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ezynq
Commit 5b2e54e8 authored by Eyesisbox Elphel's avatar Eyesisbox Elphel
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Initial release of the files

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Development of the ROM boot loader header generator for Xilinx Zynq based boards
The included sample zed_ezynq.h provides defines for Microzed board, it is to be included in includes/configs/<boardname>.h
After running
make <boardname>_congig
and then
make
the include/autoconf.mk will be generated and you can run
ezynqcfg.py -c include/autoconf.mk [-o boot_head.bin] [--html u-boot.html [--html-mask 255]] [-v]
This command will generate boot_head.bin and u-boot.html
When there will be u-boot running from OCM, it will be possible to make a bootable immage with
cat boot_head.bin u-boot.bin > boot.bin
For testing the program it is possible to make a shortcut and substitute the autoconf.mk with a manually edited file,
such as test.mk - it has some examples of other valid defines to fine-tune the hardware configuration
\ No newline at end of file
ezynqcfg.py 0 → 100755
View file @ 5b2e54e8
#!/usr/bin/env python
# Copyright (C) 2013, Elphel.inc.
# pre-u-boot configuration of the Xilinx Zynq(R) SoC
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see <http://www.gnu.org/licenses/>.
__author__ = "Andrey Filippov"
__copyright__ = "Copyright 2013, Elphel, Inc."
__license__ = "GPL"
__version__ = "3.0+"
__maintainer__ = "Andrey Filippov"
__email__ = "andrey@elphel.com"
__status__ = "Development"
import struct
# http://docs.python.org/2/howto/argparse.html
import argparse
parser = argparse.ArgumentParser()
parser.add_argument('-v', '--verbosity', action='count', help='increase output verbosity')
parser.add_argument('-c', '--configs', help='Configuration file (such as autoconf.mk)')
parser.add_argument('-w', '--warn', help='Warn when the pin function is overwritten and continue', action='store_true')
parser.add_argument('-o', '--outfile', help='Path to save the generated boot file')
parser.add_argument('--html', help='Generate HTML map of MIO, save to the specified file')
parser.add_argument('--html-mask', help='Bit mask of what data to include in the HTML MIO map')
args = parser.parse_args()
#print args
#print args.configs
ERR_WRONG_USAGE=1
ERR_MISSING_CONFIG = 2
ERR_INVALID = 3
ERR_NOSUCHPIN = 4
ERR_NOSUCHSIGNAL = 5
ERR_MIOCONFLICT = 6
ERR_INOUT = 7
ERR_HEAD = 8
ERR_NONACCESSIBLE_REHGISTER = 9
ERR_NOT_IMPLEMENTED=10
COMMENT_CHAR = '#'
OPTION_CHAR = '='
QULAIFIER_CHAR = '__'
if not args.configs:
parser.print_help()
exit (ERR_WRONG_USAGE)
WARN=args.warn
MIO_HTML=args.html
try:
MIO_HTML_MASK=int(args.html_mask)
except:
MIO_HTML_MASK=0
MIO_TEMPLATES = {
'QUADSPI':(
{'NAME':'CS0', 'TRISTATE':False, 'FAST':True, 'PULLUP':True, 'L0':1, 'L1':0, 'L2':0, 'L3':0, 'PINS':((1,), (0,))},
{'NAME':'IO0', 'TRISTATE':False, 'FAST':True, 'PULLUP':False, 'L0':1, 'L1':0, 'L2':0, 'L3':0, 'PINS':((2,), (10,))},
{'NAME':'IO1', 'TRISTATE':False, 'FAST':True, 'PULLUP':False, 'L0':1, 'L1':0, 'L2':0, 'L3':0, 'PINS':((3,), (11,))},
{'NAME':'IO2', 'TRISTATE':False, 'FAST':True, 'PULLUP':False, 'L0':1, 'L1':0, 'L2':0, 'L3':0, 'PINS':((4,), (12,))},
{'NAME':'IO3', 'TRISTATE':False, 'FAST':True, 'PULLUP':False, 'L0':1, 'L1':0, 'L2':0, 'L3':0, 'PINS':((5,), (13,))},
{'NAME':'SCLK', 'TRISTATE':False, 'FAST':True, 'PULLUP':False, 'L0':1, 'L1':0, 'L2':0, 'L3':0, 'PINS':((6,), (9,))}),
'QUADSPI_FBCLK':(
{'NAME':'FBCLK','TRISTATE':False, 'FAST':True, 'PULLUP':False, 'L0':1, 'L1':0, 'L2':0, 'L3':0, 'PINS':((8,), )},),
#TODO: specify FAST and PULLUP for other interfaces
'ETH':(
{'NAME':'TXCK', 'TRISTATE':False, 'FAST':True, 'PULLUP':False, 'L0':1, 'L1':0, 'L2':0, 'L3':0, 'PINS':((16,), (28,))},
{'NAME':'TXDO', 'TRISTATE':False, 'FAST':True, 'PULLUP':False, 'L0':1, 'L1':0, 'L2':0, 'L3':0, 'PINS':((17,), (29,))},
{'NAME':'TXD1', 'TRISTATE':False, 'FAST':True, 'PULLUP':False, 'L0':1, 'L1':0, 'L2':0, 'L3':0, 'PINS':((18,), (30,))},
{'NAME':'TXD2', 'TRISTATE':False, 'FAST':True, 'PULLUP':False, 'L0':1, 'L1':0, 'L2':0, 'L3':0, 'PINS':((19,), (31,))},
{'NAME':'TXD3', 'TRISTATE':False, 'FAST':True, 'PULLUP':False, 'L0':1, 'L1':0, 'L2':0, 'L3':0, 'PINS':((20,), (32,))},
{'NAME':'TXEN', 'TRISTATE':False, 'FAST':True, 'PULLUP':False, 'L0':1, 'L1':0, 'L2':0, 'L3':0, 'PINS':((21,), (33,))},
{'NAME':'RXCLK','TRISTATE':True, 'FAST':True, 'PULLUP':False, 'L0':1, 'L1':0, 'L2':0, 'L3':0, 'PINS':((22,), (34,))},
{'NAME':'RXD0', 'TRISTATE':True, 'FAST':True, 'PULLUP':False, 'L0':1, 'L1':0, 'L2':0, 'L3':0, 'PINS':((23,), (35,))},
{'NAME':'RXD1', 'TRISTATE':True, 'FAST':True, 'PULLUP':False, 'L0':1, 'L1':0, 'L2':0, 'L3':0, 'PINS':((24,), (36,))},
{'NAME':'RXD2', 'TRISTATE':True, 'FAST':True, 'PULLUP':False, 'L0':1, 'L1':0, 'L2':0, 'L3':0, 'PINS':((25,), (37,))},
{'NAME':'RXD3', 'TRISTATE':True, 'FAST':True, 'PULLUP':False, 'L0':1, 'L1':0, 'L2':0, 'L3':0, 'PINS':((26,), (38,))},
{'NAME':'RXDV', 'TRISTATE':True, 'FAST':True, 'PULLUP':False, 'L0':1, 'L1':0, 'L2':0, 'L3':0, 'PINS':((27,), (39,))}),
'MDIO':(
{'NAME':'C', 'TRISTATE':False, 'FAST':False, 'PULLUP':True, 'L0':0, 'L1':0, 'L2':0, 'L3':4, 'PINS':((52,),)},
{'NAME':'D', 'TRISTATE':False, 'FAST':False, 'PULLUP':True, 'L0':0, 'L1':0, 'L2':0, 'L3':4, 'PINS':((53,),)}), # bidir - should TRISTATE be true?
