Cpre584 - User contributions [en]

Team Slytherin

2012-02-01T21:40:35Z

Chidvila:

=== Team Members ===
* Kevin Townsend
* Bhavani Satyanarayana Rao
* Chidvila Gaddam

=== Assignment1 ===
<hr width='100%'>

=== Running the sample application with script files ===

<div>
<ul><li>The runcp script located in the SampleAppVadd can be used to run the application in HW which sets the appropriate environment variables and runs the UserApp.exe </li>

export CNY_PDK_PROJ = ~/pdk_sample/cae_pers_vadd
./runcp

<li>The run script located in the SampleAppVadd can be used to run the application in SW</li>
<li>The scripts above can be used to run the application on Simulator using the "-vsim" option which sets the environment variable CNY_CAE_EMULATOR to ./run_simulation</li>

./runcp -vsim
./run -vsim
</ul>
</div>

<table border='1px'>
<tr><th>Environment Variables</th><th>Software</th><th>ModelSim</th><th>Hardware</th></tr>
<tr><td>CNY_SIM_THREAD</td><td>libcpSimLib2.so</td><td>libcpSimLib2.so</td><td>''unset''</td></tr>
<tr><td>CNY_CAE_EMULATOR</td><td><location for CaeSimPers></td><td>./run_simulation</td><td>''unset''</td></tr>
</table>

=== Extra Credit: Invoking gdb ===
<ul><li>We can invoke gdb using the gdb <programname> command</li>

gdb UserApp.exe

</ul>

Team Slytherin

2012-02-01T21:39:26Z

Chidvila:

=== Team Members ===
* Kevin Townsend
* Bhavani Satyanarayana Rao
* Chidvila Gaddam

=== Assignment1 ===
<hr width='100%'>

=== Running the sample application with script files ===

<div>
<ul><li>The runcp script located in the SampleAppVadd can be used to run the application in HW which sets the appropriate environment variables and runs the UserApp.exe </li>

export CNY_PDK_PROJ = ~/pdk_sample/cae_pers_vadd
./runcp

<li>The run script located in the SampleAppVadd can be used to run the application in SW</li>
<li>The scripts above can be used to run the application on Simulator using the "-vsim" option which sets the environment variable CNY_CAE_EMULATOR to ./run_simulation</li>

./runcp -vsim
./run -sim
</ul>
</div>

<table border='1px'>
<tr><th>Environment Variables</th><th>Software</th><th>ModelSim</th><th>Hardware</th></tr>
<tr><td>CNY_SIM_THREAD</td><td>libcpSimLib2.so</td><td>libcpSimLib2.so</td><td>''unset''</td></tr>
<tr><td>CNY_CAE_EMULATOR</td><td><location for CaeSimPers></td><td>./run_simulation</td><td>''unset''</td></tr>
</table>

=== Extra Credit: Invoking gdb ===
<ul><li>We can invoke gdb using the gdb <programname> command</li>

gdb UserApp.exe

</ul>

Team Slytherin

2012-02-01T21:31:10Z

Chidvila:

=== Team Members ===
* Kevin Townsend
* Bhavani Satyanarayana Rao
* Chidvila Gaddam

=== Assignment1 ===
<hr width='100%'>

=== Running the sample application with script files ===

<div>
<ul><li>The runcp script located in the SampleAppVadd can be used to run the application in HW which sets the appropriate environment variables and runs the UserApp.exe </li>

export CNY_PDK_PROJ = ~/pdk_sample/cae_pers_vadd
./runcp

<li>The run script located in the SampleAppVadd can be used to run the application in SW</li>
<li>The scripts above can be used to run the application on Simulator using the "-vsim" option which sets the environment variable CNY_CAE_EMULATOR to ./run_simulation</li>

