---------------------------------------------------------------------- -- TI F781962A Fixed & Floating Point DSP with Boundary Scan -- ---------------------------------------------------------------------- -- Supported Devices: F781962A Revision 2.1 -- ---------------------------------------------------------------------- -- Created by : Texas Instruments Incorporated -- -- Documentation : F781962A Users Guide -- -- BSDL Revision : 0.1 originally created -- -- -- -- BSDL Status : Preliminary -- -- Date Created : 5/03/2013 -- -- -- ---------------------------------------------------------------------- -- -- -- IMPORTANT NOTICE -- Texas Instruments Incorporated (TI) reserves the right to make -- changes to its products or to discontinue any semiconductor -- product or service without notice, and advises its customers to -- obtain the latest version of the relevant information to -- verify, before placing orders, that the information being -- relied on is current. -- TI warrants performance of its semiconductor products and -- related software to the specifications applicable at the time -- of sale in accordance with TI's standard warranty. Testing and -- other quality control techniques are utilized to the extent TI -- deems necessary to support this warranty. Specific testing of -- all parameters of each device is not necessarily performed, -- except those mandated by government requirements. -- -- Certain applications using semiconductor devices may involve -- potential risks of death, personal injury, or severe property -- or environmental damage ("Critical Applications"). -- TI SEMICONDUCTOR PRODUCTS ARE NOT DESIGNED, INTENDED, -- AUTHORIZED, OR WARRANTED TO BE SUITABLE FOR USE IN -- LIFE-SUPPORT APPLICATIONS, DEVICES OR SYSTEMS OR OTHER -- CRITICAL APPLICATIONS. -- Inclusion of TI products in such applications is understood -- to be fully at the risk of the customer. Use of TI products -- in such applications requires the written approval of an -- appropriate TI officer. Questions concerning potential risk -- applications should be directed to TI through a local SC sales -- office. -- In order to minimize risks associated with the customer's -- applications, adequate design and operating safeguards should -- be provided by the -- customer to minimize inherent or procedural hazards. -- TI assumes no liability for applications assistance, customer -- product design, software performance, or infringement of -- patents or services described herein. Nor does TI warrant or -- represent that any license, either express or implied, is -- granted under any patent right, copyright, mask work right, or -- other intellectual property right of TI covering or relating -- to any combination, machine, or process in which such -- semiconductor products or services might be or are used. -- Copyright (c) 2001, Texas Instruments Incorporated ------------------------------------------------------------------- entity F781962A is generic(PHYSICAL_PIN_MAP : string := "ZCE"); port( EMU0 : inout bit; EMU1 : inout bit; EXT_WAKEUP : in bit; I2C0_SCL : inout bit; I2C0_SDA : inout bit; XTALIN : linkage bit; XTALOUT : linkage bit; RTC_XTALIN : linkage bit; RTC_XTALOUT : linkage bit; PMIC_POWER_EN : linkage bit; RTC_PWRONRSTn : in bit; TCK : in bit; TDI : in bit; TDO : out bit; TMS : in bit; USB0_DRVVBUS : inout bit; ddr_a0 : inout bit; ddr_a1 : inout bit; ddr_a10 : inout bit; ddr_a11 : inout bit; ddr_a12 : inout bit; ddr_a13 : inout bit; ddr_a14 : inout bit; ddr_a15 : inout bit; ddr_a2 : inout bit; ddr_a3 : inout bit; ddr_a4 : inout bit; ddr_a5 : inout bit; ddr_a6 : inout bit; ddr_a7 : inout bit; ddr_a8 : inout bit; ddr_a9 : inout bit; ddr_ba0 : inout bit; ddr_ba1 : inout bit; ddr_ba2 : inout bit; ddr_casn : inout bit; ddr_ck : inout bit; ddr_cke : inout bit; ddr_csn0 : inout bit; ddr_d0 : inout bit; ddr_d1 : inout bit; ddr_d10 : inout bit; ddr_d11 : inout bit; ddr_d12 : inout bit; ddr_d13 : inout bit; ddr_d14 : inout bit; ddr_d15 : inout bit; ddr_d2 : inout bit; ddr_d3 : inout bit; ddr_d4 : inout bit; ddr_d5 : inout bit; ddr_d6 : inout bit; ddr_d7 : inout bit; ddr_d8 : inout bit; ddr_d9 : inout bit; ddr_dqm0 : inout bit; ddr_dqm1 : inout bit; ddr_dqs0 : inout bit; ddr_dqs1 : inout bit; ddr_dqsn0 : inout bit; ddr_dqsn1 : inout bit; DDR_CKn : inout bit; ddr_odt : inout bit; ddr_rasn : inout bit; ddr_resetn : inout bit; ddr_vtp : linkage bit; ddr_wen : inout bit; eCAP0_in_PWM0_out : inout bit; gpmc_ad0 : inout bit; gpmc_ad1 : inout bit; gpmc_ad10 : inout bit; gpmc_ad11 : inout bit; gpmc_ad12 : inout bit; gpmc_ad13 : inout bit; gpmc_ad14 : inout bit; gpmc_ad15 : inout bit; gpmc_ad2 : inout bit; gpmc_ad3 : inout bit; gpmc_ad4 : inout bit; gpmc_ad5 : inout bit; gpmc_ad6 : inout bit; gpmc_ad7 : inout bit; gpmc_ad8 : inout bit; gpmc_ad9 : inout bit; gpmc_advn_ale : inout bit; gpmc_ben0_cle : inout bit; gpmc_ben1 : inout bit; gpmc_clk : inout bit; gpmc_csn0 : inout bit; gpmc_csn1 : inout bit; gpmc_csn2 : inout bit; gpmc_csn3 : inout bit; gpmc_oen_ren : inout bit; gpmc_wait0 : inout bit; gpmc_wen : inout bit; gpmc_wpn : inout bit; lcd_ac_bias_en : inout bit; lcd_data0 : inout bit; lcd_data1 : inout bit; lcd_data10 : inout bit; lcd_data11 : inout bit; lcd_data12 : inout bit; lcd_data13 : inout bit; lcd_data14 : inout bit; lcd_data15 : inout bit; lcd_data2 : inout bit; lcd_data3 : inout bit; lcd_data4 : inout bit; lcd_data5 : inout bit; lcd_data6 : inout bit; lcd_data7 : inout bit; lcd_data8 : inout bit; lcd_data9 : inout bit; lcd_hsync : inout bit; lcd_pclk : inout bit; lcd_vsync : inout bit; mdc : inout bit; mdio : inout bit; mii1_col : inout bit; mii1_crs : inout bit; mii1_rx_clk : inout bit; mii1_rxd0 : inout bit; mii1_rxd1 : inout bit; mii1_rxd2 : inout bit; mii1_rxd3 : inout bit; mii1_rx_dv : inout bit; mii1_rx_er : inout bit; mii1_tx_clk : inout bit; mii1_txd0 : inout bit; mii1_txd1 : inout bit; mii1_txd2 : inout bit; mii1_txd3 : inout bit; mii1_tx_en : inout bit; mmc0_clk : inout bit; mmc0_cmd : inout bit; mmc0_dat0 : inout bit; mmc0_dat1 : inout bit; mmc0_dat2 : inout bit; mmc0_dat3 : inout bit; EXTINTn : inout bit; WARMRSTn : inout bit; TRSTn : in bit; PWRONRSTn : in bit; rmii1_ref_clk : inout bit; spi0_cs0 : inout bit; spi0_cs1 : inout bit; spi0_d0 : inout bit; spi0_d1 : inout bit; spi0_sclk : inout bit; testout : linkage bit; uart0_ctsn : inout bit; uart0_rtsn : inout bit; uart0_rxd : inout bit; uart0_txd : inout bit; uart1_ctsn : inout bit; uart1_rtsn : inout bit; uart1_rxd : inout bit; uart1_txd : inout bit; xdma_event_intr0 : inout bit; xdma_event_intr1 : inout bit; AIN0 : linkage bit; AIN1 : linkage bit; AIN2 : linkage bit; AIN3 : linkage bit; AIN4 : linkage bit; AIN5 : linkage bit; AIN6 : linkage bit; AIN7 : linkage bit; USB0_CE : linkage bit; USB0_DM : linkage bit; USB0_DP : linkage bit; USB0_ID : linkage bit; VREFN : linkage bit; VREFP : linkage bit; vssa_usb : linkage bit; vssa_adc : linkage bit; vss_osc : linkage bit; vss : linkage bit_vector (46 downto 0); vpp : linkage bit; vddshv6 : linkage bit_vector (5 downto 0); vddshv5 : linkage bit_vector (2 downto 0); vddshv4 : linkage bit_vector (2 downto 0); vddshv1 : linkage bit_vector (4 downto 0); vdds_sram_mpu_bb : linkage bit; vdds_sram_core_bg : linkage bit; vdds_rtc : linkage bit; vdds_pll_mpu : linkage bit; vdds_pll_ddr : linkage bit; vdds_pll_core_lcd : linkage bit; vdds_osc : linkage bit; vdds_ddr : linkage bit_vector (7 downto 0); vdds : linkage bit_vector (4 downto 0); vdda3p3v_usb0 : linkage bit; vdda1p8v_usb0 : linkage bit; vdda_adc : linkage bit; vdd_core : linkage bit_vector (25 downto 0); ENZ_KALDO_1P8V : linkage bit; ddr_vref : linkage bit; cap_vdd_sram_mpu : linkage bit; cap_vdd_sram_core : linkage bit; cap_vdd_rtc : linkage bit; cap_vbb_mpu : linkage bit; usb0_vbus : linkage bit ); use STD_1149_1_2001.all; -- Get standard attributes and definitions attribute COMPONENT_CONFORMANCE of F781962A : entity is "STD_1149_1_2001"; attribute PIN_MAP of F781962A : entity is PHYSICAL_PIN_MAP; constant ZCE : PIN_MAP_STRING := "EMU0 : A15 ,"& "EMU1 : D14 ,"& "EXT_WAKEUP : B5 ,"& "I2C0_SCL : B19 ,"& "I2C0_SDA : C18 ,"& "XTALIN : W11 ,"& "XTALOUT : W12 ,"& "RTC_XTALIN : A6 ,"& "RTC_XTALOUT : A5 ,"& "PMIC_POWER_EN : C7 ,"& "RTC_PWRONRSTn : B7 ,"& "TCK : B14 ,"& "TDI : B13 ,"& "TDO : A14 ,"& "TMS : C14 ,"& "USB0_DRVVBUS : G16 ,"& "ddr_a0 : F3 ,"& "ddr_a1 : J2 ,"& "ddr_a10 : E2 ,"& "ddr_a11 : G4 ,"& "ddr_a12 : F4 ,"& "ddr_a13 : H1 ,"& "ddr_a14 : H3 ,"& "ddr_a15 : E3 ,"& "ddr_a2 : D1 ,"& "ddr_a3 : B3 ,"& "ddr_a4 : E5 ,"& "ddr_a5 : A2 ,"& "ddr_a6 : B1 ,"& "ddr_a7 : D2 ,"& "ddr_a8 : C3 ,"& "ddr_a9 : B2 ,"& "ddr_ba0 : A3 ,"& "ddr_ba1 : E1 ,"& "ddr_ba2 : B4 ,"& "ddr_casn : F1 ,"& "ddr_ck : C2 ,"& "ddr_cke : G3 ,"& "ddr_csn0 : H2 ,"& "ddr_d0 : N4 ,"& "ddr_d1 : P4 ,"& "ddr_d10 : M3 ,"& "ddr_d11 : M4 ,"& "ddr_d12 : M2 ,"& "ddr_d13 : M1 ,"& "ddr_d14 : N2 ,"& "ddr_d15 : N1 ,"& "ddr_d2 : P2 ,"& "ddr_d3 : P1 ,"& "ddr_d4 : P3 ,"& "ddr_d5 : T1 ,"& "ddr_d6 : T2 ,"& "ddr_d7 : R3 ,"& "ddr_d8 : K2 ,"& "ddr_d9 : K1 ,"& "ddr_dqm0 : N3 ,"& "ddr_dqm1 : K3 ,"& "ddr_dqs0 : R1 ,"& "ddr_dqs1 : L1 ,"& "ddr_dqsn0 : R2 ,"& "ddr_dqsn1 : L2 ,"& "DDR_CKn : C1 ,"& "ddr_odt : G1 ,"& "ddr_rasn : F2 ,"& "ddr_resetn : G2 ,"& "ddr_vtp : J1 ,"& "ddr_wen : A4 ,"& "eCAP0_in_PWM0_out : E18 ,"& "gpmc_ad0 : W10 ,"& "gpmc_ad1 : V9 ,"& "gpmc_ad10 : T12 ,"& "gpmc_ad11 : U12 ,"& "gpmc_ad12 : U13 ,"& "gpmc_ad13 : T13 ,"& "gpmc_ad14 : W17 ,"& "gpmc_ad15 : V17 ,"& "gpmc_ad2 : V12 ,"& "gpmc_ad3 : W13 ,"& "gpmc_ad4 : V13 ,"& "gpmc_ad5 : W14 ,"& "gpmc_ad6 : U14 ,"& "gpmc_ad7 : W15 ,"& "gpmc_ad8 : V15 ,"& "gpmc_ad9 : W16 ,"& "gpmc_advn_ale : V10 ,"& "gpmc_ben0_cle : V8 ,"& "gpmc_ben1 : V18 ,"& "gpmc_clk : V16 ,"& "gpmc_csn0 : W8 ,"& "gpmc_csn1 : V14 ,"& "gpmc_csn2 : U15 ,"& "gpmc_csn3 : U17 ,"& "gpmc_oen_ren : W9 ,"& "gpmc_wait0 : R15 ,"& "gpmc_wen : U8 ,"& "gpmc_wpn : W18 ,"& "lcd_ac_bias_en : W7 ,"& "lcd_data0 : U1 ,"& "lcd_data1 : U2 ,"& "lcd_data10 : U5 ,"& "lcd_data11 : V5 ,"& "lcd_data12 : V6 ,"& "lcd_data13 : U6 ,"& "lcd_data14 : W6 ,"& "lcd_data15 : V7 ,"& "lcd_data2 : V1 ,"& "lcd_data3 : V2 ,"& "lcd_data4 : W2 ,"& "lcd_data5 : W3 ,"& "lcd_data6 : V3 ,"& "lcd_data7 : U3 ,"& "lcd_data8 : V4 ,"& "lcd_data9 : W4 ,"& "lcd_hsync : T7 ,"& "lcd_pclk : W5 ,"& "lcd_vsync : U7 ,"& "mdc : R19 ,"& "mdio : P17 ,"& "mii1_col : J19 ,"& "mii1_crs : J18 ,"& "mii1_rx_clk : M19 ,"& "mii1_rxd0 : P18 ,"& "mii1_rxd1 : P19 ,"& "mii1_rxd2 : N16 ,"& "mii1_rxd3 : N17 ,"& "mii1_rx_dv : L19 ,"& "mii1_rx_er : K19 ,"& "mii1_tx_clk : N19 ,"& "mii1_txd0 : L18 ,"& "mii1_txd1 : M18 ,"& "mii1_txd2 : N18 ,"& "mii1_txd3 : M17 ,"& "mii1_tx_en : K17 ,"& "mmc0_clk : G19 ,"& "mmc0_cmd : G17 ,"& "mmc0_dat0 : G18 ,"& "mmc0_dat1 : H17 ,"& "mmc0_dat2 : H18 ,"& "mmc0_dat3 : H19 ,"& "EXTINTn : C17 ,"& "WARMRSTn : A16 ,"& "TRSTn : A13 ,"& "PWRONRSTn : E15 ,"& "rmii1_ref_clk : K18 ,"& "spi0_cs0 : A17 ,"& "spi0_cs1 : B16 ,"& "spi0_d0 : B18 ,"& "spi0_d1 : B17 ,"& "spi0_sclk : A18 ,"& "testout : B6 ,"& "uart0_ctsn : F19 ,"& "uart0_rtsn : F18 ,"& "uart0_rxd : E19 ,"& "uart0_txd : F17 ,"& "uart1_ctsn : E17 ,"& "uart1_rtsn : D19 ,"& "uart1_rxd : D18 ,"& "uart1_txd : C19 ,"& "xdma_event_intr0 : C15 ,"& "xdma_event_intr1 : B15 ,"& "AIN0 : B8 ,"& "AIN1 : A11 ,"& "AIN2 : A8 ,"& "AIN3 : B11 ,"& "AIN4 : C8 ,"& "AIN5 : B12 ,"& "AIN6 : A10 ,"& "AIN7 : A12 ,"& "USB0_CE : T18 ,"& "USB0_DM : U18 ,"& "USB0_DP : U19 ,"& "USB0_ID : V19 ,"& "VREFN : B9 ,"& "VREFP : A9 ,"& "vssa_usb : P16 ,"& "vssa_adc : D8 ,"& "vss_osc : V11 ,"& "vss : (A1, A19, D10, E10, E7, E8, E9, F12, F13, F6, F7, F8, G12, G8, H10, H11, H9, J11, J14, J15, J5, J6, J9, K11, K12, K8, K9, L11, L14, L15, L5, L6, L9, M10, M11, M9, N12, N8, P12, P13, P14, P7, P8, R10, T10, W1, W19 ),"& "vpp : R5 ,"& "vddshv6 : (E11, E12, E13, F14, P6, R7 ),"& "vddshv5 : (M14 ,M15 ,N15 ),"& "vddshv4 : (G15 ,H14 ,H15 ),"& "vddshv1 : (R11, R12, R13, R8, R9 ),"& "vdds_sram_mpu_bb : C12 ,"& "vdds_sram_core_bg : C10 ,"& "vdds_rtc : C6 ,"& "vdds_pll_mpu : H16 ,"& "vdds_pll_ddr : C5 ,"& "vdds_pll_core_lcd : T8 ,"& "vdds_osc : U10 ,"& "vdds_ddr : (G5, H5, H6, K4, K5, M5, M6, N5 ),"& "vdds : (D12, F16, M16, T14, T6 ),"& "vdda3p3v_usb0 : R18 ,"& "vdda1p8v_usb0 : R17 ,"& "vdda_adc : D7 ,"& "vdd_core : (F11, F9, G11, G9, H12, H13, H7, H8, J12, J13, J7, J8, K15, K16, L12, L13, L7, L8, M12, M13, M7, M8, N11, N9, P11, P9 ),"& "ENZ_KALDO_1P8V : A7 ,"& "ddr_vref : H4 ,"& "cap_vdd_sram_mpu : D13 ,"& "cap_vdd_sram_core : B10 ,"& "cap_vdd_rtc : D6 ,"& "cap_vbb_mpu : C13 ,"& "usb0_vbus : T19 " ; attribute PORT_GROUPING of F781962A : entity is "Differential_Voltage ( (ddr_dqs0,ddr_dqsn0)," & "(ddr_dqs1,ddr_dqsn1)," & "(ddr_ck,DDR_CKn))"; -- ********************************************************* attribute TAP_SCAN_IN of TDI : signal is true; attribute