Difference between revisions of "Main Page"

From Verific Design Automation FAQ
Jump to: navigation, search
 
(10 intermediate revisions by 4 users not shown)
Line 17: Line 17:
 
* [[Preserving user nets - preventing nets from being optimized away | Preserving user nets - preventing nets from being optimized away]]
 
* [[Preserving user nets - preventing nets from being optimized away | Preserving user nets - preventing nets from being optimized away]]
 
* [[Python pretty-printer for gdb | Python pretty-printer for gdb]]
 
* [[Python pretty-printer for gdb | Python pretty-printer for gdb]]
 +
* [[Yosys-Verific Integration | Yosys-Verific integration]]
  
 
'''Input: VHDL, Verilog (and SystemVerilog), Liberty, EDIF'''
 
'''Input: VHDL, Verilog (and SystemVerilog), Liberty, EDIF'''
Line 48: Line 49:
 
* [[How to ignore parameters/generics in elaboration | Verilog/VHDL: Is there a way to tell the elaborator to ignore certain parameters/generics so that the unit/module is not uniquified?]]
 
* [[How to ignore parameters/generics in elaboration | Verilog/VHDL: Is there a way to tell the elaborator to ignore certain parameters/generics so that the unit/module is not uniquified?]]
 
* [[How to check for errors in analysis/elaboration | Verilog/VHDL: Is there a way to tell if the analysis/elaboration process has errors?]]
 
* [[How to check for errors in analysis/elaboration | Verilog/VHDL: Is there a way to tell if the analysis/elaboration process has errors?]]
* [[Modules/design units with "_default" suffix in their names | Verilog/VHDL: After static elaboration, there are modules/design units/interfaces with "_default" suffix in their names. Why? And what are they?]]
+
* [[Modules/design units with "_default" suffix in their names | Verilog/VHDL: After static elaboration, there are modules/design units/interfaces with "_default" or "or "_1, _2" suffix in their names. What are they?]]
 
* [[How to parse a string | Verilog/VHDL: How to parse a string - Example of adding a module to the parsetree]]
 
* [[How to parse a string | Verilog/VHDL: How to parse a string - Example of adding a module to the parsetree]]
 
* [[Support IEEE 1735 encryption standard | Verilog/VHDL: Does Verific support IEEE 1735 encryption standard?]]
 
* [[Support IEEE 1735 encryption standard | Verilog/VHDL: Does Verific support IEEE 1735 encryption standard?]]
Line 69: Line 70:
 
* [[Extract clock enable | Database/C++: Extract clock enable]]
 
* [[Extract clock enable | Database/C++: Extract clock enable]]
 
* [[Black box, empty box, and unknown box | Database/C++: Black box, empty box, and unknown box]]
 
* [[Black box, empty box, and unknown box | Database/C++: Black box, empty box, and unknown box]]
 +
* [[Post processing port resolution of black boxes | Database/C++: Post processing port resolution of black boxes]]
 
* [[Finding hierarchical paths of a Netlist | Database/C++: Finding hierarchical paths of a Netlist]]
 
* [[Finding hierarchical paths of a Netlist | Database/C++: Finding hierarchical paths of a Netlist]]
 
* [[Replacing Verific built-in primitives/operators with user implementations | Database/C++: Replacing Verific built-in primitives/operators with user implementations]]
 
* [[Replacing Verific built-in primitives/operators with user implementations | Database/C++: Replacing Verific built-in primitives/operators with user implementations]]
Line 78: Line 80:
 
* [[Process -f file and explore the Netlist Database (py)| Database/Verilog/Python: Process -f file and explore the Netlist Database]]
 
* [[Process -f file and explore the Netlist Database (py)| Database/Verilog/Python: Process -f file and explore the Netlist Database]]
 
* [[Fanout cone and grouping | Database/Verilog/Perl: Fanout cone and grouping in the Netlist Database]]
 
* [[Fanout cone and grouping | Database/Verilog/Perl: Fanout cone and grouping in the Netlist Database]]
 +
* [[Type Range example | Database/Verilog/C++: Type Range example  (simple)]]
 +
* [[Type Range example with multi-dimensional arrays| Database/Verilog/C++/Perl: Type Range example with multi-dimensional arrays]]
 +
* [[Using TypeRange table to retrieve the originating type-range for an id | Database/Verilog/C++: Using TypeRange table to retrieve the originating type-range for an id]]
 
* [[Simple example of visitor pattern | Verilog/C++: Simple examples of visitor pattern]]
 
