vcprop.h revision 1.6 1 1.6 jmcneill /* $NetBSD: vcprop.h,v 1.6 2013/01/08 13:02:54 jmcneill Exp $ */
2 1.1 skrll
3 1.1 skrll /*-
4 1.1 skrll * Copyright (c) 2012 The NetBSD Foundation, Inc.
5 1.1 skrll * All rights reserved.
6 1.1 skrll *
7 1.1 skrll * This code is derived from software contributed to The NetBSD Foundation
8 1.1 skrll * by Nick Hudson
9 1.1 skrll *
10 1.1 skrll * Redistribution and use in source and binary forms, with or without
11 1.1 skrll * modification, are permitted provided that the following conditions
12 1.1 skrll * are met:
13 1.1 skrll * 1. Redistributions of source code must retain the above copyright
14 1.1 skrll * notice, this list of conditions and the following disclaimer.
15 1.1 skrll * 2. Redistributions in binary form must reproduce the above copyright
16 1.1 skrll * notice, this list of conditions and the following disclaimer in the
17 1.1 skrll * documentation and/or other materials provided with the distribution.
18 1.1 skrll *
19 1.1 skrll * THIS SOFTWARE IS PROVIDED BY THE NETBSD FOUNDATION, INC. AND CONTRIBUTORS
20 1.1 skrll * ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED
21 1.1 skrll * TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR
22 1.1 skrll * PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE FOUNDATION OR CONTRIBUTORS
23 1.1 skrll * BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR
24 1.1 skrll * CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF
25 1.1 skrll * SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
26 1.1 skrll * INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN
27 1.1 skrll * CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE)
28 1.1 skrll * ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
29 1.1 skrll * POSSIBILITY OF SUCH DAMAGE.
30 1.1 skrll */
31 1.1 skrll
32 1.1 skrll /*
33 1.1 skrll * Mailbox property interface
34 1.1 skrll */
35 1.1 skrll
36 1.1 skrll #ifndef _EVBARM_RPI_VCPROP_H_
37 1.1 skrll #define _EVBARM_RPI_VCPROP_H_
38 1.1 skrll
39 1.1 skrll struct vcprop_tag {
40 1.1 skrll uint32_t vpt_tag;
41 1.1 skrll #define VCPROPTAG_NULL 0x00000000
42 1.1 skrll #define VCPROPTAG_GET_FIRMWAREREV 0x00000001
43 1.1 skrll #define VCPROPTAG_GET_BOARDMODEL 0x00010001
44 1.1 skrll #define VCPROPTAG_GET_BOARDREVISION 0x00010002
45 1.1 skrll #define VCPROPTAG_GET_MACADDRESS 0x00010003
46 1.1 skrll #define VCPROPTAG_GET_BOARDSERIAL 0x00010004
47 1.1 skrll #define VCPROPTAG_GET_ARMMEMORY 0x00010005
48 1.1 skrll #define VCPROPTAG_GET_VCMEMORY 0x00010006
49 1.1 skrll #define VCPROPTAG_GET_CLOCKS 0x00010007
50 1.2 skrll
51 1.3 jmcneill #define VCPROPTAG_GET_POWERSTATE 0x00020001
52 1.3 jmcneill #define VCPROPTAG_GET_POWERTIMING 0x00020002
