Initial commit
* Bare skeleton implementation of everything * Testbench builds with Verilator * Test runs
This commit is contained in:
414
common/axi.intf.sv
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414
common/axi.intf.sv
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@@ -0,0 +1,414 @@
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// Generated AXI Interface
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// This file is automatically generated by scripts/gen_axi_intf.pl
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// Do not edit this file directly.
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//
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// Interface Name: AXI Signal List
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interface axi_intf #(
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parameter ADDR_WIDTH = 1,
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parameter ARSNOOP_WIDTH = 1,
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parameter AWCMO_WIDTH = 1,
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parameter AWSNOOP_WIDTH = 1,
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parameter BRESP_WIDTH = 1,
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parameter CEIL_DATA_WIDTH_DIV_128 = 1,
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parameter CEIL_DATA_WIDTH_DIV_128_TMS_4 = 1,
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parameter CEIL_DATA_WIDTH_DIV_64 = 1,
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parameter DATA_WIDTH = 1,
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parameter DATA_WIDTH_DIV_8 = 1,
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parameter ID_R_WIDTH = 1,
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parameter ID_W_WIDTH = 1,
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parameter LOOP_R_WIDTH = 1,
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parameter LOOP_W_WIDTH = 1,
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parameter MECID_WIDTH = 1,
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parameter MPAM_WIDTH = 1,
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parameter RCHUNKNUM_WIDTH = 1,
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parameter RCHUNKSTRB_WIDTH = 1,
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parameter RRESP_WIDTH = 1,
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parameter SECSID_WIDTH = 1,
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parameter SID_WIDTH = 1,
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parameter SSID_WIDTH = 1,
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parameter SUBSYSID_WIDTH = 1,
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parameter SUM_USER_DATA_WIDTH_USER_RESP_WIDTH = 1,
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parameter USER_DATA_WIDTH = 1,
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parameter USER_REQ_WIDTH = 1,
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parameter USER_RESP_WIDTH = 1
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)
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(
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input ACLK,
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input ARESETn
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);
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// A2.4.1 Clock and reset signals
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// External signal: ACLK; // External Global clock signal [External]
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// External signal: ARESETn; // External Global reset signal [External]
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// A2.1.1 Write request channel
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logic AWVALID; // Valid indicator [Manager]
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logic AWREADY; // Ready indicator [Subordinate]
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logic [ID_W_WIDTH-1:0] AWID; // Transaction identifier for the write channels [Manager]
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logic [ADDR_WIDTH-1:0] AWADDR; // Transaction address [Manager]
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logic [3:0] AWREGION; // Region identifier [Manager]
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logic [7:0] AWLEN; // Transaction length [Manager]
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logic [2:0] AWSIZE; // Transaction size [Manager]
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logic [1:0] AWBURST; // Burst attribute [Manager]
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logic AWLOCK; // Exclusive access indicator [Manager]
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logic [3:0] AWCACHE; // Memory attributes [Manager]
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logic [2:0] AWPROT; // Access attributes [Manager]
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logic AWNSE; // Non-secure extension bit for RME [Manager]
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logic [3:0] AWQOS; // QoS identifier [Manager]
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logic [USER_REQ_WIDTH-1:0] AWUSER; // User-defined extension to a request [Manager]
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logic [1:0] AWDOMAIN; // Shareability domain of a request [Manager]
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logic [AWSNOOP_WIDTH-1:0] AWSNOOP; // Write request opcode [Manager]
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logic [10:0] AWSTASHNID; // Stash Node ID [Manager]
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logic AWSTASHNIDEN; // Stash Node ID enable [Manager]
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logic [4:0] AWSTASHLPID; // Stash Logical Processor ID [Manager]
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logic AWSTASHLPIDEN; // Stash Logical Processor ID enable [Manager]
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logic AWTRACE; // Trace signal [Manager]
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logic [LOOP_W_WIDTH-1:0] AWLOOP; // Loopback signals on the write channels [Manager]
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logic AWMMUVALID; // MMU signal qualifier [Manager]
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logic [SECSID_WIDTH-1:0] AWMMUSECSID; // Secure Stream ID [Manager]
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logic [SID_WIDTH-1:0] AWMMUSID; // StreamID [Manager]
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logic AWMMUSSIDV; // SubstreamID valid [Manager]
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logic [SSID_WIDTH-1:0] AWMMUSSID; // SubstreamID [Manager]
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logic AWMMUATST; // Address translated indicator [Manager]
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logic [1:0] AWMMUFLOW; // SMMU flow type [Manager]
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logic [3:0] AWPBHA; // Page-based Hardware Attributes [Manager]
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logic [3:0] AWNSAID; // Non-secure Access ID [Manager]
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logic [SUBSYSID_WIDTH-1:0] AWSUBSYSID; // Subsystem ID [Manager]
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logic [5:0] AWATOP; // Atomic transaction opcode [Manager]
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logic [MPAM_WIDTH-1:0] AWMPAM; // MPAM information with a request [Manager]
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logic AWIDUNQ; // Unique ID indicator [Manager]
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logic [AWCMO_WIDTH-1:0] AWCMO; // CMO type [Manager]
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logic [1:0] AWTAGOP; // Memory Tag operation for write requests [Manager]
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logic [MECID_WIDTH-1:0] AWMECID; // Memory Encryption Context identifier [Manager]
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// A2.1.1 Write request channel
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logic WVALID; // Valid indicator [Manager]
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logic WREADY; // Ready indicator [Subordinate]
