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set_sr: ['procedure' command]
Set Shift Register input bit
- Argument 0: Shift Register identifier (see SR_LIST)
- Argument 1: Input bit state (State.RESET or State.SET)
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fill_srs: ['procedure' command]
Fill the five Shift Registers
- Arguments 0->7: Value of SR.WLE, encoded with little endianness
- Arguments 8->15: Value of SR.WLO, encoded with little endianness
- Arguments 16->23: Value of SR.SL , encoded with little endianness
- Arguments 24->31: Value of SR.BL , encoded with little endianness
- Arguments 32->39: Value of SR.BLB, encoded with little endianness
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set_cs: ['procedure' command]
Set a Control Signal
- Argument 0: Control Signal identifier (see CS_LIST)
- Argument 1: Input bit state (State.RESET or State.SET)
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set_adr_r: ['procedure' command]
Set Row address
- Argument 0: The 5-bit address (int or bytes)
-
set_adr_c: ['procedure' command]
Set Column address
- Argument 0: The 5-bit address (int or bytes)
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get_ctl: ['function' command]
Get Shift Registers sanity bit
- Argument 0: Shift Register identifier (see SR_LIST)
- Returns the bit state (init a State with it for easier manipulation)
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clk: ['procedure' command]
Clock once
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clk_sr: ['procedure' command]
Clock once the shift registers
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clock_xnor: ['procedure' command]
Clock once the XNOR
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ack_mode: [special command]
Specify the commands which should send acknowledge after completion.
- Argument 0: Flag of the commands (
ACK.NONE, ACK_ALL or combinaison of ACK.{CMD_NAME_UPPERCASE} enum, see ACK_LIST)
- Returns ack for
ACK_MODE, if Argument 0 != ACK.NONE
- Details The ack sent is the two bytes [
0xAA, {CMD_CODE}]
- Details There is no ack for commands that already returns data.
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debug_echo: ['function' command]
Sends back the provided argument
- Argument 0: byte (only one) to echo
- Returns the byte provided
-
debug_led: ['function' command]
Turn on the three board LEDs for 2s