53 1.3 jmcneill #define VCPROPTAG_SET_POWERSTATE 0x00028001
54 1.3 jmcneill
55 1.2 skrll #define VCPROPTAG_GET_CLOCKSTATE 0x00030001
56 1.2 skrll #define VCPROPTAG_SET_CLOCKSTATE 0x00038001
57 1.2 skrll #define VCPROPTAG_GET_CLOCKRATE 0x00030002
58 1.2 skrll #define VCPROPTAG_SET_CLOCKRATE 0x00038002
59 1.4 jmcneill #define VCPROPTAG_GET_MIN_CLOCKRATE 0x00030007
60 1.4 jmcneill #define VCPROPTAG_GET_MAX_CLOCKRATE 0x00030004
61 1.3 jmcneill
62 1.3 jmcneill #define VCPROPTAG_GET_VOLTAGE 0x00030003
63 1.3 jmcneill #define VCPROPTAG_SET_VOLTAGE 0x00038003
64 1.3 jmcneill #define VCPROPTAG_GET_MIN_VOLTAGE 0x00030008
65 1.3 jmcneill #define VCPROPTAG_GET_MAX_VOLTAGE 0x00030005
66 1.3 jmcneill
67 1.3 jmcneill #define VCPROPTAG_GET_TEMPERATURE 0x00030006
68 1.3 jmcneill #define VCPROPTAG_GET_MAX_TEMPERATURE 0x0003000a
69 1.3 jmcneill
70 1.1 skrll #define VCPROPTAG_GET_CMDLINE 0x00050001
71 1.1 skrll #define VCPROPTAG_GET_DMACHAN 0x00060001
72 1.5 jmcneill
73 1.5 jmcneill #define VCPROPTAG_ALLOCATE_BUFFER 0x00040001
74 1.5 jmcneill #define VCPROPTAG_GET_FB_RES 0x00040003
75 1.6 jmcneill #define VCPROPTAG_SET_FB_RES 0x00048003
76 1.5 jmcneill #define VCPROPTAG_GET_FB_DEPTH 0x00040005
77 1.6 jmcneill #define VCPROPTAG_SET_FB_DEPTH 0x00048005
78 1.5 jmcneill #define VCPROPTAG_GET_FB_PIXEL_ORDER 0x00040006
79 1.6 jmcneill #define VCPROPTAG_SET_FB_PIXEL_ORDER 0x00048006
80 1.5 jmcneill #define VCPROPTAG_GET_FB_PITCH 0x00040008
81 1.5 jmcneill
82 1.5 jmcneill #define VCPROPTAG_GET_EDID_BLOCK 0x00030020
83 1.5 jmcneill
84 1.5 jmcneill
85 1.1 skrll uint32_t vpt_len;
86 1.1 skrll uint32_t vpt_rcode;
87 1.1 skrll #define VCPROPTAG_REQUEST (0U << 31)
88 1.1 skrll #define VCPROPTAG_RESPONSE (1U << 31)
89 1.1 skrll
90 1.1 skrll };
91 1.1 skrll
92 1.1 skrll #define VCPROPTAG_LEN(x) (sizeof((x)) - sizeof(struct vcprop_tag))
93 1.1 skrll
94 1.1 skrll struct vcprop_memory {
95 1.1 skrll uint32_t base;
96 1.1 skrll uint32_t size;
97 1.1 skrll };
98 1.1 skrll
99 1.1 skrll #define VCPROP_MAXMEMBLOCKS 4
100 1.1 skrll struct vcprop_tag_memory {
101 1.1 skrll struct vcprop_tag tag;
102 1.1 skrll struct vcprop_memory mem[VCPROP_MAXMEMBLOCKS];
103 1.1 skrll };
104 1.1 skrll
105 1.1 skrll struct vcprop_tag_fwrev {
106 1.1 skrll struct vcprop_tag tag;
107 1.1 skrll uint32_t rev;
108 1.1 skrll };
109 1.1 skrll
110 1.1 skrll struct vcprop_tag_boardmodel {
111 1.1 skrll struct vcprop_tag tag;
112 1.1 skrll uint32_t model;
113 1.1 skrll } ;
114 1.1 skrll
115 1.1 skrll struct vcprop_tag_boardrev {
116 1.1 skrll struct vcprop_tag tag;
117 1.1 skrll uint32_t rev;
118 1.1 skrll } ;
119 1.1 skrll
120 1.1 skrll struct vcprop_tag_macaddr {