./runcp -vsim
./run -sim
</ul>
</div>

<table border='1px'>
<tr><th>Environment Variables</th><th>Software</th><th>ModelSim</th><th>Hardware</th></tr>
<tr><td>CNY_SIM_THREAD</td><td>libcpSimLib2.so</td><td>libcpSimLib2.so</td><td>''unset''</td></tr>
<tr><td>CNY_CAE_EMULATOR</td><td><location for CaeSimPers></td><td>./run_simulation</td><td>''unset''</td></tr>
</table>

=== Invoking gdb ===
<ul><li>We can invoke gdb using the gdb <programname> command</li>

</ul>

Team Slytherin

2012-02-01T21:11:19Z

Chidvila:

=== Team Members ===
* Kevin Townsend
* Bhavani Satyanarayana Rao
* Chidvila Gaddam

=== Assignment1 ===
<hr width='100%'>

=== Running the sample application with script files ===

<div>
<ul><li>The runcp script located in the SampleAppVadd can be used to run the application in HW which sets the appropriate environment variables and runs the UserApp.exe </li>

export CNY_PDK_PROJ = ~/pdk_sample/cae_pers_vadd
./runcp

<li>The run script located in the SampleAppVadd can be used to run the application in SW</li>
<li>The scripts above can be used to run the application on Simulator using the "-vsim" option which sets the environment variable CNY_CAE_EMULATOR to ./run_simulation</li>

./runcp -vsim
./run -sim
</ul>
</div>

<table border='1px'>
<tr><th>Environment Variables</th><th>Software</th><th>ModelSim</th><th>Hardware</th></tr>
<tr><td>CNY_SIM_THREAD</td><td>libcpSimLib2.so</td><td>libcpSimLib2.so</td><td>''unset''</td></tr>
<tr><td>CNY_CAE_EMULATOR</td><td><location for CaeSimPers></td><td>./run_simulation</td><td>''unset''</td></tr>
</table>

Team Slytherin

2012-02-01T21:10:54Z

Chidvila:

=== Team Members ===
* Kevin Townsend
* Bhavani Satyanarayana Rao
* Chidvila Gaddam

=== Assignment1 ===
<hr width='100%'>

<h1>Running the sample application with script files</h1>

<div>
<ul><li>The runcp script located in the SampleAppVadd can be used to run the application in HW which sets the appropriate environment variables and runs the UserApp.exe </li>

export CNY_PDK_PROJ = ~/pdk_sample/cae_pers_vadd
./runcp

<li>The run script located in the SampleAppVadd can be used to run the application in SW</li>
<li>The scripts above can be used to run the application on Simulator using the "-vsim" option which sets the environment variable CNY_CAE_EMULATOR to ./run_simulation</li>

./runcp -vsim
./run -sim
</ul>
</div>

<table border='1px'>
<tr><th>Environment Variables</th><th>Software</th><th>ModelSim</th><th>Hardware</th></tr>
<tr><td>CNY_SIM_THREAD</td><td>libcpSimLib2.so</td><td>libcpSimLib2.so</td><td>''unset''</td></tr>
<tr><td>CNY_CAE_EMULATOR</td><td><location for CaeSimPers></td><td>./run_simulation</td><td>''unset''</td></tr>
</table>

Team Slytherin

2012-02-01T21:08:39Z

Chidvila:

=== Team Members ===
* Kevin Townsend
* Bhavani Satyanarayana Rao
* Chidvila Gaddam

=== Assignment1 ===
<hr width='100%'>

<div>
<ul><li>The runcp script located in the SampleAppVadd can be used to run the application in HW which sets the appropriate environment variables and runs the UserApp.exe </li>

export CNY_PDK_PROJ = ~/pdk_sample/cae_pers_vadd
./runcp

<li>The run script located in the SampleAppVadd can be used to run the application in SW</li>
<li>The scripts above can be used to run the application on Simulator using the "-vsim" option which sets the environment variable CNY_CAE_EMULATOR to ./run_simulation</li>

