To select a configuration scheme, hardwire the MSEL pins to VCCPGM or GND without pull-up or
pull-down resistors.
Note: Altera recommends connecting the MSEL pins directly to VCCPGM or GND. Driving the MSEL pins
from a microprocessor or another controlling device may not guarantee the VIL or VIH of the MSEL
pins. The VIL or VIH of the MSEL pins must be maintained throughout configuration stages.

Device name : 5CEBA9F23C7
Total BSR cells : 576
----------------------------------------------------------------------------------------------------
BONDID | PAD | PINID | JTAG_BSR | MCF_NAME | DESIGN_NAME | IO_CELL_NAME | AUX_FUNCTION_NAME
----------------------------------------------------------------------------------------------------
pad: 627 | L6 | pin: 242 | bsr: 561 | X3Y115SUB_LOC3 | MSEL0 | IO_CONFIG | MSEL0
pad: 629 | J6 | pin: 244 | bsr: 562 | X3Y115SUB_LOC9 | MSEL1 | IO_CONFIG | MSEL1
pad: 632 | A2 | pin: 247 | bsr: 563 | X4Y115SUB_LOC6 | MSEL2 | IO_CONFIG | MSEL2
pad: 633 | E5 | pin: 248 | bsr: 564 | X4Y115SUB_LOC9 | MSEL3 | IO_CONFIG | MSEL3
pad: 635 | F3 | pin: 250 | bsr: 565 | X7Y115SUB_LOC3 | MSEL4 | IO_CONFIG | MSEL4
pad: 636 | C5 | pin: 251 | bsr: 566 | X119Y115SUB_LOC0 | UCLEAR | IO_CONFIG | GND
pad: 634 | A4 | pin: 249 | bsr: 567 | X7Y115SUB_LOC0 | NCONFIG | IO_CONFIG | nCONFIG
pad: 631 | G5 | pin: 246 | bsr: 568 | X4Y115SUB_LOC3 | NCE | IO_CONFIG | nCE
pad: 630 | H5 | pin: 245 | bsr: 569 | X4Y115SUB_LOC0 | NSTATUS | IO_NSTATCONDONE | nSTATUS
pad: 628 | K6 | pin: 243 | bsr: 570 | X3Y115SUB_LOC6 | CONF_DONE | IO_NSTATCONDONE | CONF_DONE
pad: 64 | V3 | pin: 12 | bsr: 571 | X9Y0SUB_LOC0 | DCLK | IO_CONFIG | DCLK
pad: 65 | AB4 | pin: 13 | bsr: 572 | X9Y0SUB_LOC3 | SPI_DATA0 | IO_CONFIG | AS_DATA0, ASDO, DATA0
pad: 63 | AB3 | pin: 11 | bsr: 573 | X7Y0SUB_LOC9 | SPI_DATA1 | IO_CONFIG | AS_DATA1, DATA1
pad: 61 | AA5 | pin: 9 | bsr: 574 | X7Y0SUB_LOC3 | SPI_DATA2 | IO_CONFIG | AS_DATA2, DATA2
pad: 59 | T4 | pin: 7 | bsr: 575 | X4Y0SUB_LOC9 | SPI_DATA3 | IO_CONFIG | AS_DATA3, DATA3
pad: 57 | R4 | pin: 5 | bsr: 576 | X4Y0SUB_LOC3 | NCSO | IO_CONFIG | nCSO, DATA4

load_package advanced_device

proc dump_bsr_info { part } {
if { [catch [load_device -part $part] ] } {
puts "Partname $part not exist"
} else {
puts "Device name : $part"
dump_ios
}
unload_device
}

proc dump_ios {} {
set pad_cnt [ get_pad_data INT_PAD_COUNT ]
set pin_cnt [ get_pkg_data INT_PIN_COUNT ]
set bsr_count [ get_pad_data int_jtag_bsr_count ]
set pad_name0 ""
set pad_ic_name0 ""
set pad_ic_name1 ""
set pad_ic_name2 ""
set pad_ic_name3 ""
set pad_ic_name4 ""
set pad_ic_name5 ""
set pad_pin_id ""
set pad_wire_id ""
set pad_jtag_bsr ""

