AS IMPLICIT;

-- tinyblob
DROP TYPE IF EXISTS pg_catalog.tinyblob CASCADE;
DROP TYPE IF EXISTS pg_catalog._tinyblob CASCADE;

CREATE TYPE pg_catalog.tinyblob;

DROP FUNCTION IF EXISTS pg_catalog.tinyblob_rawin(cstring) CASCADE;

CREATE FUNCTION pg_catalog.tinyblob_rawin (
cstring
) RETURNS tinyblob LANGUAGE C IMMUTABLE STRICT as '$libdir/dolphin', 'tinyblob_rawin';

DROP FUNCTION IF EXISTS pg_catalog.tinyblob_rawout(tinyblob) CASCADE;

CREATE FUNCTION pg_catalog.tinyblob_rawout (
tinyblob
) RETURNS cstring LANGUAGE INTERNAL IMMUTABLE STRICT as 'byteaout';

DROP FUNCTION IF EXISTS pg_catalog.tinyblob_recv(internal) CASCADE;

CREATE FUNCTION pg_catalog.tinyblob_recv (
internal
) RETURNS tinyblob LANGUAGE C IMMUTABLE STRICT as '$libdir/dolphin',  'tinyblob_recv';

DROP FUNCTION IF EXISTS pg_catalog.tinyblob_send(tinyblob) CASCADE;

CREATE FUNCTION pg_catalog.tinyblob_send (
tinyblob
) RETURNS bytea LANGUAGE INTERNAL IMMUTABLE STRICT as 'byteasend';

CREATE TYPE pg_catalog.tinyblob (input=tinyblob_rawin, output=tinyblob_rawout, RECEIVE = tinyblob_recv, SEND = tinyblob_send, STORAGE=EXTENDED, category='S');


--mediumblob
DROP TYPE IF EXISTS pg_catalog.mediumblob CASCADE;
DROP TYPE IF EXISTS pg_catalog._mediumblob CASCADE;

CREATE TYPE pg_catalog.mediumblob;

DROP FUNCTION IF EXISTS pg_catalog.mediumblob_rawin(cstring) CASCADE;

CREATE FUNCTION pg_catalog.mediumblob_rawin (
cstring
) RETURNS mediumblob LANGUAGE C IMMUTABLE STRICT as '$libdir/dolphin',  'mediumblob_rawin';

DROP FUNCTION IF EXISTS pg_catalog.mediumblob_rawout(mediumblob) CASCADE;

CREATE FUNCTION pg_catalog.mediumblob_rawout (
mediumblob
) RETURNS cstring LANGUAGE INTERNAL IMMUTABLE STRICT as 'byteaout';

DROP FUNCTION IF EXISTS pg_catalog.mediumblob_recv(internal) CASCADE;

CREATE FUNCTION pg_catalog.mediumblob_recv (
internal
) RETURNS mediumblob LANGUAGE C IMMUTABLE STRICT as '$libdir/dolphin',  'mediumblob_recv';

DROP FUNCTION IF EXISTS pg_catalog.mediumblob_send(mediumblob) CASCADE;

CREATE FUNCTION pg_catalog.mediumblob_send (
mediumblob
) RETURNS bytea LANGUAGE INTERNAL IMMUTABLE STRICT as 'byteasend';

CREATE TYPE pg_catalog.mediumblob (input=mediumblob_rawin, output=mediumblob_rawout, RECEIVE = mediumblob_recv, SEND = mediumblob_send, STORAGE=EXTENDED, category='S');

-- longblob
DROP TYPE IF EXISTS pg_catalog.longblob CASCADE;
DROP TYPE IF EXISTS pg_catalog._longblob CASCADE;

CREATE TYPE pg_catalog.longblob;

DROP FUNCTION IF EXISTS pg_catalog.longblob_rawin(cstring) CASCADE;

