DOCSLIB.ORG

Intel Quartus Prime Pro Edition User Guide: Scripting Send Feedback

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Intel Quartus Prime Pro Edition User Guide: Scripting Send Feedback Intel® Quartus® Prime Pro Edition User Guide Scripting Updated for Intel® Quartus® Prime Design Suite: 21.1 Subscribe UG-20144 | 2021.03.29 Send Feedback Latest document on the web: PDF | HTML Contents Contents 1. Command Line Scripting................................................................................................. 5 1.1. Benefits of Command-Line Executables.....................................................................5 1.2. Command-Line Scripting Help................................................................................. 6 1.3. Project Settings with Command-Line Options.............................................................6 1.3.1. Option Precedence..................................................................................... 7 1.4. Compilation with quartus_sh --flow.......................................................................... 8 1.4.1. Resuming a Compilation with quartus_sh --flow............................................. 9 1.5. Text-Based Report Files.......................................................................................... 9 1.6. Using Command-Line Executables in Scripts............................................................ 10 1.7. Common Scripting Examples................................................................................ 10 1.7.1. Create a Project and Apply Constraints....................................................... 10 1.7.2. Check Design File Syntax.......................................................................... 11 1.7.3. Create a Project and Synthesize a Netlist Using Netlist Optimizations.............. 11 1.7.4. Archive and Restore Projects..................................................................... 12 1.7.5. Update Memory Contents Without Recompiling............................................ 12 1.7.6. Create Device Configuration Files............................................................... 13 1.7.7. Fit a Design Using Multiple Seeds............................................................... 14 1.8. The QFlow Script................................................................................................. 14 1.8.1. --partition Option.....................................................................................15 1.9. Command-Line Scripting Revision History................................................................16 2. Tcl Scripting..................................................................................................................18 2.1. Tool Command Language...................................................................................... 18 2.2. The Intel Quartus Prime Tcl Console Window............................................................19 2.3. Intel Quartus Prime Tcl Packages........................................................................... 19 2.3.1. Loading Tcl Packages................................................................................ 21 2.3.2. Intel Quartus Prime Tcl API Help................................................................ 21 2.4. Tcl Design Flow Controls....................................................................................... 24 2.4.1. Creating Projects and Making Assignments.................................................. 24 2.4.2. Compiling Designs................................................................................... 25 2.4.3. Reporting................................................................................................25 2.4.4. Timing Analysis....................................................................................... 27 2.5. Automating Script Execution..................................................................................27 2.5.1. Execution Example...................................................................................28 2.5.2. Controlling Processing.............................................................................. 29 2.5.3. Displaying Messages.................................................................................29 2.6. Other Scripting Features....................................................................................... 29 2.6.1. Natural Bus Naming................................................................................. 29 2.6.2. Short Option Names................................................................................. 30 2.6.3. Collection Commands............................................................................... 30 2.6.4. Node Finder Commands............................................................................31 2.6.5. The get_names Command.........................................................................38 2.6.6. The post_message Command.................................................................... 40 2.6.7. Accessing Command-Line Arguments..........................................................40 2.6.8. The quartus() Array..................................................................................42 2.7. The Intel Quartus Prime Tcl Shell in Interactive Mode Example................................... 42 2.8. The tclsh Shell.....................................................................................................43 Intel Quartus Prime Pro Edition User Guide: Scripting Send Feedback 2 Contents 2.9. Tcl Scripting Basic Examples..................................................................................43 2.9.1. Hello World Example................................................................................ 