TAP_SCAN_MODE of TMS : signal is true; attribute TAP_SCAN_OUT of TDO : signal is true; attribute TAP_SCAN_RESET of TRSTn : signal is true; attribute TAP_SCAN_CLOCK of TCK : signal is (20.00e6, BOTH); attribute COMPLIANCE_PATTERNS of F781962A: entity is "( PWRONRSTn ) (1)"; attribute INSTRUCTION_LENGTH of F781962A: entity is 6; attribute INSTRUCTION_OPCODE of F781962A: entity is "EXTEST (011000), " & "IDCODE (000100), " & "BYPASS (111111), " & "SAMPLE (011011), " & "PRELOAD (011100), " & "PRIVATE (000000, " & " 000001, " & " 000010, " & " 000011, " & " 000101, " & " 000110, " & " 000111, " & " 001000, " & " 001001, " & " 001010, " & " 001011, " & " 001100, " & " 001101, " & " 001110, " & " 001111, " & " 010000, " & " 010001, " & " 010010, " & " 010011, " & " 010100, " & " 010101, " & " 010110, " & " 010111, " & " 011001, " & " 011010, " & " 011101, " & " 011110, " & " 011111, " & " 100000, " & " 100001, " & " 100010, " & " 100011, " & " 100100, " & " 100101, " & " 100110, " & " 100111, " & " 101000, " & " 101001, " & " 101010, " & " 101011, " & " 101100, " & " 101101, " & " 101110, " & " 101111, " & " 110000, " & " 110001, " & " 110010, " & " 110011, " & " 110100, " & " 110101, " & " 110110, " & " 110111, " & " 111000, " & " 111001, " & " 111010, " & " 111011, " & " 111100, " & " 111101, " & " 111110) " ; attribute INSTRUCTION_CAPTURE of F781962A: entity is "XXXX01"; attribute INSTRUCTION_PRIVATE of F781962A: entity is "PRIVATE"; attribute IDCODE_REGISTER of F781962A: entity is "0010" & -- Version number "1011100101000100" & -- Part number -- subArctic pin package ID "00000010111" & -- Manufacturer ID -- Texas Instruments "1"; -- Required by IEEE Std. attribute REGISTER_ACCESS of F781962A: entity is "BOUNDARY (EXTEST, SAMPLE, PRELOAD)," & "BYPASS (BYPASS) " ; attribute BOUNDARY_LENGTH of F781962A: entity is 470; attribute BOUNDARY_REGISTER of F781962A: entity is --- num cell port function safe ccell disval rslt "0 ( bc_1, ddr_dqs1, output3, X, 1, 1, Z)," & "1 ( bc_1, *, control, 1 )," & "2 ( bc_1, ddr_dqs1, input, X )," & "3 ( bc_1, ddr_dqs0, output3, X, 4, 1, Z)," & "4 ( bc_1, *, control, 1 )," & "5 ( bc_1, ddr_dqs0, input, X )," & "6 ( bc_1, ddr_dqm1, output3, X, 7, 1, Z)," & "7 ( bc_1, *, control, 1 )," & "8 ( bc_1, ddr_dqm1, input, X )," & "9 ( bc_1, ddr_dqm0, output3, X, 10, 1, Z)," & "10 ( bc_1, *, control, 1 )," & "11 ( bc_1, ddr_dqm0, input, X )," & "12 ( bc_1, ddr_d15, output3, X, 13, 1, Z)," & "13 ( bc_1, *, control, 1 )," & "14 ( bc_1, ddr_d15, input, X )," & "15 ( bc_1, ddr_d14, output3, X, 16, 1, Z)," & "16 ( bc_1, *, control, 1 )," & "17 ( bc_1, ddr_d14, input, X )," & "18 ( bc_1, ddr_d13, output3, X, 19, 1, Z)," & "19 ( bc_1, *, control, 1 )," & "20 ( bc_1, ddr_d13, input, X )," & "21 ( bc_1, ddr_d12, output3, X, 22, 1, Z)," & "22 ( bc_1, *, control, 1 )," & "23 ( bc_1, ddr_d12, input, X )," & "24 ( bc_1, ddr_d11, output3, X, 25, 1, Z)," & "25 ( bc_1, *, control, 1 )," & "26 ( bc_1, ddr_d11, input, X )," & "27 ( bc_1, ddr_d10, output3, X, 28, 1, Z)," & "28 ( bc_1, *, control, 1 )," & "29 ( bc_1, ddr_d10, input, X )," & "30 ( bc_1, ddr_d9, output3, X, 31, 1, Z)," & "31 ( bc_1, *, control, 1 )," & "32 ( bc_1, ddr_d9, input, X )," & "33 ( bc_1, ddr_d8, output3, X, 34, 1, Z)," & "34 ( bc_1, *, control, 1 )," & "35 ( bc_1, ddr_d8, input, X )," & "36 ( bc_1, ddr_d7, output3, X, 37, 1, Z)," & "37 ( bc_1, *, control, 1 )," & "38 ( bc_1, ddr_d7, input, X )," & "39 ( bc_1, ddr_d6, output3, X, 40, 1, Z)," & "40 ( bc_1, *, control, 1 )," & "41 ( bc_1, ddr_d6, input, X )," & "42 ( bc_1, ddr_d5, output3, X, 43, 1, Z)," & "43 ( bc_1, *, control, 1 )," & "44 ( bc_1, ddr_d5, input, X )," & "45 ( bc_1, ddr_d4, output3, X, 46, 1, Z)," & "46 ( bc_1, *, control, 1 )," & "47 ( bc_1, ddr_d4, input, X )," & "48 ( bc_1, ddr_d3, output3, X, 49, 1, Z)," & "49 ( bc_1, *, control, 1 )," & "50 ( bc_1, ddr_d3, input, X )," & "51 ( bc_1, ddr_d2, output3, X, 52, 1, Z)," & "52 ( bc_1, *, control, 1 )," & "53 ( bc_1, ddr_d2, input, X )," & "54 ( bc_1, ddr_d1, output3, X, 55, 1, Z)," & "55 ( bc_1, *, control, 1 )," & "56 ( bc_1, ddr_d1, input, X )," & "57 ( bc_1, ddr_d0, output3, X, 58, 1, Z)," & "58 ( bc_1, *, control, 1 )," & "59 ( bc_1, ddr_d0, input, X )," & "60 ( bc_1, ddr_odt, output3, X, 95, 1, Z)," & "61 ( bc_1, ddr_odt, input, X )," & "62 ( bc_1, ddr_resetn, output3, X, 95, 1, Z)," & "63 ( bc_1, ddr_resetn, input, X )," & "64 ( bc_1, ddr_a15, output3, X, 73, 1, Z)," & "65 ( bc_1, ddr_a15, input, X )," & "66 ( bc_1, ddr_a14, output3, X, 95, 1, Z)," & "67 ( bc_1, ddr_a14, input, X )," & "68 ( bc_1, ddr_a13, output3, X, 95, 1, Z)," & "69 ( bc_1, ddr_a13, input, X )," & "70 ( bc_1, ddr_a12, output3, X, 73, 1, Z)," & "71 ( bc_1, ddr_a12, input, X )," & "72 ( bc_1, ddr_a11, output3, X, 73, 1, Z)," & "73 ( bc_1, *, control, 1 )," & "74 ( bc_1, ddr_a11, input, X )," & "75 ( bc_1, ddr_a10, output3, X, 73, 1, Z)," & "76 ( bc_1, ddr_a10, input, X )," & "77 ( bc_1, ddr_a9, output3, X, 80, 1, Z)," & "78 ( bc_1, ddr_a9, input, X )," & "79 ( bc_1, ddr_a8, output3, X, 80, 1, Z)," & "80 ( bc_1, *, control, 1 )," & "81 ( bc_1, ddr_a8, input, X )," & "82 ( bc_1, ddr_a7, output3, X, 73, 1, Z)," & "83 ( bc_1, ddr_a7, input, X )," & "84 ( bc_1, ddr_a6, output3, X, 80, 1, Z)," & "85 ( bc_1, ddr_a6, input, X )," & "86 ( bc_1, ddr_a5, output3, X, 80, 1, Z)," & "87 ( bc_1, ddr_a5, input, X )," & "88 ( bc_1, ddr_a4, output3, X, 80, 1, Z)," & "89 ( bc_1, ddr_a4, input, X )," & "90 ( bc_1, ddr_a3, output3, X, 80, 1, Z)," & "91 ( bc_1, ddr_a3, input, X )," & "92 ( bc_1, ddr_a2, output3, X, 73, 1, Z)," & "93 ( bc_1, ddr_a2, input, X )," & "94 ( bc_1, ddr_a1, output3, X, 95, 1, Z)," & "95 ( bc_1, *, control, 1 )," & "96 ( bc_1, ddr_a1, input, X )," & "97 ( bc_1, ddr_a0, output3, X, 73, 1, Z)," & "98 ( bc_1, ddr_a0, input, X )," & "99 ( bc_1, ddr_ba2, output3, X, 80, 1, Z)," & "100 ( bc_1, ddr_ba2, input, X )," & "101 ( bc_1, ddr_ba1, output3, X, 73, 1, Z)," & "102 ( bc_1, ddr_ba1, input, X )," & "103 ( bc_1, ddr_ba0, output3, X, 80, 1, Z)," & "104 ( bc_1, ddr_ba0, input, X )," & "105 ( bc_1, ddr_wen, output3, X, 80, 1, Z)," & "106 ( bc_1, ddr_wen, input, X )," & "107 ( bc_1, ddr_rasn, output3, X, 73, 1, Z)," & "108 ( bc_1, ddr_rasn, input, X )," & "109 ( bc_1, ddr_casn, output3, X, 73, 1, Z)," & "110 ( bc_1, ddr_casn, input, X )," & "111 ( bc_1, *, internal, X)," & "112 ( bc_1, *, internal, X )," & "113 ( bc_1, ddr_ck, output3, X, 80, 1, Z)," & "114 ( bc_1, ddr_ck, input, X )," & "115 ( bc_1, ddr_cke, output3, X, 73, 1, Z)," & "116 ( bc_1, ddr_cke, input, X )," & "117 ( bc_1, ddr_csn0, output3, X, 95, 1, Z)," & "118 ( bc_1, ddr_csn0, input, X )," & "119 ( bc_1, *, internal, X )," & "120 ( bc_1, *, internal, X )," & "121 ( bc_1, *, internal, X )," & "122 ( bc_1, USB0_DRVVBUS, output3, X, 123, 1, pull0)," & "123 ( bc_1, *, control, 1 )," & "124 ( bc_1, USB0_DRVVBUS, input, X )," & "125 ( bc_1, EXT_WAKEUP, input, X )," & "126 ( bc_1, RTC_PWRONRSTn, input, X )," & "127 ( bc_1, EMU1, output3, X, 128, 1, pull1)," & "128 ( bc_1, *, control, 1 )," & "129 ( bc_1, EMU1, input, X )," & "130 ( bc_1, EMU0, output3, X, 131, 1, pull1)," & "131 ( bc_1, *, control, 1 )," & "132 ( bc_1, EMU0, input, X )," & "133 ( bc_1, EXTINTn, output3, X, 134, 1, pull1)," & "134 ( bc_1, *, control, 1 )," & "135 ( bc_1, EXTINTn, input, X )," & "136 ( bc_1, *, internal, 1 )," & -- PORZ "137 ( bc_1, WARMRSTn, output3, X, 138, 1, Z)," & "138 ( bc_1, *, control, 1 )," & "139 ( bc_1, WARMRSTn, input, X )," & "140 ( bc_1, xdma_event_intr1, output3, X, 141, 1, pull0)," & "141 ( bc_1, *, control, 1 )," & "142 ( bc_1, xdma_event_intr1, input, X )," & "143 ( bc_1, xdma_event_intr0, output3, X, 144, 1, pull0)," & "144 ( bc_1, *, control, 1 )," & "145 ( bc_1, xdma_event_intr0, input, X )," & "146 ( bc_1, *, internal, X )," & "147 ( bc_1, *, internal, X )," & "148 ( bc_1, *, internal, X )," & "149 ( bc_1, *, internal, X )," & "150 ( bc_1, *, internal, X )," & "151 ( bc_1, *, internal, X )," & "152 ( bc_1, *, internal, X )," & "153 ( bc_1, *, internal, X )," & "154 ( bc_1, *, internal, X )," & "155 ( bc_1, *, internal, X )," & "156 ( bc_1, *, internal, X )," & "157 ( bc_1, *, internal, X )," & "158 ( bc_1, *, internal, X )," & "159 ( bc_1, *, internal, X )," & "160 ( bc_1, *, internal, X )," & "161 ( bc_1, *, internal, X )," & "162 ( bc_1, *, internal, X )," & "163 ( bc_1, *, internal, X )," & "164 ( bc_1, *, internal, X )," & "165 ( bc_1, *, internal, X )," & "166 ( bc_1, *, internal, X )," & "167 ( bc_1, *, internal, X )," & "168 ( bc_1, *, internal, X )," & "169 ( bc_1, *, internal, X )," & "170 ( bc_1, I2C0_SCL, output3, X, 171, 1, pull1)," & "171 ( bc_1, *, control, 1 )," & "172 ( bc_1, I2C0_SCL, input, X )," & "173 ( bc_1, I2C0_SDA, output3, X, 174, 1, pull1)," & "174 ( bc_1, *, control, 1 )," & "175 ( bc_1, I2C0_SDA, input, X )," & "176 ( bc_1, uart1_txd, output3, X, 177, 1, pull1)," & "177 ( bc_1, *, control, 1 )," & "178 ( bc_1, uart1_txd, input, X )," & "179 ( bc_1, uart1_rxd, output3, X, 180, 1, pull1)," & "180 ( bc_1, *, control, 1 )," & "181 ( bc_1, uart1_rxd, input, X )," & "182 ( bc_1, uart1_rtsn, output3, X, 183, 1, pull1)," & "183 ( bc_1, *, control, 1 )," & "184 ( bc_1, uart1_rtsn, input, X )," & "185 ( bc_1, uart1_ctsn, output3, X, 186, 1, pull1)," & "186 ( bc_1, *, control, 1 )," & "187 ( bc_1, uart1_ctsn, input, X )," & "188 ( bc_1, uart0_txd, output3, X, 189, 1, pull1)," & "189 ( bc_1, *, control, 1 )," & "190 ( bc_1, uart0_txd, input, X )," & "191 ( bc_1, uart0_rxd, output3, X, 192, 1, pull1)," & "192 ( bc_1, *, control, 1 )," & "193 ( bc_1, uart0_rxd, input, X )," & "194 ( bc_1, uart0_rtsn, output3, X, 195, 1, pull1)," & "195 ( bc_1, *, control, 1 )," & "196 ( bc_1, uart0_rtsn, input, X )," & "197 ( bc_1, uart0_ctsn, output3, X, 198, 1, pull1)," & "198 ( bc_1, *, control, 1 )," & "199 ( bc_1, uart0_ctsn, input, X )," & "200 ( bc_1, eCAP0_in_PWM0_out, output3, X, 201, 1, pull0)," & "201 ( bc_1, *, control, 1 )," & "202 ( bc_1, eCAP0_in_PWM0_out, input, X )," & "203 ( bc_1, spi0_cs1, output3, X, 204, 1, pull1)," & "204 ( bc_1, *, control, 1 )," & "205 ( bc_1, spi0_cs1, input, X )," & "206 ( bc_1, spi0_cs0, output3, X, 207, 1, pull1)," & "207 ( bc_1, *, control, 1 )," & "208 ( bc_1, spi0_cs0, input, X )," & "209 ( bc_1, spi0_d1, output3, X, 210, 1, pull1)," & "210 ( bc_1, *, control, 1 )," & "211 ( bc_1, spi0_d1, input, X )," & "212 ( bc_1, spi0_d0, output3, X, 213, 1, pull1)," & "213 ( bc_1, *, control, 1 )," & "214 ( bc_1, spi0_d0, input, X )," & "215 ( bc_1, spi0_sclk, output3, X, 216, 1, pull1)," & "216 ( bc_1, *, control, 1 )," & "217 ( bc_1, spi0_sclk, input, X )," & "218 ( bc_1, mdc, output3, X, 219, 1, pull1)," & "219 ( bc_1, *, control, 1 )," & "220 ( bc_1, mdc, input, X )," & "221 ( bc_1, mdio, output3, X, 222, 1, pull1)," & "222 ( bc_1, *, control, 1 )," & "223 ( bc_1, mdio, input, X )," & "224 ( bc_1, rmii1_ref_clk, output3, X, 225, 1, pull0)," & "225 ( bc_1, *, control, 1 )," & "226 ( bc_1, rmii1_ref_clk, input, X )," & "227 ( bc_1, mii1_rxd0, output3, X, 228, 1, pull0)," & "228 ( bc_1, *, control, 1 )," & "229 ( bc_1, mii1_rxd0, input, X )," & "230 ( bc_1, mii1_rxd1, output3, X, 231, 1, pull0)," & "231 ( bc_1, *, control, 1 )," & "232 ( bc_1, mii1_rxd1, input, X )," & "233 ( bc_1, mii1_rxd2, output3, X, 234, 1, pull0)," & "234 ( bc_1, *, control, 1 )," & "235 ( bc_1, mii1_rxd2, input, X )," & "236 ( bc_1, mii1_rxd3, output3, X, 237, 1, pull0)," & "237 ( bc_1, *, control, 1 )," & "238 ( bc_1, mii1_rxd3, input, X )," & "239 ( bc_1, mii1_rx_clk, output3, X, 240, 1, pull0)," & "240 ( bc_1, *, control, 1 )," & "241 ( bc_1, mii1_rx_clk, input, X )," & "242 ( bc_1, mii1_tx_clk, output3, X, 243, 1, pull0)," & "243 ( bc_1, *, control, 1 )," & "244 ( bc_1, mii1_tx_clk, input, X )," & "245 ( bc_1, mii1_txd0, output3, X, 246, 1, pull0)," & "246 ( bc_1, *, control, 1 )," & "247 ( bc_1, mii1_txd0, input, X )," & "248 ( bc_1, mii1_txd1, output3, X, 249, 1, pull0)," & "249 ( bc_1, *, control, 1 )," & "250 ( bc_1, mii1_txd1, input, X )," & "251 ( bc_1, mii1_txd2, output3, X, 252, 1, pull0)," & "252 ( bc_1, *, control, 1 )," & "253 ( bc_1, mii1_txd2, input, X )," & "254 ( bc_1, mii1_txd3, output3, X, 255, 1, pull0)," & "255 ( bc_1, *, control, 1 )," & "256 ( bc_1, mii1_txd3, input, X )," & "257 ( bc_1, mii1_rx_dv, output3, X, 258, 1, pull0)," & "258 ( bc_1, *, control, 1 )," & "259 ( bc_1, mii1_rx_dv, input, X )," & "260 ( bc_1, mii1_tx_en, output3, X, 261, 1, pull0)," & "261 ( bc_1, *, control, 1 )," & "262 ( bc_1, mii1_tx_en, input, X )," & "263 ( bc_1, mii1_rx_er, output3, X, 264, 1, pull0)," & "264 ( bc_1, *, control, 1 )," & "265 ( bc_1, mii1_rx_er, input, X )," & "266 ( bc_1, mii1_crs, output3, X, 267, 1, pull0)," & "267 ( bc_1, *, control, 1 )," & "268 ( bc_1, mii1_crs, input, X )," & "269 ( bc_1, mii1_col, output3, X, 270, 1, pull0)," & "270 ( bc_1, *, control, 1 )," & "271 ( bc_1, mii1_col, input, X )," & "272 ( bc_1, mmc0_cmd, output3, X, 273, 1, pull1)," & "273 ( bc_1, *, control, 1 )," & "274 ( bc_1, mmc0_cmd, input, X )," & "275 ( bc_1, mmc0_clk, output3, X, 276, 1, pull1)," & "276 ( bc_1, *, control, 1 )," & "277 ( bc_1, mmc0_clk, input, X )," & "278 ( bc_1, mmc0_dat0, output3, X, 279, 1, pull1)," & "279 ( bc_1, *, control, 1 )," & "280 ( bc_1, mmc0_dat0, input, X )," & "281 ( bc_1, mmc0_dat1, output3, X, 282, 1, pull1)," & "282 ( bc_1, *, control, 1 )," & "283 ( bc_1, mmc0_dat1, input, X )," & "284 ( bc_1, mmc0_dat2, output3, X, 285, 1, pull1)," & "285 ( bc_1, *, control, 1 )," & "286 ( bc_1, mmc0_dat2, input, X )," & "287 ( bc_1, mmc0_dat3, output3, X, 288, 1, pull1)," & "288 ( bc_1, *, control, 1 )," & "289 ( bc_1, mmc0_dat3, input, X )," & "290 ( bc_1, lcd_ac_bias_en, output3, X, 291, 1, pull0)," & "291 ( bc_1, *, control, 1 )," & "292 ( bc_1, lcd_ac_bias_en, input, X )," & "293 ( bc_1, lcd_pclk, output3, X, 294, 1, pull0)," & "294 ( bc_1, *, control, 1 )," & "295 ( bc_1, lcd_pclk, input, X )," & "296 ( bc_1, lcd_hsync, output3, X, 297, 1, pull0)," & "297 ( bc_1, *, control, 1 )," & "298 ( bc_1, lcd_hsync, input, X )," & "299 ( bc_1, lcd_vsync, output3, X, 300, 1, pull0)," & "300 ( bc_1, *, control, 1 )," & "301 ( bc_1, lcd_vsync, input, X )," & "302 ( bc_1, lcd_data15, output3, X, 303, 1, Z)," & "303 ( bc_1, *, control, 1 )," & "304 ( bc_1, lcd_data15, input, X )," & "305 ( bc_1, lcd_data14, output3, X, 306, 1, Z)," & "306 ( bc_1, *, control, 1 )," & "307 ( bc_1, lcd_data14, input, X )," & "308 ( bc_1, lcd_data13, output3, X, 309, 1, Z)," & "309 ( bc_1, *, control, 1 )," & "310 ( bc_1, lcd_data13, input, X )," & "311 ( bc_1, lcd_data12, output3, X, 312, 1, Z)," & "312 ( bc_1, *, control, 1 )," & "313 ( bc_1, lcd_data12, input, X )," & "314 ( bc_1, lcd_data11, output3, X, 315, 1, Z)," & "315 ( bc_1, *, control, 1 )," & "316 ( bc_1, lcd_data11, input, X )," & "317 ( bc_1, lcd_data10, output3, X, 318, 1, Z)," & "318 ( bc_1, *, control, 1 )," & "319 ( bc_1, lcd_data10, input, X )," & "320 ( bc_1, lcd_data9, output3, X, 321, 1, Z)," & "321 ( bc_1, *, control, 1 )," & "322 ( bc_1, lcd_data9, input, X )," & "323 ( bc_1, lcd_data8, output3, X, 324, 1, Z)," & "324 ( bc_1, *, control, 1 )," & "325 ( bc_1, lcd_data8, input, X )," & "326 ( bc_1, lcd_data7, output3, X, 327, 1, Z)," & "327 ( bc_1, *, control, 1 )," & "328 ( bc_1, lcd_data7, input, X )," & "329 ( bc_1, lcd_data6, output3, X, 330, 1, Z)," & "330 ( bc_1, *, control, 1 )," & "331 ( bc_1, lcd_data6, input, X )," & "332 ( bc_1, lcd_data5, output3, X, 333, 1, Z)," & "333 ( bc_1, *, control, 1 )," & "334 ( bc_1, lcd_data5, input, X )," & "335 ( bc_1, lcd_data4, output3, X, 336, 1, Z)," & "336 ( bc_1, *, control, 1 )," & "337 ( bc_1, lcd_data4, input, X )," & "338 ( bc_1, lcd_data3, output3, X, 339, 1, Z)," & "339 ( bc_1, *, control, 1 )," & "340 ( bc_1, lcd_data3, input, X )," & "341 ( bc_1, lcd_data2, output3, X, 342, 1, Z)," & "342 ( bc_1, *, control, 1 )," & "343 ( bc_1, lcd_data2, input, X )," & "344 ( bc_1, lcd_data1, output3, X, 345, 1, Z)," & "345 ( bc_1, *, control, 1 )," & "346 ( bc_1, lcd_data1, input, X )," & "347 ( bc_1, lcd_data0, output3, X, 348, 1, Z)," & "348 ( bc_1, *, control, 1 )," & "349 ( bc_1, lcd_data0, input, X )," & "350 ( bc_1, gpmc_ben0_cle, output3, X, 351, 1, pull1)," & "351 ( bc_1, *, control, 1 )," & "352 ( bc_1, gpmc_ben0_cle, input, X )," & "353 ( bc_1, gpmc_wen, output3, X, 354, 1, pull1)," & "354 ( bc_1, *, control, 1 )," & "355 ( bc_1, gpmc_wen, input, X )," & "356 ( bc_1, gpmc_oen_ren, output3, X, 357, 1, pull1)," & "357 ( bc_1, *, control, 1 )," & "358 ( bc_1, gpmc_oen_ren, input, X )," & "359 ( bc_1, gpmc_advn_ale, output3, X, 360, 1, pull1)," & "360 ( bc_1, *, control, 1 )," & "361 ( bc_1, gpmc_advn_ale, input, X )," & "362 ( bc_1, gpmc_clk, output3, X, 363, 1, pull1)," & "363 ( bc_1, *, control, 1 )," & "364 ( bc_1, gpmc_clk, input, X )," & "365 ( bc_1, gpmc_csn3, output3, X, 366, 1, pull1)," & "366 ( bc_1, *, control, 1 )," & "367 ( bc_1, gpmc_csn3, input, X )," & "368 ( bc_1, gpmc_csn2, output3, X, 369, 