Device Parameters and Operations

Parameter Persistence

Network parameter changes (IP address, port) are persisted to device flash automatically after .set() is called. No extra save step is needed — the firmware writes to flash in the background once it detects the change.

Python
C

glove.ip().set("192.168.1.200")  # send to the device and auto-persist to flash

wuji_glove_set_ip(dev, "192.168.1.100");  // auto-persist to device flash

The IP must be unique on the subnet. Avoid addresses already used by other devices or the host network adapter.

save_params() persists SDK-local parameters to ~/.wuji/sdk/params/, which is a separate mechanism from the device-side flash persistence.

Reboot

Python
C

glove.reboot()  # reboot the device

wuji_glove_reboot(dev);  // reconnect after reboot

Calibration

Run hand model calibration when you use the glove for the first time, switch wearers, or need to swap hand profiles. See Calibration for details.

Device Logs

Read firmware runtime logs:

# Get the log storage directory (default ~/.wuji/logs/)
log_dir = glove.get_device_log_dir()
print(f"Log directory: {log_dir}")

The C SDK has no equivalent device log directory API. This capability is Python-only.

Available Parameters

Read and modify device parameters through the SDK. For the parameter read/write API, see SDK Device Parameters & Calibration.

Parameter	API	Read	Write	Description
Serial number	`glove.sn()`	✓	x	16-byte device serial number
Firmware version	`glove.version()`	✓	x	Current firmware version
IP address	`glove.ip()`	✓	✓	Device network IP
Data port	`glove.port()`	✓	✓	Data transmission port
Hand side	`glove.hand_side()`	✓	x	Left or right hand
Device name	`glove.device_name`	✓	x	Name specified at connection time

Device Parameter Read / Write

Identity and network parameters:

Python
C

print(glove.sn())
print(glove.version())
print(glove.ip())
print(glove.port())
print(glove.hand_side())
glove.ip().set("192.168.1.100")
glove.port().set(50001)

// String typed getters use a two-call query: first probe with buf=NULL, then allocate and fill
size_t needed = 0;
wuji_glove_get_sn(dev, NULL, 0, &needed);
char* sn = malloc(needed);
wuji_glove_get_sn(dev, sn, needed, NULL);

wuji_glove_get_version(dev, NULL, 0, &needed);
char* fw = malloc(needed);
wuji_glove_get_version(dev, fw, needed, NULL);

wuji_glove_get_ip(dev, NULL, 0, &needed);
char* ip = malloc(needed);
wuji_glove_get_ip(dev, ip, needed, NULL);

wuji_glove_get_hand_side(dev, NULL, 0, &needed);
char* side = malloc(needed);   // "left" / "right"
wuji_glove_get_hand_side(dev, side, needed, NULL);

uint16_t port = 0;
wuji_glove_get_port(dev, &port);

// Write IP and port (requires reconnecting after the change)
wuji_glove_set_ip(dev, "192.168.1.100");
wuji_glove_set_port(dev, 50001);

free(sn); free(fw); free(ip); free(side);

Device Control

Python
C

glove.reboot()

// Reboot the device. The device disconnects, so wuji_connect again afterwards.
wuji_glove_reboot(dev);

Overview

Hardware

Software

More

Device Parameters and Operations

Parameter Persistence

Reboot

Calibration

Device Logs

Available Parameters

Device Parameter Read / Write

Device Control

​Parameter Persistence

​Reboot

​Calibration

​Device Logs

​Available Parameters

​Device Parameter Read / Write

​Device Control

Parameter Persistence

Reboot

Calibration

Device Logs

Available Parameters

Device Parameter Read / Write

Device Control