43 2.9.2. Variables................................................................................................ 44 2.9.3. Substitutions...........................................................................................44 2.9.4. Arithmetic...............................................................................................45 2.9.5. Lists.......................................................................................................45 2.9.6. Arrays.................................................................................................... 45 2.9.7. Control Structures....................................................................................46 2.9.8. Procedures..............................................................................................47 2.9.9. File I/O...................................................................................................47 2.9.10. Syntax and Comments............................................................................48 2.9.11. External References................................................................................49 2.10. Tcl Scripting Revision History............................................................................... 49 3. TCL Commands and Packages....................................................................................... 51 3.1. TCL Commands and Packages Summary................................................................. 51 3.1.1. ::quartus::backannotate...........................................................................67 3.1.2. ::quartus::bpps.......................................................................................70 3.1.3. ::quartus::chip_planner............................................................................90 3.1.4. ::quartus::design.................................................................................... 98 3.1.5. ::quartus::device...................................................................................111 3.1.6. ::quartus::dni_sdc................................................................................. 115 3.1.7. ::quartus::drc....................................................................................... 137 3.1.8. ::quartus::eco....................................................................................... 150 3.1.9. ::quartus::external_memif_toolkit............................................................163 3.1.10. ::quartus::fif....................................................................................... 186 3.1.11. ::quartus::flng.....................................................................................192 3.1.12. ::quartus::flow.................................................................................... 201 3.1.13. help....................................................................................................206 3.1.14. ::quartus::insystem_memory_edit......................................................... 208 3.1.15. ::quartus::insystem_source_probe......................................................... 215 3.1.16. ::quartus::interactive_synthesis.............................................................219 3.1.17. ::quartus::ipgen.................................................................................. 227 3.1.18. ::quartus::iptclgen............................................................................... 231 3.1.19. ::quartus::jtag.....................................................................................234 3.1.20. ::quartus::logic_analyzer_interface........................................................ 244 3.1.21. ::quartus::misc....................................................................................249 3.1.22. ::quartus::names.................................................................................261 3.1.23. ::quartus::periph................................................................................
Load more

Recommended publications
  • Ajuba Solutions Version 1.4 COPYRIGHT Copyright © 1998-2000 Ajuba Solutions Inc
    • • • • • • Ajuba Solutions Version 1.4 COPYRIGHT Copyright © 1998-2000 Ajuba Solutions Inc. All rights reserved. Information in this document is subject to change without notice. No part of this publication may be reproduced, stored in a retrieval system, or transmitted in any form or by any means electronic or mechanical, including but not limited to photocopying or recording, for any purpose other than the purchaser’s personal use, without the express written permission of Ajuba Solutions Inc. Ajuba Solutions Inc. 2593 Coast Avenue Mountain View, CA 94043 U.S.A http://www.ajubasolutions.com TRADEMARKS TclPro and Ajuba Solutions are trademarks of Ajuba Solutions Inc. Other products and company names not owned by Ajuba Solutions Inc. that appear in this manual may be trademarks of their respective owners. ACKNOWLEDGEMENTS Michael McLennan is the primary developer of [incr Tcl] and [incr Tk]. Jim Ingham and Lee Bernhard handled the Macintosh and Windows ports of [incr Tcl] and [incr Tk]. Mark Ulferts is the primary developer of [incr Widgets], with other contributions from Sue Yockey, John Sigler, Bill Scott, Alfredo Jahn, Bret Schuhmacher, Tako Schotanus, and Kris Raney. Mark Diekhans and Karl Lehenbauer are the primary developers of Extended Tcl (TclX). Don Libes is the primary developer of Expect. TclPro Wrapper incorporates compression code from the Info-ZIP group. There are no extra charges or costs in TclPro due to the use of this code, and the original compression sources are freely available from http://www.cdrom.com/pub/infozip or ftp://ftp.cdrom.com/pub/infozip. NOTE: TclPro is packaged on this CD using Info-ZIP’s compression utility.
