from spec.base import PinSpec
-def pinspec(of):
- pinbanks = {'A': 16,
- 'B': 28,
- 'C': 24,
- 'D': 24,
- 'E': 24,
- 'F': 10,
- 'G': 32,
+def pinspec():
+ pinbanks = {'A': (16, 4),
+ 'B': (28, 4),
+ 'C': (24, 4),
+ 'D': (24, 4),
+ 'E': (24, 4),
+ 'F': (10, 4),
+ 'G': (32, 4),
}
fixedpins = {
'DDR3': [
'JTAG1': 'JTAG (same as JTAG0, JTAG_SEL=HIGH)',
'LCD': '24-pin RGB/TTL LCD',
'RG': 'RGMII Ethernet',
- 'MMC': 'eMMC 1/2/4/8 pin',
+ 'EMMC': 'eMMC 1/2/4/8 pin',
'PWM': 'PWM (pulse-width modulation)',
- 'SD0': 'SD/MMC 0',
- 'SD1': 'SD/MMC 1',
- 'SD2': 'SD/MMC 2',
+ 'MMC0': 'SD/MMC 0',
+ 'MMC1': 'SD/MMC 1',
+ 'MMC2': 'SD/MMC 2',
'SPI0': 'SPI (Serial Peripheral Interface) 0',
'SPI1': 'SPI (Serial Peripheral Interface) 1',
'QSPI': 'Quad SPI (Serial Peripheral Interface) 1',
'TWI0': 'I2C 1',
'TWI1': 'I2C 2',
'TWI2': 'I2C 3',
- 'UARTQ0': 'UART (TX/RX/CTS/RTS) 0',
- 'UARTQ1': 'UART (TX/RX/CTS/RTS) 1',
+ 'QUART0': 'UART (TX/RX/CTS/RTS) 0',
+ 'QUART1': 'UART (TX/RX/CTS/RTS) 1',
'UART0': 'UART (TX/RX) 0',
'UART1': 'UART (TX/RX) 1',
'UART2': 'UART (TX/RX) 2',
ps = PinSpec(pinbanks, fixedpins, function_names)
# Bank A, 0-15
- ps.gpio("", ('A', 0), "A", 0, 0, 16)
- ps.spi("0", ('A', 0), "A", 3)
- ps.uartfull("1", ('A', 0), "A", 2)
- ps.i2c("0", ('A', 4), "A", 2)
- ps.emmc("", ('A', 0), "A", 1)
- #ps.uart("0", ('A', 14), "A", 1)
- ps.spi("1", ('A', 6), "A", 2)
- ps.eint("", ('A', 10), "A", 1, start=0, limit=6)
- ps.eint("", ('A', 4), "A", 3, start=0, limit=6)
- ps.sdmmc("0", ('A', 10), "A", 2)
- ps.jtag("0", ('A', 10), "A", 3)
- ps.uart("0", ('A', 14), "A", 3)
+ ps.gpio("", ('A', 0), 0, 0, 16)
+ ps.spi("0", ('A', 0), 3)
+ ps.uartfull("1", ('A', 0), 2)
+ ps.i2c("0", ('A', 4), 2)
+ ps.emmc("", ('A', 0), 1)
+ #ps.uart("0", ('A', 14), 1)
+ ps.spi("1", ('A', 6), 2)
+ ps.eint("", ('A', 10), 1, start=0, limit=6)
+ ps.eint("", ('A', 4), 3, start=0, limit=6)
+ ps.sdmmc("0", ('A', 10), 2)
+ ps.jtag("0", ('A', 10), 3)
+ ps.uart("0", ('A', 14), 3)
# Bank B, 16-47
- ps.gpio("", ('B', 0), "B", 0, 0, 28)
- ps.rgbttl("0", ('B', 0), "B", 1)
- ps.spi("0", ('B', 12), "B", 2)
- ps.quadspi("", ('B', 4), "B", 2, limit=4)
- ps.uart("1", ('B', 16), "B", 2)
- ps.i2c("2", ('B', 18), "B", 2)
- ps.pwm("", ('B', 9), "B", 2, start=0, limit=1)
- ps.pwm("", ('B', 20), "B", 2, start=1, limit=2)
