1.0  SCOPE<br><br>

1.1  Identifications<br><br>
This Software Design Document (SDD) specifies the design of the Computer Software 
Configuration Item (CSCI) identified as the Operational Software of the Ada Compiler 
Evaluation System (ACES) Version 2.1.  The design expressed in this SDD is based on 
the design expressed in references [1] and [2] and requirements derived from references 
[3] and [4] (see Section 2.0).  This SDD describes the design for any software that has 
changed since the ACES Version 2.0.  The reader is instructed to use the references for 
details concerning the design of versions 1.0 through 2.0.<br><br>

1.2  System Overview<br><br>
The purpose of the ACES is to help assess quality factors of Ada implementations.  (An 
Ada implementation consists of a host computer, a target computer, operating systems for 
the two computers, and an Ada compilation system.)  The ACES can provide compile-
time performance data, run-time performance data, and system usability data.  The ACES 
analysis programs can be used to compare the performance of two or more Ada 
implementations, or they can be used to indicate ways to get the best performance out of 
a particular implementation.<br><br>

1.3  Document Overview<br><br>
This SDD describes a partial design of the Operational Software (CSCI 2) of the ACES.  
The design presented in this document describes the Operational Software CSCI as 
composed of Computer Software Components (CSCs) and Computer Software Units 
(CSUs).  This SDD provides a discussion of the Preliminary Design, Detailed Design, the 
CSCI Data and Data Files.<br><br>
This SDD is organized according to the DI-MCCR-80012A Data Item Description, with 
some tailoring.  The tailoring is discussed in the appropriate sections.<br><br>
Section 1   -   Scope - Identifies the CSCI, presents an overview of the CSCI, and 
describes the various sections.<br><br>
Section 2   -   Referenced Documents - Identifies all documents referenced in this 
SDD.<br><br>
Section 3   -   Preliminary Design - Describes the preliminary design of the 
ACES Version 2.1 Operational Software.<br><br>
Section 4   -   Detailed Design - Describes the detailed design of the ACES 
Version 2.1 Operational Software.<br><br>
Section 5   -   CSCI Data - Describes the global data within the ACES Version 
2.1 Operational Software and data passed between.<br><br>
Section 6   -   CSCI Data Files - Describes the files shared between the ACES 
Version 2.1 Operational Software CSCs.<br><br>
Section 7   -   Requirements Traceability - Describes the environment from 
which the ACES Version 2.1 was developed.<br><br>
Section 8   -   Notes - Contains general information that aids in understanding 
this document.  This section includes an alphabetical listing of all 
acronyms, abbreviations, and their meaning as used in this 
document.<br><br>
2.0  REFERENCED DOCUMENTS<br><br>

2.1  Government Documents<br><br>

Document   Document
Number   Title   Ref #<br><br>
D500-12627-1   Ada Compiler Evaluation Capability (ACEC)   [1]
Version 4.0 Operational Software Product Specification,
5 April 1994<br><br>
C0459   Software Design Document for the Operational Software    [2]
(CSCI 2.0) of the ACES Version 2.0, 19 October 1994<br><br>
C0592   Operational Software Objectives Document    [3]
for the ACES Version 2.1, July 31, 1995   <br><br>
C0594   User Friendliness Enhancements for the    [4]
ACES Version 2.1, July 31, 1995   <br><br>
C0613   Software Design Document for the Support Software (CSCI 1.0)   [5]
of the ACES Version 2.1, August 11, 1995<br><br>

2.2  Non-Government Documents<br><br>
There are no Non-Government documents referenced in this SDD.<br><br>
3.0  PRELIMINARY DESIGN<br><br>
To illustrate the ACES CSC interfaces it was necessary to arrive at a diagramming 
technique that handles generated code.  Figure 3.0-1 illustrates the diagramming 
technique that is used in this SDD to describe the CSC interfaces (both control flow and 
data flow.)  A solid box is used to depict a CSCI or a CSC.  A dashed box is used to 
illustrate data being passed between CSCs.  A solid box surrounded by a dashed box is 
used to illustrate source code or command scripts that have been generated by a CSC.  A 
solid line is used to illustrate control flow, where one CSC will invoke (call) another 
CSC.  An arrow points to the CSC being called.  A dashed line is used to illustrate data 
flow.  A data flow line is used to illustrate the transmission of data in the sense of either a 
data file or parameters.  A data flow line is also used to illustrate the generation of source 
code, command scripts, and main programs.<br><br>
 <br><br>
Figure 3.0-1 CSC Interface Diagramming Key<br><br>

3.1  CSCI Overview<br><br>
Figure 3.1-1 provides an overview of the relationship between the ACES CSCIs.<br><br>

 <br><br>
Figure 3.1-1 ACES CSCI Overview<br><br>

3.1.1  CSCI Architecture<br><br>
Figure 3.1.1-1 illustrates the top-level architecture of the ACES Operational Software 
CSCI.  This section provides a brief overview of the purpose of each top-level CSC and 
provides a discussion of the interfaces between the top-level CSCs.<br><br>

 <br><br>
Figure 3.1.1-1 ACES Operational Software CSCI Architecture<br><br>

The Performance Tests CSC provides the software for assessing execution time, space, 
and speed of an Ada implementation.  The Debugger Assessor CSC provides the software 
for assessing symbolic debuggers of an Ada implementation.  The Diagnostic Assessor 
CSC provides the software for assessing the diagnostic message quality of an Ada 
implementation.  The Program Library Assessor CSC provides the software for assessing 
the Ada Program Library System for an Ada implementation.  The Capacity Assessor 
CSC provides the software for assessing Ada compilation and run-time system capacity 
for an Ada implementation.  There are no interfaces between the Operational Software 
top-level CSCs.<br><br>
Figure 3.1.1-2 illustrates the interfaces between the Performance Tests (CSC 2.1) and the 
Support Software CSCI.<br><br>

 <br><br>
Figure 3.1.1-2  Performance Tests Interfaces<br><br>

3.1.2  System States and Modes<br><br>
The following design constraints are relevant to the system state and modes:<br><br>
The ACES needs to provide the users with the ability to measure time using cpu 
time or elapsed time.<br><br>
The ACES needs to provide the users with the ability to use either the 
"label’address" Ada construct in order to measure code size, or a user defined 
addressing construct.<br><br>
The ACES needs to provide the users with the ability to use the ACES in an 
environment where executable size is limited.<br><br>
The ACES needs to provide the users with the ability to setup their environment 
using automated tools or manually modify command script templates.<br><br>
The ACES does not run in different states or modes, it is pre-configured to run in a 
particular mode.  The ACES users must determine early on which modes are appropriate 
for the implementation being assessed.  Once the various options have been identified and 
selected, the ACES runs in that particular mode.<br><br>

3.1.3  Memory and Processing Time Allocation<br><br>
The ACES is intended to run on a wide variety of Ada implementations and the memory 
and processing time allocations are part of what the ACES assesses.  For this reason it is 
not possible to discuss memory and processing time allocations for the ACES.<br><br>

3.2  CSCI Design Description<br><br>
This section presents the preliminary design of the Computer Software Components 
(CSCs) that make up the Operational Software CSCI.  Only those aspects of the design 
that have changed since Version 2.0 are documented.<br><br>

3.2.1  Performance Tests (CSC 2.1)<br><br>
The Performance Tests CSC contains the 1799 performance tests that were part of the 
ACES Version 2.0 plus a number of tests for the performance of new Ada 95 
functionality and for Ada 83 expressions of similar functionality.  These tests measure 
and report execution time and code size.<br><br>
The performance tests are designed as Ada library-level parameterless procedures that are 
expected to be called from executables containing code for validation of timing data 
against baseline data collected on a quiescent system.  There is no control or data flow 
between the performance tests that are linked into a single executable, nor is the order of 
execution relevant.<br><br>
Each new performance test must adhere to the design specified in the ACEC Operational 
Software Product Specification.  This design is repeated in Section 4.1.1 of this SDD.<br><br>