./runcp -vsim
./run -sim
</ul>
</div>

<table border='1px'>
<tr><th>Environment Variables</th><th>Software</th><th>ModelSim</th><th>Hardware</th></tr>
<tr><td>CNY_SIM_THREAD</td><td>libcpSimLib2.so</td><td>libcpSimLib2.so</td><td>''unset''</td></tr>
<tr><td>CNY_CAE_EMULATOR</td><td><location for CaeSimPers></td><td>./run_simulation</td><td>''unset''</td></tr>
</table>

Team Slytherin

2012-02-01T21:06:49Z

Chidvila:

=== Team Members ===
* Kevin Townsend
* Bhavani Satyanarayana Rao
* Chidvila Gaddam

=== Assignment1 ===
<hr width='100%'>

<div>
<ul><li>The runcp script located in the SampleAppVadd can be used to run the application in HW</li>

export CNY_PDK_PROJ = ~/pdk_sample/cae_pers_vadd
./runcp

<li>The run script located in the SampleAppVadd can be used to run the application in SW</li>
<li>The scripts above can be used to run the application on Simulator using the "-vsim" option which sets the environment variable CNY_CAE_EMULATOR to ./run_simulation</li>

./runcp -vsim
./run -sim
</ul>
</div>

<table border='1px'>
<tr><th>Environment Variables</th><th>Software</th><th>ModelSim</th><th>Hardware</th></tr>
<tr><td>CNY_SIM_THREAD</td><td>libcpSimLib2.so</td><td>libcpSimLib2.so</td><td>''unset''</td></tr>
<tr><td>CNY_CAE_EMULATOR</td><td><location for CaeSimPers></td><td>./run_simulation</td><td>''unset''</td></tr>
</table>

Team Slytherin

2012-02-01T20:50:34Z

Chidvila:

=== Team Members ===
* Kevin Townsend
* Bhavani Satyanarayana Rao
* Chidvila Gaddam

=== Assignment1 ===
<hr width='100%'>

<div>
<ul><li>The runcp script located in the SampleAppVadd can be used to run the application in HW</li>
<li>The run script located in the SampleAppVadd can be used to run the application in SW</li></ul>
</div>

<table border='1px'>
<tr><th>Environment Variables</th><th>SW</th><th>ModelSim</th><th>HW</th></tr>
<tr><td>CNY_SIM_THREAD</td><td>libcpSimLib2.so</td><td>libcpSimLib2.so</td><td> </td></tr>
<tr><td>CNY_CAE_EMULATOR</td><td><location for CaeSimPers></td><td>./run_simulation</td><td> </td></tr>
</table>

Team Slytherin

2012-02-01T20:26:49Z

Chidvila:

=== Team Members ===
* Kevin Townsend
* Bhavani Satyanarayana Rao
* Chidvila Gaddam

=== Assignment1 ===
{| class="wikitable"
|-
! Environment Variables
! Software
! Modelsim
! Hardware
|-
| CNY_SIM_THREAD
| libcpSimLib2.so
| libcpSimLib2.so
|
|-
| CNY_CAE_EMULATOR
| <location for CaeSimPers>
| ./run_simulation
|}

Alternatively, running the application using run, runcp, run simulator from the SampleAppVadd also helps realize the same.

Team Slytherin

2012-02-01T20:25:54Z

Chidvila: /* Assignment1 */

=== Team Members ===
* Kevin Townsend
* Bhavani Satyanarayana Rao
* Chidvila Gaddam

=== Assignment1 ===
{| class="wikitable"
|-
! Environment Variables
! Software
! Modelsim
! Hardware
|-
| CNY_SIM_THREAD
| libcpSimLib2.so
| libcpSimLib2.so
|
|-
| CNY_CAE_EMULATOR
|
| location for CaeSimPers
| ./run_simulation
|}

Alternatively, running the application using run, runcp, run simulator from the SampleAppVadd also helps realize the same.