'USB':(
{'NAME':'DATA4', 'TRISTATE':False, 'FAST':True, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS':((28,), (40,))},
{'NAME':'DIR', 'TRISTATE':True, 'FAST':True, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS':((29,), (41,))},
{'NAME':'STEP', 'TRISTATE':False, 'FAST':True, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS':((30,), (42,))},
{'NAME':'NEXT', 'TRISTATE':True, 'FAST':True, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS':((31,), (43,))},
{'NAME':'DATA0', 'TRISTATE':False, 'FAST':True, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS':((32,), (44,))},
{'NAME':'DATA1', 'TRISTATE':False, 'FAST':True, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS':((33,), (45,))},
{'NAME':'DATA2', 'TRISTATE':False, 'FAST':True, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS':((34,), (46,))},
{'NAME':'DATA3', 'TRISTATE':False, 'FAST':True, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS':((35,), (47,))},
{'NAME':'CLK', 'TRISTATE':True, 'FAST':True, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS':((36,), (48,))},
{'NAME':'DATA5', 'TRISTATE':False, 'FAST':True, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS':((37,), (49,))},
{'NAME':'DATA6', 'TRISTATE':False, 'FAST':True, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS':((38,), (50,))},
{'NAME':'DATA7', 'TRISTATE':False, 'FAST':True, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS':((39,), (51,))}),
'SPI':(
{'NAME':'SC', 'TRISTATE':False, 'FAST':False, 'PULLUP':True, 'L0':0, 'L1':0, 'L2':0, 'L3':5, 'PINS':((16, 28, 40), (12, 24, 36, 48))},
{'NAME':'MISO','TRISTATE':False, 'FAST':False, 'PULLUP':True, 'L0':0, 'L1':0, 'L2':0, 'L3':5, 'PINS':((17, 29, 41), (11, 23, 35, 47))},
{'NAME':'SS0', 'TRISTATE':False, 'FAST':False, 'PULLUP':True, 'L0':0, 'L1':0, 'L2':0, 'L3':5, 'PINS':((18, 30, 42), (13, 25, 37, 49))},
{'NAME':'SS1', 'TRISTATE':False, 'FAST':False, 'PULLUP':True, 'L0':0, 'L1':0, 'L2':0, 'L3':5, 'PINS':((19, 31, 43), (14, 26, 38, 50))},
{'NAME':'SS2', 'TRISTATE':False, 'FAST':False, 'PULLUP':True, 'L0':0, 'L1':0, 'L2':0, 'L3':5, 'PINS':((20, 32, 44), (15, 27, 39, 51))},
{'NAME':'MOSI','TRISTATE':False, 'FAST':False, 'PULLUP':True, 'L0':0, 'L1':0, 'L2':0, 'L3':5, 'PINS':((21, 33, 45), (10, 22, 34, 46))}),
'SDIO':(
{'NAME':'CLK', 'TRISTATE':False, 'FAST':True, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':0, 'L3':4, 'PINS':((16, 28, 40), (12, 24, 36, 48))},
{'NAME':'CMD', 'TRISTATE':False, 'FAST':True, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':0, 'L3':4, 'PINS':((17, 29, 41), (11, 23, 35, 47))},
{'NAME':'IO0', 'TRISTATE':False, 'FAST':True, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':0, 'L3':4, 'PINS':((18, 30, 42), (10, 22, 34, 46))},
{'NAME':'IO1', 'TRISTATE':False, 'FAST':True, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':0, 'L3':4, 'PINS':((19, 31, 43), (13, 25, 37, 59))},
{'NAME':'IO2', 'TRISTATE':False, 'FAST':True, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':0, 'L3':4, 'PINS':((20, 32, 44), (14, 26, 38, 50))},
{'NAME':'IO3', 'TRISTATE':False, 'FAST':True, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':0, 'L3':4, 'PINS':((21, 33, 45), (15, 27, 39, 51))}),
'SDIO_CD':(
{'NAME':'CD', 'TRISTATE':True, 'FAST':False, 'PULLUP':True, 'L0':0, 'L1':0, 'L2':0, 'L3':0, 'PINS':(
(0,1,2,3,4,5,6,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,
31,32,33,34,35,36,37.38,39,40,41,42,43,44,45,46,47,48,49,50,51,52,53),
(0,1,2,3,4,5,6,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,
31,32,33,34,35,36,37.38,39,40,41,42,43,44,45,46,47,48,49,50,51,52,53))},),
'SDIO_WP':(
{'NAME':'WP', 'TRISTATE':True, 'FAST':False, 'PULLUP':True, 'L0':0, 'L1':0, 'L2':0, 'L3':0, 'PINS':(
(0,1,2,3,4,5,6,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,
31,32,33,34,35,36,37.38,39,40,41,42,43,44,45,46,47,48,49,50,51,52,53),
(0,1,2,3,4,5,6,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,
31,32,33,34,35,36,37.38,39,40,41,42,43,44,45,46,47,48,49,50,51,52,53))},),
'SDIO_PWR':(
{'NAME':'PWR', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':3, 'L3':0, 'PINS':(
(0,2,4,6,10,12,14,16,18,20,22,24,26,28,30,32,34,36,38,40,42,44,46,48,50,52),
(1,3,5,9,11,13,15,17,19,21,23,25,27,29,31,33,35,37.39,41,43,45,47,49,51,53))},),
'NOR':(
{'NAME':'CS0', 'TRISTATE':False, 'FAST':False, 'PULLUP':True, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((0,),)},
{'NAME':'DATA0', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((3,),)},
{'NAME':'DATA1', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((4,),)},
{'NAME':'DATA2', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((5,),)},
{'NAME':'DATA3', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((6),)},
{'NAME':'OE', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((7,),)},
{'NAME':'WE', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':0, 'L3':2, 'PINS':((8,),)},
{'NAME':'DATA6', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((9,),)},
{'NAME':'DATA7', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((10,),)},
{'NAME':'DATA4', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((11,),)},
{'NAME':'DATA5', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((13,),)},
{'NAME':'A0', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((15,),)},
{'NAME':'A1', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((16,),)},
{'NAME':'A2', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((17,),)},
{'NAME':'A3', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((18,),)},
{'NAME':'A4', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((19,),)},
{'NAME':'A5', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((20,),)},
{'NAME':'A6', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((21,),)},
{'NAME':'A7', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((22,),)},
{'NAME':'A8', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((23,),)},
{'NAME':'A9', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((24,),)},
{'NAME':'A10', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((25,),)},
{'NAME':'A11', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((26,),)},
{'NAME':'A12', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((27,),)},
{'NAME':'A13', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((28,),)},
{'NAME':'A14', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((29,),)},
{'NAME':'A15', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((30,),)},
{'NAME':'A16', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((31,),)},
{'NAME':'A17', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((32,),)},
{'NAME':'A18', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((33,),)},
{'NAME':'A19', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((34,),)},
{'NAME':'A20', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((35,),)},
{'NAME':'A21', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((36,),)},
{'NAME':'A22', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((37,),)},
{'NAME':'A23', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((38,),)},
{'NAME':'A24', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((39,),)}),
'NOR_A25':(
{'NAME':'A25', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':1, 'L3':0, 'PINS':((1,),)},),
'NOR_CS1':(
{'NAME':'CS1', 'TRISTATE':False, 'FAST':False, 'PULLUP':True, 'L0':0, 'L1':0, 'L2':2, 'L3':0, 'PINS':((1,),)},),