Table 3.2.1-1  Performance Test Requirements<br><br>
Requirement ID
Requirement Text
<p>OPS-T-5301<br>
The ACES shall determine the performance characteristics of 
conversions between enumeration or numeric (integer, modular, float, 
fixed, decimal) types and String, using attributes and instantiations of 
the generic IO packages in Text_IO.
<p>OPS-T-5302<br>
The ACES shall determine the performance characteristics of the "Succ" 
and "Pred" attributes for real types.
<p>OPS-T-5303<br>
The ACES shall determine the performance of a subprogram call when 
the subprogram is passed to the calling subprogram via an access-to-
subprogram parameter.
<p>OPS-T-5304<br>
The ACES shall determine the performance characteristics of decimal 
type operations (if supported).
<p>OPS-T-5305<br>
The ACES shall determine the performance impact of referencing and 
assigning to an object designated by a subprogram's formal access 
parameter.
<p>OPS-T-5306<br>
The ACES shall determine the performance of assignment of controlled 
types.
<p>OPS-T-5307<br>
The ACES shall determine the performance of user-defined finalization 
when exiting the scope of a controlled object.
<p>OPS-T-5308<br>
The ACES shall determine the time required for a call on a protected 
operation in the simplest of cases.
<p>OPS-T-5309<br>
The ACES shall determine the performance characteristics of the 
requeue statement.
<p>OPS-T-5310<br>
The ACES shall determine the performance characteristics of the delay 
until statement.
<p>OPS-T-5311<br>
The ACES shall investigate the performance characteristics of 
asynchronous transfer of control in various scenarios.<br><br>
<p>OPS-T-5312<br>
The ACES shall determine the performance characteristics of references 
to entities in child packages.
<p>OPS-T-5313<br>
The ACES shall determine the performance characteristics of the 
operations in package Ada.Exceptions.
<p>OPS-T-5314<br>
The ACES shall determine the performance characteristics of the 
address arithmetic operations declared in the package 
System.Storage_Elements.
<p>OPS-T-5315<br>
The ACES shall determine the performance characteristics of the 
conversion operations declared in the package 
System.Address_To_Access_Conversions.
<p>OPS-T-5316<br>
The ACES shall determine the performance characteristics of the 
storage management operations declared in the package 
System.Storage_Pools.
<p>OPS-T-5317<br>
The ACES shall determine the performance characteristics of passing 
data among units by using the stream operations given by attributes.
<p>OPS-T-5318<br>
The ACES shall determine the performance characteristics of the 
operations declared in package Strings.Fixed.
<p>OPS-T-5319<br>
The ACES shall determine the performance characteristics of the 
operations declared in package Strings.Bounded.
<p>OPS-T-5320<br>
The ACES shall determine the performance characteristics of the 
operations declared in package Strings.Unbounded.
<p>OPS-T-5321<br>
The ACES shall determine the performance characteristics of the 
operations declared in Ada.Numerics.Elementary_Functions and in an 
instantiation of Ada.Numerics.Generic_Elementary_Functions, using 
Float.
<p>OPS-T-5322<br>
The ACES shall determine the performance characteristics of the 
random value function declared in instantiations of 
Ada.Numerics.Discrete_Random.
<p>OPS-T-5323<br>
The ACES shall determine the performance characteristics of the shift 
and rotate operations provided by package Ada.Interfaces.
<p>OPS-T-5324<br>
The ACES shall determine the performance characteristics of calls to 
subprograms written in C, C++, Fortran, and COBOL, as supported by 
the specific implementation.
<p>OPS-T-5325<br>
The ACES shall determine the performance characteristics of the 
operations provided by package Ada.Interfaces.C.
<p>OPS-T-5326<br>
The ACES shall determine the performance characteristics of the 
operations provided by package Ada.Interfaces.C.Strings.
<p>OPS-T-5327<br>
The ACES shall determine the performance characteristics of the 
operations provided by package Ada.Interfaces.C.Pointers.
<p>OPS-T-5328<br>
The ACES shall determine the performance characteristics of the 
operations provided by package Ada.Interfaces.COBOL.
<p>OPS-T-5329<br>
The ACES shall determine the performance characteristics of the 
operations provided by package Ada.Interfaces.Fortran.
<p>OPS-T-5401<br>
The ACES shall determine the performance impact of using aliased 
objects as subprogram parameters.
<p>OPS-T-5402<br>
The ACES shall determine the performance effects of declaring objects 
of unconstrained types (the initial constraint being taken from the 
initialization expression).
<p>OPS-T-5403<br>
The ACES shall determine whether a performance cost is incurred when 
referencing an extension component of a tagged type.
<p>OPS-T-5404<br>
The ACES shall determine whether a performance cost is incurred in 
referencing and updating arrays and records whose components are 
aliased.
<p>OPS-T-5405<br>
The ACES shall determine the relative performance of dispatching for 
various kinds of controlling operands.
<p>OPS-T-5406<br>
The ACES shall determine the performance assignments to an aliased 
object and evaluations of an aliased object.
<p>OPS-T-5407<br>
The ACES shall determine the performance impact of using general 
access types to reference data at different accessibility levels.
<p>OPS-T-5408<br>
The ACES shall determine the performance characteristics of 
evaluations of the Access attribute.
<p>OPS-T-5409<br>
The ACES shall determine the relative performance of elaboration of 
private type and non-private type declarations.
<p>OPS-T-5410<br>
The ACES shall determine the performance impact of using 
discriminants for tasks and for protected objects.
<p>OPS-T-5411<br>
The ACES shall determine the performance impact of using exception 
handlers in accept bodies.
<p>OPS-T-5412<br>
The ACES shall determine the performance characteristics of exception 
propagation from protected subprograms and entries of protected 
objects.
<p>OPS-T-5413<br>
The ACES shall determine the performance impact of the use of 
representation clauses that have been added to the language.
<p>OPS-T-5414<br>
The ACES shall determine the performance characteristics of 
evaluations of the Bit_Order attribute.
<p>OPS-T-5415<br>
The ACES shall determine the performance impact of using unchecked 
conversion to produce valid and invalid values of a type.
<p>OPS-T-5416<br>
The ACES shall determine the performance impact of using the 
Unchecked_Access attribute to create access values.
<p>OPS-T-5417<br>
The ACES shall determine the performance characteristics of 
evaluations of the Storage_Pool and Storage_Size attributes for access 
subtypes.
<p>OPS-T-5418<br>
The ACES shall determine the performance characteristics of the 
operations declared in package Ada.Characters.Handling.
<p>OPS-T-5419<br>
The ACES shall determine the performance characteristics of 
Wide_Character operations.
<p>OPS-T-5420<br>
The ACES shall determine the performance characteristics of 
Wide_String operations.
<p>OPS-T-5421<br>
The ACES shall determine the performance characteristics of 
conversions between enumeration or numeric (integer, modular, float, 
fixed, decimal) types and Wide_String, using attributes and 
instantiations of the generic IO packages in Wide_Text_IO.
<p>OPS-T-5422<br>
The ACES shall determine the performance characteristics of the 
operations declared in package Strings.Wide_Fixed.
<p>OPS-T-5423<br>
The ACES shall determine the performance characteristics of the 
operations declared in package Strings.Wide_Bounded.
<p>OPS-T-5424<br>
The ACES shall determine the performance characteristics of the 
operations declared in package Strings.Wide_Unbounded.
<p>OPS-T-5425<br>
The ACES shall determine the performance characteristics of the 
operations declared in package Streams.Stream_IO.  Compare to the 
performance of equivalent attributes after applying the Stream function 
to create a Stream_Access value from the file.
<p>OPS-T-6101<br>
Package specifications that do not require bodies but have them 
nevertheless shall include "pragma Elaborate_Body".  See the files 
"sy_cum??.ada" where ?? is a two-digit integer ranging from 12 to 22.
<p>OPS-T-6201<br>
The "dt_dp*" series of tests shall issue their calls to "put_test_name" 
and "delay_t" from within the body of a task with the highest priority.  
The expression giving the value of "actual-delay-greater-than-requested" 
shall use the ">=" operator.  The value of this variable shall be set to 
False at the end of each test.
<p>OPS-T-7101<br>
The following tests shall be renamed:<br><br>
a9_ms_atc_taken   to   tk_at_atc_taken_01<br>
a9_ms_atc_not_taken   to   tk_at_atc_not_taken_02<br>
a9_ms_formal_acc_subp_01   to   gn_su_formal_acc_subp_01<br>
a9_ms_formal_package_01   to   gn_su_formal_package_01<br>
a9_ms_modular_oper_01   to   ar_mt_modular_oper_01<br>
a9_ms_modular_oper_02   to   ar_mt_modular_oper_02<br>
a9_ms_random_01   to   ar_rn_random_float_01<br>
<p>OPS-T-7102<br>
The following tests shall be renamed:<br><br>
a9_ob_class_wide_dynamic_01   to   oo_dp_class_wide_dynamic_01<br>
a9_ob_class_wide_static_01   to   oo_dp_class_wide_static_01<br>
a9_ob_parms_01_deriv   to   oo_tx_parms_deriv_01<br>
a9_ob_parms_05_deriv   to   oo_tx_parms_deriv_05<br>
a9_ob_parms_10_deriv   to   oo_tx_parms_deriv_10<br>
a9_ob_ext_aggregate_01   to   oo_tx_ext_aggregate_01<br>
a9_ob_ext_aggregate_02   to   oo_tx_ext_aggregate_02<br>
a9_ob_simp_aggregate_01   to   oo_tx_simp_aggregate_01<br>
a9_ob_simp_aggregate_02   to   oo_tx_simp_aggregate_02<br>
<p>OPS-T-7103<br>
The following tests shall be renamed:<br><br>
   a9_pt_prot_access_01   to   pt_po_prot_access_01<br>
   a9_pt_prot_access_02   to   pt_po_prot_access_02<br>
   a9_pt_prot_access_03   to   pt_po_prot_access_03<br><br>
<br><br>
3.2.2  Debugger Assessor (CSC 2.2)<br><br>
The design of this CSC is unchanged since ACES Version 2.0 and is not documented 
here.<br><br>