    [Show full text]
  • Bash Shell Scripts
    Bash Shell Scripts Writing Bash shell scripts Bash shell scripts are text files Text files most efficiently built with programming editors (emacs or vi) File must be executable and in search path chmod 700 my_script PATH environment variable may not include .! An example shell script: #!/bin/bash #My first script echo "Hello World!" Bash Shell Scripts Writing Bash shell scripts Compile a Verilog file with vlog #!/bin/bash if [ ! d work ] ; then echo work does not exist, making it vlib work fi if [ ! s adder.v ] ; then vlog adder.v fi work directory must exist before compilation Get scripts via wget, eg: wget http://web.engr.oregonstate.edu/~traylor/ece474/script --- Bash Shell Scripts Writing Bash shell scripts File attribute checking #!/bin/bash if [ ! s junk_dir ] ; then mkdir junk_dir fi Spaces around brackets are needed! File attribute checking d exists and is a directory e, a file exists f exists and is a regular file s file exists and is not empty --- Bash Shell Scripts Writing Bash shell scripts Compile Verilog then run a simultion #!/bin/bash if [ ! -d "work" ] ; then vlib work fi if [ -s "adder.v" ] ; then vlog adder.v #runs simulation with a do file and no GUI vsim adder -do do.do quiet c else echo verilog file missing fi --- Bash Shell Scripts Writing Bash shell scripts vsim command and arguments vsim entity_name do dofile.do quiet -c -quiet (do not report loading file messages) -c (console mode, no GUI) -do (run vsim from a TCL do file) +nowarnTFMPC (don’t warn about mismatched ports, scary) +nowarnTSCALE (don’t warn about timing mismatches) Try vsim help for command line arguements --- Bash Shell Scripts Writing Bash Shell Scripts (TCL Script) In another text file, we create a TCL script with commands for the simulator.
    [Show full text]
  • Tcl/Tk for Xspecta Michael Flynn Tcl: Tcl (Ie Tool Command Language)
    Tcl/Tk for XSPECTa Michael Flynn Tcl: Tcl (i.e. Tool Command Language) is an open source scripting language similar to other modern script languages such as Perl or Python. It is substantially more powerful than UNIX/LINUX/POSIX shell script languages such as the Bourne Shell (sh), the C Shell (csh), or the Korn Shell (https://en.wikipedia.org/wiki/Shell_script). Tcl and its associated graphical user interface toolkit, Tk, were developed by John Ousterhout of the University of California. Ousterhout's group subsequently continued development of Tcl/Tk while at Sun Microsystems and later at Scriptics. Continued development is now done by an open source project team. The language has been popular for developing graphic applications and is available as public domain software for almost all computer systems (Linux, Windows and MacOS). Installation: Tcl/Tk software can be found at: http://www.activestate.com/activeTcl Binary Windows installers are available from this site for both 32 and 64 bit systems as a Free Community Edition. The lab modules were last validated with Version 8.6.4.1 but more recent versions should not be problematic. Unless Tcl has already been installed on the system being used, download and install the software from ActiveState. The installer should be run with administrative privileges. On Windows7, you should right click and 'run as administrator'. Installing with elevated privilege will allow the registry changes that map Tcl extensions and will configure the un-installer database, making later removal of ActiveTcl easier. The ActiveState default installation directory is C:/Tcl. During the installation, the installer will ask if you want this changed.
    [Show full text]
  • Scripting: Higher- Level Programming for the 21St Century
    . John K. Ousterhout Sun Microsystems Laboratories Scripting: Higher- Cybersquare Level Programming for the 21st Century Increases in computer speed and changes in the application mix are making scripting languages more and more important for the applications of the future. Scripting languages differ from system programming languages in that they are designed for “gluing” applications together. They use typeless approaches to achieve a higher level of programming and more rapid application development than system programming languages. or the past 15 years, a fundamental change has been ated with system programming languages and glued Foccurring in the way people write computer programs. together with scripting languages. However, several The change is a transition from system programming recent trends, such as faster machines, better script- languages such as C or C++ to scripting languages such ing languages, the increasing importance of graphical as Perl or Tcl. Although many people are participat- user interfaces (GUIs) and component architectures, ing in the change, few realize that the change is occur- and the growth of the Internet, have greatly expanded ring and even fewer know why it is happening. This the applicability of scripting languages. These trends article explains why scripting languages will handle will continue over the next decade, with more and many of the programming tasks in the next century more new applications written entirely in scripting better than system programming languages. languages and system programming
