Put and get in uvm.
UVM TLM FIFO.
Put and get in uvm. transactions are fetched from the FIFO in the order they arrived via the get_peek_export. get_next_item needs an item_don () call after the seq_item has been processed. UVM provides several built-in TLM interfaces, such as uvm_blocking_get_port, uvm_blocking_put_port, uvm_nonblocking_get_port, and uvm_nonblocking_put_port, to model different communication scenarios. put get peek try_ut try_get can_put can_get try_peek can_peek bidirectional transport analysis write method Like their SystemC counterparts, the UVM’s TLM port and export implementations allow connections between ports whose interfaces are not an exact match. TLM in UVM is facilitated through TLM interfaces. Although this is the preferred way for driver-sequencer communications, UVM also gives us an alternative for a more complex implementation. UVM TLM FIFO. For example, an uvm_blocking_get_port can be connected to any port, export or imp port that provides at the least an implementation of the blocking_get interface, which includes the uvm_get_* ports and exports, uvm_blocking_get_peek_* ports In this video, we dive deep into UVM TLM Ports, specifically focusing on the put and put_imp implementation ports in SystemVerilog. TLM FIFO can be extended to have another component called componentB to accept packets using another internal FIFO and sub-component. The put_export and get_peek_export are inherited from the uvm_tlm_fifo_base # (T) super class, and the interface methods provided by these exports are defined by the uvm_tlm_if_base # (T1,T2) class. j9gxe gyauqsw bdfs0 vzr7xu 0alvj qd un zi9 eoj3 tn5
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