CREATE FUNCTION pg_catalog.longblob_rawin (
cstring
) RETURNS longblob LANGUAGE C IMMUTABLE STRICT as '$libdir/dolphin',  'longblob_rawin';

DROP FUNCTION IF EXISTS pg_catalog.longblob_rawout(longblob) CASCADE;

CREATE FUNCTION pg_catalog.longblob_rawout (
longblob
) RETURNS cstring LANGUAGE INTERNAL IMMUTABLE STRICT as 'byteaout';

DROP FUNCTION IF EXISTS pg_catalog.longblob_recv(internal) CASCADE;

CREATE FUNCTION pg_catalog.longblob_recv (
internal
) RETURNS longblob LANGUAGE C IMMUTABLE STRICT as '$libdir/dolphin',  'longblob_recv';

DROP FUNCTION IF EXISTS pg_catalog.longblob_send(longblob) CASCADE;

CREATE FUNCTION pg_catalog.longblob_send (
longblob
) RETURNS bytea LANGUAGE INTERNAL IMMUTABLE STRICT as 'byteasend';

CREATE TYPE pg_catalog.longblob (input=longblob_rawin, output=longblob_rawout, RECEIVE = longblob_recv, SEND = longblob_send, STORAGE=EXTENDED, category='S');

-- to_tinyblob
DROP FUNCTION IF EXISTS pg_catalog.to_tinyblob(longblob) CASCADE;

CREATE FUNCTION pg_catalog.to_tinyblob (
longblob
) RETURNS tinyblob LANGUAGE C IMMUTABLE STRICT as '$libdir/dolphin',  'longblob2tinyblob';

-- to_mediumblob
DROP FUNCTION IF EXISTS pg_catalog.to_mediumblob(longblob) CASCADE;

CREATE FUNCTION pg_catalog.to_mediumblob (
longblob
) RETURNS mediumblob LANGUAGE C IMMUTABLE STRICT as '$libdir/dolphin',  'longblob2mediumblob';

CREATE CAST (tinyblob AS longblob) WITHOUT FUNCTION AS IMPLICIT;
CREATE CAST (mediumblob AS longblob) WITHOUT FUNCTION AS IMPLICIT;
CREATE CAST (blob AS longblob) WITHOUT FUNCTION AS IMPLICIT;

CREATE CAST (blob AS tinyblob) WITH FUNCTION to_tinyblob(longblob) AS IMPLICIT;
CREATE CAST (mediumblob AS tinyblob) WITH FUNCTION to_tinyblob(longblob) AS IMPLICIT;
CREATE CAST (longblob AS tinyblob) WITH FUNCTION to_tinyblob(longblob) AS IMPLICIT;

CREATE CAST (tinyblob AS blob) WITHOUT FUNCTION AS IMPLICIT;
CREATE CAST (mediumblob AS blob) WITHOUT FUNCTION AS IMPLICIT;
CREATE CAST (longblob AS blob) WITHOUT FUNCTION AS IMPLICIT;

CREATE CAST (tinyblob AS mediumblob) WITHOUT FUNCTION AS IMPLICIT;
CREATE CAST (blob AS mediumblob) WITH FUNCTION to_mediumblob(longblob) AS IMPLICIT;
CREATE CAST (longblob AS mediumblob) WITH FUNCTION to_mediumblob(longblob) AS IMPLICIT;

CREATE CAST (tinyblob AS raw) WITHOUT FUNCTION AS IMPLICIT;
CREATE CAST (mediumblob AS raw) WITHOUT FUNCTION AS IMPLICIT;
CREATE CAST (longblob AS raw) WITHOUT FUNCTION AS IMPLICIT;

CREATE CAST (raw AS longblob) WITHOUT FUNCTION AS IMPLICIT;
CREATE CAST (raw AS tinyblob) WITH FUNCTION to_tinyblob(longblob) AS IMPLICIT;
CREATE CAST (raw AS mediumblob) WITH FUNCTION to_mediumblob(longblob) AS IMPLICIT;

