📄 system_0.ptf
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SIGNAL aad { format = "Logic"; name = "i_address"; radix = "hexadecimal"; } SIGNAL aae { format = "Logic"; name = "i_read"; radix = "hexadecimal"; } SIGNAL aaf { format = "Logic"; name = "clk"; radix = "hexadecimal"; } SIGNAL aag { format = "Logic"; name = "reset_n"; radix = "hexadecimal"; } SIGNAL aah { format = "Logic"; name = "d_readdata"; radix = "hexadecimal"; } SIGNAL aai { format = "Logic"; name = "d_waitrequest"; radix = "hexadecimal"; } SIGNAL aaj { format = "Logic"; name = "d_irq"; radix = "hexadecimal"; } SIGNAL aak { format = "Logic"; name = "d_address"; radix = "hexadecimal"; } SIGNAL aal { format = "Logic"; name = "d_byteenable"; radix = "hexadecimal"; } SIGNAL aam { format = "Logic"; name = "d_read"; radix = "hexadecimal"; } SIGNAL aan { format = "Logic"; name = "d_write"; radix = "hexadecimal"; } SIGNAL aao { format = "Logic"; name = "d_writedata"; radix = "hexadecimal"; } SIGNAL aap { format = "Divider"; name = "base pipeline"; radix = ""; } SIGNAL aaq { format = "Logic"; name = "clk"; radix = "hexadecimal"; } SIGNAL aar { format = "Logic"; name = "reset_n"; radix = "hexadecimal"; } SIGNAL aas { format = "Logic"; name = "D_stall"; radix = "hexadecimal"; } SIGNAL aat { format = "Logic"; name = "A_stall"; radix = "hexadecimal"; } SIGNAL aau { format = "Logic"; name = "F_pcb_nxt"; radix = "hexadecimal"; } SIGNAL aav { format = "Logic"; name = "F_pcb"; radix = "hexadecimal"; } SIGNAL aaw { format = "Logic"; name = "D_pcb"; radix = "hexadecimal"; } SIGNAL aax { format = "Logic"; name = "E_pcb"; radix = "hexadecimal"; } SIGNAL aay { format = "Logic"; name = "M_pcb"; radix = "hexadecimal"; } SIGNAL aaz { format = "Logic"; name = "A_pcb"; radix = "hexadecimal"; } SIGNAL aba { format = "Logic"; name = "W_pcb"; radix = "hexadecimal"; } SIGNAL abb { format = "Logic"; name = "F_vinst"; radix = "ascii"; } SIGNAL abc { format = "Logic"; name = "D_vinst"; radix = "ascii"; } SIGNAL abd { format = "Logic"; name = "E_vinst"; radix = "ascii"; } SIGNAL abe { format = "Logic"; name = "M_vinst"; radix = "ascii"; } SIGNAL abf { format = "Logic"; name = "A_vinst"; radix = "ascii"; } SIGNAL abg { format = "Logic"; name = "W_vinst"; radix = "ascii"; } SIGNAL abh { format = "Logic"; name = "F_inst_ram_hit"; radix = "hexadecimal"; } SIGNAL abi { format = "Logic"; name = "F_issue"; radix = "hexadecimal"; } SIGNAL abj { format = "Logic"; name = "F_kill"; radix = "hexadecimal"; } SIGNAL abk { format = "Logic"; name = "D_kill"; radix = "hexadecimal"; } SIGNAL abl { format = "Logic"; name = "D_refetch"; radix = "hexadecimal"; } SIGNAL abm { format = "Logic"; name = "D_issue"; radix = "hexadecimal"; } SIGNAL abn { format = "Logic"; name = "D_valid"; radix = "hexadecimal"; } SIGNAL abo { format = "Logic"; name = "E_valid"; radix = "hexadecimal"; } SIGNAL abp { format = "Logic"; name = "M_valid"; radix = "hexadecimal"; } SIGNAL abq { format = "Logic"; name = "A_valid"; radix = "hexadecimal"; } SIGNAL