#
# $Id$:
#
#
# I/O attributes
#
# driving strength for single ended
# -OUT_DRIVE 2|4|6|8 # mA
#
# output slew rate for single ended only
# -SLEW High|Low
#
# output load in pF for single ended only
# -OUT_LOAD n
#
# use the register in the IO cell
# -REGISTER Yes|No
#
# use Schmitt trigger for single ended only
# -SCHMITT_TRIGGER On|Off
#
# input delay
# -IN_DELAY Off|0|1|2|3|4|5|6|7
#
# weak pull-up/down
# -RES_PULL Up|Down

set_io spi_dout_1         -SLEW Low -OUT_DRIVE 2
set_io spi_dout_2         -SLEW Low -OUT_DRIVE 2
#
set_io LED(1)             -SLEW Low -OUT_DRIVE 8 -REGISTER Yes
set_io LED(2)             -SLEW Low -OUT_DRIVE 8 -REGISTER Yes
set_io LED(3)             -SLEW Low -OUT_DRIVE 8 -REGISTER Yes
set_io LED(4)             -SLEW Low -OUT_DRIVE 8 -REGISTER Yes
set_io LED(5)             -SLEW Low -OUT_DRIVE 8 -REGISTER Yes
set_io LED(6)             -SLEW Low -OUT_DRIVE 8 -REGISTER Yes
set_io LED(7)             -SLEW Low -OUT_DRIVE 8 -REGISTER Yes
#
set_io LED_jtag_const(4)  -SLEW Low -OUT_DRIVE 8
set_io LED_jtag_const(5)  -SLEW Low -OUT_DRIVE 8

set_io spi_stri_1         -REGISTER No -RES_PULL Down
set_io spi_din_1          -REGISTER No -RES_PULL Up
set_io spi_clki_1         -REGISTER No -RES_PULL Up
set_io spi_dout_1         -SLEW Low -OUT_DRIVE 2 -REGISTER Yes
#
set_io spi_stri_2         -REGISTER No -RES_PULL Down
set_io spi_din_2          -REGISTER No -RES_PULL Up
set_io spi_clki_2         -REGISTER No -RES_PULL Up
set_io spi_dout_2         -SLEW Low -OUT_DRIVE 2 -REGISTER Yes

# spare J2
set_io j2_spare(0)        -SLEW Low -OUT_DRIVE 2
set_io j2_spare(1)        -SLEW Low -OUT_DRIVE 2
set_io j2_spare(2)        -SLEW Low -OUT_DRIVE 2
set_io j2_spare(3)        -SLEW Low -OUT_DRIVE 2
set_io j2_spare(4)        -SLEW Low -OUT_DRIVE 2
set_io j2_spare(5)        -SLEW Low -OUT_DRIVE 2
#
# spare J4
set_io j4_spare(0)        -SLEW Low -OUT_DRIVE 2
set_io j4_spare(1)        -SLEW Low -OUT_DRIVE 2
set_io j4_spare(2)        -SLEW Low -OUT_DRIVE 2
set_io j4_spare(3)        -SLEW Low -OUT_DRIVE 2
set_io j4_spare(4)        -SLEW Low -OUT_DRIVE 2
set_io j4_spare(5)        -SLEW Low -OUT_DRIVE 2
set_io j4_spare(6)        -SLEW Low -OUT_DRIVE 2
set_io j4_spare(7)        -SLEW Low -OUT_DRIVE 2
set_io j4_spare(8)        -SLEW Low -OUT_DRIVE 2
#
set_io A_sel(1)           -SLEW Low -OUT_DRIVE 2
set_io A_sel(2)           -SLEW Low -OUT_DRIVE 2
set_io A_sel(3)           -SLEW Low -OUT_DRIVE 2
set_io A_sel(4)           -SLEW Low -OUT_DRIVE 2
set_io A_sel(5)           -SLEW Low -OUT_DRIVE 2
set_io A_sel(6)           -SLEW Low -OUT_DRIVE 2
set_io A_sel(7)           -SLEW Low -OUT_DRIVE 2
set_io A_sel(8)           -SLEW Low -OUT_DRIVE 2
set_io A_sel(9)           -SLEW Low -OUT_DRIVE 2
set_io A_sel(10)          -SLEW Low -OUT_DRIVE 2
set_io A_sel(11)          -SLEW Low -OUT_DRIVE 2
set_io A_sel(12)          -SLEW Low -OUT_DRIVE 2
#
set_io B_sel(1)           -SLEW Low -OUT_DRIVE 2
set_io B_sel(2)           -SLEW Low -OUT_DRIVE 2
set_io B_sel(3)           -SLEW Low -OUT_DRIVE 2
set_io B_sel(4)           -SLEW Low -OUT_DRIVE 2
set_io B_sel(5)           -SLEW Low -OUT_DRIVE 2
set_io B_sel(6)           -SLEW Low -OUT_DRIVE 2
set_io B_sel(7)           -SLEW Low -OUT_DRIVE 2
set_io B_sel(8)           -SLEW Low -OUT_DRIVE 2
set_io B_sel(9)           -SLEW Low -OUT_DRIVE 2
set_io B_sel(10)          -SLEW Low -OUT_DRIVE 2
set_io B_sel(11)          -SLEW Low -OUT_DRIVE 2
set_io B_sel(12)          -SLEW Low -OUT_DRIVE 2
#
#
set_io SW_UP              -RES_PULL Up
set_io SW_DN              -RES_PULL Up
set_io reset_n            -RES_PULL Up -REGISTER Yes