CREATE FUNCTION pg_catalog.numeric_xor(numeric, numeric) returns int8 LANGUAGE C IMMUTABLE STRICT as '$libdir/dolphin',  'numeric_xor';
CREATE FUNCTION pg_catalog.op_int1xor(int1, int1) returns uint8 LANGUAGE SQL IMMUTABLE STRICT as 'select pg_catalog.int1xor($1, $2)::uint8';
CREATE FUNCTION pg_catalog.op_int2xor(int2, int2) returns uint8 LANGUAGE SQL IMMUTABLE STRICT as 'select pg_catalog.int2xor($1, $2)::uint8';
CREATE FUNCTION pg_catalog.op_int4xor(int4, int4) returns uint8 LANGUAGE SQL IMMUTABLE STRICT as 'select pg_catalog.int4xor($1, $2)::uint8';
CREATE FUNCTION pg_catalog.op_int8xor(int8, int8) returns uint8 LANGUAGE SQL IMMUTABLE STRICT as 'select pg_catalog.int8xor($1, $2)::uint8';
CREATE FUNCTION pg_catalog.op_bitxor(bit, bit) returns uint8 LANGUAGE SQL IMMUTABLE STRICT as 'select pg_catalog.bitxor($1, $2)::uint8';
CREATE FUNCTION pg_catalog.op_num_xor_bit(numeric, bit) returns uint8 LANGUAGE SQL IMMUTABLE STRICT as 'select pg_catalog.numeric_xor($1, $2::numeric)::uint8';
CREATE FUNCTION pg_catalog.op_bit_xor_num(bit, numeric) returns uint8 LANGUAGE SQL IMMUTABLE STRICT as 'select pg_catalog.numeric_xor($1::numeric, $2)::uint8';
CREATE FUNCTION pg_catalog.op_uint8_xor_bit(uint8, bit) returns uint8 LANGUAGE SQL IMMUTABLE STRICT as 'select pg_catalog.numeric_xor($1::numeric, $2::numeric)::uint8';
CREATE FUNCTION pg_catalog.op_bit_xor_uint8(bit, uint8) returns uint8 LANGUAGE SQL IMMUTABLE STRICT as 'select pg_catalog.numeric_xor($1::numeric, $2::numeric)::uint8';
CREATE FUNCTION pg_catalog.op_date_bit_xor(date, bit) returns uint8 LANGUAGE SQL IMMUTABLE STRICT as 'select pg_catalog.date_int8_xor($1, $2::int8)::uint8';
CREATE FUNCTION pg_catalog.op_bit_date_xor(bit, date) returns uint8 LANGUAGE SQL IMMUTABLE STRICT as 'select pg_catalog.int8_date_xor($1::int8, $2)::uint8';
CREATE FUNCTION pg_catalog.op_timestamp_bit_xor(timestamp without time zone, bit) returns uint8 LANGUAGE SQL IMMUTABLE STRICT as 'select pg_catalog.timestamp_int8_xor($1, $2::int8)::uint8';