    [Show full text]
  • Ixia Tcl Development Guide
    Chapter 2: Quick Start 2 Installing the IxOS Tcl Client This chapter provides a quick means of getting started with the Tcl API. An example test is presented and explained. The IxOS Tcl Client provides an interface between an Ixia Tcl client application and Ixia IxOS Tcl functions. It runs on the Unix / Linux host. The Windows version of IxOS Tcl Client is included with the IxOS software package; the Unix/Linux version is supplied as a separate a self-extracting archive (.bin) file. You can download it from Ixia’s website, www.ixiacom.com. There are serveral versions of the IxOS Tcl Client. The correct file to install depends on the set up of the UNIX/Linux machine. Table 2-2 on page 2-1 details the files and their use. Table 2-2. Tcl Client Install Files Install File Purpose IxOS#.## For Linux versions post Redhat 9. It is distributed as genericLinux.bin a tarball (IxOS#.##genericLinux.bin.tar.gz) due to download issues. IxOS#.##linux.bin. For Linux platforms older than Redhat 9. IxOS#.##setup.jar An installer without a bundled Java Virtual Machine. This is distributed only to customers that have issues running the bin installers. It requires a Java Virtual Machine installed on the installation target. IxOS#.## For Solaris machines. solarisSparc.bin The versions of UNIX/Linux operating systems that are supported are: • Mandrake 7.2, RedHat 6.2, RedHat 7.0, RedHat 9.0 • RedHat Enterprise 4.0 IxOS Tcl Development Guide, 6.60 EA SP1 2-1 Quick Start 2 Installing the IxOS Tcl Client • Solaris 2.7 (7), 2.8 (8), 2.9 (9) Other versions of Linux and Solaris platforms may operate properly, but are not officially supported.
    [Show full text]
  • Automating Your Sync Testing
    APPLICATION NOTE By automating system verification and conformance testing to ITU-T synchronization standards, you’ll save on time and resources, and avoid potential test execution errors. This application note describes how you can use the Paragon-X’s Script Recorder to easily record Tcl, PERL and Python commands that can be integrated into your own test scripts for fast and efficient automated testing. AUTOMATING YOUR SYNC TESTING calnexsol.com Easily automate synchronization testing using the Paragon-X Fast and easy automation by Supports the key test languages Pre-prepared G.8262 Conformance recording GUI key presses Tcl, PERL and Python Scripts reduces test execution errors <Tcl> <PERL> <python> If you perform System Verification language you want to record i.e. Tcl, PERL SyncE CONFORMANCE TEST and Conformance Testing to ITU-T or Python, then select Start. synchronization standards on a regular Calnex provides Conformance Test Scripts basis, you’ll know that manual operation to ITU-T G.8262 for SyncE conformance of these tests can be time consuming, testing using the Paragon-X. These tedious and prone to operator error — as test scripts can also be easily tailored well as tying up much needed resources. and edited to meet your exact test Automation is the answer but very often requirements. This provides an easy means a lack of time and resource means it of getting your test automation up and remains on the ‘To do’ list. Now, with running and providing a repeatable means Calnex’s new Script Recorder feature, you of proving performance, primarily for ITU-T can get your automation up and running standards conformance.
    [Show full text]
  • Shell Script Getopts Example
    Shell Script Getopts Example Gail is constrainedly cryoscopic after delegable Hilbert sag his parcloses illuminatingly. Gonzales often tootle irresistibly when tripersonal Giordano discomposed dissonantly and buffer her Barbarossa. Robert misdraws rompishly. Find that getopts script example we use later will contain whitespace separation with command Instantly share code, notes, and snippets. OPTARG is set to the period character found. They cease in many cases unneeded and brief fact that cartoon always press them its just like matter of personal coding style. File or directory or found. Operator precedence is used when there within five is more arguments. Typically, shell scripts use getopts to parse arguments passed to them. There did many ways to against your remedy environment. Nothing gets printed when no command line options are provided. The return status is zero unless an outcome is encountered while determining the name avid the he directory within an invalid option is supplied. The exit code will be success failure. Log in charge use details from one require these accounts. How does log lumber and cpu usage by an application? Now consider running it bore an unsupported option. No need only pass the positional parameters through to borrow external program. How can I check took a directory exists in a candy shell script? What extent its purpose? When optional, the fashion can buckle on led off additional functionality, as ugly a boolean option. In those cases, it contains a pointer to that parameter. How environment check ride a variable is set to Bash? Connect and deploy knowledge write a single location that is structured and fatigue to search.