'NAND':(
{'NAME':'CS', 'TRISTATE':False, 'FAST':False, 'PULLUP':True, 'L0':0, 'L1':0, 'L2':2, 'L3':0, 'PINS':((0,),)},
{'NAME':'ALE', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':2, 'L3':0, 'PINS':((2,),)},
{'NAME':'WE', 'TRISTATE':False, 'FAST':False, 'PULLUP':True, 'L0':0, 'L1':0, 'L2':2, 'L3':0, 'PINS':((3,),)},
{'NAME':'IO2', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':2, 'L3':0, 'PINS':((4,),)},
{'NAME':'IO0', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':2, 'L3':0, 'PINS':((5,),)},
{'NAME':'IO1', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':2, 'L3':0, 'PINS':((6,),)},
{'NAME':'CLE', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':2, 'L3':0, 'PINS':((7,),)},
{'NAME':'RD', 'TRISTATE':False, 'FAST':False, 'PULLUP':True, 'L0':0, 'L1':0, 'L2':2, 'L3':0, 'PINS':((8,),)},
{'NAME':'IO4', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':2, 'L3':0, 'PINS':((9,),)},
{'NAME':'IO5', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':2, 'L3':0, 'PINS':((10,),)},
{'NAME':'IO6', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':2, 'L3':0, 'PINS':((11,),)},
{'NAME':'IO7', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':2, 'L3':0, 'PINS':((12,),)},
{'NAME':'IO3', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':2, 'L3':0, 'PINS':((13,),)},
{'NAME':'BUSY','TRISTATE':True, 'FAST':False, 'PULLUP':True, 'L0':0, 'L1':0, 'L2':2, 'L3':0, 'PINS':((14,),)}),
#NAND16 is used in addition to NAND
'NAND16':(
{'NAME':'IO8', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':2, 'L3':0, 'PINS':((16,),)},
{'NAME':'IO9', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':2, 'L3':0, 'PINS':((17,),)},
{'NAME':'IO10', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':2, 'L3':0, 'PINS':((18,),)},
{'NAME':'IO11', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':2, 'L3':0, 'PINS':((19,),)},
{'NAME':'IO12', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':2, 'L3':0, 'PINS':((20,),)},
{'NAME':'IO13', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':2, 'L3':0, 'PINS':((21,),)},
{'NAME':'IO14', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':2, 'L3':0, 'PINS':((22,),)},
{'NAME':'IO15', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':2, 'L3':0, 'PINS':((23,),)}),
'CAN':(
{'NAME':'RX', 'TRISTATE':True, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':0, 'L3':1, 'PINS':
((10, 14, 18, 22, 26, 30, 34, 38, 42, 46, 50), (9, 13, 17, 21, 25, 29, 33, 37, 41, 45, 49, 53))},
{'NAME':'TX', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':0, 'L3':1, 'PINS':
((11, 15, 19, 23, 27, 31, 35, 39, 43, 47, 51), (8, 12, 16, 20, 24, 28, 32, 36, 40, 44, 48, 52))}),
'UART':(
{'NAME':'RX', 'TRISTATE':True, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':0, 'L3':7, 'PINS':
((10, 14, 18, 22, 26, 30, 34, 38, 42, 46, 50), (9, 13, 17, 21, 25, 29, 33, 37, 41, 45, 49, 53))},
{'NAME':'TX', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':0, 'L3':7, 'PINS':
((11, 15, 19, 23, 27, 31, 35, 39, 43, 47, 51), (8, 12, 16, 20, 24, 28, 32, 36, 40, 44, 48, 52))}),
'I2C':(
{'NAME':'SCL', 'TRISTATE':False, 'FAST':False, 'PULLUP':True, 'L0':0, 'L1':0, 'L2':0, 'L3':2, 'PINS':
((10, 14, 18, 22, 26, 30, 34, 38, 42, 46, 50), (12, 16, 20, 24, 28, 32, 36, 40, 44, 48, 52))},
{'NAME':'SDA', 'TRISTATE':False, 'FAST':False, 'PULLUP':True, 'L0':0, 'L1':0, 'L2':0, 'L3':2, 'PINS':
((11, 15, 19, 23, 27, 31, 35, 39, 43, 47, 51), (13, 17, 21, 25, 29, 33, 37, 41, 45, 49, 53))}),
'TTC':(
{'NAME':'WOUT','TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':0, 'L3':6, 'PINS': ((18, 30, 42), (16, 28, 40))},
{'NAME':'CLK', 'TRISTATE':True, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':0, 'L3':6, 'PINS': ((19, 31, 43), (17, 29, 41))}),
'SWDT':(
{'NAME':'CLK', 'TRISTATE':True, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':0, 'L3':3, 'PINS': ((14, 26, 38, 50, 52),)},
{'NAME':'RSTO','TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':0, 'L3':3, 'PINS': ((15, 27, 39, 51, 53),)}),
'PJTAG':(
{'NAME':'TDI', 'TRISTATE':True, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':0, 'L3':3, 'PINS': ((10, 22, 34, 46),)},
{'NAME':'TDO', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':0, 'L3':3, 'PINS': ((11, 23, 35, 47),)},
{'NAME':'TCK', 'TRISTATE':True, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':0, 'L3':3, 'PINS': ((12, 24, 36, 48),)},
{'NAME':'TMS', 'TRISTATE':True, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':0, 'L3':3, 'PINS': ((13, 25, 37, 49),)}),
'TPUI':( # variable number of options
{'NAME':'CLK0', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS': ((12,24),)},
{'NAME':'CTL', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS': ((13,25),)},
{'NAME':'DATA0', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS': ((14,26),)},
{'NAME':'DATA1', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS': ((15,27),)},
{'NAME':'DATA2', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS': ((10,22),)},
{'NAME':'DATA3', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS': ((11,23),)},
{'NAME':'DATA4', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS': ((16,),)},
{'NAME':'DATA5', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS': ((17,),)},
{'NAME':'DATA6', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS': ((18,),)},
{'NAME':'DATA7', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS': ((19,),)},
{'NAME':'DATA8', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS': ((2,),)},
{'NAME':'DATA9', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS': ((3,),)},
{'NAME':'DATA10', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS': ((4,),)},
{'NAME':'DATA11', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS': ((5,),)},
{'NAME':'DATA12', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS': ((6,),)},
{'NAME':'DATA13', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS': ((7,),)},
{'NAME':'DATA14', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS': ((8,),)},
{'NAME':'DATA15', 'TRISTATE':False, 'FAST':False, 'PULLUP':False, 'L0':0, 'L1':1, 'L2':0, 'L3':0, 'PINS': ((9,),)})
}
MIO_INTERFACES=[
{'CONFIG_NAME':'CONFIG_EZYNQ_QUADSPI_0', 'IFACE':'QUADSPI', 'CHANNEL':0},
{'CONFIG_NAME':'CONFIG_EZYNQ_QUADSPI_1', 'IFACE':'QUADSPI_FBCLK','CHANNEL':1},
{'CONFIG_NAME':'CONFIG_EZYNQ_QUADSPI_FBCLK', 'IFACE':'ETH', 'CHANNEL':0},
{'CONFIG_NAME':'CONFIG_EZYNQ_MIO_ETH_0', 'IFACE':'ETH', 'CHANNEL':0},
{'CONFIG_NAME':'CONFIG_EZYNQ_MIO_ETH_1', 'IFACE':'ETH', 'CHANNEL':1},
{'CONFIG_NAME':'CONFIG_EZYNQ_MIO_ETH_MDIO', 'IFACE':'MDIO', 'CHANNEL':0},
{'CONFIG_NAME':'CONFIG_EZYNQ_MIO_USB_0', 'IFACE':'USB', 'CHANNEL':0},
{'CONFIG_NAME':'CONFIG_EZYNQ_MIO_USB_1', 'IFACE':'USB', 'CHANNEL':1},
{'CONFIG_NAME':'CONFIG_EZYNQ_MIO_SPI_0', 'IFACE':'SPI', 'CHANNEL':0},
{'CONFIG_NAME':'CONFIG_EZYNQ_MIO_SPI_1', 'IFACE':'SPI', 'CHANNEL':1},
{'CONFIG_NAME':'CONFIG_EZYNQ_MIO_SDIO_0', 'IFACE':'SDIO', 'CHANNEL':0},
{'CONFIG_NAME':'CONFIG_EZYNQ_MIO_SDIO_1', 'IFACE':'SDIO', 'CHANNEL':1},
{'CONFIG_NAME':'CONFIG_EZYNQ_MIO_SDCD_0', 'IFACE':'SDIO_CD', 'CHANNEL':0},
{'CONFIG_NAME':'CONFIG_EZYNQ_MIO_SDCD_1', 'IFACE':'SDIO_CD', 'CHANNEL':1},
{'CONFIG_NAME':'CONFIG_EZYNQ_MIO_SDWP_0', 'IFACE':'SDIO_WP', 'CHANNEL':0},
{'CONFIG_NAME':'CONFIG_EZYNQ_MIO_SDWP_1', 'IFACE':'SDIO_WP', 'CHANNEL':1},
{'CONFIG_NAME':'CONFIG_EZYNQ_MIO_SDPWR_0', 'IFACE':'SDIO_PWR', 'CHANNEL':0},