3.2.3  Diagnostic Assessor (CSC 2.3)<br><br>
The design of this CSC is unchanged since ACES Version 2.0 and is not documented 
here.<br><br>

3.2.4  Program Library Assessor (CSC 2.4)<br><br>
The design of this CSC is unchanged since ACES Version 2.0 and is not documented 
here.<br><br>

3.2.5  Capacity Assessor (CSC 2.5)<br><br>
The design of this CSC is unchanged since ACES Version 2.0 and is not documented 
here.<br><br>

4.0  DETAILED DESIGN<br><br>

4.1  Performance Tests (CSC 2.1)<br><br>
ACES 2.0 contained 1799 performance tests.  ACES 2.1 will contain up to 238 more 
tests, where designs are documented here.  All the performance tests share a common 
design.  This design is presented in Section 4.1.1 and is incorporated by reference into 
Sections 4.1.2 through 4.1.237.  Sections 4.1.1 through 4.1.238 provide the purpose of 
each new performance test and the specific relationships among the tests.<br><br>
The names used in the section headers are the proposed Ada unit names for the new 
performance tests.  The "Requirement" identifiers refer to the requirements originally 
expressed in the Operational Software Objectives Document for ACES Version 2.1.  
(Also see Table 7.0-1 of the Software Design Document for the Support Software (CSCI 
1.0) of the ACES, Version 2.1.<br><br>

4.1.1  DR_TS_INTEGER_STRING_01<br><br>
This Ada 83 test will assess the performance characteristics of conversions between 
signed integer types and String, using the 'Image and 'Value attributes.  (Requirement 
OPS-T-5301)<br><br>

4.1.1.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.1.2  Design<br><br>
a.   Input/Output Data Elements<br><br>
There are no input data elements.  The following items are output via output 
subprograms provided by the library package "zg_glob2":<br><br>
Test Name:   String containing the name of the performance test problem.
Comments:   Strings containing informational messages.<br><br>
b.   Local Data Elements<br><br>
No local data elements are significant from the design point of view.  Each 
performance test declares its own local data as necessary to meet the test objective.<br><br>
c.   Interrupts and Signals<br><br>
These performance tests do not use interrupts or signals.<br><br>
<br><br>

d.   Algorithms<br><br>
The Ada code below is used to measure execution time.  The code bracketed by the 
comments "-- begin zg_????" and "-- end zg_????" is included into the performance 
test code by the preprocessor program "zg_incld" before the performance test code is 
compiled.  The name "zg_????" identifies the name of the Support Software file 
containing the included code.  Note that the global function Terminate_Timing_Loop 
has access to, uses, and may modify the global variables.  This function stores the 
execution time for each execution of the test problem code, analyzes the stored times, 
determines whether the code should be further repeated, and modifies the global 
Repetition_Count.<br><br>
<pre>
Perform any test-specific initialization
-- begin "zg_start"
Initialize global Repetition_Count as 1
Set global Begin_Time to the current wall-clock time
Loop                                          -- Outer timing loop
   Wait for a clock tick
   Set global Start_Time to the current measurement clock time
   for Loop_Count from 1 to NCount loop
-- end "zg_start"
      EXECUTE THE TEST PROBLEM
-- begin "zg_stop0"
      if (false condition that is not compile-time known) then
         Call global procedure to change global variables
      end if
   end loop
   Count global Interval_Count until clock changes
   Set global Stop_Time to current measurement clock time
   exit when global function Terminate_Timing_Loop returns True
end loop;
-- end "zg_stop0"
Output informational comments as needed
-- begin "zg_stop2"
Call global procedure Stoptime2
   (does final analysis and output of execution time measurements)
Perform any test-specific finalizations
Handle the 5 standard Ada exceptions
-- end "zg_stop2"
</pre>
<br><br>
e.   Error Handling<br><br>
If any of the 5 standard Ada exceptions is raised, a message is output and execution of 
the main program containing the test problem may continue.<br><br>
f.   Data Conversion<br><br>
Not Applicable.<br><br>
<br><br>
g.   Use of Other Elements<br><br>
The following library subprograms are called:
Terminate_Timing_Loop (from "zg_glob3")
Stoptime2                        (from "zg_glob3")
Put_Comment_Optional  (from "zg_glob2")
Put_New_Line_Optional (from "zg_glob2")
The following shared data elements are used:
Repetition_Count
Begin_Time
Start_Time
Interval_Count
Stop_Time
In addition, individual tests may call other library subprograms and use other shared 
data elements.<br><br>
h.   Logic Flow<br><br>
See paragraph d. above.<br><br>
i.   Data Structures<br><br>
The performance tests contain no data structures that are visible at this design level.<br><br>
j.   Local Files or Database<br><br>
The new performance tests do not make use of local files or databases.<br><br>
k.   Limitations<br><br>
None.<br><br>

4.1.2  DR_TS_MODULAR_STRING_01<br><br>
This Ada 95 test will assess the performance characteristics of conversions between 
unsigned integer (modular) types and String, using the 'Image and 'Value attributes.  The 
results will be comparable to those of test DR_TS_INTEGER_STRING_01.  
(Requirement OPS-T-5301)<br><br>

4.1.2.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.2.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.3  DR_TS_FLOAT_STRING_01<br><br>
This Ada 95 test will assess the performance characteristics of conversions between 
floating point types and String, using the 'Image and 'Value attributes.  The results will be 
comparable to those of test DR_TS_INTEGER_STRING_01.  (Requirement OPS-T-
5301)<br><br>

4.1.3.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.3.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.4  DR_TS_FIXED_STRING_01<br><br>
This Ada 95 test will assess the performance characteristics of conversions between fixed 
point types and String, using the 'Image and 'Value attributes.  The results will be 
comparable to those of test DR_TS_INTEGER_STRING_01.  (Requirement OPS-T-
5301)<br><br>

4.1.4.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.4.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.5  DR_TS_DECIMAL_STRING_01<br><br>
This Ada 95 test will assess the performance characteristics of conversions between 
decimal types and String, using the 'Image and 'Value attributes.  The results will be 
comparable to those of test DR_TS_INTEGER_STRING_01.  (Requirement OPS-T-
5301)<br><br>

4.1.5.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.5.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.6  DR_TS_ENUM_STRING_01<br><br>
This Ada 83 test will assess the performance characteristics of conversions between 
enumeration types and String, using the 'Image and 'Value attributes.  The results will be 
comparable to those of test DR_TS_INTEGER_STRING_01.  (Requirement OPS-T-
5301)<br><br>

4.1.6.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.6.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.7  IO_TX_INTEGER_STRING_01<br><br>
This Ada 83 test will assess the performance characteristics of conversions between 
signed integer types and String, using the Put and Get operations declared in an 
instantiation of Integer_IO.  Results will be comparable to those of 
DR_TS_INTEGER_STRING_01.  (Requirement OPS-T-5301)<br><br>

