Intel® Quartus® Prime Standard Edition User Guide: Scripting

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ID 683325
Date 9/24/2018
Public
Document Table of Contents
Document Table of Contents x
1. Command Line Scripting 2. Tcl Scripting A. Intel® Quartus® Prime Standard Edition User Guides
1. Command Line Scripting x
1.1. Benefits of Command-Line Executables 1.2. Introductory Example 1.3. Command-Line Scripting Help 1.4. Project Settings with Command-Line Options 1.5. Compilation with quartus_sh --flow 1.6. Text-Based Report Files 1.7. Using Command-Line Executables in Scripts 1.8. Common Scripting Examples 1.9. The QFlow Script 1.10. Document Revision History
1.4. Project Settings with Command-Line Options x
1.4.1. Option Precedence
1.8. Common Scripting Examples x
1.8.1. Create a Project and Apply Constraints 1.8.2. Check Design File Syntax 1.8.3. Create a Project and Synthesize a Netlist Using Netlist Optimizations 1.8.4. Archive and Restore Projects 1.8.5. Perform I/O Assignment Analysis 1.8.6. Update Memory Contents Without Recompiling 1.8.7. Create a Compressed Configuration File 1.8.8. Fit a Design as Quickly as Possible 1.8.9. Fit a Design Using Multiple Seeds
2. Tcl Scripting x
2.1. Tool Command Language 2.2. Intel® Quartus® Prime Tcl Packages 2.3. Intel® Quartus® Prime Tcl API Help 2.4. End-to-End Design Flows 2.5. Creating Projects and Making Assignments 2.6. Compiling Designs 2.7. Reporting 2.8. Timing Analysis 2.9. Automating Script Execution 2.10. Other Scripting Features 2.11. The Intel® Quartus® Prime Tcl Shell in Interactive Mode Example 2.12. The tclsh Shell 2.13. Tcl Scripting Basics 2.14. Tcl Scripting Revision History
2.2. Intel® Quartus® Prime Tcl Packages x
2.2.1. Loading Packages
2.3. Intel® Quartus® Prime Tcl API Help x
2.3.1. Command-Line Options 2.3.2. The Intel® Quartus® Prime Tcl Console Window
2.3.1. Command-Line Options x
2.3.1.1. Run a Tcl Script 2.3.1.2. Interactive Shell Mode 2.3.1.3. Evaluate as Tcl
2.6. Compiling Designs x
2.6.1. The flow Package 2.6.2. Compile All Revisions
2.7. Reporting x
2.7.1. Saving Report Data in csv Format
2.9. Automating Script Execution x
2.9.1. Execution Example 2.9.2. Controlling Processing 2.9.3. Displaying Messages
2.10. Other Scripting Features x
2.10.1. Natural Bus Naming 2.10.2. Short Option Names 2.10.3. Collection Commands 2.10.4. The post_message Command 2.10.5. Accessing Command-Line Arguments 2.10.6. The quartus() Array
2.10.3. Collection Commands x
2.10.3.1. The foreach_in_collection Command 2.10.3.2. The get_collection_size Command
2.10.5. Accessing Command-Line Arguments x
2.10.5.1. The cmdline Package
2.13. Tcl Scripting Basics x
2.13.1. Hello World Example 2.13.2. Variables 2.13.3. Substitutions 2.13.4. Arithmetic 2.13.5. Lists 2.13.6. Arrays 2.13.7. Control Structures 2.13.8. Procedures 2.13.9. File I/O 2.13.10. Syntax and Comments 2.13.11. External References
2.13.3. Substitutions x
2.13.3.1. Variable Value Substitution 2.13.3.2. Nested Command Substitution 2.13.3.3. Backslash Substitution
1. Command Line Scripting
2. Tcl Scripting
A. Intel® Quartus® Prime Standard Edition User Guides

1.2. Introductory Example

Create a new Intel® Quartus® Prime project, fit the design, and generate programming files with this example included with the Intel® Quartus® Prime software.
If installed, the tutorial design is located in the < Intel® Quartus® Prime directory> /qdesigns/fir_filter directory.
  1. Ensure that < Intel® Quartus® Prime directory>/quartus/bin directory is in your PATH environment variable.
  2. Copy the tutorial directory in a local folder.
  3. In a console, type the four commands in the new project directory: 
    quartus_map filtref --source=filtref.bdf --family="Cyclone V"
quartus_fit filtref --part=EP3C10F256C8 --pack_register=minimize_area
quartus_asm filtref					
quartus_sta filtref
    1. With the first instruction you create a new Intel® Quartus® Prime project named filtref, set the top-level file as filtref.bdf, set Cyclone® V as the target device family, and perform logic synthesis and technology mapping on the design files.
    2. The second command performs place and route by fitting the filtref project into the specified device, and directs the Fitter to pack sequential and combinational functions into single logic cells to reduce device resource usage.
    3. The third command creates a device programming image for the filtref project.
    4. The last line performs basic timing analysis on the filtref project using the Intel® Quartus® Prime Timing Analyzer, reporting worst-case setup slack, worst-case hold slack, and other measurements.
  4. Create a batch file or script file with the commands, like the UNIX shell script below: 
    #!/bin/sh
PROJECT=filtref
TOP_LEVEL_FILE=filtref.bdf
FAMILY="Cyclone V"
PART=EP3C10F256C8
PACKING_OPTION=minimize_area
quartus_map $PROJECT --source=$TOP_LEVEL_FILE --family=$FAMILY
quartus_fit $PROJECT --part=$PART --pack_register=$PACKING_OPTION
quartus_asm $PROJECT
quartus_sta $PROJECT
  5. Execute the script and compile your project.
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