{'CONFIG_NAME':'CONFIG_EZYNQ_MIO_SDPWR_1', 'IFACE':'SDIO_PWR', 'CHANNEL':1},
{'CONFIG_NAME':'CONFIG_EZYNQ_NOR', 'IFACE':'NOR', 'CHANNEL':0},
{'CONFIG_NAME':'CONFIG_EZYNQ_NOR_A25', 'IFACE':'NOR_A25', 'CHANNEL':0},
{'CONFIG_NAME':'CONFIG_EZYNQ_NOR_CS1', 'IFACE':'NOR_CS1', 'CHANNEL':0},
{'CONFIG_NAME':'CONFIG_EZYNQ_NAND', 'IFACE':'NAND', 'CHANNEL':0},
{'CONFIG_NAME':'CONFIG_EZYNQ_NAND16', 'IFACE':'NAND16', 'CHANNEL':0}, #requires NAND
{'CONFIG_NAME':'CONFIG_EZYNQ_MIO_CAN_0', 'IFACE':'CAN', 'CHANNEL':0},
{'CONFIG_NAME':'CONFIG_EZYNQ_MIO_CAN_1', 'IFACE':'CAN', 'CHANNEL':1},
{'CONFIG_NAME':'CONFIG_EZYNQ_MIO_CAN_ECLK_0','IFACE':'CAN_ECLK', 'CHANNEL':0},
{'CONFIG_NAME':'CONFIG_EZYNQ_MIO_CAN_ECLK_1','IFACE':'CAN_ECLK', 'CHANNEL':1},
{'CONFIG_NAME':'CONFIG_EZYNQ_MIO_UART_0', 'IFACE':'UART', 'CHANNEL':0},
{'CONFIG_NAME':'CONFIG_EZYNQ_MIO_UART_1', 'IFACE':'UART', 'CHANNEL':1},
{'CONFIG_NAME':'CONFIG_EZYNQ_MIO_I2C_0', 'IFACE':'I2C', 'CHANNEL':0},
{'CONFIG_NAME':'CONFIG_EZYNQ_MIO_I2C_1', 'IFACE':'I2C', 'CHANNEL':1},
{'CONFIG_NAME':'CONFIG_EZYNQ_MIO_TTC_0', 'IFACE':'TTC', 'CHANNEL':0},
{'CONFIG_NAME':'CONFIG_EZYNQ_MIO_TTC_1', 'IFACE':'TTC', 'CHANNEL':1},
{'CONFIG_NAME':'CONFIG_EZYNQ_MIO_SWDT', 'IFACE':'SWDT', 'CHANNEL':0},
{'CONFIG_NAME':'CONFIG_EZYNQ_MIO_PJTAG', 'IFACE':'PJTAG', 'CHANNEL':0},
{'CONFIG_NAME':'CONFIG_EZYNQ_MIO_TPUI', 'IFACE':'TPUI', 'CHANNEL':0}]
MIO_ATTR=[
{'PREFIX':'CONFIG_EZYNQ_MIO_IOSTD_LVCMOS18_','PROPERTY':'IOTYPE','VALUE':'LVCMOS18'},
{'PREFIX':'CONFIG_EZYNQ_MIO_IOSTD_LVCMOS25_','PROPERTY':'IOTYPE','VALUE':'LVCMOS25'},
{'PREFIX':'CONFIG_EZYNQ_MIO_IOSTD_LVCMOS33_','PROPERTY':'IOTYPE','VALUE':'LVCMOS33'},
{'PREFIX':'CONFIG_EZYNQ_MIO_IOSTD_HSTL_', 'PROPERTY':'IOTYPE','VALUE':'HSTL'},
{'PREFIX':'CONFIG_EZYNQ_MIO_IOSTD_HSTLDIS_', 'PROPERTY':'IOTYPE','VALUE':'HSTLDIS'},
{'PREFIX':'CONFIG_EZYNQ_MIO_PULLUP_EN_', 'PROPERTY':'PULLUP','VALUE':True},
{'PREFIX':'CONFIG_EZYNQ_MIO_PULLUP_DIS_', 'PROPERTY':'PULLUP','VALUE':False},
{'PREFIX':'CONFIG_EZYNQ_MIO_FAST_', 'PROPERTY':'FAST', 'VALUE':True},
{'PREFIX':'CONFIG_EZYNQ_MIO_SLOW_', 'PROPERTY':'FAST', 'VALUE':False},
{'PREFIX':'CONFIG_EZYNQ_MIO_INOUT_', 'SPECIAL':'DIR'},
{'PREFIX':'CONFIG_EZYNQ_MIO_GPIO_OUT_', 'SPECIAL':'GPIO_OUT'}]
GPIO_MASKDATA=[
{'NAME':'MASK_DATA_0_LSW','ADDRESS':0xE000A000,'DATA':0},
{'NAME':'MASK_DATA_0_MSW','ADDRESS':0xE000A004,'DATA':0},
{'NAME':'MASK_DATA_1_LSW','ADDRESS':0xE000A008,'DATA':0},
{'NAME':'MASK_DATA_1_MSW','ADDRESS':0xE000A00C,'DATA':0}]
SLCR_LOCK=[
{'NAME':'UNLOCK','ADDRESS':0xf8000008,'DATA':0xDF0D},
{'NAME':'LOCK', 'ADDRESS':0xf8000004,'DATA':0x767B}]
ACCESSIBLE_REGISTERS=((0xe0001000,0xe0001fff), # UART1 controller registers
(0xe000d000,0xe000efff), # QUAD SPI controller registers
(0xe0100004,0xe0100057), # SDIO 0 controller registers
(0xe0100059,0xe0100fff), # SDIO 0 controller registers
(0xe000e000,0xe000efff), # SMC controller
(0xf8006000,0xf8006fff), # DDR controller
# SLCR_LOCK disables all (0xf8000000,0xf8000b74), but it is locked at reset seems to be unlocked, http://www.xilinx.com/support/answers/47570.html
#prohibited: SLCR_SCL, SLCR_LOCK, SLCR_UNLOCK, SLCR_STA
(0xf8000100,0xf80001b0), # SLCR registers
#DOes not seem to be any gap between 0xf80001b0 and 0xf80001b4
(0xf80001b4,0xf80001ff), # SLCR registers
#prohibited SLCR_PSS_RST_CTRL 0xf8000200
(0xf8000204,0xf8000234), # SLCR registers - is SLCR_SMC_RST_CTRL 0xf8000234 also prohibited?
#prohibited? SLCR_OCM_RST_CTRL 0xf8000238 SLCR_FPGA_RST_CTRL 0xf8000240
(0xf800024c,0xf800024c), # SLCR registers SLCR_AWDT_CTRL - watchdog timer reset control
#prohibited SLSR_REBOOT_STATUS 0xf8000258, SLCR_BOOT_MODE 0xf800025c, SLCR_APU_CTRL 0xf8000300,
(0xf8000304,0xf8000834), # SLCR registers SLCR_AWDT_CLK_SEL, DDR, MIO
#prohibited SLCR_LVL_SHFTR_ON 0xf8000900, SLCR_OCM_CFG 0xf8000910,
(0xf8000a00,0xf8000a8c), # SLCR registers All shown "reserved" ???
(0xf8000ab0,0xf8000b74)) # SLCR registers iostd, voltages, - more DDR stuff
#TODO: list configurable interfaces (ordered list) and process it in the defined order
#Each interface may have channel and always has name (as in MIO_TEMPLATES)
if args.verbosity >= 2:
print MIO_TEMPLATES
def parse_config(filename):
attrib_suffix='ATTRIB'
options = {}
f = open(filename)
for line in f:
# First, remove comments:
if COMMENT_CHAR in line:
# split on comment char, keep only the part before
line,_ = line.split(COMMENT_CHAR, 1)
# Second, find lines with an option=value:
if OPTION_CHAR in line:
# split on option char:
option, value = line.split(OPTION_CHAR, 1)
# strip spaces:
option = option.strip()
value = value.strip().upper()
value = value.strip('"')
if QULAIFIER_CHAR in option:
option,qualifier=option.split(QULAIFIER_CHAR,1)
if not option in options:
options[option]={}
if not isinstance(options[option],dict): # make a former value a value in a dictionary
options[option]={'INTERFACE_GROUP':options[option]}
if qualifier==attrib_suffix:
value=str(value).upper()
try:
options[option]['ATTRIBS'].add(value)
except:
options[option]['ATTRIBS']=set([value])
if not 'INTERFACE_GROUP' in options[option]:
options[option]['INTERFACE_GROUP']='Y' # 'any' if not overwritten, so just setting attribute initializes interface
else:
options[option][qualifier]=value
else:
# store in dictionary:
if option in options:
try:
options[option]['INTERFACE_GROUP'] = value #qualified pins already defined
except:
options[option] = value # not a dictionary - just overwrite
else:
options[option] = value
f.close()
return options
def mio_set_defaults(mio_dflts, mio, options):
VALID_VOLTAGES = (1.8, 2.5, 3.3)
IOSTD = ('LVCMOS18', 'LVCMOS25', 'LVCMOS33')
try:
mio_dflts['MIO_0_VOLT'] = float(options['CONFIG_EZYNQ_MIO_0_VOLT'])
except (KeyError):
print "required CONFIG_EZYNQ_MIO_0_VOLT is not defined. It should be 1.8, 2.5 or 3.3"
exit (ERR_MISSING_CONFIG)
if not mio_dflts['MIO_0_VOLT'] in VALID_VOLTAGES:
print 'Invalid voltage specified for MIO bank 0: CONFIG_EZYNQ_MIO_0_VOLT = ' + options['CONFIG_EZYNQ_MIO_0_VOLT']
print 'Valid values are : ' + str(VALID_VOLTAGES)
exit (ERR_INVALID)
try:
mio_dflts['MIO_1_VOLT'] = float(options['CONFIG_EZYNQ_MIO_1_VOLT'])
except (KeyError):
print "required CONFIG_EZYNQ_MIO_1_VOLT is not defined. It should be 1.8, 2.5 or 3.3"
exit (ERR_MISSING_CONFIG)
if not mio_dflts['MIO_1_VOLT'] in VALID_VOLTAGES:
print 'Invalid voltage specified for MIO bank 1: CONFIG_EZYNQ_MIO_1_VOLT = ' + options['CONFIG_EZYNQ_MIO_1_VOLT']
print 'Valid values are : ' + str(VALID_VOLTAGES)
exit (ERR_INVALID)
iostd0 = IOSTD[VALID_VOLTAGES.index(mio_dflts['MIO_0_VOLT'])]
pullup0 = False
if 'CONFIG_EZYNQ_MIO_0_PULLUP' in options:
pullup0 = True
for i in range (0, 16):
mio[i]['IOTYPE'] = iostd0;
mio[i]['PULLUP'] = pullup0;
iostd1 = IOSTD[VALID_VOLTAGES.index(mio_dflts['MIO_1_VOLT'])]
pullup1 = False
if 'CONFIG_EZYNQ_MIO_1_PULLUP' in options:
pullup1 = True
for i in range (16, 54):
mio[i]['IOTYPE'] = iostd1;
mio[i]['PULLUP'] = pullup1;
def set_mio_interfaces(mio_interfaces, options):
for conf_iface in MIO_INTERFACES:
if conf_iface['CONFIG_NAME'] in options:
iface_name= conf_iface['IFACE']
iface_template= MIO_TEMPLATES[iface_name]
channel= conf_iface['CHANNEL']
option= options[conf_iface['CONFIG_NAME']]
# print '---->',option
if len(iface_template[0]['PINS'])>1:
print_channel=' channel '+str(channel)
else:
print_channel=''
try:
option.has_key('INTERFACE_GROUP')
except:
option={'INTERFACE_GROUP':option} # it was not a dictionary - string or number
# is the interface group as a whole used (not only individual pins)?
iface={}
if 'INTERFACE_GROUP' in option:
if option['INTERFACE_GROUP'] in "yY": # take first variant
anypin=iface_template[0]['PINS'][channel][0]
else:
anypin=int(option['INTERFACE_GROUP'])
#find if this pin belongs to specified interface/channel
# variant=-1
for func_pin in iface_template:
pins=func_pin['PINS'][channel]
if anypin in pins:
variant=pins.index(anypin)
break
else:
print 'Invalid MIO pin number '+str(anypin)+' for interface '+iface_name+print_channel+', set in '
print conf_iface['CONFIG_NAME']+" = "+str(anypin)
allowed_pins=[]
for func_pin in iface_template:
for pin in func_pin['PINS'][channel]:
allowed_pins.append(pin)
print 'Allowed MIO pins are:',allowed_pins
exit (ERR_NOSUCHPIN)
for tmpl_pin in iface_template:
iface_pin={}
for key in tmpl_pin.keys():
if (key != 'NAME') and (key != 'PINS'):
iface_pin[key]=tmpl_pin[key]
iface_pin['PIN']= tmpl_pin['PINS'][channel][variant]
iface[tmpl_pin['NAME']]= iface_pin
#now process individual pins (if any) specified for the interface
for individual_pin_name in option.keys():
if not individual_pin_name in ('INTERFACE_GROUP','ATTRIBS'):
value = option[individual_pin_name]
# print individual_pin_name,value
if value[0] in 'nfNF':
value = -1
elif value[0] in 'yY':
value='y'
else:
value=int(value)
#TODO: Value may be just 'y' if there is a single option
#Traceback (most recent call last):
# File "./ezynq/ezynqcfg.py", line 455, in <module>
# set_mio_interfaces(mio_interfaces, options)
# File "./ezynq/ezynqcfg.py", line 369, in set_mio_interfaces
# anypin=int(option['INTERFACE_GROUP'])
#ValueError: invalid literal for int() with base 10: 'y'
#find if such pin name is defined for the interface
# for pin_index, tmpl_pin in enumerate(iface_template):
for tmpl_pin in iface_template:
if tmpl_pin['NAME'] == individual_pin_name:
break;
else:
print 'Signal name '+individual_pin_name+' is not defined for interface '+iface_name+' in'
print conf_iface['CONFIG_NAME']+QULAIFIER_CHAR+individual_pin_name+" = "+option[individual_pin_name]
exit (ERR_NOSUCHSIGNAL)
if (value<0):
try:
del iface[individual_pin_name]
except:
pass # OK to delete non-existent?
else:
#see if pin number is valid
if value == 'y':
value=tmpl_pin['PINS'][channel][0] # first variant
if not value in tmpl_pin['PINS'][channel]:
print 'Invalid MIO pin number '+str(value)+' for interface '+iface_name+print_channel+', set in '
print conf_iface['CONFIG_NAME']+QULAIFIER_CHAR+individual_pin_name+" = "+option[individual_pin_name]
print 'Allowed MIO pins are:',tmpl_pin['PINS'][channel]
exit (ERR_NOSUCHPIN)
#set new pin data
iface_pin={}
for key in tmpl_pin.keys():
if (key != 'NAME') and (key != 'PINS'):
iface_pin[key]=tmpl_pin[key]
# print 'channel=',channel,'variant=',variant,'tmpl_pin["PINS"]=',tmpl_pin['PINS']
iface_pin['PIN']= value # tmpl_pin['PINS'][channel][variant]
iface[tmpl_pin['NAME']]= iface_pin
# Now we can try to apply iface to MIO, and add it to the list
#or remove mio from function arguments and process mio_interfaces later?
if args.verbosity >= 3:
print 'name=',iface_name,' iface:'
for i, item in enumerate(iface):
print i, item, ':',iface[item]
print
if not 'ATTRIBS' in option:
option['ATTRIBS']=set()
mio_interfaces.append({'NAME':iface_name,'CHANNEL':channel, 'IFACE':iface, 'PRINT_CHANNEL':print_channel,'ATTRIBS':option['ATTRIBS']})
def config_name (iface, channel, signal):
for mi in MIO_INTERFACES:
if (mi['IFACE']==iface) and (mi['CHANNEL']==channel) :
if signal:
return mi['CONFIG_NAME']+QULAIFIER_CHAR+signal
else:
return mi['CONFIG_NAME']
def apply_mio_interfaces(mio, mio_interfaces,warn):
for iface_item in mio_interfaces:
name= iface_item['NAME']
channel=iface_item['CHANNEL']
iface=iface_item['IFACE']
print_channel=iface_item['PRINT_CHANNEL']
attribs=iface_item['ATTRIBS'] # set
for signal in iface:
pin=iface[signal]
#see if the same pin was already used in one or several interfaces
if mio[pin['PIN']]['USED_IN'] : #need to add len() >0?
for used_in in mio[pin['PIN']]['USED_IN']:
print ('MIO pin '+str(pin['PIN'])+" is previously used by interface "+used_in['NAME']+
used_in['PRINT_CHANNEL']+', signal '+used_in['SIGNAL']+'.')
print 'You may resolve the conflict by freeing one of the signals, adding one of the following lines:'
print config_name (used_in['NAME'], used_in['CHANNEL'], used_in['SIGNAL'])+'=free'
print 'or'
print config_name (name, channel, signal)+'=free'
print 'to the board configuration file\n'
if not warn:
exit (ERR_MIOCONFLICT)
#add current pin usage information
mio[pin['PIN']]['USED_IN'].append({'NAME':name, 'CHANNEL':channel,'SIGNAL':signal,'PRINT_CHANNEL':print_channel})
#modify mio pin attributes
#copy attributes from the interface template (if they are defined)
for attr in pin:
if (attr != 'PIN'):
mio[pin['PIN']][attr]=pin[attr]
# {'NAME':'IO3', 'TRISTATE':False, 'FAST':True, 'PULLUP':False, 'L0':0, 'L1':0, 'L2':0, 'L3':4, 'PINS':((21, 33, 45), (15, 27, 39, 51))}),
#overwrite attributes if specified for interface in config
if 'SLOW' in attribs:
mio[pin['PIN']]['FAST']=False
if 'FAST' in attribs:
mio[pin['PIN']]['FAST']=True
if 'PULLUP' in attribs:
mio[pin['PIN']]['PULLUP']=True
if 'NOPULLUP' in attribs:
mio[pin['PIN']]['PULLUP']=False
def parse_mio(mio):
for n, pin in enumerate(mio):
value=0;
if ('TRISTATE' in pin) and pin['TRISTATE']:
value |= 1 # bit 0
if 'L0' in pin:
value |= (pin['L0'] & 1) << 1 # bit 1
if 'L1' in pin:
value |= (pin['L1'] & 1) << 2 # bit 2
if 'L2' in pin:
value |= (pin['L2'] & 3) << 3 # bits 3:4
if 'L3' in pin:
value |= (pin['L3'] & 7) << 5 # bits 5:7
if ('FAST' in pin) and pin['FAST']:
value |= (1<<8) # bit 8
if ('IOTYPE' in pin):
if pin['IOTYPE']=='LVCMOS18':
value |= (1<<9) # bits 9:11
elif pin['IOTYPE']=='LVCMOS25':
value |= (2<<9) # bits 9:11
elif pin['IOTYPE']=='LVCMOS33':
value |= (3<<9) # bits 9:11
elif pin['IOTYPE']=='HSTL':
value |= (4<<9) # bits 9:11
elif pin['IOTYPE']=='HSTLDIS':
value |= (4<<9) | (1<<13) # bits 9:11, bit 13
else:
print 'Invalid I/O standard: '+pin['IOTYPE']+' for MIO pin#'+n
exit (-1)
if ('PULLUP' in pin) and pin['PULLUP']:
value |= (1<<12) # bit 12
pin['VALUE']=value # or mio[n]['VALUE']=value ???
pin['HEX']=hex(value) # or mio[n]['VALUE']=value ???