4.1.7.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.7.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.8  IO_TX_MODULAR_STRING_01<br><br>
This Ada 95 test will assess the performance characteristics of conversions between 
unsigned integer (modular) types and String, using the Put and Get procedures declared in 
an instantiation of Modular_IO.  The results will be comparable to those of test 
IO_TX_INTEGER_STRING_01.  (Requirement OPS-T-5301)<br><br>

4.1.8.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.8.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.9  IO_TX_FLOAT_STRING_01<br><br>
This Ada 83 test will assess the performance characteristics of conversions between 
floating point types and String, using the Put and Get operations declared in an 
instantiation of Float_IO.  The results will be comparable to those of test 
IO_TX_INTEGER_STRING_01.  (Requirement OPS-T-5301)<br><br>

4.1.9.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.9.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.10  IO_TX_FIXED_STRING_01<br><br>
This Ada 83 test will assess the performance characteristics of conversions between fixed 
point types and String, using the Put and Get operations declared in an instantiation of 
Fixed_IO. The results will be comparable to those of test 
IO_TX_INTEGER_STRING_01.  (Requirement OPS-T-5301)<br><br>

4.1.10.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.10.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>
4.1.11  IO_TX_DECIMAL_STRING_01<br><br>
This Ada 95 test will assess the performance characteristics of conversions between 
decimal types and String, using the Put and Get operations declared in an instantiation of 
Decimal_IO.  The results will be comparable to those of test 
IO_TX_INTEGER_STRING_01.  (Requirement OPS-T-5301)<br><br>

4.1.11.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.11.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.12  IO_TX_ENUM_STRING_01<br><br>
This Ada 83 test will assess the performance characteristics of conversions between 
enumeration types and String, using the Put and Get operations declared in an 
instantiation of Enumeration_IO.  The results will be comparable to those of test 
IO_TX_INTEGER_STRING_01.  (Requirement OPS-T-5301)<br><br>

4.1.12.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.12.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.13  AR_FX_FIXED_ATTRIBUTES_01<br><br>
This Ada 95 test will assess the performance characteristics of evaluations of the 'Succ 
and 'Pred attributes for fixed point types.  Attribute values for specific values (0.0, 1.0, -
1.0) will be output as ancillary data.  (Requirement OPS-T-5302)<br><br>

4.1.13.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.13.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.14  AR_FL_FLOAT_ATTRIBUTES_01<br><br>
This Ada 95 test will assess the performance characteristics of evaluations of the 'Succ 
and 'Pred attributes for floating point types.  Attribute values for specific values (0.0, 1.0, 
-1.0) will be output as ancillary data.  (Requirement OPS-T-5302)<br><br>

4.1.14.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.14.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.15  AR_DC_DECIMAL_ATTRIBUTES_01<br><br>
This Ada 95 test will assess the performance characteristics of evaluations of the 'Succ 
and 'Pred attributes for decimal types.  Attribute values for specific values (0.0, 1.0, -1.0, 
100.0, 0.01, -100.0, -0.01) will be output as ancillary data.  (Requirement OPS-T-5302)<br><br>

4.1.15.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.15.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>
<br><br>
4.1.16  SU_PP_FORMAL_ACC_SUBP_01<br><br>
This Ada 95 test will assess the performance characteristics of a subprogram call when 
the subprogram is passed to the calling subprogram via an access-to-subprogram 
parameter.  Results will be comparable to those of the ACES Version 2.0 test 
A9_MS_FORMAL_PACKAGE_01.  (Requirement OPS-T-5303)<br><br>

4.1.16.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.16.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.17  AR_DC_DECIMAL_OPS_01<br><br>
This Ada 95 test will assess the performance characteristics of multiplication of decimal 
type values.  Results will be comparable to those of AR_FX_FIXED_OPER_01.  
(Requirement OPS-T-5304)<br><br>

4.1.17.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.17.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.18  AR_DC_DECIMAL_OPS_02<br><br>
This Ada 95 test will assess the performance characteristics of addition of decimal type 
values.  Results will be comparable to those of AR_FX_FIXED_OPER_02 or 
AR_FX_FIXED_OPER_05.  (Requirement OPS-T-5304)<br><br>

4.1.18.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.18.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.19  AR_DC_DECIMAL_OPS_03<br><br>
This Ada 95 test will assess the performance characteristics of division of decimal type 
values by literals.  Results will be comparable to those of AR_FX_FIXED_OPER_03.  
(Requirement OPS-T-5304)<br><br>
4.1.19.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.19.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.20  AR_DC_DECIMAL_OPS_04<br><br>
This Ada 95 test will assess the performance characteristics of division of decimal type 
values by variables.  Results will be comparable to those of AR_FX_FIXED_OPER_04.  
(Requirement OPS-T-5304)<br><br>

4.1.20.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.20.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.21  DR_CO_ACCESS_PARAMETER_01<br><br>
This Ada 95 test will assess the performance characteristics of references to an object 
designated by a subprogram's formal access parameter of mode IN.  Results will be 
comparable to those of SU_SL_LOCAL_07.  (Requirement OPS-T-5305)<br><br>

4.1.21.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.21.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.22  DR_CO_ACCESS_PARAMETER_02<br><br>
This Ada 95 test will assess the performance characteristics of references and updates to 
an object designated by a subprogram's formal access parameter of mode IN OUT.  
(Requirement OPS-T-5305)
4.1.22.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.22.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.23  SR_CT_FINALIZE_DEFAULT_01<br><br>
This Ada 95 test will assess the performance characteristics of assignment of controlled 
types using the default Finalize.  (Requirement OPS-T-5306)<br><br>

4.1.23.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.23.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.24  SR_CT_FINALIZE_EXPLICIT<br><br>
This Ada 95 test will assess the performance characteristics of assignment of non-
controlled types plus an explicit call to a Finalize procedure.  The results will be 
comparable to those of SR_CT_FINALIZE_DEFAULT_01.  (Requirement OPS-T-5306)<br><br>

4.1.24.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.24.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.25  SR_CT_FINALIZE_IMPLICIT_01<br><br>
This Ada 95 test will assess the performance characteristics of assignment of controlled 
types, implicitly calling the user-defined Finalize.  Results will be comparable to those of 
SR_CT_FINALIZE_DEFAULT_01 and SR_CT_FINALIZE_EXPLICIT_01.  
(Requirement OPS-T-5306)
4.1.25.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.25.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.26  SR_CT_ADJUST_DEFAULT_01<br><br>
This Ada 95 test will assess the performance characteristics of assignment of controlled 
types using the default Adjust procedure.  (Requirement OPS-T-5306)<br><br>

4.1.26.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.26.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.27  SR_CT_ADJUST_EXPLICIT_01<br><br>
This Ada 95 test will assess the performance characteristics of assignment of non-
controlled types plus calling a user-defined Adjust procedure.  Results will be comparable 
to those of SR_CT_ADJUST_DEFAULT_01.  (Requirement OPS-T-5306)<br><br>

4.1.27.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.27.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.28  SR_CT_ADJUST_IMPLICIT_01<br><br>
This Ada 95 test will assess the performance characteristics of assignments of controlled 
types implicitly calling user-defined Adjust.  Results will be comparable to those of 
SR_CT_ADJUST_DEFAULT_01 and SR_CT_ADJUST_EXPLICIT_01.  (Requirement 
OPS-T-5306)
4.1.28.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.28.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.29  SR_CT_FINALIZE_DEFAULT_01<br><br>
This Ada 95 test will assess the performance characteristics of exiting the scope of a 
controlled object using the default Finalize.  (Requirement OPS-T-5307)<br><br>

4.1.29.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.29.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.30  SR_CT_FINALIZE_EXPLICIT_01<br><br>
This Ada 95 test will assess the performance characteristics of exiting the scope of a non-
controlled object plus explicitly calling user-define Finalize.  Results will be comparable 
to SR_CT_FINALIZE_DEFAULT_01.  (Requirement OPS-T-5307)<br><br>