- ps.sdmmc("0", ('B', 22), "B", 2)
- ps.eint("", ('B', 0), "B", 3, start=6, limit=4)
- ps.flexbus2("", ('B', 4), "B", 3)
- ps.i2c("0", ('B', 0), "B", 2)
- ps.uart("0", ('B', 2), "B", 2)
- ps.uart("2", ('B', 10), "B", 2)
+ ps.gpio("", ('B', 0), 0, 0, 28)
+ ps.rgbttl("0", ('B', 0), 1)
+ ps.spi("0", ('B', 12), 2)
+ ps.quadspi("", ('B', 4), 2, limit=4)
+ ps.uart("1", ('B', 16), 2)
+ ps.i2c("2", ('B', 18), 2)
+ ps.pwm("", ('B', 9), 2, start=0, limit=1)
+ ps.pwm("", ('B', 20), 2, start=1, limit=2)
+ ps.sdmmc("0", ('B', 22), 2)
+ ps.eint("", ('B', 0), 3, start=6, limit=4)
+ ps.flexbus2("", ('B', 4), 3)
+ ps.i2c("0", ('B', 0), 2)
+ ps.uart("0", ('B', 2), 2)
+ ps.uart("2", ('B', 10), 2)
# Bank C, 48-71
- ps.gpio("", ("C", 0), "C", 0, 0, 24)
- ps.ulpi("0", ('C', 0), "C", 1)
- ps.ulpi("1", ('C', 12), "C", 1)
- ps.spi("1", ('C', 8), "C", 2)
- #ps.spi("1", ('C', 28), "C", 2)
- ps.uartfull("0", ('C', 20), "C", 3)
- ps.eint("", ('C', 0), "C", 3, start=10, limit=8)
- ps.jtag("1", ('C', 8), "C", 3)
- ps.eint("", ('C', 12), "C", 3, start=22, limit=8)
- ps.uart("0", ('C', 22), "C", 2)
- ps.i2s("", ('C', 13), "C", 2)
- ps.pwm("", ('C', 21), "C", 2, start=2, limit=1)
+ ps.gpio("", ("C", 0), 0, 0, 24)
+ ps.ulpi("0", ('C', 0), 1)
+ ps.ulpi("1", ('C', 12), 1)
+ ps.spi("1", ('C', 8), 2)
+ #ps.spi("1", ('C', 28), 2)
+ ps.uartfull("0", ('C', 20), 3)
+ ps.eint("", ('C', 0), 3, start=10, limit=8)
+ ps.jtag("1", ('C', 8), 3)
+ ps.eint("", ('C', 12), 3, start=22, limit=8)
+ ps.uart("0", ('C', 22), 2)
+ ps.i2s("", ('C', 13), 2)
+ ps.pwm("", ('C', 21), 2, start=2, limit=1)
# Bank D, 72-96
- # ok this is slightly complicated, basically there's extra
- # functions that we want to be on the same pin (but a different mux)
- # because their use is mutually-exclusive. you can't have FB_TS
- # at the same time as FB_ALE for example. FB_BWE2 even has two
- # mutually exclusive functions. these extra functions are
- # specified here, so that when e.g. FB_BWE2 has been positioned,
- # FB_A0 will be placed in bank d, mux column 3, *on the same pin*.
- # this saves messing about, because if FB_BWE2 moved to a
- # different pin so would FB_A0 (and FB_CS2) likewise have to be
- # moved. and the rest.
+ # see comment in spec.interfaces.PinGen, this is complicated.