* [[Simple example of visitor pattern | Verilog/C++: Simple examples of visitor pattern]]
 
* [[Statically elaborate with different values of parameters | Verilog/C++: Statically elaborate with different values of parameters]]
 
* [[Statically elaborate with different values of parameters | Verilog/C++: Statically elaborate with different values of parameters]]
Line 84: Line 89:
 
* [[Accessing and evaluating module's parameters | Verilog/C++: Accessing and evaluating module's parameters]]
 
* [[Accessing and evaluating module's parameters | Verilog/C++: Accessing and evaluating module's parameters]]
 
* [[Visiting Hierarchical References (VeriSelectedName) | Verilog/C++: Visiting Hierarchical References (VeriSelectedName)]]
 
* [[Visiting Hierarchical References (VeriSelectedName) | Verilog/C++: Visiting Hierarchical References (VeriSelectedName)]]
* [[Type Range example | Verilog/C++: Type Range example  (simple)]]
 
 
* [[Using stream input to ignore input file | Verilog/C++: Using stream input to ignore input file]]
 
* [[Using stream input to ignore input file | Verilog/C++: Using stream input to ignore input file]]
 
* [[How to ignore certain modules while analyzing input RTL files | Verilog/C++: How to ignore certain modules while analyzing input RTL files]]
 
* [[How to ignore certain modules while analyzing input RTL files | Verilog/C++: How to ignore certain modules while analyzing input RTL files]]
Line 98: Line 102:
 
* [[How to get driving net of an instance | Verilog/C++: How to get driving net of an instance]]
 
* [[How to get driving net of an instance | Verilog/C++: How to get driving net of an instance]]
 
* [[Parse select modules only and ignore the rest | Verilog/C++: Parse select modules only and ignore the rest]]
 
* [[Parse select modules only and ignore the rest | Verilog/C++: Parse select modules only and ignore the rest]]
* [[Create DOT diagram of parse tree | Verilog/C++: Create DOT diagram of parse tree]]
+
* [[Create DOT diagram of parse tree | Verilog/C++: Create DOT diagram of a parse tree]]
* [[Type Range example with multi-dimensional arrays| Verilog/C++/Perl: Type Range example with multi-dimensional arrays]]
+
 
* [[How to get linefile data of macros - Macro callback function | Verilog/C++/Perl/Python: How to get linefile data of macros - Macro callback function]]
 
* [[How to get linefile data of macros - Macro callback function | Verilog/C++/Perl/Python: How to get linefile data of macros - Macro callback function]]
 
* [[Where in RTL does it get assigned? | Verilog/C++/Perl/Python: Where in RTL does it get assigned?]]
 
* [[Where in RTL does it get assigned? | Verilog/C++/Perl/Python: Where in RTL does it get assigned?]]
Line 107: Line 110:
 
* [[Pretty-print a module and the packages imported by the module | SystemVerilog/C++: Pretty-print a module and the packages imported by the module]]
 
* [[Pretty-print a module and the packages imported by the module | SystemVerilog/C++: Pretty-print a module and the packages imported by the module]]
 
* [[How to get packed dimensions of enum | SystemVerilog/C++: How to get packed dimensions of enum]]
 
* [[How to get packed dimensions of enum | SystemVerilog/C++: How to get packed dimensions of enum]]
 +
* [[How to replace a statement that has a label | SystemVerilog/C++: How to replace a statement that has a label]]
 +
* [[How to insert/add a statement, or a module item, into a sequential block and a generate block | SystemVerilog/C++: How to insert/add a statement, or a module item, into a sequential block and a generate block]]
 
* [[Simple examples of VHDL visitor pattern | VHDL/C++: Simple examples of VHDL visitor pattern]]
 
* [[Simple examples of VHDL visitor pattern | VHDL/C++: Simple examples of VHDL visitor pattern]]
 
* [[Traverse instances in parsetree | VHDL/C++: Traverse instances in parsetree]]
 
* [[Traverse instances in parsetree | VHDL/C++: Traverse instances in parsetree]]
 
* [[Parsing from data in memory | Verilog/VHDL/C++: Parsing from data in memory]]
 
* [[Parsing from data in memory | Verilog/VHDL/C++: Parsing from data in memory]]
 +
 +
'''INVIO Code examples'''
 +
* [[Simple port modification | SystemVerilog/Python: Simple port modification]]

Latest revision as of 18:08, 18 October 2024

General

Input: VHDL, Verilog (and SystemVerilog), Liberty, EDIF

Netlist Database

Output

Scripting languages: TCL, Perl, Python

Code examples

INVIO Code examples