    [Show full text]
  • Lecture 17 the Shell and Shell Scripting Simple Shell Scripts
    Lecture 17 The Shell and Shell Scripting In this lecture • The UNIX shell • Simple Shell Scripts • Shell variables • File System commands, IO commands, IO redirection • Command Line Arguments • Evaluating Expr in Shell • Predicates, operators for testing strings, ints and files • If-then-else in Shell • The for, while and do loop in Shell • Writing Shell scripts • Exercises In this course, we need to be familiar with the "UNIX shell". We use it, whether bash, csh, tcsh, zsh, or other variants, to start and stop processes, control the terminal, and to otherwise interact with the system. Many of you have heard of, or made use of "shell scripting", that is the process of providing instructions to shell in a simple, interpreted programming language . To see what shell we are working on, first SSH into unix.andrew.cmu.edu and type echo $SHELL ---- to see the working shell in SSH We will be writing our shell scripts for this particular shell (csh). The shell scripting language does not fit the classic definition of a useful language. It does not have many of the features such as portability, facilities for resource intensive tasks such as recursion or hashing or sorting. It does not have data structures like arrays and hash tables. It does not have facilities for direct access to hardware or good security features. But in many other ways the language of the shell is very powerful -- it has functions, conditionals, loops. It does not support strong data typing -- it is completely untyped (everything is a string). But, the real power of shell program doesn't come from the language itself, but from the diverse library that it can call upon -- any program.
    [Show full text]
  • Introduction to Shell Programming Using Bash Part I
    Introduction to shell programming using bash Part I Deniz Savas and Michael Griffiths 2005-2011 Corporate Information and Computing Services The University of Sheffield Email [email protected] [email protected] Presentation Outline • Introduction • Why use shell programs • Basics of shell programming • Using variables and parameters • User Input during shell script execution • Arithmetical operations on shell variables • Aliases • Debugging shell scripts • References Introduction • What is ‘shell’ ? • Why write shell programs? • Types of shell What is ‘shell’ ? • Provides an Interface to the UNIX Operating System • It is a command interpreter – Built on top of the kernel – Enables users to run services provided by the UNIX OS • In its simplest form a series of commands in a file is a shell program that saves having to retype commands to perform common tasks. • Shell provides a secure interface between the user and the ‘kernel’ of the operating system. Why write shell programs? • Run tasks customised for different systems. Variety of environment variables such as the operating system version and type can be detected within a script and necessary action taken to enable correct operation of a program. • Create the primary user interface for a variety of programming tasks. For example- to start up a package with a selection of options. • Write programs for controlling the routinely performed jobs run on a system. For example- to take backups when the system is idle. • Write job scripts for submission to a job-scheduler such as the sun- grid-engine. For example- to run your own programs in batch mode. Types of Unix shells • sh Bourne Shell (Original Shell) (Steven Bourne of AT&T) • csh C-Shell (C-like Syntax)(Bill Joy of Univ.
    [Show full text]
  • Simple Shell Scripting for Scientists
    Simple Shell Scripting for Scientists Day Three Julian King Bruce Beckles University of Cambridge Computing Service 1 Introduction • Who: ! Julian King, Unix Support, UCS ! Bruce Beckles, e-Science Specialist, UCS • What: ! Simple Shell Scripting for Scientists course, Day Three ! Part of the Scientific Computing series of courses • Contact (questions, etc): ! [email protected] • Health & Safety, etc: ! Fire exits • Please switch off mobile phones! [email protected] Simple Shell Scripting for Scientists: Day Three 2 As this course is part of the Scientific Computing series of courses run by the Computing Service, all the examples that we use will be more relevant to scientific computing than to system administration, etc. This does not mean that people who wish to learn shell scripting for system administration and other such tasks will get nothing from this course, as the techniques and underlying knowledge taught are applicable to shell scripts written for almost any purpose. However, such individuals should be aware that this course was not designed with them in mind. 2 What we don’t cover • Different types of shell: ! We are using the Bourne-Again SHell (bash). • Differences between versions of bash • Very advanced shell scripting – try one of these courses instead: ! “Python: Introduction for Absolute Beginners” ! “Python: Introduction for Programmers” [email protected] Simple Shell Scripting for Scientists: Day Three 3 bash is probably the most common shell on modern Unix/Linux systems – in fact, on most modern Linux distributions it will be the default shell (the shell users get if they don’t specify a different one).
