A Procedural Gateway for APPC Data Dictionary

A.1.2.1 pga_maint

The pga_maint table stores the PG DD maintenance information, including version number and change history, as presented in Table A-2:

A.1.2.2 pga_environments

The pga_environments table stores the defined environment keywords, as presented in Table A-3:

A.1.2.3 pga_env_attr

The pga_env_attr table stores the types of environmental attributes, as presented in Table A-4:

A.1.2.4 pga_env_values

The pga_env_values table stores the values for environments, as presented in Table A-5:

A.1.2.5 pga_compilers

The pga_compilers table stores the compiler environment names, as presented in Table A-6:

A.1.2.6 pga_datatypes

The pga_datatypes table stores the datatype keywords, as presented in Table A-7:

A.1.2.7 pga_datatype_attr

The pga_datatype_attr table stores datatype attribute keywords, as presented in Table A-8:

A.1.2.8 pga_datatype_values

The pga_datatype_values table stores the datatype attribute values, as presented in Table A-9:

A.1.2.9 pga_usage

The pga_usage table performs a referential integrity check of pga_data and pga_field column "usage" as presented in Table A-10:

A.1.2.10 pga_modes

The pga_modes table performs a referential integrity check of pga_call_parm column "mode", as presented in Table A-11:

A.2.3.1 pga_trans

One row exists in the pga_trans table for each user transaction. The row is created by a PGAU DEFINE TRANSACTION statement and used by a PGAU GENERATE statement to create the PL/SQL package (TIP).

Table A-13 presents the column, type and content information for pga_trans:

A.2.3.2 pga_trans_attr

The pga_trans_attr table relates a character string defining the transaction attributes supported by PGA to pga_trans_values entries through an attribute id number and type.

The pga_trans_attr table is also used for integrity checks of transaction attributes when new transactions are being defined.

There is an entry in the pga_trans_attr table for each transaction attribute name. All possible transaction attribute names supported by PGA on any defined transaction are specified. There is one row for each attribute, and no duplicates are allowed.

Table A-14 presents the column, type and content information for pga_trans_attr:

A.2.3.3 pga_trans_values

The pga_trans_values table describes the values of transaction attributes.

A row exists to specify the value of each attribute of each transaction defined in the data dictionary.

The column, type and content information for pga_trans_values is presented in Table A-15:

A.2.3.4 pga_trans_calls

The pga_trans_calls table relates all calls available with any single transaction to each specific call definition through a call ID number.

An entry exists in the pga_trans_calls table for each PL/SQL call referenced in a transaction definition through the CALL(cname,...) operand. One row per transaction call; no duplicates.

The column, type and content information for pga_trans_calls is presented in Table A-16:

A.2.3.5 pga_call

The pga_call table relates all calls that are available for all defined transactions, to a unique call id number and PL/SQL remote procedural call (RPC) name. One entry exists in this table for each PL/SQL call (defined in a DEFINE CALL statement).

One row per call, duplicates are possible when multiple transactions make identical calls. The plsrpc specification must be unique within the Oracle server which makes the calls, and rows are uniquely distinguished by call#.

The column, type and content information for pga_call are presented in Table A-17:

A.2.3.6 pga_call_parm

The pga_call_parm table relates all parameters of any single transaction call to the data definitions describing each parameter.

One entry exists in the pga_call_parm table for each parameter on a call in the PARMS() operand of the PGAU DEFINE CALL statement. One row per parameter, duplicates allowed when multiple calls (in the pga_call table) refer to the same parameters.

Table A-18 presents the column, type and content information for pga_call_parm:

A.2.3.7 pga_data

The pga_data table defines each data item used as a parameter in a call and relates the remote host data name to its PL/SQL variables and any component subfields or clauses within each data item (if the data item is an aggregate, such as a record). Each data item might have attributes related to it through its corresponding field definition. Even atomic data items have a single row in the pga_field table.

One row exists in the pga_data table for each data item defined by a PGAU DEFINE DATA or REDEFINE DATA statement.

Table A-19 presents the column, type and content information for pga_data:

A.2.3.8 pga_fields

The pga_fields table defines each field within a data item and relates the remote host data field to its PL/SQL variables or nested records. Each field item might have attributes related to it (by field#) in the pga_data_attr and pga_data_values tables.

One row exists in the pga_fields table for each atomic item, field, clause, or nested record defined by a PGAU DEFINE DATA statement. Several rows would exist (related by a single data# and incrementing fld#) to define an aggregate data item, one row per field or group.

Table A-20 presents the column, type and content information for pga_fields:

A.2.3.9 pga_data_attr

The pga_data_attr table defines all possible data attribute names allowed by PGA and relates each attribute name to a number and type, by which the value of this attribute for a specific data item can be selected from pga_data_values.

The pga_data_attr table is also used for integrity checks of data attributes when new data items are defined.

There is one entry in the pga_data_attr table for every possible attribute name to which any PGA supported data item might relate.

Table A-21 presents the column, type and content information for pga_data_attr:

"LEVEL"
"RENAMEMF" (renames member first)
"RENAMEML" (renames member last)
"REMAPSMF" (redefines member first)
"REMAPSML" (redefines member last)
"REMAPSWM" (redefines when member)
"REMAPSWC" (redefines when char value)
"REMAPSWN" (redefines when num value)
"REPGRPFF" (occurs n)
"REPGRPVF" (odo first n)
"REPGRPVL" (odo last n)
"REPGRPVM" (odo depending member)
"REPGRPKA" (either Key Asc name)
"REPGRPKD" (either Key Desc name)
"REPGRPIX" (either index name)
"PLSTYPE"
"JUST"     (justified char data)
"SYNC"     (aligned aggregate data)
"LOCAL_LANGUAGE"
"REMOTE_LANGUAGE"
"LENGTH"   (LENGTH IS variable)

Max length => attr name string lengths 

A.2.3.10 pga_data_values

A row exists in the pga_data_values table for each attribute of each data item defined by each data definition.

Table A-22 presents the column, type and content information for pga_data_values:

number for "LEVEL"
number for "REMAPSWN" (redefines)
number for "REPGRPFF" (occurs n)
number for "REPGRPVF" (odo first n)
number for "REPGRPVL" (odo last n)

fname for "RENAMEMF (renames first)
fname for "RENAMEML" (renames last)
fname for "REMAPSMF" (redefines first)
fname for "REMAPSML" (redefines last)
fname for "REMAPSWM" (redefines when)
fname for "REPGRPVM" (odo member)
string for "REMAPSWC" (redefines)
string for "REPGRPKA" (occurs key)
string for "REPGRPKD" (occurs key)
string for "REPGRPIX" (occurs index)
string for "PLSTYPE" (PL/SQL data type)
string for "JUST"
string for "SYNC"
string for "REMOTE_LANGUAGE"
fname for "LENGTH"