CREATE FUNCTION pg_catalog.op_bit_timestamp_xor(bit, timestamp without time zone) returns uint8 LANGUAGE SQL IMMUTABLE STRICT as 'select pg_catalog.int8_timestamp_xor($1::int8, $2)::uint8';
CREATE FUNCTION pg_catalog.op_timestamptz_bit_xor(timestampTz, bit) returns uint8 LANGUAGE SQL IMMUTABLE STRICT as 'select pg_catalog.timestamptz_int8_xor($1, $2::int8)::uint8';
CREATE FUNCTION pg_catalog.op_bit_timestamptz_xor(bit, timestampTz) returns uint8 LANGUAGE SQL IMMUTABLE STRICT as 'select pg_catalog.int8_timestamptz_xor($1::int8, $2)::uint8';
create operator pg_catalog.^(leftarg = int1, rightarg = int1, procedure = pg_catalog.op_int1xor);
create operator pg_catalog.^(leftarg = int2, rightarg = int2, procedure = pg_catalog.op_int2xor);
create operator pg_catalog.^(leftarg = int4, rightarg = int4, procedure = pg_catalog.op_int4xor);
create operator pg_catalog.^(leftarg = int8, rightarg = int8, procedure = pg_catalog.op_int8xor);
create operator pg_catalog.^(leftarg = bit, rightarg = bit, procedure = pg_catalog.op_bitxor);
create operator pg_catalog.^(leftarg = numeric, rightarg = bit, procedure = pg_catalog.op_num_xor_bit);
create operator pg_catalog.^(leftarg = bit, rightarg = numeric, procedure = pg_catalog.op_bit_xor_num);
create operator pg_catalog.^(leftarg = uint8, rightarg = bit, procedure = pg_catalog.op_uint8_xor_bit);
create operator pg_catalog.^(leftarg = bit, rightarg = uint8, procedure = pg_catalog.op_bit_xor_uint8);
CREATE OPERATOR pg_catalog.^(leftarg = date, rightarg = bit, procedure = pg_catalog.op_date_bit_xor);
CREATE OPERATOR pg_catalog.^(leftarg = bit, rightarg = date, procedure = pg_catalog.op_bit_date_xor);
CREATE OPERATOR pg_catalog.^(leftarg = timestamp without time zone, rightarg = bit, procedure = pg_catalog.op_timestamp_bit_xor);
CREATE OPERATOR pg_catalog.^(leftarg = bit, rightarg = timestamp without time zone, procedure = pg_catalog.op_bit_timestamp_xor);
CREATE OPERATOR pg_catalog.^(leftarg = timestampTz, rightarg = bit, procedure = pg_catalog.op_timestamptz_bit_xor);
CREATE OPERATOR pg_catalog.^(leftarg = bit, rightarg = timestampTz, procedure = pg_catalog.op_bit_timestamptz_xor);


