[libsigrok.git] / hardware / radioshack-dmm / radioshack-dmm.h

/*
 * This file is part of the sigrok project.
 *
 * Copyright (C) 2012 Bert Vermeulen <bert@biot.com>
 * Copyright (C) 2012 Alexandru Gagniuc <mr.nuke.me@gmail.com>
 *
 * This program is free software: you can redistribute it and/or modify
 * it under the terms of the GNU General Public License as published by
 * the Free Software Foundation, either version 3 of the License, or
 * (at your option) any later version.
 *
 * This program is distributed in the hope that it will be useful,
 * but WITHOUT ANY WARRANTY; without even the implied warranty of
 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 * GNU General Public License for more details.
 *
 * You should have received a copy of the GNU General Public License
 * along with this program.  If not, see <http://www.gnu.org/licenses/>.
 */

#ifndef LIBSIGROK_RADIOSHACK_DMM_H
#define LIBSIGROK_RADIOSHACK_DMM_H

#define RS_DMM_BUFSIZE  256

/* Byte 1 of the packet, and the modes it represents */
#define RS_22_812_IND1_HZ	(0x80)
#define RS_22_812_IND1_OHM	(0x40)
#define RS_22_812_IND1_KILO	(0x20)
#define RS_22_812_IND1_MEGA	(0x10)
#define RS_22_812_IND1_FARAD	(0x08)
#define RS_22_812_IND1_AMP	(0x04)
#define RS_22_812_IND1_VOLT	(0x02)
#define RS_22_812_IND1_MILI	(0x01)
/* Byte 2 of the packet, and the modes it represents */
#define RS_22_812_IND2_MICRO	(0x80)
#define RS_22_812_IND2_NANO	(0x40)
#define RS_22_812_IND2_DBM	(0x20)
#define RS_22_812_IND2_SEC	(0x10)
#define RS_22_812_IND2_DUTY	(0x08)
#define RS_22_812_IND2_HFE	(0x04)
#define RS_22_812_IND2_REL	(0x02)
#define RS_22_812_IND2_MIN	(0x01)
/* Byte 7 of the packet, and the modes it represents */
#define RS_22_812_INFO_BEEP	(0x80)
#define RS_22_812_INFO_DIODE	(0x30)
#define RS_22_812_INFO_BAT	(0x20)
#define RS_22_812_INFO_HOLD	(0x10)
#define RS_22_812_INFO_NEG	(0x08)
#define RS_22_812_INFO_AC	(0x04)
#define RS_22_812_INFO_RS232	(0x02)
#define RS_22_812_INFO_AUTO	(0x01)
/* Instead of a decimal point, digit 4 carries the MAX flag */
#define RS_22_812_DIG4_MAX	(0x08)
/* mask to remove the decimal point fr0m a digit */
#define RS_22_812_DP_MASK	(0x08)

/* What the LCD values represent */
#define RS_22_812_LCD_0 0xd7
#define RS_22_812_LCD_1 0x50
#define RS_22_812_LCD_2 0xb5
#define RS_22_812_LCD_3 0xf1
#define RS_22_812_LCD_4 0x72
#define RS_22_812_LCD_5 0xe3
#define RS_22_812_LCD_6 0xe7
#define RS_22_812_LCD_7 0x51
#define RS_22_812_LCD_8 0xf7
#define RS_22_812_LCD_9 0xf3

#define RS_22_812_LCD_C 0x87
#define RS_22_812_LCD_E
#define RS_22_812_LCD_F
#define RS_22_812_LCD_h 0x66
#define RS_22_812_LCD_H 0x76
#define RS_22_812_LCD_I
#define RS_22_812_LCD_n
#define RS_22_812_LCD_P 0x37
#define RS_22_812_LCD_r

typedef struct {
	uint8_t mode;
	uint8_t indicatrix1;
	uint8_t indicatrix2;
	uint8_t digit4;
	uint8_t digit3;
	uint8_t digit2;
	uint8_t digit1;
	uint8_t info;
	uint8_t checksum;
} rs_22_812_packet;

#define RS_22_812_PACKET_SIZE (sizeof(rs_22_812_packet))