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logic [DATA_WIDTH-1:0] WDATA; // Write data [Manager]
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logic [DATA_WIDTH_DIV_8-1:0] WSTRB; // Write data strobes [Manager]
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logic [CEIL_DATA_WIDTH_DIV_128_TMS_4-1:0] WTAG; // Memory Tag [Manager]
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logic [CEIL_DATA_WIDTH_DIV_128-1:0] WTAGUPDATE; // Memory Tag update [Manager]
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logic WLAST; // Last write data [Manager]
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logic [USER_DATA_WIDTH-1:0] WUSER; // User-defined extension to write data [Manager]
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logic [CEIL_DATA_WIDTH_DIV_64-1:0] WPOISON; // Poison indicator [Manager]
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logic WTRACE; // Trace signal [Manager]
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// A2.1.3 Write response channel
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logic BVALID; // Valid indicator [Subordinate]
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logic BREADY; // Ready indicator [Manager]
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logic [ID_W_WIDTH-1:0] BID; // Transaction identifier for the write channels [Subordinate]
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logic BIDUNQ; // Unique ID indicator [Subordinate]
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logic [BRESP_WIDTH-1:0] BRESP; // Write response code [Subordinate]
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logic BCOMP; // Completion response indicator [Subordinate]
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logic BPERSIST; // Persist response [Subordinate]
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logic [1:0] BTAGMATCH; // Memory Tag Match response [Subordinate]
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logic [USER_RESP_WIDTH-1:0] BUSER; // User-defined extension to a write response [Subordinate]
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logic BTRACE; // Trace signal [Subordinate]
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logic [LOOP_W_WIDTH-1:0] BLOOP; // Loopback signals on the write channels [Subordinate]
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logic [1:0] BBUSY; // Busy indicator [Subordinate]
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// A2.2.1 Read request channel
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logic ARVALID; // Valid indicator [Manager]
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logic ARREADY; // Ready indicator [Subordinate]
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logic [ID_R_WIDTH-1:0] ARID; // Transaction identifier for the read channels [Manager]
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logic [ADDR_WIDTH-1:0] ARADDR; // Transaction address [Manager]
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logic [3:0] ARREGION; // Region identifier [Manager]
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logic [7:0] ARLEN; // Transaction length [Manager]
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logic [2:0] ARSIZE; // Transaction size [Manager]
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logic [1:0] ARBURST; // Burst attribute [Manager]
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logic ARLOCK; // Exclusive access indicator [Manager]
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logic [3:0] ARCACHE; // Memory attributes [Manager]
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logic [2:0] ARPROT; // Access attributes [Manager]
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logic ARNSE; // Non-secure extension bit for RME [Manager]
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logic [3:0] ARQOS; // QoS identifier [Manager]
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logic [USER_REQ_WIDTH-1:0] ARUSER; // User-defined extension to a request [Manager]
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logic [1:0] ARDOMAIN; // Shareability domain of a request [Manager]
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logic [ARSNOOP_WIDTH-1:0] ARSNOOP; // Read request opcode [Manager]
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logic ARTRACE; // Trace signal [Manager]
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logic [LOOP_R_WIDTH-1:0] ARLOOP; // Loopback signals on the read channels [Manager]
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logic ARMMUVALID; // MMU signal qualifier [Manager]
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logic [SECSID_WIDTH-1:0] ARMMUSECSID; // Secure Stream ID [Manager]
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logic [SID_WIDTH-1:0] ARMMUSID; // StreamID [Manager]
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logic ARMMUSSIDV; // SubstreamID valid [Manager]
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logic [SSID_WIDTH-1:0] ARMMUSSID; // SubstreamID [Manager]
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logic ARMMUATST; // Address translated indicator [Manager]
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logic [1:0] ARMMUFLOW; // SMMU flow type [Manager]
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logic [3:0] ARPBHA; // Page-based Hardware Attributes [Manager]
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logic [3:0] ARNSAID; // Non-secure Access ID [Manager]
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logic [SUBSYSID_WIDTH-1:0] ARSUBSYSID; // Subsystem ID [Manager]
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logic ARCHUNKEN; // Read data chunking enable [Manager]
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logic ARIDUNQ; // Unique ID indicator [Manager]
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logic [1:0] ARTAGOP; // Memory Tag operation for read requests [Manager]
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logic [MECID_WIDTH-1:0] ARMECID; // Memory Encryption Context identifier [Manager]
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// A2.2.2 Read data channel
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logic RVALID; // Valid indicator [Subordinate]
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logic RREADY; // Ready indicator [Manager]
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logic [ID_R_WIDTH-1:0] RID; // Transaction identifier for the read channels [Subordinate]
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logic RIDUNQ; // Unique ID indicator [Subordinate]
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logic [DATA_WIDTH-1:0] RDATA; // Read data [Subordinate]
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logic [CEIL_DATA_WIDTH_DIV_128_TMS_4-1:0] RTAG; // Memory Tag [Subordinate]
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logic [RRESP_WIDTH-1:0] RRESP; // Read response [Subordinate]
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logic RLAST; // Last read data [Subordinate]
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logic [SUM_USER_DATA_WIDTH_USER_RESP_WIDTH-1:0] RUSER; // User-defined extension to read data and response [Subordinate]
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logic [CEIL_DATA_WIDTH_DIV_64-1:0] RPOISON; // Poison indicator [Subordinate]
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logic RTRACE; // Trace signal [Subordinate]
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logic [LOOP_R_WIDTH-1:0] RLOOP; // Loopback signals on the read channels [Subordinate]
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logic RCHUNKV; // Read data chunking valid [Subordinate]
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logic [RCHUNKNUM_WIDTH-1:0] RCHUNKNUM; // Read data chunk number [Subordinate]
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logic [RCHUNKSTRB_WIDTH-1:0] RCHUNKSTRB; // Read data chunk strobe [Subordinate]
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logic [1:0] RBUSY; // Busy indicator [Subordinate]
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// Modport for Manager role
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modport MANAGER (
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// A2.4.1 Clock and reset signals
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input ACLK,