create function pg_catalog.blobxor(
blob,
blob
)RETURNS int LANGUAGE C IMMUTABLE STRICT as '$libdir/dolphin',  'blobxor';
create function pg_catalog.blobxor(
blob,
int
)RETURNS int LANGUAGE C IMMUTABLE STRICT as '$libdir/dolphin',  'blobxor';
create function pg_catalog.blobxor(
int,
blob
)RETURNS int LANGUAGE C IMMUTABLE STRICT as '$libdir/dolphin',  'blobxor';
create function pg_catalog.blobxor(
int8,
blob
)RETURNS int LANGUAGE C IMMUTABLE STRICT as '$libdir/dolphin',  'blobxor';
create function pg_catalog.blobxor(
blob,
int8
)RETURNS int LANGUAGE C IMMUTABLE STRICT as '$libdir/dolphin',  'blobxor';
create function pg_catalog.blobxor(
float8,
blob
)RETURNS int LANGUAGE C IMMUTABLE STRICT as '$libdir/dolphin',  'blobxor';
create function pg_catalog.blobxor(
blob,
float8
)RETURNS int LANGUAGE C IMMUTABLE STRICT as '$libdir/dolphin',  'blobxor';
CREATE FUNCTION pg_catalog.blob_xor_blob(blob, blob) returns blob LANGUAGE C IMMUTABLE STRICT as '$libdir/dolphin',  'blob_xor_blob';
CREATE FUNCTION pg_catalog.mblob_xor_mblob(mediumblob, mediumblob) returns mediumblob LANGUAGE C IMMUTABLE STRICT as '$libdir/dolphin',  'blob_xor_blob';
CREATE FUNCTION pg_catalog.lblob_xor_lblob(longblob, longblob) returns longblob LANGUAGE C IMMUTABLE STRICT as '$libdir/dolphin',  'blob_xor_blob';
CREATE FUNCTION pg_catalog.binary_xor_binary(binary, binary) returns varbinary LANGUAGE C IMMUTABLE STRICT as '$libdir/dolphin',  'blob_xor_blob';
CREATE FUNCTION pg_catalog.varbinary_xor_varbinary(varbinary, varbinary) returns varbinary LANGUAGE C IMMUTABLE STRICT as '$libdir/dolphin',  'blob_xor_blob';
CREATE FUNCTION pg_catalog.tinyblob_xor_tinyblob(tinyblob, tinyblob) returns varbinary LANGUAGE C IMMUTABLE STRICT as '$libdir/dolphin',  'blob_xor_blob';
CREATE FUNCTION pg_catalog.op_blob_int_xor(blob, integer) returns uint8 LANGUAGE SQL IMMUTABLE STRICT as 'select pg_catalog.blobxor($1, $2)::uint8';
CREATE FUNCTION pg_catalog.op_int_blob_xor(integer, blob) returns uint8 LANGUAGE SQL IMMUTABLE STRICT as 'select pg_catalog.blobxor($1, $2)::uint8';
CREATE FUNCTION pg_catalog.op_int8_blob_xor(int8, blob) returns uint8 LANGUAGE SQL IMMUTABLE STRICT as 'select pg_catalog.blobxor($1, $2)::uint8';
CREATE FUNCTION pg_catalog.op_blob_int8_xor(blob, int8) returns uint8 LANGUAGE SQL IMMUTABLE STRICT as 'select pg_catalog.blobxor($1, $2)::uint8';
CREATE FUNCTION pg_catalog.op_float8_blob_xor(float8, blob) returns uint8 LANGUAGE SQL IMMUTABLE STRICT as 'select pg_catalog.blobxor($1, $2)::uint8';
CREATE FUNCTION pg_catalog.op_blob_float8_xor(blob, float8) returns uint8 LANGUAGE SQL IMMUTABLE STRICT as 'select pg_catalog.blobxor($1, $2)::uint8';
create operator pg_catalog.^(leftarg = blob, rightarg = blob, procedure = pg_catalog.blob_xor_blob);
CREATE OPERATOR pg_catalog.^(leftarg = mediumblob, rightarg = mediumblob, procedure = pg_catalog.mblob_xor_mblob);
CREATE OPERATOR pg_catalog.^(leftarg = longblob, rightarg = longblob, procedure = pg_catalog.lblob_xor_lblob);
CREATE OPERATOR pg_catalog.^(leftarg = binary, rightarg = binary, procedure = pg_catalog.binary_xor_binary);
CREATE OPERATOR pg_catalog.^(leftarg = varbinary, rightarg = varbinary, procedure = pg_catalog.varbinary_xor_varbinary);
CREATE OPERATOR pg_catalog.^(leftarg = tinyblob, rightarg = tinyblob, procedure = pg_catalog.tinyblob_xor_tinyblob);
create operator pg_catalog.^(leftarg = blob, rightarg = integer, procedure = pg_catalog.op_blob_int_xor);
create operator pg_catalog.^(leftarg = integer, rightarg = blob, procedure = pg_catalog.op_int_blob_xor);
create operator pg_catalog.^(leftarg = int8, rightarg = blob, procedure = pg_catalog.op_int8_blob_xor);
create operator pg_catalog.^(leftarg = blob, rightarg = int8, procedure = pg_catalog.op_blob_int8_xor);
create operator pg_catalog.^(leftarg = float8, rightarg = blob, procedure = pg_catalog.op_float8_blob_xor);
create operator pg_catalog.^(leftarg = blob, rightarg = float8, procedure = pg_catalog.op_blob_float8_xor);


