ps = PinSpec(pinbanks, fixedpins, function_names)
- ps.vss("I", ('N', 0), 0, 0, 1)
+ ps.vss("E", ('N', 0), 0, 0, 1)
ps.vdd("E", ('N', 1), 0, 0, 1)
ps.sdram1("", ('N', 2), 0, 0, 30)
- ps.vss("E", ('N', 30), 0, 0, 1)
+ ps.vss("I", ('N', 30), 0, 0, 1)
ps.vdd("I", ('N', 31), 0, 0, 1)
ps.vss("E", ('E', 0), 0, 1, 1)
- ps.sdram2("", ('E', 1), 0, 0, 12)
- ps.vdd("E", ('E', 13), 0, 1, 1)
- ps.gpio("", ('E', 14), 0, 8, 8)
- ps.vss("I", ('E', 23), 0, 1, 1)
- ps.jtag("", ('E', 24), 0, 0, 4)
- ps.vdd("I", ('E', 31), 0, 1, 1)
+ ps.vdd("E", ('E', 1), 0, 1, 1)
+ ps.sdram2("", ('E', 2), 0, 0, 12)
+ ps.vss("I", ('E', 14), 0, 1, 1)
+ ps.vdd("I", ('E', 15), 0, 1, 1)
+ ps.gpio("", ('E', 16), 0, 8, 8)
+ ps.jtag("", ('E', 25), 0, 0, 4)
ps.vss("I", ('S', 0), 0, 2, 1)
- ps.sys("", ('S', 1), 0, 0, 7)
- ps.vdd("I", ('S', 8), 0, 2, 1)
- ps.mi2c("", ('S', 9), 0, 0, 2)
- ps.mspi("0", ('S', 15), 0)
- ps.uart("0", ('S', 20), 0)
- ps.vss("I", ('S', 22), 0, 3, 1)
- ps.gpio("", ('S', 23), 0, 0, 8)
+ ps.vdd("I", ('S', 1), 0, 2, 1)
+ ps.mi2c("", ('S', 2), 0, 0, 2)
+ ps.mspi("0", ('S', 8), 0)
+ ps.uart("0", ('S', 13), 0)
+ ps.gpio("", ('S', 15), 0, 0, 8)
+ ps.sys("", ('S', 23), 0, 0, 7)
+ ps.vss("I", ('S', 30), 0, 3, 1)
ps.vdd("I", ('S', 31), 0, 3, 1)
- ps.vss("I", ('W', 0), 0, 4, 1)
- ps.pwm("", ('W', 1), 0, 0, 2)
- ps.eint("", ('W', 3), 0, 0, 3)
- ps.mspi("1", ('W', 6), 0)
- ps.vdd("E", ('W', 10), 0, 2, 1)
+ ps.vss("E", ('W', 0), 0, 2, 1)
+ ps.vdd("E", ('W', 1), 0, 2, 1)
+ ps.pwm("", ('W', 2), 0, 0, 2)
+ ps.eint("", ('W', 4), 0, 0, 3)
+ ps.mspi("1", ('W', 7), 0)
ps.sdmmc("0", ('W', 11), 0)
- ps.vss("E", ('W', 17), 0, 2, 1)
+ ps.vss("I", ('W', 30), 0, 4, 1)
ps.vdd("I", ('W', 31), 0, 4, 1)
#ps.mspi("0", ('W', 8), 0)
#ps.mspi("1", ('W', 8), 0)
n_intpower = 0
n_extpower = 0
- for (padnum, name, _), bank in zip(p.muxed_cells, p.muxed_cells_bank):
+ for (padnum, name, x), bank in zip(p.muxed_cells, p.muxed_cells_bank):
orig_name = name
domain = None # TODO, get this from the PinSpec. sigh
padnum = int(padnum)
start = p.bankstart[bank]
banknum = padnum - start
- print banknum, name, bank
+ print "bank", bank, banknum, "padname", name, padnum, x
padbank = pads[bank]
+ pad = None
# VSS
if name.startswith('vss'):
name = 'p_%sck_' % name[:-2] + name[-1]
name = 'p_sys_clk_0'
elif name == 'sys_rst':
#name = 'p_sys_rst_1'
- iopads.append([name, name, name])
+ pad = [name, name, name]
padbank[banknum] = name
print "sys_rst add", bank, banknum, name
name = None
elif name == 'sys_pllclk':
name = None # ignore
+ elif name == 'sys_pllock':
+ name = 'sys_pllock'
+ pad = ['p_' + name, name, name]
elif name == 'sys_pllout':
name = 'sys_pll_48_o'
- iopads.append(['p_' + name, name, name])
+ pad = ['p_' + name, name, name]
elif name.startswith('sys_csel'):
i = name[-1]
name2 = 'sys_clksel_i(%s)' % i
name = 'p_sys_clksel_' + i
- iopads.append([name, name2, name2])
+ pad = [name, name2, name2]
#if name:
# iopads.append([pname, name, name])
print "sys pad", name
elif suffix == 'nss':
suffix = 'cs_n'
if name.startswith('mspi1'):
- prefix = 'spi_master_'
+ prefix = 'spimaster_'
else:
prefix = 'spisdcard_'
name = prefix + suffix
- iopads.append(['p_' + name, name, name])
+ pad = ['p_' + name, name, name]
# SD/MMC
elif name.startswith('sd0'):
domain = 'SD'
name2 = 'sdcard_data_%%s(%s)' % i
pad = ['p_' + name, name, name2 % 'o', name2 % 'i',
'sdcard_data_oe']
- iopads.append(pad)
elif name.startswith('sd0_cmd'):
name = 'sdcard_cmd'
name2 = 'sdcard_cmd_%s'
pad = ['p_'+name, name, name2 % 'o', name2 % 'i', name2 % 'oe']
- iopads.append(pad)
else:
name = 'sdcard_' + name[4:]
- iopads.append(['p_' + name, name, name])
+ pad = ['p_' + name, name, name]
# SDRAM
elif name.startswith('sdr'):
domain = 'SDR'