4.1.30.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.30.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.31  SR_CT_FINALIZE_IMPLICIT_01<br><br>
This Ada 95 test will assess the performance characteristics of exiting the scope of a 
controlled object implicitly calling user-defined Finalize.  Results will be comparable to 
those of SR_CT_FINALIZE_DEFAULT_01 and SR_CT_FINALIZE_EXPLICIT_01.  
(Requirement OPS-T-5307)
4.1.31.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.31.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.32  PT_PO_PROTECTED_FUNCTION_01<br><br>
This Ada 95 test will assess the performance characteristics of a call to a protected 
function.  (Requirement OPS-T-5308)<br><br>

4.1.32.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.32.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.33  PT_PO_PROTECTED_PROCEDURE_01<br><br>
This Ada 95 test will assess the performance characteristics of calls to a protected 
procedure.  (Requirement OPS-T-5308)<br><br>

4.1.33.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.33.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.34  PT_PO_PROTECTED_ENTRY_01<br><br>
This Ada 95 test will assess the performance characteristics of calls to a protected entry. 
(Requirement OPS-T-5308)<br><br>
<br><br>
4.1.34.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.34.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.35  PT_RQ_INTERNAL_01<br><br>
This Ada 95 test will assess the performance characteristics of an internal requeue in a 
protected object.  (Requirement OPS-T-5309)<br><br>

4.1.35.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.35.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.36  PT_RQ_EXTERNAL_01<br><br>
This Ada 95 test will assess the performance characteristics of a requeue to an entry of 
another protected object.  (Requirement OPS-T-5309)<br><br>

4.1.36.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.36.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.37  PT_RQ_TO_TASK_01<br><br>
This Ada 95 test will assess the performance characteristics of a requeue from a protected 
entry to a task entry.  (Requirement OPS-T-5309)<br><br>
<br><br>
4.1.37.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.37.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.38  TK_RQ_INTERNAL_01<br><br>
This Ada 95 test will assess the performance characteristics of a requeue to another entry 
of the same task.  (Requirement OPS-T-5309)<br><br>

4.1.38.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.38.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.39 TK_RQ_EXTERNAL_01<br><br>
This Ada 95 test will assess the performance characteristics of a requeue to an entry of 
another task.  (Requirement OPS-T-5309)<br><br>

4.1.39.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.39.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.40  TK_RQ_TO_PROT_01<br><br>
This Ada 95 test will assess the performance characteristics of a requeue from a task entry 
to a protected entry.  (Requirement OPS-T-5309)<br><br>
<br><br>
4.1.40.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.40.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.41  DT_DU_DELAY_UNTIL_01<br><br>
This Ada 95 test will assess the performance characteristics of a "delay until" statement 
when the expiration time is not later than "now".  The actual delay time will be output as 
ancillary data.  The error code for "delay timing test" will be output in lieu of the standard 
timing result.  (Requirement OPS-T-5310)<br><br>

4.1.41.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.41.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.42  DT_DU_DELAY_UNTIL_02<br><br>
This Ada 95 test will assess the performance characteristics of a "delay until" statement 
whose expiration time is 10**-6 seconds from "now".  The actual delay time will be 
output as ancillary data.  The error code for "delay timing test" will be output in lieu of 
the standard timing result.  (Requirement OPS-T-5310)<br><br>

4.1.42.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.42.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.43  DT_DU_DELAY_UNTIL_03<br><br>
This Ada 95 test will assess the performance characteristics of a "delay until" statement 
whose expiration time is 10**-5 seconds from "now".  The actual delay time will be 
output as ancillary data.  The error code for "delay timing test" will be output in lieu of 
the standard timing result.  (Requirement OPS-T-5310)<br><br>

4.1.43.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.43.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.44  DT_DU_DELAY_UNTIL_04<br><br>
This Ada 95 test will assess the performance characteristics of a "delay until" statement 
whose expiration time is 10**-4 seconds from "now".  The actual delay time will be 
output as ancillary data.  The error code for "delay timing test" will be output in lieu of 
the standard timing result.  (Requirement OPS-T-5310)<br><br>

4.1.44.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.44.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.45  DT_DU_DELAY_UNTIL_05<br><br>
This Ada 95 test will assess the performance characteristics of a "delay until" statement 
whose expiration time is 10**-3 seconds from "now".  The actual delay time will be 
output as ancillary data.  The error code for "delay timing test" will be output in lieu of 
the standard timing result.  (Requirement OPS-T-5310)<br><br>

4.1.45.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.45.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.46  DT_DU_DELAY_UNTIL_06<br><br>
This Ada 95 test will assess the performance characteristics of a "delay until" statement 
whose expiration time is 10**-2 seconds from "now".  The actual delay time will be 
output as ancillary data.  The error code for "delay timing test" will be output in lieu of 
the standard timing result.  (Requirement OPS-T-5310)<br><br>

4.1.46.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.46.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.47  DT_DU_DELAY_UNTIL_07<br><br>
This Ada 95 test will assess the performance characteristics of a "delay until" statement 
whose expiration time is 10**-1 seconds from "now".  The actual delay time will be 
output as ancillary data.  The error code for "delay timing test" will be output in lieu of 
the standard timing result.  (Requirement OPS-T-5310)<br><br>

4.1.47.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.47.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.48  TK_AT_ATC_QUEUED_01<br><br>
This Ada 95 test will assess the performance characteristics of an asynchronous transfer 
of control triggered by an entry call that is queued and then is accepted before the 
abortable part completes.  (Requirement OPS-T-5311)<br><br>

4.1.48.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.48.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.49  TK_AT_ATC_QUEUED_02<br><br>
This Ada 95 test will assess the performance characteristics of an asynchronous transfer 
of control triggered by an entry call that is queued and is not accepted before the 
abortable part completes.  (Requirement OPS-T-5311)<br><br>

4.1.49.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.49.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.50  TK_AT_ATC_ABORTED_01<br><br>
This Ada 95 test will assess the performance characteristics of an asynchronous transfer 
of control triggered by entry call that is accepted immediately but then requeued with 
abort.  (Requirement OPS-T-5311)<br><br>

4.1.50.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.50.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.51  PO_CU_CLIENT_01<br><br>
This Ada 95 test will assess the performance characteristics of uses of child package 
facilities from a client of the child package.  (Requirement OPS-T-5312)<br><br>
4.1.51.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.51.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.52  PO_CU_CLIENT_02<br><br>
This Ada 95 test will assess the performance characteristics of references to a child 
package with two levels of ancestors.  Results will be comparable to those of 
PO_CU_CLIENT_01.  (Requirement OPS-T-5312)<br><br>

4.1.52.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.52.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.53  PO_CU_CLIENT_03<br><br>
This Ada 95 test will assess the performance characteristics of references to a child 
package with five levels of ancestors.  Results will be comparable to those of 
PO_CU_CLIENT_01.  (Requirement OPS-T-5312)<br><br>

4.1.53.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.53.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.54  PO_CU_CLIENT_04<br><br>
This Ada 95 test will assess the performance characteristics of references to a child 
package with ten levels of ancestors.  Results will be comparable to those of 
PO_CU_CLIENT_01.  (Requirement OPS-T-5312)
4.1.54.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.54.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.55  PO_CU_PUB_SIB_01<br><br>
This Ada 95 test will assess the performance characteristics of uses of child package 
facilities from a sibling.  Results will be comparable to those of PO_CU_CLIENT_01.  
(Requirement OPS-T-5312)<br><br>

4.1.55.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.55.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.56  PO_CU_PUB_SIB_02<br><br>
This Ada 95 test will assess the performance characteristics of uses of child package 
facilities from a sibling, where the child has two levels of ancestors.  Results will be 
comparable to those of PO_CU_CLIENT_01.  (Requirement OPS-T-5312)<br><br>

4.1.56.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.56.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.57  PO_CU_PUB_SIB_03<br><br>
This Ada 95 test will assess the performance characteristics of uses of child package 
facilities from a sibling, where the child has five levels of ancestors.  Results will be 
comparable to those of PO_CU_CLIENT_01.  (Requirement OPS-T-5312)
4.1.57.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.57.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.58  PO_CU_PUB_SIB_04<br><br>
This Ada 95 test will assess the performance characteristics of uses of child package 
facilities from a sibling, where the child has ten levels of ancestors.  Results will be 
comparable to those of PO_CU_CLIENT_01.  (Requirement OPS-T-5312)<br><br>