flexspec = {
- 'FB_TS': ('FB_ALE', 2, "D"),
- 'FB_CS2': ('FB_BWE2', 2, "D"),
- 'FB_A0': ('FB_BWE2', 3, "D"),
- 'FB_CS3': ('FB_BWE3', 2, "D"),
- 'FB_A1': ('FB_BWE3', 3, "D"),
- 'FB_TBST': ('FB_OE', 2, "D"),
- 'FB_TSIZ0': ('FB_BWE0', 2, "D"),
- 'FB_TSIZ1': ('FB_BWE1', 2, "D"),
+ 'FB_TS': ('FB_ALE', 2),
+ 'FB_CS2': ('FB_BWE2', 2),
+ 'FB_A0': ('FB_BWE2', 3),
+ 'FB_CS3': ('FB_BWE3', 2),
+ 'FB_A1': ('FB_BWE3', 3),
+ 'FB_TBST': ('FB_OE', 2),
+ 'FB_TSIZ0': ('FB_BWE0', 2),
+ 'FB_TSIZ1': ('FB_BWE1', 2),
}
- #ps.mcu8080("", 72, "D", 1)
- ps.gpio("", ('D', 0), "D", 0, 0, 24)
- ps.flexbus1("", ('D', 0), "D", 1, spec=flexspec)
- ps.i2c("1", ('D', 8), "D", 3)
- ps.pwm("", ('D', 21), "D", 1, start=0, limit=3)
- ps.i2c("0", ('D', 10), "D", 3)
- ps.i2c("2", ('D', 19), "D", 2)
- ps.uartfull("0", ('D', 0), "D", 2)
- ps.uart("1", ('D', 21), "D", 2)
- ps.uart("2", ('D', 13), "D", 2)
- ps.eint("", ('D', 19), "D", 3, start=18, limit=4)
- ps.eint("", ('D', 23), "D", 3, start=9, limit=1)
- ps.eint("", ('D', 13), "D", 3, start=5, limit=4)
- ps.eint("", ('D', 0), "D", 3, start=30, limit=2)
- ps.i2c("1", ('D', 2), "D", 3)
- ps.sdmmc("1", ('D', 4), "D", 2)
+ #ps.mcu8080("", 72, 1)
+ ps.gpio("", ('D', 0), 0, 0, 24)
+ ps.flexbus1("", ('D', 0), 1, spec=flexspec)
+ ps.i2c("1", ('D', 8), 3)
+ ps.pwm("", ('D', 21), 1, start=0, limit=3)
+ ps.i2c("0", ('D', 10), 3)
+ ps.i2c("2", ('D', 19), 2)
+ ps.uartfull("0", ('D', 0), 2)
+ ps.uart("1", ('D', 21), 2)
+ ps.uart("2", ('D', 12), 2)
+ ps.eint("", ('D', 19), 3, start=18, limit=4)
+ ps.eint("", ('D', 23), 3, start=9, limit=1)
+ ps.eint("", ('D', 13), 3, start=5, limit=4)
+ ps.eint("", ('D', 0), 3, start=30, limit=2)
+ ps.i2c("1", ('D', 2), 3)
+ ps.sdmmc("1", ('D', 4), 2)
# Bank E
- ps.gpio("", ('E', 0), "E", 0, 0, 24)
- ps.flexbus2("", ('E', 0), "E", 1)
- ps.sdmmc("1", ('E', 0), "E", 2)
- ps.sdmmc("2", ('E', 8), "E", 2)
- ps.quadspi("", ('E', 18), "E", 2)
- ps.uartfull("1", ('E', 14), "E", 2)
- ps.i2c("1", ('E', 6), "E", 2)
- ps.eint("", ('E', 0), "E", 3, start=10, limit=8)
- ps.eint("", ('E', 8), "E", 3, start=22, limit=6)
- ps.emmc("", ('E', 14), "E", 3)
+ ps.gpio("", ('E', 0), 0, 0, 24)
+ ps.flexbus2("", ('E', 0), 1)
+ ps.sdmmc("1", ('E', 0), 2)
+ ps.sdmmc("2", ('E', 8), 2)
+ ps.quadspi("", ('E', 18), 2)
+ ps.uartfull("1", ('E', 14), 2)
+ ps.i2c("1", ('E', 6), 2)
+ ps.eint("", ('E', 0), 3, start=10, limit=8)
+ ps.eint("", ('E', 8), 3, start=22, limit=6)
+ ps.emmc("", ('E', 14), 3)
# Bank F
- ps.gpio("", ('F', 0), "F", 0, 0, 10)
- ps.i2s("", ('F', 0), "F", 1)
- ps.i2c("0", ('F', 6), "F", 2)
- ps.pwm("", ('F', 8), "F", 2, start=0, limit=1)
- ps.pwm("", ('F', 9), "F", 2, start=1, limit=1)
- ps.uart("2", ('F', 8), "F", 1)
- ps.sdmmc("2", ('F', 0), "F", 2)
- ps.eint("", ('F', 0), "F", 3, start=18, limit=4)
- ps.pwm("", ('F', 4), "F", 3, start=2, limit=1)
- ps.eint("", ('F', 5), "F", 3, start=7, limit=1)
- ps.eint("", ('F', 6), "F", 3, start=28, limit=4)