abr { format = "Logic"; name = "W_valid"; radix = "hexadecimal"; } SIGNAL abs { format = "Logic"; name = "W_wr_dst_reg"; radix = "hexadecimal"; } SIGNAL abt { format = "Logic"; name = "W_dst_regnum"; radix = "hexadecimal"; } SIGNAL abu { format = "Logic"; name = "W_wr_data"; radix = "hexadecimal"; } SIGNAL abv { format = "Logic"; name = "D_en"; radix = "hexadecimal"; } SIGNAL abw { format = "Logic"; name = "E_en"; radix = "hexadecimal"; } SIGNAL abx { format = "Logic"; name = "M_en"; radix = "hexadecimal"; } SIGNAL aby { format = "Logic"; name = "A_en"; radix = "hexadecimal"; } SIGNAL abz { format = "Logic"; name = "F_iw"; radix = "hexadecimal"; } SIGNAL aca { format = "Logic"; name = "D_iw"; radix = "hexadecimal"; } SIGNAL acb { format = "Logic"; name = "E_iw"; radix = "hexadecimal"; } SIGNAL acc { format = "Logic"; name = "E_valid_prior_to_hbreak"; radix = "hexadecimal"; } SIGNAL acd { format = "Logic"; name = "M_pipe_flush"; radix = "hexadecimal"; } SIGNAL ace { format = "Logic"; name = "M_pipe_flush_baddr"; radix = "hexadecimal"; } SIGNAL acf { format = "Logic"; name = "intr_req"; radix = "hexadecimal"; } SIGNAL acg { format = "Logic"; name = "A_ienable_reg"; radix = "hexadecimal"; } SIGNAL ach { format = "Logic"; name = "A_status_reg_pie"; radix = "hexadecimal"; } SIGNAL aci { format = "Logic"; name = "E_valid_prior_to_hbreak"; radix = "hexadecimal"; } } } } MODULE tri_state_bridge_0 { class = "altera_avalon_tri_state_bridge"; class_version = "6.05"; SLAVE avalon_slave { SYSTEM_BUILDER_INFO { Bus_Type = "avalon"; Bridges_To = "tristate_master"; Base_Address = "N/A"; Has_IRQ = "0"; IRQ = "N/A"; Register_Outgoing_Signals = "1"; Register_Incoming_Signals = "1"; MASTERED_BY cpu_0/instruction_master { priority = "1"; } MASTERED_BY cpu_0/data_master { priority = "1"; } IRQ_MASTER cpu_0/data_master { IRQ_Number = "NC"; } Address_Group = "0"; } } MASTER tristate_master { SYSTEM_BUILDER_INFO { Bus_Type = "avalon_tristate"; Bridges_To = "avalon_slave"; } } SYSTEM_BUILDER_INFO { Instantiate_In_System_Module = "1"; Is_Enabled = "1"; Is_Bridge = "1"; Top_Level_Ports_Are_Enumerated = "1"; Clock_Source = "clk"; View { MESSAGES { } Is_Collapsed = "1"; } } WIZARD_SCRIPT_ARGUMENTS { } } MODULE cfi_flash_0 { class = "altera_avalon_cfi_flash"; class_version = "6.05"; iss_model_name = "altera_avalon_flash"; HDL_INFO { } SLAVE s1 { PORT_WIRING { PORT data { width = "8"; is_shared = "1"; direction = "inout"; type = "data"; } PORT address { width = "22"; is_shared = "1"; direction = "input"; type = "address"; } PORT read_n { width = "1"; is_shared = "1"; direction = "input"; type = "read_n"; } PORT write_n { width = "1"; is_shared = "0"; direction = "input"; type = "write_n"; } PORT select_n { width = "1"; is_shared = "0"; direction = "input"; type = "chipselect_n"; } } WIZARD_SCRIPT_ARGUMENTS { class = "altera_avalon_cfi_flash"; Supports_Flash_File_System = "1"; flash_reference_designator = "U20"; }
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