xref: /rkbin/tools/ddrbin_tool.py (revision 6348802d1b1a0330095716ef8f948fe04f5f14d5) 
1#!/usr/bin/env python3
2# -*-coding=utf-8-*-
3#
4# Copyright (C) 2024, Rockchip Electronics Co., Ltd.
5#
6
7import os
8import re
9import sys
10import copy
11import getopt
12import platform
13import struct
14from datetime import datetime
15
16version_max = 6
17update_key_list = []
18
19chip_info = 'null'
20chip_list = ['px30', 'px30s', 'px3se', 'px5', 'rk1808', 'rk2118', 'rk312x', 'rk3126', 'rk3128',
21    'rk3128h', 'rk322x', 'rk3228a', 'rk3228b', 'rk3228h', 'rk322xh', 'rk3229', 'rk3308', 'rk3288',
22    'rk3326', 'rk3326s', 'rk3328', 'rk3368', 'rk3399', 'rk3506', 'rk3528', 'rk356x', 'rk3562',
23    'rk3566', 'rk3568', 'rk3576', 'rk3588', 'rv1103', 'rv1103b', 'rv1106', 'rv1108', 'rv1109',
24    'rv1126', 'rv1126b']
25
26version_old_list = ['rk322xh', 'rk3328', 'rk3318']
27
28# struct rk3528_ca_skew
29rk3528_ca_skew = {
30    'skew_freq': 0,
31    'ca_skew_0': 0,
32    'ca_skew_1': 0,
33    'ca_skew_2': 0,
34    'ca_skew_3': 0,
35    'ca_skew_4': 0,
36    'ca_skew_5': 0,
37    'ca_skew_6': 0,
38    'ca_skew_7': 0,
39}
40
41# struct rk3528_skew_info
42rk3528_skew_info = {
43    'skew_sub_version': 0,
44    'ddr3' : rk3528_ca_skew.copy(),
45    'ddr4' : rk3528_ca_skew.copy(),
46    'lp3' : rk3528_ca_skew.copy(),
47}
48
49# struct index_info, u8
50index_info = {
51    'offset' : 0,
52    'size' : 0
53}
54
55# struct perf_index_info, u16
56perf_index_info = {
57    'offset' : 0,
58    'size' : 0
59}
60
61# struct sdram_head_info_index_v2
62sdram_head_info_index_v2 = {
63    'cpu_gen_index' : index_info.copy(),
64    'global_index' : index_info.copy(),
65    'ddr2_index' : index_info.copy(),
66    'ddr3_index' : index_info.copy(),
67    'ddr4_index' : index_info.copy(),
68    'ddr5_index' : index_info.copy(),
69    'lp2_index' : index_info.copy(),
70    'lp3_index' : index_info.copy(),
71    'lp4_index' : index_info.copy(),
72    'lp5_index' : index_info.copy(),
73    'skew_index' : index_info.copy(),
74    'dq_map_index' : index_info.copy(),
75}
76
77sdram_head_info_index_v2_3 = {
78    'lp4x_index' : index_info.copy(),
79    'lp4_4x_hash_index' : index_info.copy()
80}
81
82sdram_head_info_index_v3_4 = {
83    'lp5_hash_index' : index_info.copy(),
84    'ddr4_hash_index' : index_info.copy(),
85    'lp3_hash_index' : index_info.copy(),
86    'ddr3_hash_index' : index_info.copy(),