+ ps.gpio("", ('F', 0), 0, 0, 10)
+ ps.i2s("", ('F', 0), 1)
+ ps.i2c("0", ('F', 6), 2)
+ ps.pwm("", ('F', 8), 2, start=0, limit=1)
+ ps.pwm("", ('F', 9), 2, start=1, limit=1)
+ ps.uart("2", ('F', 8), 1)
+ ps.sdmmc("2", ('F', 0), 2)
+ ps.eint("", ('F', 0), 3, start=18, limit=4)
+ ps.pwm("", ('F', 4), 3, start=2, limit=1)
+ ps.eint("", ('F', 5), 3, start=7, limit=1)
+ ps.eint("", ('F', 6), 3, start=28, limit=4)
# Bank G
- ps.gpio("", ('G', 0), "G", 0, 0, 32)
- ps.rgmii("", ('G', 0), "G", 1)
- ps.ulpi("2", ('G', 20), "G", 1)
- ps.rgbttl("1", ('G', 0), "G", 2)
- ps.quadspi("", ('G', 26), "G", 3)
- ps.flexbus2("", ('G', 0), "G", 3)
- ps.sdmmc("1", ('G', 24), "G", 3, limit=2)
- ps.sdmmc("1", ('G', 28), "G", 2, start=2)
+ ps.gpio("", ('G', 0), 0, 0, 32)
+ ps.rgmii("", ('G', 0), 1)
+ ps.ulpi("2", ('G', 20), 1)
+ ps.rgbttl("1", ('G', 0), 2)
+ ps.quadspi("", ('G', 26), 3)
+ ps.flexbus2("", ('G', 0), 3)
+ ps.sdmmc("1", ('G', 24), 3, limit=2)
+ ps.sdmmc("1", ('G', 28), 2, start=2)
# EOMA68 scenario. not totally complete (some GPIO needed for PMIC)
# One interface to be connected to the MCU to give RTC and boot/dbg
# VBUS_EN, OTG_ID etc. are all not included below, there is plenty
# of spare GPIO.
- eoma68 = ['B1:LCD/22', 'ULPI0/8', 'ULPI1', 'MMC', 'SD0', 'UART1',
- 'TWI2', 'SPI1', 'E2:SD1', ]
+ eoma68 = ['B1:LCD/22', 'ULPI0/8', 'ULPI1', 'EMMC', 'MMC0', 'UART1',
+ 'TWI2', 'SPI1', 'E2:MMC1', ]
eoma68_eint = ['EINT_16', 'EINT_17', 'EINT_18', 'EINT_19']
eoma68_pwm = ['D1:PWM_2']
descriptions = {
- 'MMC': 'internal (on Card)',
- 'SD0': 'user-facing: internal (on Card), multiplexed with JTAG0\n'
+ 'EMMC': 'internal (on Card)',
+ 'MMC0': 'user-facing: internal (on Card), multiplexed with JTAG0\n'
'and UART0, for debug purposes',
'TWI2': 'EOMA68-compliance: must be entirely free of devices.\n'
'Address 0x51 used (externally) for EOMA68 EEPROM Id',
- 'E2:SD1': 'EOMA68-compliance',
+ 'E2:MMC1': 'EOMA68-compliance',
'SPI1': 'EOMA68-compliance',
'UART1': 'EOMA68-compliance',
'B1:LCD/22': 'EOMA68-compliance, 18-bit RGB/TTL LCD',
# Focus is on getting as many UARTs, SPIs and TWIs as possible.
# OTG_ID (if to be used) would require dropping some functions in order
# to free up GPIO. LCD could be reduced to 15-bit (freeing 3).
- # MMC could be reduced to 4-bit-wide, used as SD/MMC (freeing 4).
+ # EMMC could be reduced to 4-bit-wide, used as SD/MMC (freeing 4).
# QSPI could be used in 1-bit (MOSI/MISO) mode (freeing up 2 more).
industrial = ['D1:FB/17', 'E1:FB/8', 'B1:LCD/22', 'ULPI0/8', 'ULPI1/8',
- 'MMC', 'B2:SD0',
- 'JTAG0', 'A3:UART0', 'E2:UARTQ1', 'C3:UARTQ0',
- 'F2:TWI0', 'D2:TWI1', 'D2:TWI2', 'SPI1', 'QSPI', 'F2:SD2']
+ 'EMMC', 'B2:MMC0',
+ 'JTAG0', 'A3:UART0', 'E2:QUART1', 'C3:QUART0',
+ 'F2:TWI0', 'D2:TWI1', 'D2:TWI2', 'SPI1', 'QSPI', 'F2:MMC2']
industrial_pwm = ['F2:PWM_0', 'F2:PWM_1', 'D1:PWM_2']
industrial_eint = ['EINT_24', 'EINT_25', 'EINT_26', 'EINT_27',
'EINT_20', 'EINT_21', 'EINT_22', 'EINT_23']