Team Slytherin

2012-02-01T20:24:25Z

Chidvila:

=== Team Members ===
* Kevin Townsend
* Bhavani Satyanarayana Rao
* Chidvila Gaddam

=== Assignment1 ===
{| class="wikitable"
|-
!
! Software
! Modelsim
! Hardware|-
| CNY_SIM_THREAD
| libcpSimLib2.so
| libcpSimLib2.so
|
|-
| CNY_CAE_EMULATOR
|
| path for CaeSimPers
|
|}

Alternatively, running the application using run, runcp, run simulator from the SampleAppVadd also helps realize the same.

Team Slytherin

2012-02-01T18:50:28Z

Chidvila: /* Assignment1 */

=== Team Members ===
* Kevin Townsend
* Bhavani Satyanarayana Rao
* Chidvila Gaddam

=== Assignment1 ===
#Review Docs
##Convey PDK Reference Manual
Custom Personality Development:
Analyze Application
Evaluate Hardware Options
Define Custom Instructions
Develop Software Model of Custom Personality
Modify Application to Use Coprocessor
Compile Application with Convey Compiler
Simulate Application with Convey Architecture Simulator
Develop FPGA Hardware
Simulate Hardware in Convey Simulation Environment
Integrate with Convey Hardware

##Convey Programmers Guide
##Convey Reference Manual

#Understand how Vector Adder example works
For the implementation of the vector adder example the make file from the SampleAppVadd is run to generate the UserApp execution file. The UserApp.c file is the software code for the addition implementation. It assumes a default vector size of 100, however can inline arguments for different sizes.
It gets vector PDK signature and
##Allocates co processor memory for 2 arrays of numbers.
##Polpulates arrays with 64 integers.
##Call the co processor rooutine to sum the numbers.
It also compares the actual output with the co processor output and prints message based on true or false.

The UserApp.c calls for the cpTestEx1 and cpTestEx2 routines which are implemented in cpTest1.s
The makefile compiles the C code(UserApp.c) and the assembly code(cpTest1.s) using the GNU compiler to generate the UserApp.o with both x86-64 and Convey coprocessor instructions.

The CaeSimPers acts as an emulator for the output.

#Implement Vector Adder example ( SW, ModelSim, HW)
The implementation of the example in Software(host processor), Modelsim(Simulator) or the hardware(Co processor) can be realized by setting the appropriate environmental values for CNY_SIM_THREAD and CNY_CAE_EMULATOR.

{| class="wikitable"
|-
!
! Software(Host Processor)
! Modelsim(Simulator)
! Hardware(Co Processor)
|-
| CNY_SIM_THREAD
| libcpSimLib2.so
| libcpSimLib2.so
|
|-
| CNY_CAE_EMULATOR
|
| path for CaeSimPers
|
|}

Alternatively, running the application using run, runcp, run simulator from the SampleAppVadd also helps realize the same.

Team Slytherin

2012-02-01T18:45:46Z

Chidvila: /* Assignment1 */

=== Team Members ===
* Kevin Townsend
* Bhavani Satyanarayana Rao
* Chidvila Gaddam

=== Assignment1 ===
#Review Docs
##Convey PDK Reference Manual
Custom Personality Development:
Analyze Application
Evaluate Hardware Options
Define Custom Instructions
Develop Software Model of Custom Personality
Modify Application to Use Coprocessor
Compile Application with Convey Compiler
Simulate Application with Convey Architecture Simulator
Develop FPGA Hardware
Simulate Hardware in Convey Simulation Environment
Integrate with Convey Hardware

##Convey Programmers Guide
##Convey Reference Manual

#Understand how Vector Adder example works
For the implementation of the vector adder example the make file from the SampleAppVadd is run to generate the UserApp execution file. The UserApp.c file is the software code for the addition implementation. It assumes a default vector size of 100, however can inline arguments for different sizes.
It gets vector PDK signature and
##Allocates co processor memory for 2 arrays of numbers.
##Polpulates arrays with 64 integers.
##Call the co processor rooutine to sum the numbers.
It also compares the actual output with the co processor output and prints message based on true or false.

The UserApp.c calls for the cpTestEx1 and cpTestEx2 routines which are implemented in cpTest1.s
The makefile compiles the C code(UserApp.c) and the assembly code(cpTest1.s) using the GNU compiler to generate the UserApp.o with both x86-64 and Convey coprocessor instructions.

