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Automatic

System Verilog

STATIC and AUTOMATIC Lifetime:

ByThe Art of Verification March 24, 2021September 15, 2021

Static: For a variable static lifetime is, its memory never de-allocated until simulation ends. Automatic: For a variable Automatic lifetime is, it is stack storage of variable (for multiple entries to a task, function, or block, it will have stack storage) and its memory will be de-allocated once execution of that method or block is…

Read More STATIC and AUTOMATIC Lifetime:Continue

© 2024 The Art of Verification

  • Home
  • About
  • Blog
    • System Verilog
      • Static Properties & Methods in SystemVerilog: A Comprehensive Guide
      • @event Vs wait(event.triggered) in SystemVerilog
      • Concept of “This” in System Verilog:
      • Constraint Override in System Verilog:
      • Different Array Types and Queues in System Verilog
      • Directed Testing Vs Constraint Random Verification
      • Enable/Disable specific constraints:
      • Inheritance in SystemVerilog OOPs:
      • Encapsulation:
      • Polymorphism:
      • Flavours of Fork..Join
      • Generate randc behavior from rand variable:
      • Generate the array of unique values without using random and constraints
      • How to generate an array of unique random values
      • Ifdef Vs plusargs:
      • Logic in Systemverilog:
      • Mailbox in System Verilog
      • Master the Power of Plusargs in SystemVerilog: Must-Know Tips
      • Randcase Vs Randsequence in Systemverilog
      • randomize() Vs std::randomize()
      • Semaphore in SystemVerilog:
      • Shallow Copy Vs Deep Copy
      • STATIC and AUTOMATIC Lifetime:
      • Streaming Operator in SystemVerilog(Pack/Unpack):
      • System Verilog rand_mode() and constraint_mode()
      • Virtual Vs Pure Virtual Methods:
      • Weighted Distribution in System Verilog
    • UVM
      • Advantages of UVM over SV
      • Callbacks Vs Factory
      • Clock Monitors in SoC Verification
      • Mastering the SOC Verification Flow: A Comprehensive Guide
      • Concept of UVM Factory
      • Create() Vs new()
      • Typical UVM Testbench Architecture
      • How to build UVM Environment Part – 1
      • How to build UVM Environment Part – 2
      • How to Build UVM Environment Part – 3
      • How to Build UVM Environment Part – 4
      • How to Terminate UVM Test? (UVM Objections)
      • How to handle Interrupt in UVM?
      • How UVM Callback works?
      • How UVM Phasing is triggered?
      • How UVM RAL works?
      • How Virtual Interface can be pass using uvm_config_db in the UVM Environment?
      • M_sequencer Vs P_sequencer
      • Raise/Drop objection Automatically with UVM
      • Reset Testing using Phase Jump in UVM
      • UVM Macros, Messaging and UVM Reporting:
      • UVM Phasing
      • UVM Sequence Arbitration Mechanism
      • UVM Sequencer and Driver Communication:
      • UVM TLM Concepts:
      • uvm_config_db and uvm_resource_db
      • uvm_report_catcher/uvm_error demoter Example
      • Virtual Sequence and Sequencers:
      • Why do we need a Virtual Interface?
    • Functional Coverage
      • Types of Coverage Metrics
      • Functional Coverage Guidelines for Implementers:
      • Functional Coverage Options in System Verilog
    • Assertions
      • Assertions and Advantages of Assertions
      • Immediate Vs Concurrent Assertions
      • Basic Assertions Examples Part-1
      • Basic Assertions Examples Part-2
      • System Verilog Assertion Binding (SVA Bind)
    • Interview Questions
      • System Verilog Interview Questions
      • UVM Interview Questions
      • Understanding with AXI Protocol and Cache Coherency
      • General Questions on Coverage:
      • How to think like a Verification Engineer
  • Books
  • Contact