# also possibility of freeing up FlexBus CS# with a little reorg.
industrial = ['D1:FB/17', 'E1:FB/8', 'B2:SPI0', 'ULPI0/8', 'ULPI1/8',
- 'MMC', 'B2:SD0',
+ 'EMMC', 'B2:MMC0',
'JTAG0',
- 'A3:UART0', 'E2:UARTQ1', 'C3:UARTQ0', 'B2:UART2', 'B2:UART1',
- 'F2:TWI0', 'D2:TWI1', 'D2:TWI2', 'SPI1', 'QSPI', 'F2:SD2']
+ 'A3:UART0', 'E2:QUART1', 'C3:QUART0', 'B2:UART2', 'B2:UART1',
+ 'F2:TWI0', 'D2:TWI1', 'D2:TWI2', 'SPI1', 'QSPI', 'F2:MMC2']
industrial_pwm = ['F2:PWM_0', 'F2:PWM_1', 'D1:PWM_2']
industrial_eint = ['EINT_24', 'EINT_25', 'EINT_26', 'EINT_27',
'EINT_20', 'EINT_21', 'EINT_22', 'EINT_23']
# Smartphone / Tablet - basically the same thing
tablet = ['B1:LCD/22', 'ULPI0/8', 'ULPI1/8',
- 'MMC', 'SD0',
+ 'EMMC', 'MMC0',
'F1:IIS', # I2C Audio
'TWI1', # I2C Audio
- 'E2:UARTQ1', # WIFI/BT
- 'E2:SD1', # WIFI
- 'C3:UARTQ0', # GPS
+ 'E2:QUART1', # WIFI/BT
+ 'E2:MMC1', # WIFI
+ 'C3:QUART0', # GPS
'D2:UART1',
'D2:UART2',
'D3:TWI0', 'D2:TWI2', 'SPI1', 'QSPI']
descriptions = {
'B1:LCD/22':
'RGB/TTL LCD, 800x480 or use SN75LVDS83b for up to 1440x900',
- 'MMC': 'eMMC: main internal storage',
+ 'EMMC': 'eMMC: main internal storage',
'ULPI0/8': 'USB-OTG, connect to ULPI OTG PHY (for charging)\n'
'as well as USB Host or USB Device',
'ULPI1/8': 'USB2 Host, connect to ULPI PHY w/and 4-port USB2 Hub\n'
'for example GL850G or FE1.1. '
'Connects to 2/3/4G/LTE Modem, 2x USB-Camera (VC0345)',
- 'SD0': 'internal, multiplexed with JTAG0\n'
+ 'MMC0': 'internal, multiplexed with JTAG0\n'
'and UART0, for debug purposes',
'F1:IIS': 'I2C Audio, connect to AC97 Audio IC',
'TWI1': 'Connect to AC97 Audio IC',
- 'E2:UARTQ1': 'Connect to BT on AP6234/AP6335',
- 'E2:SD1': 'Connect to WIFI on AP6234/AP6335',
+ 'E2:QUART1': 'Connect to BT on AP6234/AP6335',
+ 'E2:MMC1': 'Connect to WIFI on AP6234/AP6335',
'QSPI': 'Boot Storage (connection to companion / debug / boot MCU)\n'
'Only actually needs MISO/MOSI, bootstrap loader v. small\n'
'Bootstrap loader checks eMMC, USB-OTG, SD/MMC, SPI, etc.',
# Laptop
laptop = ['D1:FB/17', 'E1:FB/8', 'B1:LCD/22', 'ULPI0/8', 'ULPI1/8',
- 'MMC', 'SD0',
+ 'EMMC', 'MMC0',
'F1:IIS', # I2C Audio
'TWI1', # I2C Audio
- 'E2:UARTQ1', # WIFI/BT
- 'E2:SD2', # WIFI
+ 'E2:QUART1', # WIFI/BT
+ 'E2:MMC2', # WIFI
'D2:TWI2', 'QSPI']
laptop_pwm = ['F2:PWM_0', # LCD_BACKLIGHT
]
'10/100 Ethernet PHY.',
'E1:FB/8': 'FlexBus bus bits 8-15, needed to make a 16-bit bus width',
'B1:LCD/22': 'RGB/TTL LCD, use SN75LVDS83b for '
- 'LVDS or SSD2828 for MIPI,\n'
+ 'LVDS or SMMC2828 for MIPI,\n'
'or a Chrontel CH7039, CH7038, CH7034 or CH7018 for dual\n'