The CaeSimPers acts as an emulator for the output.

#Implement Vector Adder example ( SW, ModelSim, HW)
The implementation of the example in Software(host processor), Modelsim(Simulator) or the hardware(Co processor) can be realized by setting the appropriate environmental values for CNY_SIM_THREAD and CNY_CAE_EMULATOR.

{| class="wikitable"
|-
!
! Software(Host Processor)
! Modelsim(Simulator)
! Hardware(Co Processor)
|-
|
|
|
| row 1, cell 4
|-
| row 2, cell 1
| row 2, cell 2
| row 2, cell 3
| row 2, cell 4
|-
| row 3, cell 1
| row 3, cell 2
| row 3, cell 3
| row 4, cell 4
|}

Alternatively, running the application using run, runcp, run simulator from the SampleAppVadd also helps realize the same.

Team Slytherin

2012-02-01T18:42:59Z

Chidvila:

=== Team Members ===
* Kevin Townsend
* Bhavani Satyanarayana Rao
* Chidvila Gaddam

=== Assignment1 ===
#Review Docs
##Convey PDK Reference Manual
Custom Personality Development:
Analyze Application
Evaluate Hardware Options
Define Custom Instructions
Develop Software Model of Custom Personality
Modify Application to Use Coprocessor
Compile Application with Convey Compiler
Simulate Application with Convey Architecture Simulator
Develop FPGA Hardware
Simulate Hardware in Convey Simulation Environment
Integrate with Convey Hardware

##Convey Programmers Guide
##Convey Reference Manual

#Understand how Vector Adder example works
For the implementation of the vector adder example the make file from the SampleAppVadd is run to generate the UserApp execution file. The UserApp.c file is the software code for the addition implementation. It assumes a default vector size of 100, however can inline arguments for different sizes.
It gets vector PDK signature and
##Allocates co processor memory for 2 arrays of numbers.
##Polpulates arrays with 64 integers.
##Call the co processor rooutine to sum the numbers.
It also compares the actual output with the co processor output and prints message based on true or false.

The UserApp.c calls for the cpTestEx1 and cpTestEx2 routines which are implemented in cpTest1.s
The makefile compiles the C code(UserApp.c) and the assembly code(cpTest1.s) using the GNU compiler to generate the UserApp.o with both x86-64 and Convey coprocessor instructions.

The CaeSimPers acts as an emulator for the output.

#Implement Vector Adder example ( SW, ModelSim, HW)
The implementation of the example in Software(host processor), Modelsim(Simulator) or the hardware(Co processor) can be realized by setting the appropriate environmental values for CNY_SIM_THREAD and CNY_CAE_EMULATOR.

{| class="wikitable"
|-
! Header 1
! Header 2
! Header 3
! Header 4
|-
| row 1, cell 1
| row 1, cell 2
| row 1, cell 3
| row 1, cell 4
|-
| row 2, cell 1
| row 2, cell 2
| row 2, cell 3
| row 2, cell 4
|-
| row 3, cell 1
| row 3, cell 2
| row 3, cell 3
| row 4, cell 4
|}

Alternatively, running the application using run, runcp, run simulator from the SampleAppVadd also helps realize the same.

Team Slytherin

2012-02-01T18:17:27Z

Chidvila: /* Assignment1 */

=== Team Members ===
* Kevin Townsend
* Bhavani Satyanarayana Rao
* Chidvila Gaddam

=== Assignment1 ===
#Review Docs
##Convey PDK Reference Manual
Custom Personality Development:
Analyze Application
Evaluate Hardware Options
Define Custom Instructions
Develop Software Model of Custom Personality
Modify Application to Use Coprocessor
Compile Application with Convey Compiler
Simulate Application with Convey Architecture Simulator
Develop FPGA Hardware
Simulate Hardware in Convey Simulation Environment
Integrate with Convey Hardware

##Convey Programmers Guide
##Convey Reference Manual

#Understand how Vector Adder example works
For the implementation of the vector adder example the make file from the SampleAppVadd is run to generate the UserApp execution file. The UserApp.c file is the software code for the addition implementation. It assumes a default vector size of 100, however can inline arguments for different sizes.
It gets vector PDK signature and
##Allocates co processor memory for 2 arrays of numbers.
##Polpulates arrays with 64 integers.
##Call the co processor rooutine to sum the numbers.
It also compares the actual output with the co processor output and prints message based on true or false.