DROP FUNCTION IF EXISTS pg_catalog.bit_longblob(uint8,longblob) CASCADE;
CREATE FUNCTION pg_catalog.bit_longblob (t1 uint8, t2 longblob) RETURNS uint8  AS
$$
DECLARE num NUMBER := to_number(unhex(substring(cast(t2 as text), 3)));
BEGIN
    IF num > 9223372036854775807 then
        num = 9223372036854775807;
    ELSEIF num < -9223372036854775808 then
        num = 9223372036854775808;
    END IF;
    RETURN (SELECT uint8_xor(t1, num));
END;
$$
LANGUAGE plpgsql;
drop aggregate if exists pg_catalog.bit_xor(longblob);
create aggregate pg_catalog.bit_xor(longblob) (SFUNC=bit_longblob, STYPE= uint8);

DROP FUNCTION IF EXISTS pg_catalog.bit_blob(uint8,blob) CASCADE;
CREATE FUNCTION pg_catalog.bit_blob (t1 uint8, t2 blob) RETURNS uint8  AS
$$
DECLARE num NUMBER := to_number((cast(t2 as text)));
BEGIN
    IF num > 9223372036854775807 then
        num = 9223372036854775807;
    ELSEIF num < -9223372036854775808 then
        num = 9223372036854775808;
    END IF;
    RETURN (SELECT uint8_xor(t1, num));
END;
$$
LANGUAGE plpgsql;
drop aggregate if exists pg_catalog.bit_xor(blob);
create aggregate pg_catalog.bit_xor(blob) (SFUNC=bit_blob, STYPE= uint8);

DROP FUNCTION IF EXISTS pg_catalog.varlena2float8(anyelement) cascade;
CREATE OR REPLACE FUNCTION pg_catalog.varlena2float8(anyelement) RETURNS float8 LANGUAGE C IMMUTABLE STRICT as '$libdir/dolphin',  'Varlena2Float8';

CREATE CAST (bytea AS float8) WITH FUNCTION pg_catalog.varlena2float8(anyelement) AS IMPLICIT;
CREATE CAST ("binary" AS float8) WITH FUNCTION pg_catalog.varlena2float8(anyelement) AS IMPLICIT;
CREATE CAST ("varbinary" AS float8) WITH FUNCTION pg_catalog.varlena2float8(anyelement) AS IMPLICIT;
CREATE CAST (blob AS float8) WITH FUNCTION pg_catalog.varlena2float8(anyelement) AS IMPLICIT;
CREATE CAST (tinyblob AS float8) WITH FUNCTION pg_catalog.varlena2float8(anyelement) AS IMPLICIT;
CREATE CAST (mediumblob AS float8) WITH FUNCTION pg_catalog.varlena2float8(anyelement) AS IMPLICIT;
CREATE CAST (longblob AS float8) WITH FUNCTION pg_catalog.varlena2float8(anyelement) AS IMPLICIT;
CREATE CAST (json AS float8) WITH FUNCTION pg_catalog.varlena2float8(anyelement);

DROP FUNCTION IF EXISTS pg_catalog.blob_eq(blob, blob) cascade;
CREATE OR REPLACE FUNCTION pg_catalog.blob_eq(arg1 blob, arg2 blob) RETURNS bool LANGUAGE INTERNAL STRICT AS 'byteaeq';
DROP FUNCTION IF EXISTS pg_catalog.blob_ne(blob, blob) cascade;
CREATE OR REPLACE FUNCTION pg_catalog.blob_ne(arg1 blob, arg2 blob) RETURNS bool LANGUAGE INTERNAL STRICT AS 'byteane';
DROP FUNCTION IF EXISTS pg_catalog.blob_lt(blob, blob) cascade;
CREATE OR REPLACE FUNCTION pg_catalog.blob_lt(arg1 blob, arg2 blob) RETURNS bool LANGUAGE INTERNAL STRICT AS 'bytealt';
DROP FUNCTION IF EXISTS pg_catalog.blob_le(blob, blob) cascade;
CREATE OR REPLACE FUNCTION pg_catalog.blob_le(arg1 blob, arg2 blob) RETURNS bool LANGUAGE INTERNAL STRICT AS 'byteale';
DROP FUNCTION IF EXISTS pg_catalog.blob_gt(blob, blob) cascade;
CREATE OR REPLACE FUNCTION pg_catalog.blob_gt(arg1 blob, arg2 blob) RETURNS bool LANGUAGE INTERNAL STRICT AS 'byteagt';
DROP FUNCTION IF EXISTS pg_catalog.blob_ge(blob, blob) cascade;
CREATE OR REPLACE FUNCTION pg_catalog.blob_ge(arg1 blob, arg2 blob) RETURNS bool LANGUAGE INTERNAL STRICT AS 'byteage';

