sigrok-dumps.git - sigrok-dumps

Age	Commit message (Collapse)	Author
2012-05-02	JTAG: Add Glyn Tonga2 dumps (Toshiba TMPA900).	Uwe Hermann

2012-04-28	JTAG: Add olimex_stm32-h103_irscan_drscan.sr dump.	Uwe Hermann

2012-04-28	JTAG: Add olimex_stm32-h103_idle.sr dump.	Uwe Hermann

2012-04-19	READMEs: Cosmetics, consistency fixes, typos.	Uwe Hermann

2012-04-19	trekstor_ebr30_a: I2C chips are now known.	Uwe Hermann

2012-04-19	edid: The ddc decoder is now called i2cfilter.	Uwe Hermann

2012-04-19	edid: Add some more docs in the README.	Uwe Hermann

2012-04-19	Use versions, not dates (0.1.0 for now).	Uwe Hermann

2012-04-10	Avago ADNS-2051: Update README.	Uwe Hermann

2012-04-10	Avago ADNS-2051: Replace binary dump with .sr file.	Uwe Hermann
	The conversion was done using sigrok-cli. This saves a lot of disk space (10MB vs. 28KB) for now. Later another dump will probably be made with proper .sr format (and metadata).
2012-03-29	i2s/2ch-16bit-16khz: Drop trailing whitespace.	Uwe Hermann

2012-03-29	i2s: First I2S dump	Joel Holdsworth

2012-03-24	Add Makefile which builds a sigrok-dumps tarball.	Uwe Hermann

2012-03-24	README: Add license info for dumps.	Uwe Hermann
	Myself, Bert Vermeulen, and Gareth McMullin (all current authors of dumps) agreed to release them into the public domain.
2012-01-31	i2c: some EDID dumps	Bert Vermeulen

2012-01-28	i2c: Add another (huge) MLX90614 dump.	Uwe Hermann

2012-01-28	i2c: Add more MLX90614 dumps, and a README.	Uwe Hermann

2012-01-27	i2c: Melexis MLX90614 Infrared Thermometer dump.	Uwe Hermann

2012-01-19	I2C dump on a GIGABYTE 6VLE-VXL mainboard.	Uwe Hermann

2012-01-14	Add a USB HID example dump (mouse movement).	Uwe Hermann

2012-01-13	JTAG: More STM32 dumps, specific OpenOCD commands.	Uwe Hermann

2012-01-13	JTAG: Add olimex_stm32-h103_init_reset_init_10s.sr.	Uwe Hermann

2012-01-13	JTAG: Add olimex_stm32-h103_init_10s.sr.	Uwe Hermann

2012-01-13	Add a JTAG dump of an STM32 being flashed.	Uwe Hermann

2012-01-10	READMEs: Drop GND from probelist, useless.	Uwe Hermann

2012-01-10	I2C: Add trekstor_ebr30_a_i2c_120s.sr.	Uwe Hermann

2012-01-10	I2C: Add trekstor_ebr30_a_i2c_30s.sr.	Uwe Hermann

2012-01-10	DCF77: Add dcf77_480s_pon_interrupted.sr and more info.	Uwe Hermann

2012-01-10	pollin_dcf1_module: README: Add more info.	Uwe Hermann

2012-01-10	Move DCF77 files to pollin_dcf1_module/ subdir.	Uwe Hermann

2012-01-10	Add some DCF77 dumps.	Uwe Hermann

2012-01-03	Add Panasonic PAN1321 Bluetooth module dumps (UART).	Uwe Hermann

2011-12-04	uart: hello world: Add dumps with different settings.	Uwe Hermann

2011-12-04	uart: hello world: Add some more info + URLs.	Uwe Hermann

2011-12-04	uart: hello world: Drop files with baudrates < 1200.	Uwe Hermann
	The hardware used cannot properly generate ouput at such baud rates.
2011-12-04	uart: hello world: Move files to 8n1/ subdir.	Uwe Hermann

2011-12-04	uart: "Hello World!\r\n" dumps at various baud rates.	Uwe Hermann

2011-11-30	usb/lisa_m_usbhid: Cosmetics, add URLs.	Uwe Hermann

2011-11-30	Added USB and SPI dump form Lisa/M usbhid.	Gareth McMullin

2011-11-24	rtc_epson_8564je/README: Fix typo.	Uwe Hermann

2011-11-24	Rename a0_dummy_write/ to a2_dummy_write.	Uwe Hermann

2011-11-24	Replace a0_dummy_write example with a better one.	Uwe Hermann
	This one is also in the .sr format and has documented expected decoder output.
2011-11-24	rtc_epson_8564je: Fix up and document example.	Uwe Hermann
	The sample data was not correct, only reads were contained, but no writes. Also, document how the decoded I2C data should look like.
2011-11-22	Add another I2C dump.	Uwe Hermann

2011-11-22	Add a UART sample dump (115200, 8n1).	Uwe Hermann

2011-11-22	Add Epson 8564JE I2C RTC example dump.	Uwe Hermann

2011-11-22	Rename '.sigrok' files to the new standard '.sr'.	Uwe Hermann
	We'll consistently use .sr as file ending for sigrok session files.
2011-11-20	mx25l1605d: Shorter filenames.	Uwe Hermann

2011-11-20	mx25l1605d: Add chip probe, read, and erase dumps.	Uwe Hermann

2011-11-20	mx25l1605d SPI dump: Add fixed capture.	Uwe Hermann
	The last capture was completely bogus as the sample rate used was way too low. This a re-capture of the same data using a ChronoVu LA8 logic analyzer at 25MHz sample rate.