121 1.1 skrll struct vcprop_tag tag;
122 1.1 skrll uint64_t addr;
123 1.1 skrll };
124 1.1 skrll
125 1.1 skrll struct vcprop_tag_boardserial {
126 1.1 skrll struct vcprop_tag tag;
127 1.1 skrll uint64_t sn;
128 1.1 skrll };
129 1.1 skrll
130 1.2 skrll #define VCPROP_CLK_EMMC 1
131 1.2 skrll #define VCPROP_CLK_UART 2
132 1.2 skrll #define VCPROP_CLK_ARM 3
133 1.2 skrll #define VCPROP_CLK_CORE 4
134 1.2 skrll #define VCPROP_CLK_V3D 5
135 1.2 skrll #define VCPROP_CLK_H264 6
136 1.2 skrll #define VCPROP_CLK_ISP 7
137 1.2 skrll #define VCPROP_CLK_SDRAM 8
138 1.2 skrll #define VCPROP_CLK_PIXEL 9
139 1.2 skrll #define VCPROP_CLK_PWM 10
140 1.2 skrll
141 1.1 skrll struct vcprop_clock {
142 1.1 skrll uint32_t pclk;
143 1.1 skrll uint32_t cclk;
144 1.1 skrll };
145 1.1 skrll
146 1.1 skrll #define VCPROP_MAXCLOCKS 16
147 1.1 skrll struct vcprop_tag_clock {
148 1.1 skrll struct vcprop_tag tag;
149 1.1 skrll struct vcprop_clock clk[VCPROP_MAXCLOCKS];
150 1.1 skrll };
151 1.1 skrll
152 1.1 skrll #define VCPROP_MAXCMDLINE 256
153 1.1 skrll struct vcprop_tag_cmdline {
154 1.1 skrll struct vcprop_tag tag;
155 1.1 skrll uint8_t cmdline[VCPROP_MAXCMDLINE];
156 1.1 skrll };
157 1.1 skrll
158 1.1 skrll struct vcprop_tag_dmachan {
159 1.1 skrll struct vcprop_tag tag;
160 1.1 skrll uint32_t mask;
161 1.1 skrll };
162 1.1 skrll
163 1.2 skrll struct vcprop_tag_clockstate {
164 1.2 skrll struct vcprop_tag tag;
165 1.2 skrll uint32_t id;
166 1.2 skrll uint32_t state;
167 1.2 skrll };
168 1.2 skrll
169 1.2 skrll struct vcprop_tag_clockrate {
170 1.2 skrll struct vcprop_tag tag;
171 1.2 skrll uint32_t id;
172 1.2 skrll uint32_t rate;
173 1.2 skrll };
174 1.2 skrll
175 1.3 jmcneill #define VCPROP_VOLTAGE_CORE 1
176 1.3 jmcneill #define VCPROP_VOLTAGE_SDRAM_C 2
177 1.3 jmcneill #define VCPROP_VOLTAGE_SDRAM_P 3
178 1.3 jmcneill #define VCPROP_VOLTAGE_SDRAM_I 4
179 1.3 jmcneill
180 1.3 jmcneill struct vcprop_tag_voltage {
181 1.3 jmcneill struct vcprop_tag tag;
182 1.3 jmcneill uint32_t id;
183 1.3 jmcneill uint32_t value;
184 1.3 jmcneill };
185 1.3 jmcneill
186 1.3 jmcneill #define VCPROP_TEMP_SOC 0
187 1.3 jmcneill
188 1.3 jmcneill struct vcprop_tag_temperature {
189 1.3 jmcneill struct vcprop_tag tag;
190 1.3 jmcneill uint32_t id;
191 1.3 jmcneill uint32_t value;
192 1.3 jmcneill };
193 1.3 jmcneill
194 1.3 jmcneill #define VCPROP_POWER_SDCARD 0
195 1.3 jmcneill #define VCPROP_POWER_UART0 1
196 1.3 jmcneill #define VCPROP_POWER_UART1 2
197 1.3 jmcneill #define VCPROP_POWER_USB 3
198 1.3 jmcneill #define VCPROP_POWER_I2C0 4
199 1.3 jmcneill #define VCPROP_POWER_I2C1 5
200 1.3 jmcneill #define VCPROP_POWER_I2C2 6
201 1.3 jmcneill #define VCPROP_POWER_SPI 7