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input ARESETn,
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// A2.1.1 Write request channel
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output AWVALID,
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input AWREADY,
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output AWID,
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output AWADDR,
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output AWREGION,
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output AWLEN,
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output AWSIZE,
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output AWBURST,
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output AWLOCK,
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output AWCACHE,
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output AWPROT,
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output AWNSE,
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output AWQOS,
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output AWUSER,
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output AWDOMAIN,
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output AWSNOOP,
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output AWSTASHNID,
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output AWSTASHNIDEN,
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output AWSTASHLPID,
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output AWSTASHLPIDEN,
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output AWTRACE,
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output AWLOOP,
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output AWMMUVALID,
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output AWMMUSECSID,
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output AWMMUSID,
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output AWMMUSSIDV,
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output AWMMUSSID,
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output AWMMUATST,
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output AWMMUFLOW,
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output AWPBHA,
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output AWNSAID,
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output AWSUBSYSID,
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output AWATOP,
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output AWMPAM,
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output AWIDUNQ,
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output AWCMO,
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output AWTAGOP,
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output AWMECID,
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// A2.1.1 Write request channel
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output WVALID,
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input WREADY,
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output WDATA,
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output WSTRB,
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output WTAG,
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output WTAGUPDATE,
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output WLAST,
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output WUSER,
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output WPOISON,
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output WTRACE,
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// A2.1.3 Write response channel
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input BVALID,
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output BREADY,
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input BID,
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input BIDUNQ,
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input BRESP,
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input BCOMP,
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input BPERSIST,
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input BTAGMATCH,
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input BUSER,
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input BTRACE,
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input BLOOP,
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input BBUSY,
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// A2.2.1 Read request channel
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output ARVALID,
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input ARREADY,
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output ARID,
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output ARADDR,
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output ARREGION,
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output ARLEN,
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output ARSIZE,
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output ARBURST,
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output ARLOCK,
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output ARCACHE,
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output ARPROT,
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output ARNSE,
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output ARQOS,
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output ARUSER,
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output ARDOMAIN,
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output ARSNOOP,
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output ARTRACE,
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output ARLOOP,
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output ARMMUVALID,
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output ARMMUSECSID,
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output ARMMUSID,
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output ARMMUSSIDV,
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output ARMMUSSID,
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output ARMMUATST,
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output ARMMUFLOW,
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output ARPBHA,
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output ARNSAID,
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output ARSUBSYSID,
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output ARCHUNKEN,
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output ARIDUNQ,
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output ARTAGOP,
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output ARMECID,
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// A2.2.2 Read data channel
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input RVALID,
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output RREADY,
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input RID,
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input RIDUNQ,
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input RDATA,
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input RTAG,
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input RRESP,
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input RLAST,
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input RUSER,
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input RPOISON,
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input RTRACE,
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input RLOOP,
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input RCHUNKV,
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input RCHUNKNUM,
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input RCHUNKSTRB,
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input RBUSY
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);
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// Modport for Subordinate role
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modport SUBORDINATE (
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// A2.4.1 Clock and reset signals
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input ACLK,
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input ARESETn,
