DS1101W and DS1101N Platforms

Hardware devices covered by this platform

DS1101 programmable serial controller.

This section covers two separate platforms:

DS1101W — supports the GA1000 Wi-Fi add-on.
DS1001N — provides limited support for the WA2000 add-on (Wi-Fi only; BLE not supported).

Memory space and key info

RAM	22,271 bytes for application variables and data
Flash	983,040 bytes for application and data storage (shared flash memory)
EEPROM	2040 bytes for application data

TiOS firmware version	[V3.7x]
Platform type	16-bit platform
Clock frequency (CLOCK) and clock control	PLL on (def): 88.4736Mhz, PLL off: 11.0592Mhz
Available network interfaces	Ethernet (net.), Wi-Fi (wln.) , PPP (ppp.), PPPoE (pppoe.)(1)
GPIO type	Unidirectional(2)
UART limitations	Max practical baudrate ~460,800bps
Serial port FIFOs	16 byte for TX, 16 bytes for RX
Serial port line configuration	Depends on the serial port mode
Serial port interrupts and io.intenabled	Independent
RTS/CTS remapping	Supported(3)
ADC	N/A
Pulse-width Modulation (PWM)	N/A
GA1000 support	YES
WA2000 support	Supports Wi-Fi, BLE is not supported
GA1000 and WA2000 lines remapping	Supported(4)
Beep.divider calculation	beep.divider=CLOCK / (2 * desired_frq)
Recommended buzzer frequency divider	2700Hz, beep.divider = 16200 (with PLL ON)
Display type selection and line remapping	Type selection and line remapping supported, but the hardware dictates the use of "Solomon SSD1305" driver and a predefined control line arrangement
Special configuration section of the EEPROM	28 bytes for MAC and device password storage
Device serial number	128 bytes: 64 OTP bytes + 64 fixed bytes
Flash memory configuration	Shared
Self-upgrades for the Tibbo-BASIC/C app.	Supported through fd.copyfirmware, fd.copyfirmwarelzo, and fd.copyfirmwarefromfile methods
Status LEDs (LED Control Lines)	Green status (SG) LED Red status (SR) LED Yellow Ethernet status (EY) LED An LED bar consisting of five blue LEDs
Debug communications	Ethernet / UDP Broadcast transport Ethernet /WinPCap transport

Comments:

The sock.allowedinterfaces property refers to the Ethernet interface as "NET", Wi-Fi — as "WLN", PPP — as "PPP", and PPPoE — as "PPPOE". Sock.targetinterface and sock.currentinterface properties rely on the pl_sock_interfaces enum, whose members differ depending on the platform.
Surrounding board hardware dictates which GPIO lines must be used as inputs and which — as outputs.
The hardware of this platform supports serial channels, which means that CTS/RTS and DTR/DSR pairs of the DB9 connector can also be used as RX/TX pairs of additional serial channels. Therefore, it is up to you to decide which lines are used as RTS and CTS, and which channels they will belong to. Proper mapping will be required to implement each particular arrangement.
Although the platform itself supports remapping, actual "wires" connecting the system to the GA1000 are fixed and your mapping should reflect this:

CS	15- PL_IO_NUM_15
CLK	14- PL_IO_NUM_14
DI	12- PL_IO_NUM_12
DO	13- PL_IO_NUM_13
RST	11- PL_IO_NUM_11

Supported Objects, variable types, and functions

Sock — socket communications (up to 16 UDP, TCP, and HTTP sessions);
Net — controls the Ethernet port;

Wln — handles the Wi-Fi interface ("W" build works with the GA1000 add-on module, "N" build works with the WA2000 add-on module);

Ser — in charge of the serial ports (on this device, serial channels of the RS232 port);
Io — handles I/O lines, ports, and interrupts;

Lcd — controls the 96x32 monochrome OLED display (therefore, requires the "D" device option);

Fd — manages flash memory file system and direct sector access;
Stor — provides access to the EEPROM;
Romfile — facilitates access to resource files (fixed data);

Pppoe — provides access to the Internet over an ADSL modem;
Ppp — provides access to the Internet over a serial modem (GPRS, POTS, etc.);

Pat — "plays" patterns on a pair of LEDs;

Beep — generates buzzer patterns;

Button — monitors the MD line (setup button);
Sys — in charge of general device functionality.

note_warning-wt

As all displays of this type, the DS1101's OLED display has a limited life span. There will be a decrease in the display brightness after ~10000 hours of operation. To prolong display life, use the lcd.lock method to turn the display off whenever possible. Display image is preserved when the display is "locked".

This platform supports the standard set of variable types and functions (a.k.a. "syscalls").

Platform-specific constants

You can find them here.