puts "Total BSR cells : $bsr_count"

puts [string repeat "-" 100]
set output [format "%8s | %4s | %8s | %8s | %18s | %10s | %12s | %10s" BONDID PAD PINID JTAG_BSR MCF_NAME DESIGN_NAME IO_CELL_NAME AUX_FUNCTION_NAME]
puts $output
puts [string repeat "-" 100]

for { set i 0 } { $i < $pad_cnt } { incr i} {
set pad_jtag_bsr -1
if { [ get_pad_data -pad $i BOOL_IS_BONDED] } {
catch { set pad_name0 [ get_pad_data -pad $i STRING_USER_PIN_NAME ] } { set pad_name0 "NA" }
catch { set pad_ic_name0 [ get_pad_data -pad $i STRING_MCF_NAME ] } { set pad_ic_name0 "NA" }
catch { set pad_ic_name1 [ get_pad_data -pad $i STRING_IC_DESIGN_NAME ] } { set pad_ic_name1 "NA" }
catch { set pad_ic_name2 [ get_pad_data -pad $i STRING_IC_IO_CELL_NAME ] } { set pad_ic_name2 "NA" }
catch { set pad_ic_name3 [ get_pad_data -pad $i STRING_IC_IO_BLOCK_CELL_NAME ] } { set pad_ic_name3 "NA" }
catch { set pad_ic_name4 [ get_pad_data -pad $i STRING_AUXILIARY_FUNCTION_NAME ] } { set pad_ic_name4 "NA" }
catch { set pad_ic_name5 [ get_pad_data -pad $i STRING_IO_DECODER_NAME ] } { set pad_ic_name5 "NA" }
catch { set pad_pin_id [ get_pad_data -pad $i INT_PIN_ID ] } { set pad_pin_id -1 }
catch { set pad_wire_id [ get_pad_data -pad $i INT_WIREBOND_PAD_NUMBER ] } { set pad_wire_id -1 }
catch { set pad_jtag_bsr [ get_pad_data -pad $i INT_JTAG_BSR_INDEX ] } { set pad_jtag_bsr -1}

} else {

catch { set pad_name0 [ get_pad_data -pad $i STRING_USER_PIN_NAME ] } { set pad_name0 "NA" }
catch { set pad_ic_name0 [ get_pad_data -pad $i STRING_MCF_NAME ] } { set pad_ic_name0 "NA" }
catch { set pad_ic_name1 [ get_pad_data -pad $i STRING_IC_DESIGN_NAME ] } { set pad_ic_name1 "NA" }
catch { set pad_ic_name2 [ get_pad_data -pad $i STRING_IC_IO_CELL_NAME ] } { set pad_ic_name2 "NA" }
catch { set pad_ic_name3 [ get_pad_data -pad $i STRING_IC_IO_BLOCK_CELL_NAME ] } { set pad_ic_name3 "NA" }
catch { set pad_ic_name4 [ get_pad_data -pad $i STRING_AUXILIARY_FUNCTION_NAME ] } { set pad_ic_name4 "NA" }
catch { set pad_ic_name5 [ get_pad_data -pad $i STRING_IO_DECODER_NAME ] } { set pad_ic_name5 "NA" }
catch { set pad_pin_id [ get_pad_data -pad $i INT_PIN_ID ] } { set pad_pin_id -1 }
catch { set pad_wire_id [ get_pad_data -pad $i INT_WIREBOND_PAD_NUMBER ] } { set pad_wire_id -1 }
catch { set pad_jtag_bsr [ get_pad_data -pad $i INT_JTAG_BSR_INDEX ] } { set pad_jtag_bsr -1}
}

set output [format "pad:%4d | %4s | pin:%4d | bsr:%4d | %18s | %10s | %12s | %10s" $i $pad_name0 $pad_pin_id $pad_jtag_bsr $pad_ic_name0 $pad_ic_name1 $pad_ic_name2 $pad_ic_name4]
puts $output
}
puts [string repeat "-" 100]
}