servo/data/plankton.xml

<?xml version="1.0"?>
<root>
  <include>
    <name>common.xml</name>
  </include>
  <!-- STM32 UART -->
  <control>
    <name>ec_uart_capture</name>
    <doc>ec_uart_capture</doc>
    <params subtype="uart_capture" interface="2" drv="uart"
            map="onoff"></params>
  </control>
  <control>
    <name>ec_uart_cmd</name>
    <doc>Set to send command to EC UART. Get to obtain the matched
    results with the regular expression of ec_uart_regexp.</doc>
    <params subtype="uart_cmd" interface="2" drv="ec"
    input_type="str"></params>
  </control>
  <control>
    <name>ec_uart_multicmd</name>
    <doc>Set to send multiple commands to EC UART.</doc>
    <params subtype="uart_multicmd" interface="2" drv="ec"
    input_type="str" cmd="set"></params>
  </control>
  <control>
    <name>ec_uart_regexp</name>
    <doc>List of regular expressions which matches the response of
    ec_uart_cmd.</doc>
    <params subtype="uart_regexp" interface="2" drv="ec"
    input_type="str"></params>
  </control>
  <control>
    <name>ec_uart_stream</name>
    <doc>Ec uart stream collected while ec_uart_capture is set to 'on'</doc>
    <params cmd="get" subtype="uart_stream" interface="2" drv="uart"></params>
  </control>
  <control>
    <name>ec_uart_timeout</name>
    <doc>Timeout value for waiting EC UART response of issuing an
    EC command.</doc>
    <params subtype="uart_timeout" interface="2" drv="ec"
    input_type="float"></params>
  </control>
  <control>
    <name>ec_uart_pty</name>
    <doc>Pseudo-terminal (pty) thats connected to uart console</doc>
    <params cmd="get" interface="2" subtype="pty" drv="uart">
    </params>
  </control>
  <control>
    <name>ec_uart_baudrate</name>
    <doc>Baudrate for CPU's uart console</doc>
    <params drv="uart" subtype="props" line_prop="baudrate"
    interface="2"></params>
  </control>
  <control>
    <name>ec_uart_parity</name>
    <doc>Parity for CPU's uart console</doc>
    <params drv="uart" subtype="props" line_prop="parity"
    interface="2" map="uart_parity"></params>
  </control>
  <control>
    <name>ec_uart_sbits</name>
    <doc>Number of stop bits for CPU's uart console</doc>
    <params drv="uart" subtype="props" line_prop="sbits"
    interface="2" map="uart_sbits"></params>
  </control>
  <control>
    <name>ec_uart_bits</name>
    <doc>Number of data bits for CPU's uart console</doc>
    <params drv="uart" subtype="props" line_prop="bits"
    interface="2" map="uart_bits"></params>
  </control>
  <!-- GPIOS -->
  <control>
    <name>prog_en</name>
    <doc>Enable boot_mode and cold_reset GPIOs</doc>
    <params interface="1" drv="gpio" offset="0" map="yesno_i" init="no">
    </params>
  </control>
  <!-- CBUS1 is no connect -->
  <control>
    <name>boot_mode</name>
    <doc>EC monitor mode gpio</doc>
    <params interface="1" drv="gpio" offset="2" map="yesno" init="no">
    </params>
  </control>
  <control>
    <name>cold_reset</name>
    <doc>STM32 reset line</doc>
    <params interface="1" drv="gpio" offset="3" map="onoff" init="off">
    </params>
  </control>
  <!-- USB-C control -->
  <map>
    <name>pdrole</name>
    <doc>map for USB-PD port role</doc>
    <params sink="0" src5v="1" src12v="2"></params>
  </map>
  <map>
    <name>usbcmux</name>
    <doc>map for USB-C port mux</doc>
    <params usb="0" dp="1"></params>
  </map>
  <map>
    <name>polarity</name>
    <doc>map for USB-C polarity</doc>
    <params cc1="0" cc2="1"></params>
  </map>
  <control>
    <name>usbc_role</name>
    <doc>USB-PD port role</doc>
    <params interface="2" drv="plankton" subtype="usbc_role" map="pdrole"
    init="src5v"></params>
  </control>
  <control>
    <name>usbc_mux</name>
    <doc>USB-C port mux</doc>
    <params interface="2" drv="plankton" subtype="usbc_mux" map="usbcmux"
    init="usb"></params>
  </control>
  <control>
    <name>usbc_polarity</name>
    <doc>USB-C polarity</doc>
    <params interface="2" drv="plankton" subtype="usbc_polarity" map="polarity"
    init="cc1"></params>
  </control>
</root>