The UserApp.c calls for the cpTestEx1 and cpTestEx2 routines which are implemented in cpTest1.s
The makefile compiles the C code(UserApp.c) and the assembly code(cpTest1.s) using the GNU compiler to generate the UserApp.o with both x86-64 and Convey coprocessor instructions.

The CaeSimPers acts as an emulator for the output.

#Implement Vector Adder example ( SW, ModelSim, HW)
The implementation of the example in Software(host processor), Modelsim(Simulator) or the hardware(Co processor) can be realized by setting the appropriate environmental values for CNY_SIM_THREAD and CNY_CAE_EMULATOR.

Alternatively, running the application using run, runcp, run simulator from the SampleAppVadd also helps realize the same.

Team Slytherin

2012-02-01T17:13:55Z

Chidvila: /* Assignment1 */

=== Team Members ===
* Kevin Townsend
* Bhavani Satyanarayana Rao
* Chidvila Gaddam

=== Assignment1 ===
#Review Docs
##Convey PDK Reference Manual
##Convey Programmers Guide
##Convey Reference Manual
#Understand how Vector Adder example works
For the implementation of the vector adder example the make file from the SampleAppVadd is run to generate the UserApp execution file. The UserApp.c file is the software code for the addition implementation. It assumes a default vector size of 100, however can inline arguments for different sizes.
It gets vector PDK signature and
##Allocates co processor memory for 2 arrays of numbers.
##Polpulates arrays with 64 integers.
##Call the co processor rooutine to sum the numbers.
It also compares the actual output with the co processor output and prints message based on true or false.

The UserApp.c calls for the cpTestEx1 and cpTestEx2 routines which are implemented in cpTest1.s
The makefile compiles the C code(UserApp.c) and the assembly code(cpTest1.s) using the GNU compiler to generate the UserApp.o with both x86-64 and Convey coprocessor instructions.

The CaeSimPers acts as an emulator for the output.

#Implement Vector Adder example ( SW, ModelSim, HW)
The implementation of the example in Software(host processor), Modelsim(Simulator) or the hardware(Co processor) can be realized by setting the appropriate environmental values for CNY_SIM_THREAD and CNY_CAE_EMULATOR.

Alternatively, running the application using run, runcp, run simulator from the SampleAppVadd also helps realize the same.

Team Slytherin

2012-02-01T17:07:20Z

Chidvila: /* Assignment1 */

=== Team Members ===
* Kevin Townsend
* Bhavani Satyanarayana Rao
* Chidvila Gaddam

=== Assignment1 ===
#Review Docs
##Convey PDK Reference Manual
##Convey Programmers Guide
##Convey Reference Manual
#Understand how Vector Adder example works
For the implementation of the vector adder example the make file from the SampleAppVadd is run to generate the UserApp execution file. The UserApp.c file is the software code for the addition implementation. It assumes a default vector size of 100, however can inline arguments for different sizes.
It gets vector PDK signature and
##Allocates co processor memory for 2 arrays of numbers.
##Polpulates arrays with 64 integers.
##Call the co processor rooutine to sum the numbers.
It also compares the actual output with the co processor output and prints message based on true or false.

The UserApp.c calls for the cpTestEx1 and cpTestEx2 routines which are implemented in cpTest1.s
The makefile compiles the C code(UserApp.c) and the assembly code(cpTest1.s) using the GNU compiler to generate the UserApp.o as output.

The CaeSimPers acts as an emulator for the output.

