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start [2013/01/22 11:12]
chenhan [DySER Release v1.0]
start [2013/06/26 14:01] (current)
chenhan [Build the simulation framework]
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 DySER project wiki pages: DySER project wiki pages:
-  * [[start#Tutorial|Tutorial]]: Evaluation with Gem5, VCS, and FPGA.+  * [[start#Getting Started|Getting Started]]: Evaluation with Gem5, VCS, and FPGA.
   * [[start#Manual|Manual]]: Manual for the tools in the toolchain.   * [[start#Manual|Manual]]: Manual for the tools in the toolchain.
   * [[start#Release issues|Release issues]]: Known issues in the release.   * [[start#Release issues|Release issues]]: Known issues in the release.
   * [[start#FAQ|FAQ]]: Frequently asked questions and answers.   * [[start#FAQ|FAQ]]: Frequently asked questions and answers.
-====== Tutorial ======+====== Getting Started ======
  
-This tutorial will guide you to run your first gem5 simulation,+This section will guide you to run your first gem5 simulation,
 VCS simulation and FPGA simulation.  VCS simulation and FPGA simulation. 
- + 
-For now, the tutorial is only for UW-Madison students. +
  
 ===== Preparation ===== ===== Preparation =====
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 Download {{:dyser-r1.0.tar.bz2|dyser-r1.0 tarball}}. Download {{:dyser-r1.0.tar.bz2|dyser-r1.0 tarball}}.
-Internal tutorial for vertical group people is [[projects:dyser-internal-tutorial|Here]].+Internal tutorial for vertical group people is [[internal:dyser-internal-tutorial|Here]].
  
 Untar the file: Untar the file:
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     * Tools (dysched, gen_dyser_config etc.,) will be in $(INSTALL_DIR)/tools     * Tools (dysched, gen_dyser_config etc.,) will be in $(INSTALL_DIR)/tools
   * Building HW toolchain:   * Building HW toolchain:
-    * You will find three directories in dyser-r1.0/hw: dyser-1.0, hardDySER, opensparc. The detailed description of the toolchain is in the [[HW toolchain|Manual section]]. To set up the toolchain, navigate to: <code>cd dyser-r1.0/hw/opensparc</code> and look for <code>OpenSPARCT1.bash</code>+    * You will find three directories in dyser-r1.0/hw: dyser-1.0, hardDySER, opensparc. The detailed description of the toolchain is in the [[start#HW toolchain|Manual section]]. To set up the toolchain, navigate to: <code>cd dyser-r1.0/hw/opensparc</code> and look for <code>OpenSPARCT1.bash</code>
     * dyser-r1.0/hw/opensparc/OpenSPARCT1.bash: this is the file you need to modify and source for your environment     * dyser-r1.0/hw/opensparc/OpenSPARCT1.bash: this is the file you need to modify and source for your environment
       * Modify line 6(HW) and 7(SW) to point to your install directory <code># ***Modification required for new install***       * Modify line 6(HW) and 7(SW) to point to your install directory <code># ***Modification required for new install***
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 export DRMJOBSCRATCHSPACE=/scratch/vcsjobscratch export DRMJOBSCRATCHSPACE=/scratch/vcsjobscratch
 </code> </code>
 +      * There might be other path variables that have to be changed. For example, the PERL_PATH variable. Make sure all path variables points to the correct place.
       * Run: <code>source OpenSPARCT1.bash</code>       * Run: <code>source OpenSPARCT1.bash</code>
 Now we are ready to run benchmarks! Now we are ready to run benchmarks!
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 The DySER evaluation framework can evaluate the design on 3 different platforms: The DySER evaluation framework can evaluate the design on 3 different platforms:
-  * [[Run gem5 simulation|gem5]] +  * [[start#Run gem5 simulation|gem5]] 
-  * [[Run VCS simulation|Synopsys VCS]] +  * [[start#Run VCS simulation|Synopsys VCS]] 
-  * [[Run a benchmark on FPGA|Xilinx FPGA]]+  * [[start#Run a benchmark on FPGA|Xilinx FPGA]]
 We will begin the tutorial with a test benchmark, cumsum. We will begin the tutorial with a test benchmark, cumsum.
 ==== Run gem5 simulation ==== ==== Run gem5 simulation ====
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 ==== Run a benchmark on FPGA ==== ==== Run a benchmark on FPGA ====
-(Make sure you have read the [[Preparation|preparation]].)+(Make sure you have read the [[start#Preparation|preparation]].)
  
 The DySER FPGA evaluation framework is based on OpenSPARC, and the detail of  The DySER FPGA evaluation framework is based on OpenSPARC, and the detail of 
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 DySER programming. DySER programming.
 Besides the c code, a DySER config should be created Besides the c code, a DySER config should be created
-with the DySER program using the [[dysched|dysched]] GUI.+with the DySER program using the [[start#dysched|dysched]] GUI.
 With DySER program and DySER config file,  With DySER program and DySER config file, 
 we can evaluate the DySER architecture in the framework. we can evaluate the DySER architecture in the framework.
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   CFLAGS  += -O3 $(FLAGS) -DONEWIDE -DFF   CFLAGS  += -O3 $(FLAGS) -DONEWIDE -DFF
 The above is the CFLAGS you want to add, the **-DFF** is an flag for gem5 detail timing simulation. The above is the CFLAGS you want to add, the **-DFF** is an flag for gem5 detail timing simulation.
-More detail can be found in the [[SW toolchain|SW manual]].+More detail can be found in the [[start#SW toolchain|SW manual]].
   TARGET  = $(BUILDDIR)/test.splyser   TARGET  = $(BUILDDIR)/test.splyser
   SRC = test.c   SRC = test.c
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 Now you should have a FPGA which is configured as an OpenSPARC with cumsum hardDySER. Now you should have a FPGA which is configured as an OpenSPARC with cumsum hardDySER.
-After following the instruction in [[Run a benchmark on FPGA|Run a benchmark on FPGA]](continue at XMD part),+After following the instruction in [[start#Run a benchmark on FPGA|Run a benchmark on FPGA]](continue at XMD part),
 you should be able to boot Unbuntu and run the cumsum benchmark. you should be able to boot Unbuntu and run the cumsum benchmark.
      
start.1358874776.txt.gz · Last modified: 2013/01/22 11:12 by chenhan