typedef enum {
	RS_22_812_MODE_DC_V     = 0,
	RS_22_812_MODE_AC_V     = 1,
	RS_22_812_MODE_DC_UA    = 2,
	RS_22_812_MODE_DC_MA    = 3,
	RS_22_812_MODE_DC_A     = 4,
	RS_22_812_MODE_AC_UA    = 5,
	RS_22_812_MODE_AC_MA    = 6,
	RS_22_812_MODE_AC_A     = 7,
	RS_22_812_MODE_OHM      = 8,
	RS_22_812_MODE_FARAD    = 9,
	RS_22_812_MODE_HZ       = 10,
	RS_22_812_MODE_VOLT_HZ  = 11,
	RS_22_812_MODE_AMP_HZ   = 12,
	RS_22_812_MODE_DUTY     = 13,
	RS_22_812_MODE_VOLT_DUTY= 14,
	RS_22_812_MODE_AMP_DUTY = 15,
	RS_22_812_MODE_WIDTH    = 16,
	RS_22_812_MODE_VOLT_WIDTH = 17,
	RS_22_812_MODE_AMP_WIDTH  = 18,
	RS_22_812_MODE_DIODE    = 19,
	RS_22_812_MODE_CONT     = 20,
	RS_22_812_MODE_HFE      = 21,
	RS_22_812_MODE_LOGIC    = 22,
	RS_22_812_MODE_DBM      = 23,
	//RS_22_812_MODE_   EF = 24,
	RS_22_812_MODE_TEMP     = 25,
	RS_22_812_MODE_INVALID  = 26,
} rs_22_812_mode;

SR_PRIV gboolean rs_22_812_is_packet_valid(const rs_22_812_packet *data );

/* Supported models */
typedef enum {
	RADIOSHACK_22_812 = 1,
} radioshack_model;

/* Supported device profiles */
struct radioshackdmm_profile {
	radioshack_model model;
	const char *modelname;
	/* How often to poll, in ms. */
	int poll_period;
};

/* Private, per-device-instance driver context. */
typedef struct dev_context {
	/* const struct radioshackdmm_profile *profile; */
	uint64_t limit_samples;
	struct sr_serial_dev_inst *serial;
	char *serialcomm;

	/* Opaque pointer passed in by the frontend. */
	void *cb_data;

	/* Runtime. */
	uint64_t num_samples;
	uint8_t buf[RS_DMM_BUFSIZE];
	size_t bufoffset;
	size_t buflen;
} rs_dev_ctx;


SR_PRIV int radioshack_receive_data(int fd, int revents, void *cb_data);