if name == 'sdr_clk':
name = 'sdram_clock'
- iopads.append(['p_' + name, name, name])
+ pad = ['p_' + name, name, name]
elif name.startswith('sdr_ad'):
i = name[6:]
name = 'sdram_a_' + i
name2 = 'sdram_a(%s)' % i
- iopads.append(['p_' + name, name2, name2])
+ pad = ['p_' + name, name2, name2]
elif name.startswith('sdr_ba'):
i = name[-1]
name = 'sdram_ba_' + i
name2 = 'sdram_ba(%s)' % i
- iopads.append(['p_' + name, name2, name2])
+ pad = ['p_' + name, name2, name2]
elif name.startswith('sdr_dqm'):
i = name[-1]
name = 'sdram_dm_' + i
name2 = 'sdram_dm(%s)' % i
- iopads.append(['p_' + name, name2, name2])
+ pad = ['p_' + name, name2, name2]
elif name.startswith('sdr_d'):
i = name[5:]
name = 'sdram_dq_' + i
name2 = 'sdram_dq_%%s(%s)' % i
pad = ['p_'+name, name, name2 % 'o', name2 % 'i', 'sdram_dq_oe']
- iopads.append(pad)
elif name == 'sdr_csn0':
name = 'sdram_cs_n'
- iopads.append(['p_' + name, name, name])
+ pad = ['p_' + name, name, name]
elif name[-1] == 'n':
name = 'sdram_' + name[4:-1] + '_n'
- iopads.append(['p_' + name, name, name])
+ pad = ['p_' + name, name, name]
else:
name = 'sdram_' + name[4:]
- iopads.append(['p_' + name, name, name])
+ pad = ['p_' + name, name, name]
# UART
elif name.startswith('uart'):
domain = 'UART'
name = 'uart_' + name[6:]
- iopads.append(['p_' + name, name, name])
+ pad = ['p_' + name, name, name]
# GPIO
elif name.startswith('gpio'):
domain = 'GPIO'
name2 = 'gpio_%%s(%s)' % i
pad = ['p_' + name, name, name2 % 'o', name2 % 'i', name2 % 'oe']
print ("GPIO pad", name, pad)
- iopads.append(pad)
# I2C master-only
elif name.startswith('mtwi'):
domain = 'MTWI'
name2 = 'i2c_sda_%s'
pad = ['p_'+name, name, name2 % 'o', name2 % 'i', name2 % 'oe']
print ("I2C pad", name, pad)
- iopads.append(pad)
else:
- iopads.append(['p_' + name, name, name])
+ pad = ['p_' + name, name, name]
# I2C bi-directional
elif name.startswith('twi'):
domain = 'TWI'
name2 = name + '_%s'
pad = ['p_'+name, name, name2 % 'o', name2 % 'i', name2 % 'oe']
print ("I2C pad", name, pad)
- iopads.append(pad)
# EINT
elif name.startswith('eint'):
+ domain = 'EINT'
i = name[-1]
name = 'eint_%s' % i
name2 = 'eint(%s)' % i
pad = ['p_' + name, name2, name2]
- iopads.append(pad)
# PWM
elif name.startswith('pwm'):
+ domain = 'PWM'
name = name[:-4]
- pad = ['p_' + name, name, name]
- iopads.append(pad)
+ i = name[3:]
+ name2 = 'pwm(%s)' % i
+ pad = ['p_' + name, name2, name2]
else:
pad = ['p_' + name, name, name]
- iopads.append(pad)
print ("GPIO pad", name, pad)
# JTAG domain
# record remap
pinmap[orig_name] = name
+ # add pad to iopads
+ if domain and pad is not None:
+ # append direction from spec/domain. damn awkward processing
+ # to find it.
+ fn, name = orig_name.split("_")
+ if domain == 'PWM':
+ name = fn[3:]
+ print dir(psp)
+ print dir(p)
+ print psp.byspec
+ spec = None
+ for k in psp.byspec.keys():
+ if k.startswith(domain):
+ spec = psp.byspec[k]
+ print "spec found", domain, spec
+ assert spec is not None
+ found = None
+ for pname in spec:
+ if pname.lower().startswith(name):
+ found = pname
+ print "found spec", found
+ assert found is not None
+ # whewwww. add the direction onto the pad spec list
+ pad.append(found[-1])
+ iopads.append(pad)
+
# not connected
nc_idx = 0
for pl in [pe, pw, pn, ps]:
for i in range(len(pl)):
if pl[i] == '':
- pl[i] = 'nc_%d' % nc_idx
+ name = 'nc_%d' % nc_idx
+ name2 = 'nc(%d)' % nc_idx
+ pl[i] = name
+ pinmap[name] = name
+ iopads.append([name, name2, name2, "-"])
nc_idx += 1
print p.bankstart
'pads.west' : pw,
'pads.instances' : iopads,
'pins.specs' : psp.byspec,
+ 'pins.map' : pinmap,
'chip.domains' : domains,
'chip.clocks' : clocks,
'chip.n_intpower': n_intpower,
projects / pinmux.git / blobdiff