DROP FUNCTION IF EXISTS pg_catalog.blob_eq_text(blob, text) cascade;
CREATE OR REPLACE FUNCTION pg_catalog.blob_eq_text(arg1 blob, arg2 text) RETURNS bool LANGUAGE SQL STRICT AS $$ SELECT blob_eq($1, $2::blob) $$;
DROP FUNCTION IF EXISTS pg_catalog.blob_ne_text(blob, text) cascade;
CREATE OR REPLACE FUNCTION pg_catalog.blob_ne_text(arg1 blob, arg2 text) RETURNS bool LANGUAGE SQL STRICT AS $$ SELECT blob_ne($1, $2::blob) $$;
DROP FUNCTION IF EXISTS pg_catalog.blob_lt_text(blob, text) cascade;
CREATE OR REPLACE FUNCTION pg_catalog.blob_lt_text(arg1 blob, arg2 text) RETURNS bool LANGUAGE SQL STRICT AS $$ SELECT blob_lt($1, $2::blob) $$;
DROP FUNCTION IF EXISTS pg_catalog.blob_le_text(blob, text) cascade;
CREATE OR REPLACE FUNCTION pg_catalog.blob_le_text(arg1 blob, arg2 text) RETURNS bool LANGUAGE SQL STRICT AS $$ SELECT blob_le($1, $2::blob) $$;
DROP FUNCTION IF EXISTS pg_catalog.blob_gt_text(blob, text) cascade;
CREATE OR REPLACE FUNCTION pg_catalog.blob_gt_text(arg1 blob, arg2 text) RETURNS bool LANGUAGE SQL STRICT AS $$ SELECT blob_gt($1, $2::blob) $$;
DROP FUNCTION IF EXISTS pg_catalog.blob_ge_text(blob, text) cascade;
CREATE OR REPLACE FUNCTION pg_catalog.blob_ge_text(arg1 blob, arg2 text) RETURNS bool LANGUAGE SQL STRICT AS $$ SELECT blob_ge($1, $2::blob) $$;

DROP FUNCTION IF EXISTS pg_catalog.text_eq_blob(text, blob) cascade;
CREATE OR REPLACE FUNCTION pg_catalog.text_eq_blob(arg1 text, arg2 blob) RETURNS bool LANGUAGE SQL STRICT AS $$ SELECT blob_eq($1::blob, $2) $$;
DROP FUNCTION IF EXISTS pg_catalog.text_ne_blob(text, blob) cascade;
CREATE OR REPLACE FUNCTION pg_catalog.text_ne_blob(arg1 text, arg2 blob) RETURNS bool LANGUAGE SQL STRICT AS $$ SELECT blob_ne($1::blob, $2) $$;
DROP FUNCTION IF EXISTS pg_catalog.text_lt_blob(text, blob) cascade;
CREATE OR REPLACE FUNCTION pg_catalog.text_lt_blob(arg1 text, arg2 blob) RETURNS bool LANGUAGE SQL STRICT AS $$ SELECT blob_lt($1::blob, $2) $$;
DROP FUNCTION IF EXISTS pg_catalog.text_le_blob(text, blob) cascade;
CREATE OR REPLACE FUNCTION pg_catalog.text_le_blob(arg1 text, arg2 blob) RETURNS bool LANGUAGE SQL STRICT AS $$ SELECT blob_le($1::blob, $2) $$;
DROP FUNCTION IF EXISTS pg_catalog.test_gt_blob(text, blob) cascade;
CREATE OR REPLACE FUNCTION pg_catalog.test_gt_blob(arg1 text, arg2 blob) RETURNS bool LANGUAGE SQL STRICT AS $$ SELECT blob_gt($1::blob, $2) $$;
DROP FUNCTION IF EXISTS pg_catalog.test_ge_blob(text, blob) cascade;
CREATE OR REPLACE FUNCTION pg_catalog.test_ge_blob(arg1 text, arg2 blob) RETURNS bool LANGUAGE SQL STRICT AS $$ SELECT blob_ge($1::blob, $2) $$;