87    'lp2_hash_index' : index_info.copy(),
88    'ddr2_hash_index' : index_info.copy(),
89    'ddr5_hash_index' : index_info.copy(),
90    'reserved0_index' : index_info.copy(),
91}
92
93sdram_head_info_index_v5 = {
94    'ch_perf_index_u16' : perf_index_info.copy(),
95    'com_perf_index_u16' : perf_index_info.copy(),
96}
97
98sdram_head_info_index_v6 = {
99    'uart_iomux_index_u16' : perf_index_info.copy(),
100}
101
102# struct global_info
103global_info = {
104    'uart_info' : 0,
105    'sr_pd_info' : 0,
106    'ch_info' : 0,
107    'info_2t' : 0,
108    'reserved_0' : 0,
109    'reserved_1' : 0,
110    'reserved_2' : 0,
111    'reserved_3' : 0,
112}
113
114# struct ddr2_3_4_lp2_3_info
115ddr2_3_4_lp2_3_info = {
116    'ddr_freq0_1' : 0,
117    'ddr_freq2_3' : 0,
118    'ddr_freq4_5' : 0,
119    'drv_when_odten' : 0,
120    'drv_when_odtoff' : 0,
121    'odt_info' : 0,
122    'odten_freq' : 0,
123    'sr_when_odten' : 0,
124    'sr_when_odtoff' : 0,
125}
126
127# struct ddr2_3_4_lp2_3_info_v5
128ddr2_3_4_lp2_3_info_v5 = {
129    'ddr_freq0_1' : 0,
130    'ddr_freq2_3' : 0,
131    'ddr_freq4_5' : 0,
132    'drv_when_odten' : 0,
133    'drv_when_odtoff' : 0,
134    'odt_info' : 0,
135    'odten_freq' : 0,
136    'sr_when_odten' : 0,
137    'sr_when_odtoff' : 0,
138    'vref_when_odten' : 0,
139    'vref_when_odtoff' : 0,
140}
141
142# struct lp4_info
143lp4_info = {
144    'ddr_freq0_1' : 0,
145    'ddr_freq2_3' : 0,
146    'ddr_freq4_5' : 0,
147    'drv_when_odten' : 0,
148    'drv_when_odtoff' : 0,
149    'odt_info' : 0,
150    'dq_odten_freq' : 0,
151    'sr_when_odten' : 0,
152    'sr_when_odtoff' : 0,
153    'ca_odten_freq' : 0,
154    'cs_drv_ca_odt_info' : 0,
155    'vref_when_odten' : 0,
156    'vref_when_odtoff' : 0,
157}
158
159# struct dq_map_info
160dq_map_info = {
161    'byte_map_0' : 0,
162    'byte_map_1' : 0,
163    'lp3_dq0_7_map' : 0,
164    'lp2_dq0_7_map' : 0,
165    'ddr4_dq_map_0' : 0,
166    'ddr4_dq_map_1' : 0,
167    'ddr4_dq_map_2' : 0,
168    'ddr4_dq_map_3' : 0,
169}
170
171# struct hash_info
172hash_info = {
173    'ch_mask_0' : 0,
174    'ch_mask_1' : 0,
175    'bank_mask_0' : 0,
176    'bank_mask_1' : 0,
177    'bank_mask_2' : 0,
178    'bank_mask_3' : 0,
179    'rank_mask0' : 0,
180    'rank_mask1' : 0,
181}
182
183uart_id_2_iomux = {
184                # uart0 :    m0 :   addr,   iomux addr0, iomux mask0, iomux val0, iomux addr1, iomux mask1, iomux val1...