    [Show full text]
  • 13A04806 LINUX PROGRAMMING and SCRIPTING UNIT 4 TCL/ TK SCRIPTING:Tcl Fundamentals, String and Pattern Matching, Tcl Data Struct
    13A04806 LINUX PROGRAMMING AND SCRIPTING UNIT 4 TCL/ TK SCRIPTING:Tcl Fundamentals, String and Pattern Matching, Tcl Data Structures ,Control Flow Commands, Procedures and Scope , Evel, Working With UNIX, Reflection and Debugging, Script Libraries, Tk Fundamentals ,Tk by Examples, The Pack Geometry Manager, Binding Commands to X Events, Buttons and Menus, Simple Tk Widgets, Entry and Listbox Widgets Focus, Grabs and Dialogs 13A04806 LINUX PROGRAMMING AND SCRIPTING Tcl - Overview Tcl is shortened form of Tool Command Language. John Ousterhout of the University of California, Berkeley, designed it. It is a combination of a scripting language and its own interpreter that gets embedded to the application, we develop with it. Tcl was developed initially for Unix. It was then ported to Windows, DOS, OS/2, and Mac OSX. Tcl is much similar to other unix shell languages like Bourne Shell (Sh), the C Shell (csh), the Korn Shell (sh), and Perl. It aims at providing ability for programs to interact with other programs and also for acting as an embeddable interpreter. Even though, the original aim was to enable programs to interact, you can find full-fledged applications written in Tcl/Tk. Features of Tcl The features of Tcl are as follows − ∑ Reduced development time. ∑ Powerful and simple user interface kit with integration of TK. ∑ Write once, run anywhere. It runs on Windows, Mac OS X, and almost on every Unix platform. ∑ Quite easy to get started for experienced programmers; since, the language is so simple that they can learn Tcl in a few hours or days. ∑ You can easily extend existing applications with Tcl.
    [Show full text]
  • Natural Shell: an Assistant for End-User Scripting
    International Journal of People-Oriented Programming Volume 5 • Issue 1 • January-June 2016 Natural Shell: An Assistant for End-User Scripting Xiao Liu, College of Information Sciences and Technology, Pennsylvania State University, University Park, PA, USA Yufei Jiang, College of Information Sciences and Technology, Pennsylvania State University, University Park, PA, USA Lawrence Wu, College of Information Sciences and Technology, Pennsylvania State University, University Park, PA, USA Dinghao Wu, College of Information Sciences and Technology, Pennsylvania State University, University Park, PA, USA ABSTRACT Scripting is a widely-used way to automate the execution of tasks. Despite the popularity of scripting, it remains difficult to use for both beginners and experts: because of the cryptic commands for the first group, and incompatible syntaxes across different systems, for the latter group. The authors introduce Natural Shell, an assistant for enabling end-users to generate commands and scripts for various purposes. Natural Shell automatically synthesizes scripts for different shell systems based on natural language descriptions. By interacting with Natural Shell, new users can learn the basics of scripting languages without the obstacles from the incomprehensible syntaxes. On the other hand, the authors’ tool frees more advanced users from manuals when they switch shell systems. The authors have developed a prototype system and demonstrate its effectiveness with a benchmark of 50 examples of popular shell commands collected from online forums. In addition, the authors analyzed the usage of Natural Shell in a lab study that involves 10 participants with different scripting skill levels. Natural Shell effectively assists the users to generate commands in assigned syntaxes and greatly streamlines their learning and using experience.
    [Show full text]