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In case of creating HDL-code in #SublimeText you can integrate simple linter like #Verilator (Free and OpenSource tool):
https://github.com/poucotm/SublimeLinter-contrib-verilator
#lint #verilog #SV
https://github.com/poucotm/SublimeLinter-contrib-verilator
#lint #verilog #SV
For other RTL-editors you can run #Verilator (as Linter) directly from CLI (customize command args with adding your secret sauce):
#lint #verilog #SV
verilator --error-limit 100 \
--default-language 1800-2012 \
--bbox-sys --bbox-unsup -Wall \
-Wno-DECLFILENAME \
-Wno-IGNINC -Wno-IGNDEF \
-Wno-WIDTH -Wno-STMTDLY \
-Wno-UNDRIVEN \
-Wno-PINCONNECTEMPTY \
-Wno-INPUTPINEMPTY \
-Wno-OUTPUTPINEMPTY
#lint #verilog #SV
PyMTL - an open-source python-based unified framework for multi-level hardware modeling and vertically integrated computer architecture research.
PyMTL that aims to close this computer architecture research methodology gap by providing a unified design environment for functional-level (FL), cycle-level (CL), and register-transfer-level (RTL) modeling. PyMTL leverages the Python programming language to create a highly productive domain-specific embedded language for concurrent-structural modeling and hardware design.
A custom JIT engine automatically generates optimized C++ for CL and RTL models. To reduce the performance impact of the remaining unspecialized code, Sim JIT combines with an off-the-shelf Python interpreter with a meta-tracing JIT compiler (PyPy). Sim JIT+PyPy provides speedups of up to 72× for CL models and 200× for RTL models.
◦ Paper
◦ Tutorial + Examples
◦ Sources
#PyMTL #JIT #framework #python #modeling #verilator
PyMTL that aims to close this computer architecture research methodology gap by providing a unified design environment for functional-level (FL), cycle-level (CL), and register-transfer-level (RTL) modeling. PyMTL leverages the Python programming language to create a highly productive domain-specific embedded language for concurrent-structural modeling and hardware design.
A custom JIT engine automatically generates optimized C++ for CL and RTL models. To reduce the performance impact of the remaining unspecialized code, Sim JIT combines with an off-the-shelf Python interpreter with a meta-tracing JIT compiler (PyPy). Sim JIT+PyPy provides speedups of up to 72× for CL models and 200× for RTL models.
◦ Paper
◦ Tutorial + Examples
◦ Sources
#PyMTL #JIT #framework #python #modeling #verilator
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Verilog-HDL/SystemVerilog/Bluespec support for VS Code
Features
▫️ Syntax Highlighting
◦ Verilog
◦ SystemVerilog
◦ Bluespec SystemVerilog
◦ Vivado UCF constraints
◦ Synopsys Design Constraints
▫️Simple Snippets
▫️Linting support from:
◦ Icarus Verilog
◦ Vivado Simulation
◦ Modelsim
◦ Verilator
▫️Ctags Integration
◦ Autocomplete
◦ Document Symbols Outline
◦ Hover over variable declaration
◦ Go to Definition & Peek Definition
◦ Module Instantiation
https://github.com/mshr-h/vscode-verilog-hdl-support
#VScode #MS #verilog #SV #bluespec #lint snippets #syntax #icarus #modelsim #verilator
@fpgasic
Features
▫️ Syntax Highlighting
◦ Verilog
◦ SystemVerilog
◦ Bluespec SystemVerilog
◦ Vivado UCF constraints
◦ Synopsys Design Constraints
▫️Simple Snippets
▫️Linting support from:
◦ Icarus Verilog
◦ Vivado Simulation
◦ Modelsim
◦ Verilator
▫️Ctags Integration
◦ Autocomplete
◦ Document Symbols Outline
◦ Hover over variable declaration
◦ Go to Definition & Peek Definition
◦ Module Instantiation
https://github.com/mshr-h/vscode-verilog-hdl-support
#VScode #MS #verilog #SV #bluespec #lint snippets #syntax #icarus #modelsim #verilator
@fpgasic