185    ('rk3568', 'rk3566', 'rk356x') : {
186                'uart0' : {'m0' : [0xfdd50000, 0xfdc20100, 0, 0x3000000, 0xfdc20010, 0, 0x770033, 0, 0, 0]},
187                'uart1' : {'m0' : [0xfe650000, 0xfdc6030c, 0, 0x1000000, 0xfdc60028, 0, 0x70002000, 0xfdc6002c, 0, 0x70002],
188                           'm1' : [0xfe650000, 0xfdc6030c, 0, 0x1000100, 0xfdc6005c, 0, 0x77004400, 0, 0, 0]},
189                'uart2' : {'m0' : [0xfe660000, 0xfdc6030c, 0, 0x0c000000, 0xfdc20018, 0, 0x00770011, 0, 0, 0],
190                           'm1' : [0xfe660000, 0xfdc6030c, 0, 0xc000400, 0xfdc6001c, 0, 0x7700220, 0, 0, 0]},
191                'uart3' : {'m0' : [0xfe670000, 0xfdc6030c, 0, 0x10000000, 0xfdc60000, 0, 0x770022, 0, 0, 0],
192                           'm1' : [0xfe670000, 0xfdc6030c, 0, 0x10001000, 0xfdc6004c, 0, 0x70004000, 0xfdc60050, 0, 0x70004]},
193                'uart4' : {'m0' : [0xfe680000, 0xfdc6030c, 0, 0x40000000, 0xfdc60004, 0, 0x7070202, 0, 0, 0],
194                           'm1' : [0xfe680000, 0xfdc6030c, 0, 0x40004000, 0xfdc60048, 0, 0x7700440, 0, 0, 0]},
195                'uart5' : {'m0' : [0xfe690000, 0xfdc60310, 0, 0x10000, 0xfdc60020, 0, 0x7700330, 0, 0, 0],
196                           'm1' : [0xfe690000, 0xfdc60310, 0, 0x10001, 0xfdc60050, 0, 0x77004400, 0, 0, 0]},
197                'uart6' : {'m0' : [0xfe6a0000, 0xfdc60310, 0, 0x40000, 0xfdc60020, 0, 0x70003000, 0xfdc60024, 0, 0x70003],
198                           'm1' : [0xfe6a0000, 0xfdc60310, 0, 0x40004, 0xfdc6001c, 0, 0x7700330, 0, 0, 0]},
199                'uart7' : {'m0' : [0xfe6b0000, 0xfdc60310, 0, 0x300000, 0xfdc60024, 0, 0x7700330, 0, 0, 0],
200                           'm1' : [0xfe6b0000, 0xfdc60310, 0, 0x300010, 0xfdc60054, 0, 0x770044, 0, 0, 0],
201                           'm2' : [0xfe6b0000, 0xfdc60310, 0, 0x300020, 0xfdc60060, 0, 0x77004400, 0, 0, 0]},
202                'uart8' : {'m0' : [0xfe6c0000, 0xfdc60310, 0, 0x400000, 0xfdc60034, 0, 0x7700230, 0, 0, 0],
203                           'm1' : [0xfe6c0000, 0xfdc60310, 0, 0x400040, 0xfdc6003c, 0, 0x70074004, 0, 0, 0]},
204                'uart9' : {'m0' : [0xfe6d0000, 0xfdc60310, 0, 0x3000000, 0xfdc60024, 0, 0x70003000, 0xfdc60028, 0, 0x70003],
205                           'm1' : [0xfe6d0000, 0xfdc60310, 0, 0x3000100, 0xfdc60074, 0, 0x7700440, 0, 0, 0],
206                           'm2' : [0xfe6d0000, 0xfdc60310, 0, 0x3000200, 0xfdc60064, 0, 0x770044, 0, 0, 0]},
207                },
208    ('rk3528') : {
209                'uart0' : {'m0' : [0xff9f0000, 0xff550094, 0, 0xf0001000, 0xff550098, 0, 0xf0001, 0, 0, 0],
210                           'm1' : [0xff9f0000, 0xff570040, 0, 0xf0002, 0xff570040, 0, 0xf00020, 0, 0, 0]},
211                'uart1' : {'m0' : [0xff9f8000, 0xff560084, 0, 0xf0002000, 0xff560084, 0, 0xf000200, 0, 0, 0],
212                           'm1' : [0xff9f8000, 0xff550094, 0, 0xf000200, 0xff550094, 0, 0xf00020, 0, 0, 0]},
213                'uart2' : {'m0' : [0xffa00000, 0xff560060, 0, 0xf0001, 0xff560060, 0, 0xf00010, 0, 0, 0],
214                           'm1' : [0xffa00000, 0xff560028, 0, 0xf0001, 0xff560028, 0, 0xf00010, 0, 0, 0]},