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// A2.1.1 Write request channel
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input AWVALID,
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output AWREADY,
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input AWID,
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input AWADDR,
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input AWREGION,
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input AWLEN,
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input AWSIZE,
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input AWBURST,
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input AWLOCK,
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input AWCACHE,
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input AWPROT,
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input AWNSE,
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input AWQOS,
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input AWUSER,
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input AWDOMAIN,
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input AWSNOOP,
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input AWSTASHNID,
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input AWSTASHNIDEN,
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input AWSTASHLPID,
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input AWSTASHLPIDEN,
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input AWTRACE,
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input AWLOOP,
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input AWMMUVALID,
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input AWMMUSECSID,
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input AWMMUSID,
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input AWMMUSSIDV,
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input AWMMUSSID,
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input AWMMUATST,
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input AWMMUFLOW,
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input AWPBHA,
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input AWNSAID,
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input AWSUBSYSID,
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input AWATOP,
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input AWMPAM,
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input AWIDUNQ,
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input AWCMO,
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input AWTAGOP,
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input AWMECID,
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// A2.1.1 Write request channel
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input WVALID,
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output WREADY,
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input WDATA,
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input WSTRB,
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input WTAG,
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input WTAGUPDATE,
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input WLAST,
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input WUSER,
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input WPOISON,
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input WTRACE,
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// A2.1.3 Write response channel
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output BVALID,
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input BREADY,
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output BID,
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output BIDUNQ,
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output BRESP,
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output BCOMP,
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output BPERSIST,
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output BTAGMATCH,
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output BUSER,
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output BTRACE,
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output BLOOP,
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output BBUSY,
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// A2.2.1 Read request channel
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input ARVALID,
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output ARREADY,
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input ARID,
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input ARADDR,
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input ARREGION,
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input ARLEN,
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input ARSIZE,
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input ARBURST,
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input ARLOCK,
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input ARCACHE,
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input ARPROT,
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input ARNSE,
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input ARQOS,
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input ARUSER,
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input ARDOMAIN,
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input ARSNOOP,
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input ARTRACE,
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input ARLOOP,
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input ARMMUVALID,
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input ARMMUSECSID,
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input ARMMUSID,
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input ARMMUSSIDV,
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input ARMMUSSID,
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input ARMMUATST,
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input ARMMUFLOW,
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input ARPBHA,
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input ARNSAID,
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input ARSUBSYSID,
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input ARCHUNKEN,
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input ARIDUNQ,
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input ARTAGOP,
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input ARMECID,
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// A2.2.2 Read data channel
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output RVALID,
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input RREADY,
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output RID,
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output RIDUNQ,
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output RDATA,
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output RTAG,
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output RRESP,
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output RLAST,
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output RUSER,
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output RPOISON,
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output RTRACE,
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output RLOOP,
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output RCHUNKV,
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output RCHUNKNUM,
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output RCHUNKSTRB,
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output RBUSY
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);
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endinterface // axi_intf
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3
common/common_pkg.sv
Normal file
3
common/common_pkg.sv
Normal file
@@ -0,0 +1,3 @@
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`include "axi.intf.sv"
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package common_pkg;
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endpackage
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Reference in New Issue
Block a user