'display output (eDP/LVDS and HDMI/VGA) '
'conversion.',
- 'MMC': 'eMMC: main internal storage',
+ 'EMMC': 'eMMC: main internal storage',
'ULPI0/8': 'USB-OTG, connect to ULPI OTG PHY (for charging)\n'
'as well as USB Host or USB Device',
'ULPI1/8': 'USB2 Host, connect to ULPI PHY w/and 4-port USB2 Hub\n'
'for example GL850G or FE1.1. '
'Connects to USB-Camera (VC0345 and 3x external USB Ports)',
- 'SD0': 'internal, multiplexed with JTAG0\n'
+ 'MMC0': 'internal, multiplexed with JTAG0\n'
'and UART0, for debug purposes',
'F1:IIS': 'I2C Audio, connect to AC97 Audio IC',
'TWI1': 'Connect to AC97 Audio IC',
- 'E2:UARTQ1': 'Connect to BT on AP6234/AP6335',
- 'E2:SD2': 'Connect to WIFI on AP6234/AP6335',
+ 'E2:QUART1': 'Connect to BT on AP6234/AP6335',
+ 'E2:MMC2': 'Connect to WIFI on AP6234/AP6335',
'QSPI': 'Boot Storage (connection to companion / debug / boot MCU)\n'
'Only actually needs MISO/MOSI, bootstrap loader v. small\n'
'Bootstrap loader checks eMMC, USB-OTG, SD/MMC, SPI, etc.\n'
# IoT
iot = ['B1:LCD', 'ULPI1/8', 'ULPI0/8',
- 'MMC', 'SD0',
+ 'EMMC', 'MMC0',
'F1:IIS', # I2C Audio
#'TWI1', # I2C Audio
- 'C3:UARTQ0', # HSPA UART
- 'E2:UARTQ1', # BT UART
+ 'C3:QUART0', # HSPA UART
+ 'E2:QUART1', # BT UART
'C2:SPI1', # HSPI SPI
- 'E2:SD2', # WIFI
+ 'E2:MMC2', # WIFI
'D3:TWI0', # sensors CTP,
'D2:TWI2', 'QSPI']
iot_pwm = ['F2:PWM_0', # LCD_BACKLIGHT
]
descriptions = {
'B1:LCD':
- 'RGB/TTL LCD, use SN75LVDS83b for LVDS or SSD2828 for MIPI,\n'
+ 'RGB/TTL LCD, use SN75LVDS83b for LVDS or SMMC2828 for MIPI,\n'
'or a Chrontel CH7039, CH7038, CH7034 or CH7018 for dual\n'
'display output (eDP/LVDS and HDMI/VGA) '
'conversion.',
- 'MMC': 'eMMC: main internal storage',
+ 'EMMC': 'eMMC: main internal storage',
'F1:IIS': 'I2C Audio, connect to AC97 Audio IC',
'ULPI1/8': 'USB-OTG, connect to ULPI OTG PHY (for charging)\n'
'as well as USB Host or USB Device',
'ULPI0/8': 'USB2 Host, connect to ULPI PHY',
- 'SD0': 'internal, multiplexed with JTAG0\n'
+ 'MMC0': 'internal, multiplexed with JTAG0\n'
'and UART0, for debug purposes',
- 'C3:UARTQ0': 'Connect to HSPA UART',
- 'E2:UARTQ1': 'Connect to BT UART',
- 'E2:SD2': 'Connect to WIFI',
+ 'C3:QUART0': 'Connect to HSPA UART',
+ 'E2:QUART1': 'Connect to BT UART',
+ 'E2:MMC2': 'Connect to WIFI',
'C2:SPI1': 'HSPA SPI',
'QSPI': 'Boot Storage (connection to companion / debug / boot MCU)\n'
'Only actually needs MISO/MOSI, bootstrap loader v. small\n'
iot, iot_eint, iot_pwm,
descriptions)
- return ps.write(of)
+ return ps
projects / pinmux.git / blobdiff