#Implement Vector Adder example ( SW, ModelSim, HW)
The implementation of the example in Software(host processor), Modelsim(Simulator) or the hardware(Co processor) can be realized by setting the appropriate environmental values for CNY_SIM_THREAD and CNY_CAE_EMULATOR.

Alternatively, running the application using run, runcp, run simulator from the SampleAppVadd also helps realize the same.

Team Slytherin

2012-02-01T16:51:24Z

Chidvila: /* Assignment1 */

=== Team Members ===
* Kevin Townsend
* Bhavani Satyanarayana Rao
* Chidvila Gaddam

=== Assignment1 ===
#Review Docs
##Convey PDK Reference Manual
##Convey Programmers Guide
##Convey Reference Manual
#Understand how Vector Adder example works
For the implementation of the vector adder example the make file from the SampleAppVadd is run to generate the UserApp execution file. The UserApp.c file is the software code for the addition implementation. It assumes a default vector size of 100, however can inline arguments for different sizes.
It gets vector PDK signature and
##Allocates co processor memory for 2 arrays of numbers.
##Polpulates arrays with 64 integers.
##Call the co processor rooutine to sum the numbers.
It also compares the actual output with the co processor output and prints message based on true or false.

The UserApp.c calls for the cpTestEx1 and cpTestEx2 routines which are implemented in cpTest1.s
The makefile compiles the C code(UserApp.c) and the assembly code(cpTest1.s) using the GNU compiler to generate the UserApp.exe as output.

The CaeSimPers acts as an emulator for the output.

#Implement Vector Adder example ( SW, ModelSim, HW)
The implementation of the example in Software(host processor), Modelsim(Simulator) or the hardware(Co processor) can be realized by setting the appropriate environmental values for CNY_SIM_THREAD and CNY_CAE_EMULATOR.

Alternatively, running the application using run, runcp, run simulator from the SampleAppVadd also helps realize the same.

Team Slytherin

2012-02-01T16:47:18Z

Chidvila: /* Assignment1 */

=== Team Members ===
* Kevin Townsend
* Bhavani Satyanarayana Rao
* Chidvila Gaddam

=== Assignment1 ===
#Review Docs
##Convey PDK Reference Manual
##Convey Programmers Guide
##Convey Reference Manual
#Understand how Vector Adder example works
For the implementation of the vector adder example the make file from the SampleAppVadd is run to generate the UserApp execution file. The UserApp.c file is the software code for the addition implementation. It assumes a default vector size of 100, however can inline arguments for different sizes.
It gets vector PDK signature and
##Allocates co processor memory for 2 arrays of numbers.
##Polpulates arrays with 64 integers.
##Call the co processor rooutine to sum the numbers.
It also compares the actual output with the co processor output and prints message based on true or false.

The UserApp.c calls for the cpTestEx1 and cpTestEx2 routines which are implemented in cpTest1.s
The makefile compiles the C code(UserApp.c) and the assembly code(cpTest1.s) using the GNU compiler to generate the UserApp.exe as outptut.

#Implement Vector Adder example ( SW, ModelSim, HW)
The implementation of the example in Software(host processor), Modelsim(Simulator) or the hardware(Co processor) can be realized by setting the appropriate environmental values for CNY_SIM_THREAD and CNY_CAE_EMULATOR.

Alternatively, running the application using run, runcp, run simulator from the SampleAppVadd also helps realize the same.

Team Slytherin

2012-02-01T16:46:27Z

Chidvila: /* Assignment1 */

=== Team Members ===
* Kevin Townsend
* Bhavani Satyanarayana Rao
* Chidvila Gaddam

=== Assignment1 ===
#Review Docs
##Convey PDK Reference Manual
##Convey Programmers Guide
##Convey Reference Manual
#Understand how Vector Adder example works
For the implementation of the vector adder example the make file from the SampleAppVadd is run to generate the UserApp execution file. The UserApp.c file is the software code for the addition implementation. It assumes a default vector size of 100, however can inline arguments for different sizes.
It gets vector PDK signature and
## Allocates co processor memory for 2 arrays of numbers.
## Polpulates arrays with 64 integers.
## Call the co processor rooutine to sum the numbers.
It also compares the actual output with the co processor output and prints message based on true or false.

