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Baya is a Tcl utility that helps us integrate RTL with Design Systems (IP) into a single common location using a hierarchy of folders and subfolders and the ability to manipulate Design Systems. I've used Baya for many years. I only use it now when doing VHDL or Verilog migration. I find the utility is one of the best, if not the best utility out there for it's ease of use and ease of implementation. I would recommend it to anyone migrating from Verilog to VHDL or VHDL to Verilog. I've looked at Iptools for some time now and I must admit I see a lot of things that could be improved upon. The UI could be better. There are times when the mouse-click process is much too long. The work flow could be better. If you drag a component into a form and it creates a new row, you must then enter a label. If a form has multiple rows and you move one, the position of the other rows moves. I use Baya for migrating VHDL to Verilog and vice versa. I find the UI is easy to use, all my VHDL and Verilog design data is captured in a folder hierarchy. Baya is more than just a converter utility. This tool is useful for migrating designs from EDA to EDA as well as migrating between EDA tools. I use it to migrate designs between IP tools like Emudev, Design Compiler and DesignBundles. I use it to migrate designs between synthesis tools as well as managing components in multiple design environments. I've converted an IP that contains hundreds of design blocks into two files and I've converted an IP from a board-level that has hundreds of designs into two files. I can manage and update all the design blocks in one place. I often use it to migrate between environments (IP or non-IP) on the same board. The primary benefit of Baya is the ability to manipulate the design data captured and saved in an hierarchical structure. I've converted thousands of design files and captured them in a hierarchical structure. You can change each design block easily using the GUI with no manual edits to get the design blocks in the correct order. I've tried other tools with the same feature but they just don't work as well. The secondary benefit of Baya is the implementation that allows multiple design teams to collaborate
=========== ======================================= KEYMACRO {number} - Number of the component with a particular ID KEYMACRO {KEY-NAME} - Name of the component with a particular ID KEYMACRO {FWD-MUX} - Forward mux/demux with a particular ID KEYMACRO {REGISTER} - Register with a particular ID KEYMACRO {STICKY-LINK} - Sticky link with a particular ID KEYMACRO {REGISTER_CONFIG} - Register config with a particular ID KEYMACRO {ENABLE_CONFIG} - Enable a config with a particular ID KEYMACRO {INPUT_CONFIG} - Input config with a particular ID KEYMACRO {OUTPUT_CONFIG} - Output config with a particular ID KEYMACRO {FWD_CONFIG} - Forward config with a particular ID KEYMACRO {INPUT_CONFIG} - Input config with a particular ID KEYMACRO {OUTPUT_CONFIG} - Output config with a particular ID KEYMACRO {DYNAMIC_REGISTER} - Dynamic register with a particular ID KEYMACRO {MASK_REGISTER} - Mask register with a particular ID KEYMACRO {STICKY_LINK_REGISTER} - Sticky register with a particular ID KEYMACRO {CONTROL_REGISTER} - Control register with a particular ID KEYMACRO {IMPL_REGISTER} - Impl register with a particular ID KEYMACRO {PORT} - Port with a particular ID KEYMACRO {PORT_CONFIG} - Port config with a particular ID KEYMACRO {DESTINATION} - Destination with a particular ID KEYMACRO {LINK} - Link with a particular ID KEYMACRO {MUX_LIST} - Mux list with a particular ID KEYMACRO {MUX_CONFIG} - Mux config with a particular ID KEYMACRO {STICKY_LINK_LIST} - Sticky link list with a particular ID KEYMACRO {STICKY_LINK_CONFIG} - Sticky link config with a particular ID KEYMACRO {CONTROL_LIST} - Control list with a particular ID KEYMACRO {CONTROL_CONFIG} - Control config with a particular ID KEYMACRO {CONTROL_TYPE 1d6a3396d6
[ Being a free IPComp simulator, iPComp Mini version 1.0 was recently released. The new version contains various new features and some bug fixes. Major new features include: 1.Simultaneous synthesis/implementation 2.VHDL source code editor for simulation and hardware synthesis 3.Optimization support 4.IO structures implemented in Verilog 5.Verilog VHDL representation of a top module 6.Optimization support for Verilog and VHDL 7.Simulation/implementation comparison support Bugs fixed in this version: 1.Dynamically created CORE simulators no longer remain as such. 2.Simulation/implementation status are now saved and restored automatically. 3.VHDL source code has been added to the editor window. 4.IPs with constraints can be created through the editor window. 5.Simulation parameters have been added to the main window 6.Verilog/VHDL simulation parameters have been added to the editor window 7.Simulation can now be disabled through the main window. Version 1.0 Release Notes: [ Baya is a handy utility that's been specially designed to automate the IP Assembly/SoC integration task. This tool allows designers to integrate all the IPs/components in an efficient way through the Tcl commands. There are around 40 highlevel Tcl commands as listed in this file and hundreds low level APIs for the advanced users. It supports IP-XACT which enables the designers to import IP-XACT components instead of Verilog/VHDL definition of same. This tool can also be used to find&modify design information like all the nets, ports, instances and modules etc. There are provisions to find these objects through regular expressions. Baya Description: [ Being a free IPComp simulator, iPComp Mini version 1.0 was recently released. The new version contains various new features and some bug fixes. Major new features include: 1.Simultaneous synthesis/
1) Compile an IP-XACT to FPGA 2) Generate the module instance code 3) Convert the module instance code to FPGA custom modules 4) Generate the bitstream code 5) Generate the bitstream code for the custom modules 6) Generate the bitstream code for all the IPs/modules 7) Generate the bitstream code for all the instances and the IPs/modules 8) Debug the bitstream 9) Test the bitstream 10) Create a FPGA module 11) Generate the bitstream for the module 12) Generate the bitstream for all the instances/modules 13) Generate the bitstream for all the IPs 14) Open the module in the debugger 15) Debug the module 16) Check the module for all the IPs 17) Create a board 18) Generate the bitstream for the board 19) Generate the bitstream for all the IPs on the board 20) Generate the bitstream for all the instances on the board 21) Generate the bitstream for all the modules on the board 22) Generate the bitstream for all the IPs on all the modules on the board 23) Generate the bitstream for all the instances on all the modules on the board 24) Compile the custom modules 25) Generate the bitstream for all the instances 26) Generate the bitstream for all the IPs 27) Generate the bitstream for all the modules 28) Generate the bitstream for all the instances and the IPs 29) Generate the bitstream for all the instances and the modules 30) Generate the bitstream for all the instances and the modules on the board 31) Generate the bitstream for all the instances and all the modules on the board 32) Generate the bitstream for all the instances and the instances and the modules on the board 33) Generate the bitstream for all the instances and all the modules 34) Generate the bitstream for all the instances and all the instances on the board 35) Generate the bitstream for all the instances and all the modules on the board 36) Generate the bitstream for all the instances and all the instances and the modules 37) Generate the bitstream for all the instances and all the modules on the board 38) Generate the bitstream for all the instances and all the modules on the board 39) Generate the bitstream for all the instances and all the modules on the board 40) Generate the bitstream for all the instances and all the instances and all the modules on the board 41) Generate the bitstream for all the instances and all the instances and all the modules on the board 42) Generate the bit
Operating System: Microsoft Windows 7/8, 10 Processor: Intel i5-4590 3.3 GHz Memory: 8 GB Graphics: NVIDIA GTX 660 or AMD HD 6970 DirectX: Version 11 Storage: 15 GB available space How to install it: The download link can be found above, extract the file and run the exe file. Note: 1. This mod can be enabled and disabled using the following files: PCSAI: World Master Race.
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