#CONFIG_EZYNQ_MIO_IOSTD_LVCMOS18_NN= y # will overwrite defaults, last numeric specifies MIO pin number
#CONFIG_EZYNQ_MIO_IOSTD_LVCMOS25_NN= y # will overwrite defaults
#CONFIG_EZYNQ_MIO_IOSTD_LVCMOS33_NN= y # will overwrite defaults
#CONFIG_EZYNQ_MIO_IOSTD_HSTL_NN= y # will overwrite defaults
#CONFIG_EZYNQ_MIO_IOSTD_HSTLDIS_NN= y # will overwrite defaults
#CONFIG_EZYNQ_MIO_PULLUP_EN_NN= y # will overwrite defaults
#CONFIG_EZYNQ_MIO_PULLUP_DIS_NN= y # will overwrite defaults
#CONFIG_EZYNQ_MIO_FAST_NN= y # will overwrite defaults
#CONFIG_EZYNQ_MIO_INOUT_NN= 'IN' # 'OUT', 'BIDIR'
#CONFIG_EZYNQ_MIO_GPIO_OUT_NN= 0 # Set selected GPIO output to 0/1
def set_mio_attribs(mio,options):
attribs={}
for option in options:
for attrib_entry in MIO_ATTR:
prefix=attrib_entry['PREFIX']
# print prefix,' <->', option, option[:len(prefix)]
if option[:len(prefix)]==prefix:
if not prefix in attribs:
attribs[prefix]={}
# print prefix,options[option],option[len(prefix):]
try:
key=int(option[len(prefix):])
except:
print 'Invalid pin number ',option[len(prefix):],' in',option
exit (ERR_NOSUCHPIN)
attribs[prefix][key]=options[option]
break
# print '------- attribs -----'
# for a in attribs:
# print a,attribs[a]
#set defined attrinutes for MIO pins
for attr in MIO_ATTR:
if ('PROPERTY' in attr) and (attr['PREFIX'] in attribs):
for pin in attribs[attr['PREFIX']]:
if (pin in range(len(mio))):
mio[pin][attr['PROPERTY']]=attr['VALUE']
# print '***',attr['PROPERTY'],pin,attr['VALUE']
else:
print attr['PREFIX']+str(pin)+': pin number',pin,' out of range 0...53'
exit (ERR_NOSUCHPIN)
#set IN, OUT, BIDIR (INOUT) parameters
elif ('SPECIAL' in attr) and (attr['SPECIAL']=='DIR') and (attr['PREFIX'] in attribs):
for pin in attribs[attr['PREFIX']]:
value=attribs[attr['PREFIX']][pin]
value=value.upper()
if (value=='INOUT') or (value=='BIDIR'):
value = 'BIDIR'
elif (value=='IN') or (value=='INPUT'):
value = 'IN'
elif (value=='OUT') or (value=='OUTPUT'):
value = 'OUT'
else:
print 'Invalid MIO pin polarity in',attr['PREFIX']+str(pin),'=',value
print 'Polarity can only be IN, OUT or BIDIR'
exit (ERR_INOUT)
if (pin==7) or (pin==8) and (value!='OUT'):
print 'Invalid MIO pin polarity in',attr['PREFIX']+str(pin),'=',value
print 'Polarity for MIO pins 7 and 8 can only be OUT'
exit (ERR_INOUT)
mio[pin]['INOUT']=value #Where is it used?
if value=='IN':
mio[pin]['TRISTATE']=True
elif ('SPECIAL' in attr) and (attr['SPECIAL']=='GPIO_OUT') and (attr['PREFIX'] in attribs):
for pin in attribs[attr['PREFIX']]:
value=attribs[attr['PREFIX']][pin]
# print pin, value
if (value!=0) and (value!='0'):
value=1
else:
value=0
# print 'value=',value
mio[pin]['DATA_OUT']=value #Where is it used?
def verify_register_accessible(address):
for interval in ACCESSIBLE_REGISTERS:
if (address >= interval[0]) and (address <= interval[1]):
if args.verbosity >= 1: print 'Register accessible:' , hex(interval[0]),'<=', hex(address), '<=', hex(interval[1])
return True
else:
return False
#ACCESSIBLE_REGISTERS
def output_mio(registers,f,mio,MIO_HTML_MASK):
if not registers is False:
for mio_pin in mio:
registers.append({'ADDRESS':mio_pin['ADDR'],'DATA':mio_pin['VALUE']})
if not f:
return
f.write ('<H2>MIO pins map</H2>\n')
f.write('<table border="1">\n')
f.write(' <tr>\n')
f.write(' <th>MIO<br/>pin</th>')
if MIO_HTML_MASK & 1:
f.write('<th>address</th>')
if MIO_HTML_MASK & 2:
f.write('<th>PULLUP</th>')
f.write('<th>FAST</th>')
f.write('<th>TRISTATE</th>')
f.write('<th>IOSTD</th>')
if MIO_HTML_MASK & 4:
f.write('<th>interface</th>')
f.write(' <th>value</th>')
if MIO_HTML_MASK & 8:
f.write('<th>data<br/>out</th>')
for c in mio_interfaces:
f.write('<th>'+c['NAME']+'<br/>'+c['PRINT_CHANNEL']+'&nbsp;</th>')
f.write(' </tr>\n')
for pinnum,mio_pin in enumerate(mio):
f.write('<th>'+str(pinnum)+'</th>')
if MIO_HTML_MASK & 1:
f.write('<td>'+hex(mio_pin['ADDR'])+'</td>')
if MIO_HTML_MASK & 2:
f.write('<td align="center">'+'-Y'[(mio_pin['VALUE'] >>12) & 1]+'</td>')
f.write('<td align="center">'+'-Y'[(mio_pin['VALUE'] >> 8) & 1]+'</td>')
f.write('<td align="center">'+'-Y'[(mio_pin['VALUE'] >> 0) & 1]+'</td>')
iostd=('INVALID','LVCMOS18','LVCMOS25','LVCMOS33','HSTL','INVALID','INVALID',
'INVALID')[(mio_pin['VALUE']>>9)&7]
disRsv=('','_DISRSV')[(mio_pin['VALUE']>>13)&1]
f.write('<td>'+iostd+disRsv+'</td>')
if MIO_HTML_MASK & 4:
if not mio_pin['USED_IN']:
f.write('<td align="center">-</td>')
else:
used_in=mio_pin['USED_IN'][len(mio_pin['USED_IN'])-1]
multichannel=len(used_in['PRINT_CHANNEL'])>0
f.write('<td align="center">'+(used_in['NAME']+('',' '+str(used_in['CHANNEL']))[multichannel])+'</td>')
# f.write('<td>'+str(((mio_pin['VALUE'] & (1<< 8)))!=0)+'</td>')
# f.write('<td>'+str(((mio_pin['VALUE'] & (1<< 0)))!=0)+'</td>')
f.write('<td>'+hex(mio_pin['VALUE'])+'</td>')
if MIO_HTML_MASK & 8:
if 'DATA_OUT' in mio_pin:
data_out= str(mio_pin['DATA_OUT'])
else:
data_out='-'
f.write('<td>'+ data_out+'</td>')
for iface in mio_interfaces:
signals=iface['IFACE']
for signal in signals:
if signals[signal]['PIN']==pinnum:
f.write('<td>'+signal+'</td>')
break
else:
f.write('<td>&nbsp;</td>')
f.write(' </tr>\n')
f.write('</table>\n')
def output_gpio_out(registers,f,MIO_HTML_MASK):
if f:
f.write ('<H2>GPIO Output mask/data registers</H2>\n')
f.write('<table border="1">\n')
f.write(' <tr><th>Register name</th><th>Address</th><th>Data</th></tr>\n')
for i,word in enumerate (GPIO_MASKDATA):
en=0
d=0
for shft in range (16):
pinnum=16*i+shft
if not pinnum in range (len(mio)):
break
if 'DATA_OUT' in mio[pinnum]:
en |= (1<<shft)
if mio[16*i+shft]['DATA_OUT']:
d |= (1<<shft)
mask= en ^ 0xffff
data= (mask<<16) | d
registers.append({'ADDRESS':word['ADDRESS'],'DATA':data})
if f:
f.write(' <tr><td>'+word['NAME']+'</td><td>'+hex(word['ADDRESS'])+'</td><td>'+hex(data)+'</td></tr>\n')
if f:
f.write(' </table>\n')
#Can not be used in register initialization of the RBL
def output_slcr_lock(registers,f,lock,MIO_HTML_MASK):
if f:
f.write ('<H2>SLCR lock/unlock</H2>\n')
f.write('<table border="1">\n')
f.write(' <tr><th>Register name</th><th>Address</th><th>Data</th></tr>\n')
# for i,word in enumerate (GPIO_MASKDATA):
word=SLCR_LOCK[lock!=0]
# print word
registers.append({'ADDRESS':word['ADDRESS'],'DATA':word['DATA']})
if f:
f.write(' <tr><td>'+word['NAME']+'</td><td>'+hex(word['ADDRESS'])+'</td><td>'+hex(word['DATA'])+'</td></tr>\n')
if f:
f.write(' </table>\n')
def uart_remote_loopback(registers,f,uart_num,MIO_HTML_MASK):
if f:
f.write ('<H2>UART'+str(uart_num)+' remote loopback</H2>\n')
f.write('<table border="1">\n')
f.write(' <tr><th>Register name</th><th>Address</th><th>Data</th></tr>\n')
word={'NAME':'UART'+str(uart_num)+"_mode_reg0",'ADDRESS':(0xe0000004,0xe0001004)[uart_num!=0],'DATA':0x320}
# print word
registers.append({'ADDRESS':word['ADDRESS'],'DATA':word['DATA']})
if f:
f.write(' <tr><td>'+word['NAME']+'</td><td>'+hex(word['ADDRESS'])+'</td><td>'+hex(word['DATA'])+'</td></tr>\n')
if f:
f.write(' </table>\n')
class Image(dict):
def __init__(self, *args, **kwargs):
dict.__init__(*args, **kwargs)
self.waddr = 0
def __iadd__(self, value):
self[self.waddr] = value
self.waddr += 1
class Limage(list):
def __init__(self, *args, **kwargs):
list.__init__(*args, **kwargs)
self.waddr = 0
def __iadd__(self, value):