The UserApp.c calls for the cpTestEx1 and cpTestEx2 routines which are implemented in cpTest1.s
The makefile compiles the C code(UserApp.c) and the assembly code(cpTest1.s) using the GNU compiler to generate the UserApp.exe as outptut.

#Implement Vector Adder example ( SW, ModelSim, HW)
The implementation of the example in Software(host processor), Modelsim(Simulator) or the hardware(Co processor) can be realized by setting the appropriate environmental values for CNY_SIM_THREAD and CNY_CAE_EMULATOR.

Alternatively, running the application using run, runcp, run simulator from the SampleAppVadd also helps realize the same.

Team Slytherin

2012-02-01T16:45:37Z

Chidvila: /* Assignment1 */

=== Team Members ===
* Kevin Townsend
* Bhavani Satyanarayana Rao
* Chidvila Gaddam

=== Assignment1 ===
#Review Docs
##Convey PDK Reference Manual
##Convey Programmers Guide
##Convey Reference Manual
#Understand how Vector Adder example works
For the implementation of the vector adder example the make file from the SampleAppVadd is run to generate the UserApp execution file. The UserApp.c file is the software code for the addition implementation. It assumes a default vector size of 100, however can inline arguments for different sizes.
It gets vector PDK signature and
(i)Allocates co processor memory for 2 arrays of numbers.
(ii) Polpulates arrays with 64 integers.
(iii) Call the co processor rooutine to sum the numbers.
It also compares the actual output with the co processor output and prints message based on true or false.

The UserApp.c calls for the cpTestEx1 and cpTestEx2 routines which are implemented in cpTest1.s
The makefile compiles the C code(UserApp.c) and the assembly code(cpTest1.s) using the GNU compiler to generate the UserApp.exe as outptut.

#Implement Vector Adder example ( SW, ModelSim, HW)
The implementation of the example in Software(host processor), Modelsim(Simulator) or the hardware(Co processor) can be realized by setting the appropriate environmental values for CNY_SIM_THREAD and CNY_CAE_EMULATOR.

Alternatively, running the application using run, runcp, run simulator from the SampleAppVadd also helps realize the same.

Team Slytherin

2012-02-01T16:03:52Z

Chidvila: /* Assignment1 */

Assignment1

2012-02-01T01:19:05Z

Chidvila: Removing all content from page

Assignment1

2012-02-01T01:17:12Z

Chidvila: New page: http://wikis.ece.iastate.edu/cpre584/index.php?title=Assignment1&action=edit&redlink=1 #Assignment1

http://wikis.ece.iastate.edu/cpre584/index.php?title=Assignment1&action=edit&redlink=1 #Assignment1

Team Slytherin

2012-02-01T01:16:25Z

Chidvila: /* Assignments */

=== Team Members ===
* Kevin Townsend
* Bhavani Satyanarayana Rao
* Chidvila Gaddam
=== Assignments ===
#[[Assignment1]]

=== Assignment1 ===
#Review Docs
##ConveyPDKReferenceManual
##ConveyProgrammersGuide
##ConveyReferenceManual
#Understand how Vector Adder example works
#Implement Vector Adder example ( SW, ModelSim, HW)

Team Slytherin

2012-02-01T01:14:23Z

Chidvila: /* Assignments */

=== Team Members ===
* Kevin Townsend
* Bhavani Satyanarayana Rao
* Chidvila Gaddam
=== Assignments ===
#[[Assignment1:Assignment1]]

=== Assignment1 ===
#Review Docs
##ConveyPDKReferenceManual
##ConveyProgrammersGuide
##ConveyReferenceManual
#Understand how Vector Adder example works
#Implement Vector Adder example ( SW, ModelSim, HW)