sigrok-cli

We're happy to announce that libsigrokdecode supports yet another new protocol decoder: mrf24j40. This PD decodes the SPI-based protocol of the Microchip MRF24J40, an IEEE 802.15.4 2.4 GHz RF tranceiver chip. As usual we also have a few sample dumps ... [More] in the sigrok-dumps repository, and a few test-cases in sigrok-test. The decoder was contributed by Karl Palsson, thanks a lot! [Less]

We're happy to announce that libsigrokdecode supports yet another new protocol decoder: mrf24j40. This PD decodes the SPI-based protocol of the Microchip MRF24J40, an IEEE 802.15.4 2.4 GHz RF tranceiver chip. As usual we also have a few sample dumps ... [More] in the sigrok-dumps repository, and a few test-cases in sigrok-test. The decoder was contributed by Karl Palsson, thanks a lot! [Less]

We're happy to announce that libsigrokdecode supports yet another new protocol decoder: mrf24j40. This PD decodes the SPI-based protocol of the Microchip MRF24J40, an IEEE 802.15.4 2.4 GHz RF tranceiver chip. As usual we also have a few sample dumps ... [More] in the sigrok-dumps repository, and a few test-cases in sigrok-test. The decoder was contributed by Karl Palsson, thanks a lot! [Less]

We're happy to announce that libsigrok now supports various weighing scales from KERN & SOHN GmbH. The new kern-scale driver currently supports (and was tested on) the KERN EW 6200-2NM scale and all scales from the series which have the same ... [More] protocol. The scale can report the currently measured values (both unstable and stable ones) via the RS232 cable it ships with. The protocol is a simple (14- or 15-byte) packet-based ASCII protocol containing the measured value, the unit (gram, ounce, etc.) and an indicator of whether the measured value is stable or not. Support for other KERN scales with a different protocol can be added easily. Please let us know if you are able to test on other devices! Usage example: $ sigrok-cli -d kern-ew-6200-2nm:conn=/dev/ttyUSB0 --samples 10 Mass: 26.920000 g Mass: 26.920000 g Mass: 134.600006 ct UNSTABLE Mass: 134.600006 ct UNSTABLE Mass: 134.600006 ct UNSTABLE Mass: 134.600006 ct UNSTABLE Mass: 134.600006 ct Mass: 134.600006 ct Mass: 134.600006 ct Mass: 134.600006 ct   [Less]

We're happy to announce that libsigrok now supports various weighing scales from KERN & SOHN GmbH. The new kern-scale driver currently supports (and was tested on) the KERN EW 6200-2NM scale and all scales from the series which have the same ... [More] protocol. The scale can report the currently measured values (both unstable and stable ones) via the RS232 cable it ships with. The protocol is a simple (14- or 15-byte) packet-based ASCII protocol containing the measured value, the unit (gram, ounce, etc.) and an indicator of whether the measured value is stable or not. Support for other KERN scales with a different protocol can be added easily. Please let us know if you are able to test on other devices! Usage example: $ sigrok-cli -d kern-ew-6200-2nm:conn=/dev/ttyUSB0 --samples 10 Mass: 26.920000 g Mass: 26.920000 g Mass: 134.600006 ct UNSTABLE Mass: 134.600006 ct UNSTABLE Mass: 134.600006 ct UNSTABLE Mass: 134.600006 ct UNSTABLE Mass: 134.600006 ct Mass: 134.600006 ct Mass: 134.600006 ct Mass: 134.600006 ct   [Less]

We're happy to announce that libsigrok now supports various weighing scales from KERN & SOHN GmbH. The new kern-scale driver currently supports (and was tested on) the KERN EW 6200-2NM scale and all scales from the series which have the same ... [More] protocol. The scale can report the currently measured values (both unstable and stable ones) via the RS232 cable it ships with. The protocol is a simple (14- or 15-byte) packet-based ASCII protocol containing the measured value, the unit (gram, ounce, etc.) and an indicator of whether the measured value is stable or not. Support for other KERN scales with a different protocol can be added easily. Please let us know if you are able to test on other devices! Usage example: $ sigrok-cli -d kern-ew-6200-2nm:conn=/dev/ttyUSB0 --samples 10 Mass: 26.920000 g Mass: 26.920000 g Mass: 134.600006 ct UNSTABLE Mass: 134.600006 ct UNSTABLE Mass: 134.600006 ct UNSTABLE Mass: 134.600006 ct UNSTABLE Mass: 134.600006 ct Mass: 134.600006 ct Mass: 134.600006 ct Mass: 134.600006 ct   [Less]

Another protocol decoder that hasn't had an official announce yet is stepper_motor, a PD which decodes speed and position of a stepper motor. The PD takes a "step" and "direction" pin as input. You can select either steps or millimeters as unit for ... [More] the decoder output. As usual we also have a few sample dumps in the sigrok-dumps repository, and a few test-cases in sigrok-test. The decoder was contributed by Petteri Aimonen, thanks a lot!   [Less]

Another protocol decoder that hasn't had an official announce yet is stepper_motor, a PD which decodes speed and position of a stepper motor. The PD takes a "step" and "direction" pin as input. You can select either steps or millimeters as unit for ... [More] the decoder output. As usual we also have a few sample dumps in the sigrok-dumps repository, and a few test-cases in sigrok-test. The decoder was contributed by Petteri Aimonen, thanks a lot!   [Less]

Another protocol decoder that hasn't had an official announce yet is stepper_motor, a PD which decodes speed and position of a stepper motor. The PD takes a "step" and "direction" pin as input. You can select either steps or millimeters as unit for ... [More] the decoder output. As usual we also have a few sample dumps in the sigrok-dumps repository, and a few test-cases in sigrok-test. The decoder was contributed by Petteri Aimonen, thanks a lot!   [Less]

libsigrokdecode has had support for the jitter protocol decoder for a while now (it is already shipped with the recently-released libsigrokdecode 0.3.1), but this hasn't been officially announced yet, so here goes. The decoder allows you to retrieve ... [More] the timing jitter between two digital signals. This can be useful for a number of things, e.g. finding jitter/delay between a sender and receiver (be it wired or over some form of wireless communication), or for debugging your firmware interrupt setup by checking how much jitter you have between multiple consecutive invocations of the interrupt handler that should in theory always be equally spaced. We also added a small test-case in our sigrok-test repository so we can ensure that the PD works fine (and continues to do so upon changes). This protocol decoder has been contributed by Sebastien Bourdelin, thanks a lot! [Less]