1, pull1)," & "369 ( bc_1, *, control, 1 )," & "370 ( bc_1, gpmc_csn2, input, X )," & "371 ( bc_1, gpmc_csn1, output3, X, 372, 1, pull1)," & "372 ( bc_1, *, control, 1 )," & "373 ( bc_1, gpmc_csn1, input, X )," & "374 ( bc_1, gpmc_csn0, output3, X, 375, 1, pull1)," & "375 ( bc_1, *, control, 1 )," & "376 ( bc_1, gpmc_csn0, input, X )," & "377 ( bc_1, gpmc_ben1, output3, X, 378, 1, pull1)," & "378 ( bc_1, *, control, 1 )," & "379 ( bc_1, gpmc_ben1, input, X )," & "380 ( bc_1, gpmc_wpn, output3, X, 381, 1, pull1)," & "381 ( bc_1, *, control, 1 )," & "382 ( bc_1, gpmc_wpn, input, X )," & "383 ( bc_1, gpmc_wait0, output3, X, 384, 1, pull1)," & "384 ( bc_1, *, control, 1 )," & "385 ( bc_1, gpmc_wait0, input, X )," & "386 ( bc_1, *, internal, X )," & "387 ( bc_1, *, internal, X )," & "388 ( bc_1, *, internal, X )," & "389 ( bc_1, *, internal, X )," & "390 ( bc_1, *, internal, X )," & "391 ( bc_1, *, internal, X )," & "392 ( bc_1, *, internal, X )," & "393 ( bc_1, *, internal, X )," & "394 ( bc_1, *, internal, X )," & "395 ( bc_1, *, internal, X )," & "396 ( bc_1, *, internal, X )," & "397 ( bc_1, *, internal, X )," & "398 ( bc_1, *, internal, X )," & "399 ( bc_1, *, internal, X )," & "400 ( bc_1, *, internal, X )," & "401 ( bc_1, *, internal, X )," & "402 ( bc_1, *, internal, X )," & "403 ( bc_1, *, internal, X )," & "404 ( bc_1, *, internal, X )," & "405 ( bc_1, *, internal, X )," & "406 ( bc_1, *, internal, X )," & "407 ( bc_1, *, internal, X )," & "408 ( bc_1, *, internal, X )," & "409 ( bc_1, *, internal, X )," & "410 ( bc_1, *, internal, X )," & "411 ( bc_1, *, internal, X )," & "412 ( bc_1, *, internal, X )," & "413 ( bc_1, *, internal, X )," & "414 ( bc_1, *, internal, X )," & "415 ( bc_1, *, internal, X )," & "416 ( bc_1, *, internal, X )," & "417 ( bc_1, *, internal, X )," & "418 ( bc_1, *, internal, X )," & "419 ( bc_1, *, internal, X )," & "420 ( bc_1, *, internal, X )," & "421 ( bc_1, *, internal, X )," & "422 ( bc_1, gpmc_ad15, output3, X, 423, 1, pull0)," & "423 ( bc_1, *, control, 1 )," & "424 ( bc_1, gpmc_ad15, input, X )," & "425 ( bc_1, gpmc_ad14, output3, X, 426, 1, pull0)," & "426 ( bc_1, *, control, 1 )," & "427 ( bc_1, gpmc_ad14, input, X )," & "428 ( bc_1, gpmc_ad13, output3, X, 429, 1, pull0)," & "429 ( bc_1, *, control, 1 )," & "430 ( bc_1, gpmc_ad13, input, X )," & "431 ( bc_1, gpmc_ad12, output3, X, 432, 1, pull0)," & "432 ( bc_1, *, control, 1 )," & "433 ( bc_1, gpmc_ad12, input, X )," & "434 ( bc_1, gpmc_ad11, output3, X, 435, 1, pull0)," & "435 ( bc_1, *, control, 1 )," & "436 ( bc_1, gpmc_ad11, input, X )," & "437 ( bc_1, gpmc_ad10, output3, X, 438, 1, pull0)," & "438 ( bc_1, *, control, 1 )," & "439 ( bc_1, gpmc_ad10, input, X )," & "440 ( bc_1, gpmc_ad9, output3, X, 441, 1, pull0)," & "441 ( bc_1, *, control, 1 )," & "442 ( bc_1, gpmc_ad9, input, X )," & "443 ( bc_1, gpmc_ad8, output3, X, 444, 1, pull0)," & "444 ( bc_1, *, control, 1 )," & "445 ( bc_1, gpmc_ad8, input, X )," & "446 ( bc_1, gpmc_ad7, output3, X, 447, 1, pull0)," & "447 ( bc_1, *, control, 1 )," & "448 ( bc_1, gpmc_ad7, input, X )," & "449 ( bc_1, gpmc_ad6, output3, X, 450, 1, pull0)," & "450 ( bc_1, *, control, 1 )," & "451 ( bc_1, gpmc_ad6, input, X )," & "452 ( bc_1, gpmc_ad5, output3, X, 453, 1, pull0)," & "453 ( bc_1, *, control, 1 )," & "454 ( bc_1, gpmc_ad5, input, X )," & "455 ( bc_1, gpmc_ad4, output3, X, 456, 1, pull0)," & "456 ( bc_1, *, control, 1 )," & "457 ( bc_1, gpmc_ad4, input, X )," & "458 ( bc_1, gpmc_ad3, output3, X, 459, 1, pull0)," & "459 ( bc_1, *, control, 1 )," & "460 ( bc_1, gpmc_ad3, input, X )," & "461 ( bc_1, gpmc_ad2, output3, X, 462, 1, pull0)," & "462 ( bc_1, *, control, 1 )," & "463 ( bc_1, gpmc_ad2, input, X )," & "464 ( bc_1, gpmc_ad1, output3, X, 465, 1, pull0)," & "465 ( bc_1, *, control, 1 )," & "466 ( bc_1, gpmc_ad1, input, X )," & "467 ( bc_1, gpmc_ad0, output3, X, 468, 1, pull0)," & "468 ( bc_1, *, control, 1 )," & "469 ( bc_1, gpmc_ad0, input, X ) " ; attribute DESIGN_WARNING of F781962A: entity is "According to simulation, BSD JTAG TAP may not work correctly unless " & "device has completed Power on Reset sequence first. If the BSDL tool " & "does not use trstn pin, please put a 10K Ohm pull up resistor on this pin. " ; end F781962A;