215                'uart3' : {'m0' : [0xffa08000, 0xff550088, 0, 0xf0002, 0xff550088, 0, 0xf00020, 0, 0, 0],
216                           'm1' : [0xffa08000, 0xff55008c, 0, 0xf0003000, 0xff550090, 0, 0xf0003, 0, 0, 0]},
217                'uart4' : {'m0' : [0xffa10000, 0xff570040, 0, 0xf000300, 0xff570040, 0, 0xf0003000, 0, 0, 0]},
218                'uart5' : {'m0' : [0xffa18000, 0xff560020, 0, 0xf000200, 0xff560020, 0, 0xf0002000, 0, 0, 0],
219                           'm1' : [0xffa18000, 0xff56003c, 0, 0xf0002, 0xff56003c, 0, 0xf0002000, 0, 0, 0]},
220                'uart6' : {'m0' : [0xffa20000, 0xff560064, 0, 0xf0004000, 0xff560064, 0, 0xf000400, 0, 0, 0],
221                           'm1' : [0xffa20000, 0xff560070, 0, 0xf0004000, 0xff560070, 0, 0xf00040, 0, 0, 0]},
222                'uart7' : {'m0' : [0xffa28000, 0xff560068, 0, 0xf0004000, 0xff560068, 0, 0xf000400, 0, 0, 0],
223                           'm1' : [0xffa28000, 0xff560028, 0, 0xf0004000, 0xff560028, 0, 0xf000400, 0, 0, 0]},
224
225    },
226}
227
228uart_iomux_info = {
229    'uart_addr' : 0,
230}
231
232# struct sdram_head_info_v2
233sdram_head_info_v2 = {
234    'global_info' : global_info.copy(),
235    'ddr2_info' : ddr2_3_4_lp2_3_info.copy(),
236    'ddr3_info' : ddr2_3_4_lp2_3_info.copy(),
237    'ddr4_info' : ddr2_3_4_lp2_3_info.copy(),
238    'ddr5_info' : ddr2_3_4_lp2_3_info.copy(),
239    'lp2_info' : ddr2_3_4_lp2_3_info.copy(),
240    'lp3_info' : ddr2_3_4_lp2_3_info.copy(),
241    'lp4_info' : lp4_info.copy(),
242    'dq_map_info' : dq_map_info.copy(),
243    'lp4x_info' : lp4_info.copy(),
244    'lp5_info' : lp4_info.copy(),
245    'lp4_4x_hash_info' : hash_info.copy(),
246    'lp5_hash_info' : hash_info.copy(),
247    'ddr4_hash_info' : hash_info.copy(),
248    'lp3_hash_info' : hash_info.copy(),
249    'ddr3_hash_info' : hash_info.copy(),
250    'lp2_hash_info' : hash_info.copy(),
251    'ddr2_hash_info' : hash_info.copy(),
252    'ddr5_hash_info' : hash_info.copy(),
253}
254
255# struct sdram_head_info_v5
256sdram_head_info_v5 = {
257    'global_info' : global_info.copy(),
258    'ddr2_info' : ddr2_3_4_lp2_3_info_v5.copy(),
259    'ddr3_info' : ddr2_3_4_lp2_3_info_v5.copy(),
260    'ddr4_info' : ddr2_3_4_lp2_3_info_v5.copy(),
261    'ddr5_info' : ddr2_3_4_lp2_3_info_v5.copy(),
262    'lp2_info' : ddr2_3_4_lp2_3_info_v5.copy(),
263    'lp3_info' : ddr2_3_4_lp2_3_info_v5.copy(),
264    'lp4_info' : lp4_info.copy(),
265    'dq_map_info' : dq_map_info.copy(),
266    'lp4x_info' : lp4_info.copy(),
267    'lp5_info' : lp4_info.copy(),
268    'lp4_4x_hash_info' : hash_info.copy(),
269    'lp5_hash_info' : hash_info.copy(),
270    'ddr4_hash_info' : hash_info.copy(),
271    'lp3_hash_info' : hash_info.copy(),
272    'ddr3_hash_info' : hash_info.copy(),
273    'lp2_hash_info' : hash_info.copy(),
274    'ddr2_hash_info' : hash_info.copy(),
275    'ddr5_hash_info' : hash_info.copy(),
276}
277
278# struct sdram_head_info_v6
279sdram_head_info_v6 = {
280    'global_info' : global_info.copy(),
281    'ddr2_info' : ddr2_3_4_lp2_3_info_v5.copy(),
282    'ddr3_info' : ddr2_3_4_lp2_3_info_v5.copy(),
283    'ddr4_info' : ddr2_3_4_lp2_3_info_v5.copy(),
284    'ddr5_info' : ddr2_3_4_lp2_3_info_v5.copy(),