4.1.58.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.58.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.59  PO_CU_PRIV_SIB_01<br><br>
This Ada 95 test will assess the performance characteristics of uses of private child 
package facilities from a sibling.  Results will be comparable to those of 
PO_CU_CLIENT_01.  (Requirement OPS-T-5312)<br><br>

4.1.59.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.59.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.60  PO_CU_PRIV_SIB_02<br><br>
This Ada 95 test will assess the performance characteristics of uses of private child 
package facilities from a sibling, where the child has two levels of ancestors.  Results will 
be comparable to those of PO_CU_CLIENT_01.  (Requirement OPS-T-5312)
4.1.60.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.60.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.61  PO_CU_PRIV_SIB_03<br><br>
This Ada 95 test will assess the performance characteristics of uses of private child 
package facilities from a sibling, where the child has five levels of ancestors.  Results will 
be comparable to those of PO_CU_CLIENT_01.  (Requirement OPS-T-5312)<br><br>

4.1.61.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.61.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.62  PO_CU_PRIV_SIB_04<br><br>
This Ada 95 test will assess the performance characteristics of uses of private child 
package facilities from a sibling, where the child has ten levels of ancestors.  Results will 
be comparable to those of PO_CU_CLIENT_01.  (Requirement OPS-T-5312)<br><br>

4.1.62.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.62.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.63  PO_PA_NESTED_01<br><br>
This Ada 83 test will have the same structure as PO_CU_CLIENT_01 except that the 
child package structure will be simulated by nesting packages.  Results will be 
comparable to those of PO_CU_CLIENT_01.  (Requirement OPS-T-5312)
4.1.63.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.63.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.64  PO_PA_NESTED_02<br><br>
This Ada 83 test will have the same structure as PO_CU_CLIENT_02 except that the 
child package structure will be simulated by nesting packages.  Results will be 
comparable to those of PO_CU_CLIENT_01.  (Requirement OPS-T-5312)<br><br>

4.1.64.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.64.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.65  PO_PA_NESTED_03<br><br>
This Ada 83 test will have the same structure as PO_CU_CLIENT_03 except that the 
child package structure will be simulated by nesting packages.  Results will be 
comparable to those of PO_CU_CLIENT_01.  (Requirement OPS-T-5312)<br><br>

4.1.65.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.65.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.66  PO_PA_NESTED_04<br><br>
This Ada 83 test will have the same structure as PO_CU_CLIENT_04 except that the 
child package structure will be simulated by nesting packages.  Results will be 
comparable to those of PO_CU_CLIENT_01.  (Requirement OPS-T-5312)
4.1.66.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.66.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.67  PO_PA_WITH_01<br><br>
This Ada 83 test will have the same structure as PO_CU_CLIENT_01 except that the 
child package structure will be simulated by using "with" clauses.  Results will be 
comparable to those of PO_CU_CLIENT_01.  (Requirement OPS-T-5312)<br><br>

4.1.67.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.67.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.68  PO_PA_WITH_02<br><br>
This Ada 83 test will have the same structure as PO_CU_CLIENT_02 except that the 
child package structure will be simulated by using "with" clauses.  Results will be 
comparable to those of PO_CU_CLIENT_01.  (Requirement OPS-T-5312)<br><br>

4.1.68.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.68.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.69  PO_PA_WITH_03<br><br>
This Ada 83 test will have the same structure as PO_CU_CLIENT_03 except that the 
child package structure will be simulated by using "with" clauses.  Results will be 
comparable to those of PO_CU_CLIENT_01.  (Requirement OPS-T-5312)
4.1.69.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.69.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.70  PO_PA_WITH_04<br><br>
This Ada 83 test will have the same structure as PO_CU_CLIENT_04 except that the 
child package structure will be simulated by using "with" clauses.  Results will be 
comparable to those of PO_CU_CLIENT_01.  (Requirement OPS-T-5312)<br><br>

4.1.70.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.70.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.71  XH_XI_EXC_NAME_ID_01<br><br>
This Ada 95 test will assess the performance characteristics of calls to 
Ada.Exceptions.Exception_Name(Id) (within the scope of the exception).  (Requirement 
OPS-T-5313)<br><br>

4.1.71.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.71.2 Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.72  XH_XI_EXC_NAME_ID_02<br><br>
This Ada 95 test will assess the performance characteristics of calls to 
Ada.Exceptions.Exception_Name(Id) (outside the scope of the exception).  (Requirement 
OPS-T-5313)
4.1.72.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.72.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.73  XH_XI_EXC_RAISE_01<br><br>
This Ada 95 test will assess the performance characteristics of calls to 
Ada.Exceptions.Raise_Exception (within the scope of the exception).  (Requirement 
OPS-T-5313)<br><br>

4.1.73.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.73.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.74 XH_XI_EXC_RAISE_02<br><br>
This Ada 95 test will assess the performance characteristics of calls to 
Ada.Exceptions.Raise_Exception (outside the scope of the exception).  (Requirement 
OPS-T-5313)<br><br>

4.1.74.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.74.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.75  XH_XI_EXC_MESSAGE_01<br><br>
This Ada 95 test will assess the performance characteristics of calls to 
Ada.Exceptions.Exception_Message (within the scope of the exception).  (Requirement 
OPS-T-5313)
4.1.75.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.75.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.76 XH_XI_EXC_MESSAGE_02<br><br>
This Ada 95 test will assess the performance characteristics of calls to 
Ada.Exceptions.Exception_Message (outside the scope of the exception).  (Requirement 
OPS-T-5313)<br><br>

4.1.76.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.76.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.77  XH_XI_EXC_RERAISE_01<br><br>
This Ada 95 test will assess the performance characteristics of calls to 
Ada.Exceptions.Reraise_Occurrence (within the scope of the exception).  (Requirement 
OPS-T-5313)<br><br>

4.1.77.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.77.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.78  XH_XI_EXC_RERAISE_02<br><br>
This Ada 95 test will assess the performance characteristics of calls to 
Ada.Exceptions.Reraise_Occurrence (outside the scope of the exception).  (Requirement 
OPS-T-5313)
4.1.78.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.78.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.79  XH_XI_EXC_IDENTITY_01<br><br>
This Ada 95 test will assess the performance characteristics of calls to 
Ada.Exceptions.Exception_Identity (within the scope of the exception).  (Requirement 
OPS-T-5313)<br><br>

4.1.79.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.79.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.80  XH_XI_EXC_IDENTITY_02<br><br>
This Ada 95 test will assess the performance characteristics of calls to 
Ada.Exceptions.Exception_Identity (outside the scope of the exception).  (Requirement 
OPS-T-5313)<br><br>

4.1.80.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.80.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.81  XH_XI_EXC_NAME_OCC_01<br><br>
This Ada 95 test will assess the performance characteristics of calls to 
Ada.Exceptions.Exception_Name(Occurrence) (within the scope of the exception).  
(Requirement OPS-T-5313)
4.1.81.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.81.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.82  XH_XI_EXC_NAME_OCC_02<br><br>
This Ada 95 test will assess the performance characteristics of calls to 
Ada.Exceptions.Exception_Name(Occurrence) (outside the scope of the exception).  
(Requirement OPS-T-5313)<br><br>

4.1.82.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.82.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.83  XH_XI_EXC_INFO_01<br><br>
This Ada 95 test will assess the performance characteristics of calls to 
Ada.Exceptions.Exception_Information (within the scope of the exception).  The value 
obtained from Exception_Information will be output as ancillary data.  (Requirement 
OPS-T-5313)<br><br>

4.1.83.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.83.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.84  XH_XI_EXC_INFO_02<br><br>
This Ada 95 test will assess the performance characteristics of calls To 
Ada.Exceptions.Exception_Information (outside the scope of the exception).  The value 
obtained from Exception_Information will be output as ancillary data.  (Requirement 
OPS-T-5313)<br><br>

4.1.84.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.84.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.85  XH_XI_EXC_PR_SAVE_01<br><br>
This Ada 95 test will assess the performance characteristics of calls to procedure 
Ada.Exceptions.Save_Occurrence (within the scope of the exception).  (Requirement 
OPS-T-5313)<br><br>

4.1.85.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.85.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.86  XH_XI_EXC_PR_SAVE_02<br><br>
This Ada 95 test will assess the performance characteristics of calls to procedure 
Ada.Exceptions.Save_Occurrence (outside the scope of the exception).  (Requirement 
OPS-T-5313)<br><br>