#endif /* LIBSIGROK_RADIOSHACK_DMM_H */
Commit	Line	Data
d375b3c3 AG	1	/*
	2	* This file is part of the sigrok project.
	3	*
	4	* Copyright (C) 2012 Bert Vermeulen <bert@biot.com>
	5	* Copyright (C) 2012 Alexandru Gagniuc <mr.nuke.me@gmail.com>
	6	*
	7	* This program is free software: you can redistribute it and/or modify
	8	* it under the terms of the GNU General Public License as published by
	9	* the Free Software Foundation, either version 3 of the License, or
	10	* (at your option) any later version.
	11	*
	12	* This program is distributed in the hope that it will be useful,
	13	* but WITHOUT ANY WARRANTY; without even the implied warranty of
	14	* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
	15	* GNU General Public License for more details.
	16	*
	17	* You should have received a copy of the GNU General Public License
	18	* along with this program. If not, see <http://www.gnu.org/licenses/>.
	19	*/
	20
	21	#ifndef LIBSIGROK_RADIOSHACK_DMM_H
	22	#define LIBSIGROK_RADIOSHACK_DMM_H
	23
	24	#define RS_DMM_BUFSIZE 256
	25
	26	/* Byte 1 of the packet, and the modes it represents */
	27	#define RS_22_812_IND1_HZ (0x80)
	28	#define RS_22_812_IND1_OHM (0x40)
	29	#define RS_22_812_IND1_KILO (0x20)
	30	#define RS_22_812_IND1_MEGA (0x10)
	31	#define RS_22_812_IND1_FARAD (0x08)
	32	#define RS_22_812_IND1_AMP (0x04)
	33	#define RS_22_812_IND1_VOLT (0x02)
	34	#define RS_22_812_IND1_MILI (0x01)
	35	/* Byte 2 of the packet, and the modes it represents */
	36	#define RS_22_812_IND2_MICRO (0x80)
	37	#define RS_22_812_IND2_NANO (0x40)
	38	#define RS_22_812_IND2_DBM (0x20)
	39	#define RS_22_812_IND2_SEC (0x10)
	40	#define RS_22_812_IND2_DUTY (0x08)
	41	#define RS_22_812_IND2_HFE (0x04)
	42	#define RS_22_812_IND2_REL (0x02)
	43	#define RS_22_812_IND2_MIN (0x01)
	44	/* Byte 7 of the packet, and the modes it represents */
	45	#define RS_22_812_INFO_BEEP (0x80)
	46	#define RS_22_812_INFO_DIODE (0x30)
	47	#define RS_22_812_INFO_BAT (0x20)
	48	#define RS_22_812_INFO_HOLD (0x10)
	49	#define RS_22_812_INFO_NEG (0x08)
	50	#define RS_22_812_INFO_AC (0x04)
	51	#define RS_22_812_INFO_RS232 (0x02)
	52	#define RS_22_812_INFO_AUTO (0x01)
	53	/* Instead of a decimal point, digit 4 carries the MAX flag */
	54	#define RS_22_812_DIG4_MAX (0x08)
	55	/* mask to remove the decimal point fr0m a digit */
	56	#define RS_22_812_DP_MASK (0x08)
	57
	58	/* What the LCD values represent */
	59	#define RS_22_812_LCD_0 0xd7
	60	#define RS_22_812_LCD_1 0x50
	61	#define RS_22_812_LCD_2 0xb5
	62	#define RS_22_812_LCD_3 0xf1
	63	#define RS_22_812_LCD_4 0x72
	64	#define RS_22_812_LCD_5 0xe3
65	#define RS_22_812_LCD_6 0xe7
66	#define RS_22_812_LCD_7 0x51
67	#define RS_22_812_LCD_8 0xf7
68	#define RS_22_812_LCD_9 0xf3
69
70	#define RS_22_812_LCD_C 0x87
71	#define RS_22_812_LCD_E
72	#define RS_22_812_LCD_F
73	#define RS_22_812_LCD_h 0x66
7c41dc47	74	#define RS_22_812_LCD_H 0x76
d375b3c3 AG	75	#define RS_22_812_LCD_I
	76	#define RS_22_812_LCD_n
	77	#define RS_22_812_LCD_P 0x37
	78	#define RS_22_812_LCD_r
	79
	80	typedef struct {
	81	uint8_t mode;
	82	uint8_t indicatrix1;
	83	uint8_t indicatrix2;
	84	uint8_t digit4;
	85	uint8_t digit3;
	86	uint8_t digit2;
	87	uint8_t digit1;
	88	uint8_t info;
	89	uint8_t checksum;
	90	} rs_22_812_packet;
	91
	92	#define RS_22_812_PACKET_SIZE (sizeof(rs_22_812_packet))
	93
	94	typedef enum {
	95	RS_22_812_MODE_DC_V = 0,
	96	RS_22_812_MODE_AC_V = 1,
	97	RS_22_812_MODE_DC_UA = 2,
	98	RS_22_812_MODE_DC_MA = 3,
	99	RS_22_812_MODE_DC_A = 4,
	100	RS_22_812_MODE_AC_UA = 5,
	101	RS_22_812_MODE_AC_MA = 6,
	102	RS_22_812_MODE_AC_A = 7,
	103	RS_22_812_MODE_OHM = 8,
	104	RS_22_812_MODE_FARAD = 9,
	105	RS_22_812_MODE_HZ = 10,
	106	RS_22_812_MODE_VOLT_HZ = 11,
	107	RS_22_812_MODE_AMP_HZ = 12,
	108	RS_22_812_MODE_DUTY = 13,
	109	RS_22_812_MODE_VOLT_DUTY= 14,
	110	RS_22_812_MODE_AMP_DUTY = 15,
	111	RS_22_812_MODE_WIDTH = 16,
	112	RS_22_812_MODE_VOLT_WIDTH = 17,
	113	RS_22_812_MODE_AMP_WIDTH = 18,
	114	RS_22_812_MODE_DIODE = 19,
	115	RS_22_812_MODE_CONT = 20,
	116	RS_22_812_MODE_HFE = 21,
	117	RS_22_812_MODE_LOGIC = 22,
	118	RS_22_812_MODE_DBM = 23,
	119	//RS_22_812_MODE_ EF = 24,
	120	RS_22_812_MODE_TEMP = 25,
	121	RS_22_812_MODE_INVALID = 26,
	122	} rs_22_812_mode;
	123
	124	SR_PRIV gboolean rs_22_812_is_packet_valid(const rs_22_812_packet *data );
	125
	126	/* Supported models */
	127	typedef enum {
	128	RADIOSHACK_22_812 = 1,
	129	} radioshack_model;
	130
	131	/* Supported device profiles */
	132	struct radioshackdmm_profile {
	133	radioshack_model model;
	134	const char *modelname;
	135	/* How often to poll, in ms. */
	136	int poll_period;
	137	};
	138
139	/* Private, per-device-instance driver context. */
140	typedef struct dev_context {
141	/* const struct radioshackdmm_profile profile; /
142	uint64_t limit_samples;
143	struct sr_serial_dev_inst *serial;
144	char *serialcomm;
145
146	/* Opaque pointer passed in by the frontend. */
147	void *cb_data;
148
149	/* Runtime. */
150	uint64_t num_samples;
151	uint8_t buf[RS_DMM_BUFSIZE];
152	size_t bufoffset;
153	size_t buflen;
154	} rs_dev_ctx;
155
156
157	SR_PRIV int radioshack_receive_data(int fd, int revents, void *cb_data);
158
159	#endif /* LIBSIGROK_RADIOSHACK_DMM_H */