285    'lp2_info' : ddr2_3_4_lp2_3_info_v5.copy(),
286    'lp3_info' : ddr2_3_4_lp2_3_info_v5.copy(),
287    'lp4_info' : lp4_info.copy(),
288    'dq_map_info' : dq_map_info.copy(),
289    'lp4x_info' : lp4_info.copy(),
290    'lp5_info' : lp4_info.copy(),
291    'lp4_4x_hash_info' : hash_info.copy(),
292    'lp5_hash_info' : hash_info.copy(),
293    'ddr4_hash_info' : hash_info.copy(),
294    'lp3_hash_info' : hash_info.copy(),
295    'ddr3_hash_info' : hash_info.copy(),
296    'lp2_hash_info' : hash_info.copy(),
297    'ddr2_hash_info' : hash_info.copy(),
298    'ddr5_hash_info' : hash_info.copy(),
299    'uart_iomux_info' : uart_iomux_info.copy(),
300}
301
302sdram_head_info_v0 = [[0xc, 0], [0x10, 0], [0x14, 0], [0x18, 0], [0x1c, 0], [0x20, 0], [0x24, 0]]
303
304# struct base_info_full
305base_info_full = {
306    'start tag': {'value': 0, 'num_base': 'hex', 'index': 'null', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 0, 'v0_info': [0x0, 0, 0xffffffff]},
307
308    'ddr2_freq': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'ddr_freq0_1', 'shift': 0, 'mask': 0xfff, 'version': 0, 'v0_info': [0xc, 16, 0xffff]},
309    'lp2_freq': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'ddr_freq0_1', 'shift': 0, 'mask': 0xfff, 'version': 0, 'v0_info': [0xc, 0, 0xffff]},
310    'ddr3_freq': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'ddr_freq0_1', 'shift': 0, 'mask': 0xfff, 'version': 0, 'v0_info': [0x10, 16, 0xffff]},
311    'lp3_freq': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'ddr_freq0_1', 'shift': 0, 'mask': 0xfff, 'version': 0, 'v0_info': [0x10, 0, 0xffff]},
312    'ddr4_freq': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'ddr_freq0_1', 'shift': 0, 'mask': 0xfff, 'version': 0, 'v0_info': [0x14, 16, 0xffff]},
313    'lp4_freq': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'ddr_freq0_1', 'shift': 0, 'mask': 0xfff, 'version': 0, 'v0_info': [0x14, 0, 0xffff]},
314    'lp4x_freq': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'ddr_freq0_1', 'shift': 0, 'mask': 0xfff, 'version': 2},
315    'lp5_freq': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'ddr_freq0_1', 'shift': 0, 'mask': 0xfff, 'version': 2},
316    'uart id': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'uart_info', 'shift': 28, 'mask': 0xf, 'version': 0, 'v0_info': [0x18, 28, 0xf]},
317    'uart iomux': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'uart_info', 'shift': 24, 'mask': 0xf, 'version': 0, 'v0_info': [0x18, 24, 0xf]},
318    'uart baudrate': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'uart_info', 'shift': 0, 'mask': 0xffffff, 'version': 0, 'v0_info': [0x18, 0, 0xffffff]},
319    'sr_idle': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'sr_pd_info', 'shift': 16, 'mask': 0xffff, 'version': 0, 'v0_info': [0x1c, 16, 0xffff]},
320    'pd_idle': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'sr_pd_info', 'shift': 0, 'mask': 0xffff, 'version': 0, 'v0_info': [0x1c, 0, 0xffff]},
321    'first scan channel': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'ch_info', 'shift': 28, 'mask': 0xf, 'version': 0, 'v0_info': [0x20, 28, 0xf]},