self[self.waddr] = value
self.waddr += 1
def image_generator (image, registers, user_def,ocm_offset,ocm_len,start_exec):
reserved0044=0;
if 'CONFIG_EZYNQ_RESERVED44' in options: reserved0044= int(options['CONFIG_EZYNQ_RESERVED44'],0)
rfi_word=0xeafffffe #froma actual image
waddr=0
for _ in range (0x20/4):
image[waddr]=rfi_word # fill reserved for interrupts fields
waddr+=1
#width detection
image[waddr]=0xaa995566 # offset 0x20
waddr+=1
#image identification
image[waddr]=0x584c4e58 # offset 0x24, XLNX
waddr+=1
#encryption status
image[waddr]=0x0 # offset 0x28, no encryption
waddr+=1
#User defined word
image[waddr]=user_def # offset 0x2c
waddr+=1
#ocm_offset
if ocm_offset<0x8c0:
print 'Start offset should be >= 0x8c0, specified', hex(ocm_offset)
exit (ERR_HEAD)
elif (ocm_offset & 0x3f) != 0:
print 'Start offset should be 64-bytes aligned, specified', hex(ocm_offset)
exit (ERR_HEAD)
image[waddr]=ocm_offset # offset 0x30
waddr+=1
#ocm_len
if ocm_len>0x30000:
print 'Loaded to the OCM image should fit into 3 mapped pages of OCM - 192K (0x30000), specified ',hex(ocm_len)
exit (ERR_HEAD)
image[waddr]=ocm_len # offset 0x34
waddr+=1
#reserved 0
image[waddr]=0 # offset 0x38
waddr+=1
#start_exec
if (start_exec>0x30000) or (start_exec<0):
print 'Start address is relative to OCM and should fit there - in 192K (0x30000), specified ',hex(start_exec)
exit (ERR_HEAD)
image[waddr]=start_exec # offset 0x3c
waddr+=1
#img_len == ocm_len for unsecure images
img_len = ocm_len
image[waddr]=img_len # offset 0x40
waddr+=1
#reserved 0
image[waddr]=reserved0044 #0 # offset 0x44
waddr+=1
#calculate image checksum
def add (x,y): return x+y
checksum=(reduce(add,image[0x20/4:0x48/4]) ^ 0xffffffff) & 0xffffffff
image[waddr]=checksum # offset 0x48
waddr+=1
if args.verbosity >= 1: print 'After checksum waddr=',hex(waddr),' byte addr=',hex(4*waddr)
#initialize registers
if args.verbosity >= 1: print 'Number of registers to initialize',len(registers)
if len (registers)>256:
print 'Too many registers to initiAlize, only 256 allowed,',len(registers),'> 256'
waddr=0xa0/4
for register in registers:
if not verify_register_accessible (register['ADDRESS']):
print 'Tried to set non-accessible register', hex(register['ADDRESS']),' with data ', hex(register['DATA'])
exit (ERR_NONACCESSIBLE_REHGISTER)
image[waddr]=register['ADDRESS']
waddr+=1
image[waddr]=register['DATA']
waddr+=1
#Fill in FFs for unused registers
while waddr < (0x8c0/4):
image[waddr]=0xffffffff
waddr+=1
image[waddr]=0
waddr+=1
def write_image(image,name):
bf=open(name,'wb')
# data=struct.pack('<'+len(image)*'I', image)
# data=struct.pack('I' * len(image), *image)
# print tuple(image)
# data=struct.pack('I' * len(image), tuple(image))
# N=19
# print len(image[:N]), image[:N]
# data=struct.pack('I' * len(image), *image[0:10])
data=struct.pack('I' * len(image), *image)
# s=struct.Struct('I')
# data=s.pack(*image)
bf.write(data)
bf.close()
#=========================
options = parse_config(args.configs)
if args.verbosity >= 3:
print options
if args.verbosity >= 1:
for i, conf in enumerate(options):
print i, conf, options[conf]
mio_dflts = {'MIO_0_VOLT':0, 'MIO_1_VOLT':0, 'MIO_0_PULLUP':False, 'MIO_1_PULLUP':False};
mio = [{'USED_IN':[], 'IOTYPE':'', 'PULLUP':False, 'FAST':False, 'TRISTATE':False, 'L0':0, 'L1':0, 'L2':0, 'L3':0, 'ADDR':(0xf8000700+k*4), 'HADDR':hex(0xf8000700+k*4)} for k in range(54)]
mio_set_defaults(mio_dflts, mio, options)
mio_interfaces=[]
set_mio_interfaces(mio_interfaces, options)
#populate_mio(mio, mio_interfaces, options,WARN)
apply_mio_interfaces(mio, mio_interfaces,WARN)
set_mio_attribs(mio,options)
parse_mio(mio)
#sett MIO pin options and initial value for GPIO output
if args.verbosity >= 1:
print '\n===== mio_interfaces === '
#print mio_interfaces
for i, iface in enumerate(mio_interfaces):
print '-------------'
print 'i=',i, " iface['NAME']=",iface['NAME'],' channel=',iface['CHANNEL'],' attribs:',iface['ATTRIBS']
for pin in iface['IFACE']:
print pin,':',iface['IFACE'][pin]
print '\n===== mio === '
for i, mio_pin in enumerate(mio):
print i, mio_pin
print mio_dflts
registers=[] # list of register address/data pairs to be included in the boot fil
#TODO - match HTML and binary data sequence, set the initialization order
#store_mio (mio, registers)
#if False and MIO_HTML:
if MIO_HTML:
f=open(MIO_HTML,'w')
else:
f=False
#output_slcr_lock(registers,f,False,MIO_HTML_MASK) #prohibited by RBL
output_mio(registers,f,mio,MIO_HTML_MASK)
#output_gpio_out(registers,f,MIO_HTML_MASK) #prohibited by RBL
#output_slcr_lock(registers,f,True,MIO_HTML_MASK) #prohibited by RBL
if 'CONFIG_EZYNQ_UART_LOOPBACK_0' in options: uart_remote_loopback(registers,f, 0,MIO_HTML_MASK)
if 'CONFIG_EZYNQ_UART_LOOPBACK_1' in options: uart_remote_loopback(registers,f, 1,MIO_HTML_MASK)
if MIO_HTML:
f.close
if args.verbosity >= 1:
print registers
image =[ 0 for k in range (0x8c0/4)]
#image_generator (image, registers, user_def,start_offset,ocm_len,start_exec)
#CONFIG_EZYNQ_BOOT_USERDEF= 0x1234567 # will be saved in the file header
#CONFIG_EZYNQ_BOOT_OCM_OFFSET= 0x8C0 # start of OCM data relative to the flash image start >=0x8C0, 63-bytes aligned
#CONFIG_EZYNQ_BOOT_OCM_IMAGE_LENGTH= 0x30000 # number of bytes to load to the OCM memory, <= 0x30000
#CONFIG_EZYNQ_START_EXEC= 0x20 # number of bytes to load to the OCM memory, <= 0x30000
image_generator (image,
registers,
int(options['CONFIG_EZYNQ_BOOT_USERDEF'],0), # user_def
int(options['CONFIG_EZYNQ_BOOT_OCM_OFFSET'],0), # ocm_offset,
int(options['CONFIG_EZYNQ_BOOT_OCM_IMAGE_LENGTH'],0), #ocm_len,
int(options['CONFIG_EZYNQ_START_EXEC'],0)) #start_exec)
if args.outfile:
write_image(image,args.outfile)
# print int(hex(1234567),0) # works for decimal and hex
# binary i/o - tutorial 11.3
test.mk 0 → 100644
View file @ 5b2e54e8
#COnfiguration for the microzed board
CONFIG_EZYNQ_MIO_0_VOLT=3.3
CONFIG_EZYNQ_MIO_1_VOLT=1.8
#CONFIG_EZYNQ_MIO_0_PULLUP=y #default pullup for MIO0 - may be overwritten for individual pins
#CONFIG_EZYNQ_MIO_1_PULLUP=y #default pullup for MIO0 - may be overwritten for individual pins
#I/O standards will default to 1.3/2.5/3.3 according to MIO voltage
#CONFIG_EZYNQ_QUADSPI_0 = y
CONFIG_EZYNQ_QUADSPI_0__ATTRIB = SLOW
#CONFIG_EZYNQ_QUADSPI_1 = y
#CONFIG_EZYNQ_QUADSPI_FBCLK = y
#CONFIG_EZYNQ_MIO_ETH_0=y
CONFIG_EZYNQ_MIO_ETH_0__ATTRIB= SLOW
#CONFIG_EZYNQ_MIO_ETH_1=y
CONFIG_EZYNQ_MIO_ETH_MDIO__ATTRIB= SLOW
CONFIG_EZYNQ_MIO_USB_0__ATTRIB= SLOW
#CONFIG_EZYNQ_MIO_USB_1=y
#CONFIG_EZYNQ_MIO_SPI_0=16 #16,28,40
#CONFIG_EZYNQ_MIO_SPI_1=10 #10,22,34,46
CONFIG_EZYNQ_MIO_SDIO_0=40 #16,28,40
CONFIG_EZYNQ_MIO_SDIO_0__ATTRIB=SLOW
#CONFIG_EZYNQ_MIO_SDIO_1=10 #10,22,34,46
CONFIG_EZYNQ_MIO_SDCD_0=46 #any but 7,8
CONFIG_EZYNQ_MIO_SDWP_0=50 #any but 7,8
#CONFIG_EZYNQ_MIO_SDCD_1=48 #any but 7,8
#CONFIG_EZYNQ_MIO_SDWP_1=48 #any but 7,8
#CONFIG_EZYNQ_MIO_SDPWR_0=48 #any even
#CONFIG_EZYNQ_MIO_SDPWR_1=49 #any odd
#CONFIG_EZYNQ_NOR=y
#CONFIG_EZYNQ_NOR_A25=y # either A25 or CS1
#CONFIG_EZYNQ_NOR_CS1=y # either A25 or CS1
#CONFIG_EZYNQ_NAND=y
#CONFIG_EZYNQ_NAND__BUSY=free # debugging software
#CONFIG_EZYNQ_NAND16=y
#CONFIG_EZYNQ_MIO_CAN_0=46 # 10+4*N
#CONFIG_EZYNQ_MIO_CAN_1=44 # 8+4*N
#CONFIG_EZYNQ_MIO_CAN_ECLK_0=48 # any Just GPIO?