202 1.3 jmcneill #define VCPROP_POWER_CCP2TX 8
203 1.3 jmcneill
204 1.3 jmcneill struct vcprop_tag_powertiming {
205 1.3 jmcneill struct vcprop_tag tag;
206 1.3 jmcneill uint32_t id;
207 1.3 jmcneill uint32_t waitusec;
208 1.3 jmcneill };
209 1.3 jmcneill
210 1.3 jmcneill struct vcprop_tag_powerstate {
211 1.3 jmcneill struct vcprop_tag tag;
212 1.3 jmcneill uint32_t id;
213 1.3 jmcneill uint32_t state;
214 1.3 jmcneill };
215 1.3 jmcneill
216 1.5 jmcneill struct vcprop_tag_allocbuf {
217 1.5 jmcneill struct vcprop_tag tag;
218 1.5 jmcneill uint32_t address; /* alignment for request */
219 1.5 jmcneill uint32_t size;
220 1.5 jmcneill };
221 1.5 jmcneill
222 1.5 jmcneill struct vcprop_tag_fbres {
223 1.5 jmcneill struct vcprop_tag tag;
224 1.5 jmcneill uint32_t width;
225 1.5 jmcneill uint32_t height;
226 1.5 jmcneill };
227 1.5 jmcneill
228 1.5 jmcneill struct vcprop_tag_fbdepth {
229 1.5 jmcneill struct vcprop_tag tag;
230 1.5 jmcneill uint32_t bpp;
231 1.5 jmcneill };
232 1.5 jmcneill
233 1.5 jmcneill #define VCPROP_PIXEL_BGR 0
234 1.5 jmcneill #define VCPROP_PIXEL_RGB 1
235 1.5 jmcneill
236 1.5 jmcneill struct vcprop_tag_fbpixelorder {
237 1.5 jmcneill struct vcprop_tag tag;
238 1.5 jmcneill uint32_t state;
239 1.5 jmcneill };
240 1.5 jmcneill
241 1.5 jmcneill struct vcprop_tag_fbpitch {
242 1.5 jmcneill struct vcprop_tag tag;
243 1.5 jmcneill uint32_t linebytes;
244 1.5 jmcneill };
245 1.5 jmcneill
246 1.5 jmcneill struct vcprop_tag_edidblock {
247 1.5 jmcneill struct vcprop_tag tag;
248 1.5 jmcneill uint32_t blockno;
249 1.5 jmcneill uint32_t status;
250 1.5 jmcneill uint8_t data[128];
251 1.5 jmcneill };
252 1.5 jmcneill
253 1.1 skrll struct vcprop_buffer_hdr {
254 1.1 skrll uint32_t vpb_len;
255 1.1 skrll uint32_t vpb_rcode;
256 1.1 skrll #define VCPROP_PROCESS_REQUEST 0
257 1.1 skrll #define VCPROP_REQ_SUCCESS (1U << 31)
258 1.1 skrll #define VCPROP_REQ_EPARSE (1U << 0)
259 1.1 skrll };
260 1.1 skrll
261 1.1 skrll static inline bool
262 1.1 skrll vcprop_buffer_success_p(struct vcprop_buffer_hdr *vpbh)
263 1.1 skrll {
264 1.1 skrll
265 1.1 skrll return (vpbh->vpb_rcode & VCPROP_REQ_SUCCESS);
266 1.1 skrll }
267 1.1 skrll
268 1.1 skrll static inline bool
269 1.1 skrll vcprop_tag_success_p(struct vcprop_tag *vpbt)
270 1.1 skrll {
271 1.1 skrll
272 1.1 skrll return (vpbt->vpt_rcode & VCPROPTAG_RESPONSE);
273 1.1 skrll }
274 1.1 skrll
275 1.1 skrll static inline size_t
276 1.1 skrll vcprop_tag_resplen(struct vcprop_tag *vpbt)
277 1.1 skrll {
278 1.1 skrll
279 1.1 skrll return (vpbt->vpt_rcode & ~VCPROPTAG_RESPONSE);
280 1.1 skrll }
281 1.1 skrll
282 1.1 skrll #endif /* _EVBARM_RPI_VCPROP_H_ */
283