4.1.86.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.86.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.87  XH_XI_EXC_FN_SAVE_01<br><br>
This Ada 95 test will assess the performance characteristics of calls to function 
Ada.Exceptions.Save_Occurrence (within the scope of the exception).  Results will be 
comparable to those of SH_XI_EXC_PR_SAVE_01.  (Requirement OPS-T-5313)<br><br>

4.1.87.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.87.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.88  XH_XI_EXC_FN_SAVE_02<br><br>
This Ada 95 test will assess the performance characteristics of calls to function 
Ada.Exceptions.Save_Occurrence (outside the scope of the exception).  Results will be 
comparable to those of XH_XI_EXC_PR_SAVE_02.  (Requirement OPS-T-5313)<br><br>

4.1.88.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.88.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.89  AR_AD_ARITH_01<br><br>
This Ada 95 test will assess the performance characteristics of arithmetic operations of 
type Address.  (Requirement OPS-T-5314)<br><br>

4.1.89.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>
4.1.89.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.90  AR_AD_INT_CONV_01<br><br>
This Ada 95 test will assess the performance characteristics of address-integer conversion 
operations.  (Requirement OPS-T-5314)<br><br>

4.1.90.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.90.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.91  AR_AD_ACC_CONV_01<br><br>
This Ada 95 test will assess the performance characteristics of the 
System.Address_To_Access_Conversions operations with general access values 
designating declared objects.  Discrepancies between conversion values and values of the 
'Address or 'Access attributes will be reported as ancillary data.  (Requirement OPS-T-
5315)<br><br>

4.1.91.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.91.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.92  AR_AD_ACC_CONV_02<br><br>
This Ada 95 test will assess the performance characteristics of the 
System.Address_To_Access operations with general access values designating objects 
allocated from a standard pool.  Discrepancies between conversion values and values of 
the 'Address or 'Access attributes will be reported as ancillary data.  (Requirement OPS-
T-5315)<br><br>

4.1.92.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.92.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.93  AR_AD_ACC_CONV_03<br><br>
This Ada 95 test will assess the performance characteristics of the 
System.Address_To_Access_Conversions operations with general access values 
designating objects allocated from a user-defined pool.  Discrepancies between 
conversion values and values of the 'Address or 'Access attributes will be reported as 
ancillary data.  (Requirement OPS-T-5315)<br><br>

4.1.93.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.93.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.94  AR_AD_ACC_CONV_04<br><br>
This Ada 95 test will assess the performance characteristics of the 
System.Address_To_Access_Conversions operations with pool-specific access values 
designating objects allocated from a standard pool.  Discrepancies between conversion 
values and values of the 'Address or 'Access attributes will be reported as ancillary data.  
(Requirement OPS-T-5315)<br><br>

4.1.94.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.94.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>
<br><br>
4.1.95  AR_AD_ACC_CONV_05<br><br>
This Ada 95 test will assess the performance characteristics of the 
System.Address_To_Access_Conversions operations using pool-specific access values 
designating objects allocated from a user-defined pool.  Discrepancies between 
conversion values and values of the 'Address or 'Access attributes will be reported as 
ancillary data.  (Requirement OPS-T-5315)<br><br>

4.1.95.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.95.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.96  SR_SP_POOL_01<br><br>
This Ada 95 test will assess the performance characteristics of the Allocation and 
Deallocation operations declared in System.Storage_Pools.  (Requirement OPS-T-5316)<br><br>

4.1.96.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.96.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.97  DR_SR_READ_WRITE_01<br><br>
This Ada 95 test will assess the performance characteristics of the 'Read and 'Write 
attributes used to pass data among units in streams.  (Requirement OPS-T-5317)<br><br>

4.1.97.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.97.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.
4.1.98  DR_SR_INPUT_OUTPUT_01<br><br>
This Ada 95 test will assess the performance characteristics of the 'Input and 'Output 
attributes used to pass data among units by streams.  (Requirement OPS-T-5317)<br><br>

4.1.98.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.98.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.99  DR_SR_CLASS_IO_01<br><br>
This Ada 95 test will assess the performance characteristics of the 'Class'Input and 
'Class'Output attributes used to pass data among units by streams.  (Requirement OPS-T-
5317)<br><br>

4.1.99.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.99.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.100  DR_SF_OPER_01<br><br>
This Ada 95 test will assess the performance characteristics of Strings.Fixed operations 
that are not common to all fixed, bounded and unbounded strings.  (Requirement OPS-T-
5318)<br><br>

4.1.100.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.100.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>
4.1.101  DR_SF_SEARCH_CONSTRUCT_01<br><br>
This Ada 95 test will assess the performance characteristics of the search and constructor 
subprograms declared in Strings.Fixed.  (Requirement OPS-T-5318)<br><br>

4.1.101.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.101.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.102  DR_SF_PROCS_01<br><br>
This Ada 95 test will assess the performance characteristics of the translation, 
transformation, and selector procedures declared in Strings.Fixed.  (Requirement OPS-T-
5318)<br><br>

4.1.102.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.102.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.103  DR_SF_FUNCTIONS_01<br><br>
This Ada 95 test will assess the performance characteristics of the translation, 
transformation, and selector functions declared in Strings.Fixed.  Results will be 
comparable to those of DR_SF_PROCS_01.  (Requirement OPS-T-5318)<br><br>

4.1.103.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.103.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>
4.1.104  DR_SB_OPER_01<br><br>
This Ada 95 test will assess the performance characteristics of the Strings.Bounded 
operations that are not common to all fixed, bounded and unbounded strings.  Results will 
be comparable to those of DR_SF_OPER_01.  (Requirement OPS-T-5319)<br><br>

4.1.104.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.104.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.105  DR_SB_SEARCH_CONSTRUCT_01<br><br>
This Ada 95 test will assess the performance characteristics of the search and constructor 
subprograms declared in Strings.Bounded.  Results will be comparable to those of 
DR_SF_SEARCH_CONSTRUCT_01.  (Requirement OPS-T-5319)<br><br>

4.1.105.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.105.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.106  DR_SB_PROCS_01<br><br>
This Ada 95 test will assess the performance characteristics of the translation, 
transformation, and selector procedures declared in Strings.Bounded.  Results will be 
comparable to those of DR_SF_PROCS_01.  (Requirement OPS-T-5319)<br><br>

4.1.106.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.106.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.
4.1.107  DR_SB_FUNCTIONS_01<br><br>
This Ada 95 test will assess the performance characteristics of the translation, 
transformation, and selector functions declared in Strings.Bounded.  Results will be 
comparable to those of DR_SB_PROCS_01 and DR_SF_FUNCTIONS_01.  
(Requirement OPS-T-5319)<br><br>

4.1.107.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.107.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.108  DR_SU_OPER_01<br><br>
This Ada 95 test will assess the performance characteristics of the Strings.Unbounded 
operations that are not common to all fixed, bounded and unbounded strings.  Results will 
be comparable to those of DR_SF_OPER_01.  (Requirement OPS-T-5320)<br><br>

4.1.108.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.108.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.109  DR_SU_SEARCH_CONSTRUCT_01<br><br>
This Ada 95 test will assess the performance characteristics of the search and constructor 
subprograms declared in Strings.Unbounded.  Results will be comparable to those of 
DR_SF_SEARCH_CONSTRUCT_01.  (Requirement OPS-T-5320)<br><br>

4.1.109.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.109.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.110  DR_SU_PROCS_01<br><br>
This Ada 95 test will assess the performance characteristics of the translation, 
transformation, and selector procedures declared in Strings.Unbounded.  Results will be 
comparable to those of DR_SF_PROCS_01.  (Requirement OPS-T-5320)<br><br>

4.1.110.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.110.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.111  DR_SU_FUNCTIONS_01<br><br>
This Ada 95 test will assess the performance characteristics of the translation, 
transformation, and selector functions declared in Strings.Unbounded.  Results will be 
comparable to those of DR_SU_PROCS_01 and DR_SF_FUNCTIONS_01.  
(Requirement OPS-T-5320)<br><br>

4.1.111.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.111.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.112  AR_EL_GEN_ELEM_FCNS_01<br><br>
This Ada 95 test will assess the performance characteristics of Sqrt, Log, Exp declared in 
an instantiation of Numerics.Generic_Elementary_Functions using Float).  (Requirement 
OPS-T-5321)<br><br>