#CONFIG_EZYNQ_MIO_CAN_ECLK_1=49 # any Just GPIO?
#CONFIG_EZYNQ_MIO_UART_0=46 # 10+4*N
CONFIG_EZYNQ_MIO_UART_1=48 # 8+4*N
#CONFIG_EZYNQ_MIO_I2C_0=50 # 10+4*N
#CONFIG_EZYNQ_MIO_I2C_1=44 # 12+4*N
#CONFIG_EZYNQ_MIO_TTC_0=18 # 18+12*N
#CONFIG_EZYNQ_MIO_TTC_1=16 # 16+12*N
#CONFIG_EZYNQ_MIO_SWDT= 14 # 14+12*N, 52
#CONFIG_EZYNQ_MIO_PJTAG=10 # 10+12*N
#CONFIG_EZYNQ_MIO_TPUI= 2 # TODO
#the following will be applied after devices above
#each of the interfaces above can have "__<pinname>" to mix same pins from different groups
#"__<pinname>=-1" - remove specified pin from the interface (do not use it)
#just for testing
#CONFIG_EZYNQ_MIO_TPUI=12 #24
#CONFIG_EZYNQ_MIO_TPUI__CLK0=12 #24
#CONFIG_EZYNQ_MIO_TPUI__CTL=25 #13
#CONFIG_EZYNQ_MIO_TPUI__DATA0=14 #26
#CONFIG_EZYNQ_MIO_TPUI__DATA1=15 #27
#CONFIG_EZYNQ_MIO_TPUI__DATA2=10 #22
#CONFIG_EZYNQ_MIO_TPUI__DATA3=11 #23
#CONFIG_EZYNQ_MIO_IOSTD_LVCMOS18_01= y # will overwrite defaults, last numeric specifies MIO pin number
#CONFIG_EZYNQ_MIO_IOSTD_LVCMOS25_15= y # will overwrite defaults
#CONFIG_EZYNQ_MIO_IOSTD_LVCMOS33_2= y # will overwrite defaults
#CONFIG_EZYNQ_MIO_IOSTD_HSTL_3= y # will overwrite defaults
#CONFIG_EZYNQ_MIO_IOSTD_HSTLDIS_4= y # will overwrite defaults
#CONFIG_EZYNQ_MIO_PULLUP_EN_5= y # will overwrite defaults
#CONFIG_EZYNQ_MIO_PULLUP_DIS_0= y # will overwrite defaults
#CONFIG_EZYNQ_MIO_FAST_7= y # will overwrite defaults
#CONFIG_EZYNQ_MIO_SLOW_8= y # will overwrite defaults
#CONFIG_EZYNQ_MIO_INOUT_2= OUT # 'IN', 'BIDIR'
#CONFIG_EZYNQ_MIO_INOUT_15= OUT # 'IN', 'BIDIR'
#CONFIG_EZYNQ_MIO_INOUT_0= IN # 'IN', 'BIDIR'
#CONFIG_EZYNQ_MIO_GPIO_OUT_02= 0 # Set selected GPIO output to 0/1
#CONFIG_EZYNQ_MIO_GPIO_OUT_15= 1 # Set selected GPIO output to 0/1
## Boot image parameters
CONFIG_EZYNQ_BOOT_USERDEF= 0x1234567 # will be saved in the file header
CONFIG_EZYNQ_BOOT_OCM_OFFSET= 0x8C0 # start of OCM data relative to the flash image start >=0x8C0, 63-bytes aligned
CONFIG_EZYNQ_BOOT_OCM_IMAGE_LENGTH= 0#0x30000 # number of bytes to load to the OCM memory, <= 0x30000
CONFIG_EZYNQ_START_EXEC= 0x00 # start of execution address
zed_ezynq.h 0 → 100644
View file @ 5b2e54e8
/*
* (C) Copyright 2013 Elphel, Inc.
*
* Configuration for Microzed RBL header
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License as
* published by the Free Software Foundation; either version 3 of
* the License, or (at your option) any later version.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 59 Temple Place, Suite 330, Boston,
* MA 02111-1307 USA
*/
#ifndef __CONFIG_EZYNQ_H
#define __CONFIG_EZYNQ_H
#define CONFIG_EZYNQ_OCM
#define CONFIG_EZYNQ_MIO_0_VOLT 3.3
#define CONFIG_EZYNQ_MIO_1_VOLT 1.8
#define CONFIG_EZYNQ_QUADSPI_0__ATTRIB SLOW
#define CONFIG_EZYNQ_MIO_ETH_0__ATTRIB SLOW
#define CONFIG_EZYNQ_MIO_ETH_MDIO__ATTRIB SLOW
#define CONFIG_EZYNQ_MIO_USB_0__ATTRIB SLOW
#define CONFIG_EZYNQ_MIO_SDIO_0 40 // 16,28,40
#define CONFIG_EZYNQ_MIO_SDIO_0__ATTRIB SLOW
#define CONFIG_EZYNQ_MIO_SDCD_0 46 //#any but 7,8
#define CONFIG_EZYNQ_MIO_SDWP_0 50 //#any but 7,8
#define CONFIG_EZYNQ_MIO_UART_1 48 //# 8+4*N
/*
//#debug
//#define CONFIG_EZYNQ_UART_LOOPBACK_1=y
Red LED - pullup, input - on,
output (or undefined) - off
#define CONFIG_EZYNQ_MIO_PULLUP_EN_47
#define CONFIG_EZYNQ_MIO_PULLUP_DIS_0
#define CONFIG_EZYNQ_MIO_INOUT_47 OUT
#define CONFIG_EZYNQ_MIO_INOUT_47= IN
#define CONFIG_EZYNQ_MIO_INOUT_47= BIDIR
*/
#define CONFIG_EZYNQ_BOOT_USERDEF 0x1010000 /* # 0x1234567 # will be saved in the file header */
#define CONFIG_EZYNQ_BOOT_OCM_OFFSET 0xa40 /* # 0x8C0 # start of OCM data relative to the flash image start >=0x8C0, 63-bytes aligned */
#define CONFIG_EZYNQ_BOOT_OCM_IMAGE_LENGTH 0x1400c /* # 0#0x30000 # number of bytes to load to the OCM memory, <= 0x30000 */
#define CONFIG_EZYNQ_START_EXEC 0x00 /* # start of execution address */
#define CONFIG_EZYNQ_RESERVED44 0 /* # documented as 0, but actually 1 */
#endif /* __CONFIG_EZYNQ_H */
\ No newline at end of file
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