Vivado use synplify pro pro#
Vivado use synplify pro code#

Crossprobing is possible between graphical representation of FSM and its states / transactions list Synplify Pro has feature to show state machines in graphic form (like HDL Designer).

Vivado use synplify pro code#

Each port, net or block can be chosen by mouse click from the browser or directly from the RTL View By double-clicking on the element its source code can be seen: Reverse crossprobing is also possible: if section of code is marked, appropriate element of RTL View is marked too:.

RTL view can be opened by pressing or double click on РІР‚Сљ.srsРІР‚Сњ file The group of buttons is useful in РІР‚СљRTL viewРІР‚Сњ window General logic structures can be recognized on RTL view comparator incrementer MUX Р§вЂ™Р§вЂњР§вЂўР§Сљ.

This file can be viewed by double click on its name in right window or pressing РІР‚СљView LogРІР‚Сњ button on the left side of the main window Crossprobing makes possible viewing problematic code by simple double click on errror/warning/note message Each error message started from and colored to red Each warning message started from and colored to violet Each note message sarted from and colored to blue.

All errors, warnings and notes reported during compilation, are written to РІР‚Сљ.srrРІР‚Сњ file.

After compilation Synplify main window looks like this: Show RTL view Some files were generated.

There is a possibility to invoke compilation only (without mapping) by choosing РІР‚СљRun->Compile onlyРІР‚Сњ or pressing F7.

Compilation is the first stage of synthesis process.

In such case, main block of the design must be defined in another place If you use package(s), put it first in the list of files The main entity should be last in the list of files Number of revision (version).

If you have also Verilog files, separate directory will be created.

Synplify Pro main window Start synthesis Status line Working with files Window with source files Window with result files Working with revisions Main optimization modes Messages, warnings and errors Watch window

To avoid errors caused by embedded configurations, make them standalone by:.

In case of using CoreGen, netlist generated by Coregen placed in Synplify working directory and not in appropriate revision directory.

For each revision new directory is created and all Synplify-generated files are placed there.

Working directory for Synplify is one defined in РІР‚СљDownstreamРІР‚Сњ in HDL Designer.

Invocation of Synplify Pro performed by double click on РІР‚СљSynplify PRO flowРІР‚Сњ in РІР‚СљTeam tasksРІР‚Сњ or by pressing button in toolbar Synplify Pro invocation button Synplify Pro invocation link.

Introduction to synthesis Synplify Pro synthesis tool

Environments, pin assignment, timing information extraction.

Environments, constraints, timing analysis, optimizations.

Introduction to synthesis tools (Synplify and Leonardo).

Possibility of working with number of revisions in parallel.

Can be used for different technologies.

Control and management of synthesis process more user-friendly and simpler.

Synplify Pro Leonardo Spectrum Xilinx Synthesis Tools Synthesis stages Technology independent Technology dependent Compile Map Place & Route Implement High level synthesis Low level synthesis

Choosing best interconnect structure for the placed design.

Placement of generated netlist onto the device.

Application of РІР‚Сљsynthesis constraintsРІР‚Сњ.

Mapping of extracted logic structures to device primitives.

- Derivation of main logic constructions.

Synthesis stages Technology independent Technology dependent Compile Map Place & Route Implement High level synthesis Low level synthesis

Synthesis Toolflow HDL Designer Design VHDL code Synplify Pro XST Leonardo Spectrum Synthesis Netlist Implementation ISE Project Navigator Bitstream Tools for synthesis and implementationusing Xilinx FPGAs