4.1.112.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.112.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.113  AR_EL_GEN_ELEM_FCNS_02<br><br>
This Ada 95 test will assess the performance characteristics of the trigonometric functions 
and their inverses in an instantiation of Numerics.Generic_Elementary_Functions using 
Float.  (Requirement OPS-T-5321)<br><br>

4.1.113.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.113.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.114  AR_EL_GEN_ELEM_FCNS_03<br><br>
This Ada 95 test will assess the performance characteristics of the hyperbolic functions 
and their inverses in an instantiation of Numerics.Generic_Elementary_Functions using 
Float.  (Requirement OPS-T-5321)<br><br>

4.1.114.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.114.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.115  AR_EL_NON_GEN_ELEM_FCNS_01<br><br>
This Ada 95 test will assess the performance characteristics of Sqrt, Log, Exp in 
Numerics.Elementary_Functions.  Results will be comparable to those of 
AR_EL_GEN_ELEM_FCNS_01.  (Requirement OPS-T-5321)
4.1.115.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.115.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.116  AR_EL_NON_GEN_ELEM_FCNS_02<br><br>
This Ada 95 test will assess the performance characteristics of the trigonometric functions 
and their inverses in Numerics.Elementary_Functions.  Results will be comparable to 
those of AR_EL_GEN_ELEM_FCNS_02.  (Requirement OPS-T-5321)<br><br>

4.1.116.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.116.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.117  AR_EL_NON_GEN_ELEM_FCNS_03<br><br>
This Ada 95 test will assess the performance characteristics of the hyperbolic functions 
and their inverses in Numerics.Elementary_Functions.  Results will be comparable to 
those of AR_EL_GEN_ELEM_FCNS_03.  (Requirement OPS-T-5321)<br><br>

4.1.117.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.117.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.118  AR_RN_RANDOM_INTEGER_01<br><br>
This Ada 95 test will assess the performance characteristics of random value generation 
with integer types.  (Requirement OPS-T-5322)<br><br>
4.1.118.1  Design Requirements and Constraints<br><br>
This test will model the rolling of two dice.  This CSU must calculate the execution time 
and code size of its test problem code, using the ACES test problem framework described 
in Section 4.1.1.2.  Except for implementation changes that are strictly required to meet 
the purpose of the test, the test structure must duplicate that of any tests identified above 
as having comparable results.<br><br>

4.1.118.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.119  AR_RN_RANDOM_ENUMERATION_01<br><br>
This Ada 95 test will assess the performance characteristics of random generation with an 
enumeration type.  (Requirement OPS-T-5322)<br><br>

4.1.119.1  Design Requirements and Constraints<br><br>
This test will model the rolling of two dice.  This CSU must calculate the execution time 
and code size of its test problem code, using the ACES test problem framework described 
in Section 4.1.1.2.  Except for implementation changes that are strictly required to meet 
the purpose of the test, the test structure must duplicate that of any tests identified above 
as having comparable results.<br><br>

4.1.119.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.120  AR_MT_SHIFT_01<br><br>
This Ada 95 test will assess the performance characteristics of the Ada.Interfaces Shift 
operations for Unsigned_16.  (Requirement OPS-T-5323)<br><br>

4.1.120.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.120.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.121  AR_MT_ROTATE_01<br><br>
This Ada 95 test will assess the performance characteristics of the Ada.Interfaces Rotate 
operations for Unsigned_16.  (Requirement OPS-T-5323)<br><br>
4.1.121.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.121.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.122  AR_MY_SHIFT_02<br><br>
This Ada 95 test will assess the performance characteristics of the Ada.Interfaces Shift 
operation.  Results will be comparable to those of DR_BA_BOOLEAN_ARRAYS_25. 
(Requirement OPS-T-5323)<br><br>

4.1.122.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.122.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.123  IN_CC_CALL_C_01<br><br>
This Ada 95 test will assess the performance characteristics of calls to a minimal C 
subprogram.  (Requirement OPS-T-5324)<br><br>

4.1.123.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.123.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.124  IN_CC_CALL_C_02<br><br>
This Ada 95 test will assess the performance characteristics of calls to a substantive C 
subprogram.  (Requirement OPS-T-5324)<br><br>

4.1.124.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.124.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.125  IN_CC_CALL_CPP_01<br><br>
This Ada 95 test will assess the performance characteristics of calls to a minimal C++ 
subprogram.  Results will be comparable to those of IN_CC_CALL_C_01.  (Requirement 
OPS-T-5324)<br><br>

4.1.125.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.125.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.126  IN_CC_CALL_CPP_02<br><br>
This Ada 95 test will assess the performance characteristics of calls to a substantive C++ 
subprogram.  Results will be comparable to those of IN_CC_CALL_C_02.  (Requirement 
OPS-T-5324)<br><br>

4.1.126.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.126.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.127  IN_CB_CALL_01<br><br>
This Ada 95 test will assess the performance characteristics of calls to a minimal COBOL 
subprogram.  Results will be comparable to those of IN_CC_CALL_C_01.  (Requirement 
OPS-T-5324)
4.1.127.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.127.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.128  IN_CB_CALL_02<br><br>
This Ada 95 test will assess the performance characteristics of calls to a substantive 
COBOL subprogram.  Results will be comparable to those of IN_CC_CALL_C_02.  
(Requirement OPS-T-5324)<br><br>

4.1.128.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.128.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.129  IN_FT_CALL_01<br><br>
This Ada 95 test will assess the performance characteristics of calls to a minimal Fortran 
subprogram.  Results will be comparable to those of IN_CC_CALL_C_01.  (Requirement 
OPS-T-5324)<br><br>

4.1.129.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.129.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.130  IN_FT_CALL_02<br><br>
This Ada 95 test will assess the performance characteristics of calls to a substantive 
Fortran subprogram.  Results will be comparable to those of IN_CC_CALL_C_02.  
(Requirement OPS-T-5324)
4.1.130.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.130.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.131  IN_CC_C_DATA_01<br><br>
This Ada 95 test will assess the performance characteristics of the Ada.Interfaces.C 
operations on real types.  Real type attribute values will be output as ancillary data. 
(Requirement OPS-T-5325)<br><br>

4.1.131.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.131.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.132  IN_CC_C_DATA_02<br><br>
This Ada 95 test will assess the performance characteristics of the Ada.Interfaces.C 
operations on integer types.  Integer type attribute values will be output as ancillary data.  
(Requirement OPS-T-5325)<br><br>

4.1.132.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.132.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.133  IN_CC_C_DATA_03<br><br>
This Ada 95 test will assess the performance characteristics of the Ada.Interfaces.C 
character and character array conversions and query functions.  (Requirement OPS-T-
5325)
4.1.133.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.133.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.134  IN_CC_C_DATA_04<br><br>
This Ada 95 test will assess the performance characteristics of the Ada.Interfaces.C wide 
character and wide character array conversions and query functions.  (Requirement OPS-
T-5325)<br><br>

4.1.134.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.134.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.135  IN_CC_C_DATA_05<br><br>
This Ada 95 test will assess the performance characteristics of the operations provided by 
package Ada.Interfaces.C.Strings.  (Requirement OPS-T-5326)<br><br>

4.1.135.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.135.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.136  IN_CC_DATA_06<br><br>
This Ada 95 test will assess the performance characteristics of the value and arithmetic 
operations (including Increment and Decrement) provided by package 
Ada.Interfaces.C.Pointers.  (Requirement OPS-T-5327)<br><br>
4.1.136.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size of its test problem code, using 
the ACES test problem framework described in Section 4.1.1.2.  Except for 
implementation changes that are strictly required to meet the purpose of the test, the test 
structure must duplicate that of any tests identified above as having comparable results.<br><br>

4.1.136.2  Design<br><br>
The design information for this CSU is the same as described in Section 4.1.1.2.<br><br>

4.1.137  IN_CC_DATA_07<br><br>
This Ada 95 test will assess the performance characteristics of the Copy operations 
provided by package Ada.Interfaces.C.Pointers.  (Requirement OPS-T-5327)<br><br>

4.1.137.1  Design Requirements and Constraints<br><br>
This CSU must calculate the execution time and code size