CREATE OPERATOR pg_catalog.=(leftarg = blob, rightarg = blob, procedure = blob_eq, restrict = eqsel, join = eqjoinsel);
CREATE OPERATOR pg_catalog.<>(leftarg = blob, rightarg = blob, procedure = blob_ne, restrict = neqsel, join = neqjoinsel);
CREATE OPERATOR pg_catalog.<(leftarg = blob, rightarg = blob, procedure = blob_lt, restrict = scalarltsel, join = scalarltjoinsel);
CREATE OPERATOR pg_catalog.<=(leftarg = blob, rightarg = blob, procedure = blob_le, restrict = scalarltsel, join = scalarltjoinsel);
CREATE OPERATOR pg_catalog.>(leftarg = blob, rightarg = blob, procedure = blob_gt, restrict = scalarltsel, join = scalarltjoinsel);
CREATE OPERATOR pg_catalog.>=(leftarg = blob, rightarg = blob, procedure = blob_ge, restrict = scalarltsel, join = scalarltjoinsel);

CREATE OPERATOR pg_catalog.=(leftarg = blob, rightarg = text, procedure = blob_eq_text, restrict = eqsel, join = eqjoinsel);
CREATE OPERATOR pg_catalog.<>(leftarg = blob, rightarg = text, procedure = blob_ne_text, restrict = neqsel, join = neqjoinsel);
CREATE OPERATOR pg_catalog.<(leftarg = blob, rightarg = text, procedure = blob_lt_text, restrict = scalarltsel, join = scalarltjoinsel);
CREATE OPERATOR pg_catalog.<=(leftarg = blob, rightarg = text, procedure = blob_le_text, restrict = scalarltsel, join = scalarltjoinsel);
CREATE OPERATOR pg_catalog.>(leftarg = blob, rightarg = text, procedure = blob_gt_text, restrict = scalarltsel, join = scalarltjoinsel);
CREATE OPERATOR pg_catalog.>=(leftarg = blob, rightarg = text, procedure = blob_ge_text, restrict = scalarltsel, join = scalarltjoinsel);

CREATE OPERATOR pg_catalog.=(leftarg = text, rightarg = blob, procedure = text_eq_blob, restrict = eqsel, join = eqjoinsel);
CREATE OPERATOR pg_catalog.<>(leftarg = text, rightarg = blob, procedure = text_ne_blob, restrict = neqsel, join = neqjoinsel);
CREATE OPERATOR pg_catalog.<(leftarg = text, rightarg = blob, procedure = text_lt_blob, restrict = scalarltsel, join = scalarltjoinsel);
CREATE OPERATOR pg_catalog.<=(leftarg = text, rightarg = blob, procedure = text_le_blob, restrict = scalarltsel, join = scalarltjoinsel);
CREATE OPERATOR pg_catalog.>(leftarg = text, rightarg = blob, procedure = test_gt_blob, restrict = scalarltsel, join = scalarltjoinsel);
CREATE OPERATOR pg_catalog.>=(leftarg = text, rightarg = blob, procedure = test_ge_blob, restrict = scalarltsel, join = scalarltjoinsel);