322    'channel mask': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'ch_info', 'shift': 24, 'mask': 0xf, 'version': 0, 'v0_info': [0x20, 24, 0xf]},
323    'stride type': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'ch_info', 'shift': 16, 'mask': 0xff, 'version': 0, 'v0_info': [0x20, 16, 0xff]},
324    'standby_idle': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'ch_info', 'shift': 0, 'mask': 0xffff, 'version': 0, 'v0_info': [0x20, 0, 0xffff]},
325    'ext_temp_ref': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'info_2t', 'shift': 29, 'mask': 0x3, 'version': 0, 'v0_info': [0x24, 29, 0x3]},
326    'link_ecc_en': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'info_2t', 'shift': 28, 'mask': 0x1, 'version': 2},
327    'per_bank_ref_en': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'info_2t', 'shift': 27, 'mask': 0x1, 'version': 2},
328    'derate_en': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'info_2t', 'shift': 26, 'mask': 0x1, 'version': 0, 'v0_info': [0x24, 26, 0x1]},
329    'auto_precharge_en': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'info_2t', 'shift': 25, 'mask': 0x1, 'version': 2},
330    'res_space_remap_all': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'info_2t', 'shift': 24, 'mask': 0x1, 'version': 2},
331    'res_space_remap_portion': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'info_2t', 'shift': 20, 'mask': 0x1, 'version': 2},
332    'rd_vref_scan_en': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'info_2t', 'shift': 21, 'mask': 0x1, 'version': 2},
333    'wr_vref_scan_en': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'info_2t', 'shift': 22, 'mask': 0x1, 'version': 2},
334    'eye_2d_scan_en': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'info_2t', 'shift': 23, 'mask': 0x1, 'version': 2},
335    'dis_train_print': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'info_2t', 'shift': 19, 'mask': 0x1, 'version': 2},
336    'ssmod_downspread': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'info_2t', 'shift': 17, 'mask': 0x3, 'version': 0, 'v0_info': [0x24, 17, 0x3]},
337    'ssmod_div': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'info_2t', 'shift': 9, 'mask': 0xff, 'version': 0, 'v0_info': [0x24, 9, 0xff]},
338    'ssmod_spread': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'info_2t', 'shift': 1, 'mask': 0xff, 'version': 0, 'v0_info': [0x24, 1, 0xff]},
339    'ddr_2t': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'info_2t', 'shift': 0, 'mask': 0x1, 'version': 0, 'v0_info': [0x24, 0, 0x1]},
340    'reserved_global_info_2t_bit31': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'info_2t', 'shift': 31, 'mask': 0x1, 'version': 2},
341    'pstore_base_addr': {'value': 0, 'num_base': 'hex', 'index': 'global_index', 'position': 'reserved_0', 'shift': 16, 'mask': 0xffff, 'version': 2},
342    'pstore_buf_size': {'value': 0, 'num_base': 'hex', 'index': 'global_index', 'position': 'reserved_0', 'shift': 12, 'mask': 0xf, 'version': 2},
343    'uboot_log_en': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'reserved_0', 'shift': 4, 'mask': 0x1, 'version': 2},
344    'atf_log_en': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'reserved_0', 'shift': 3, 'mask': 0x1, 'version': 2},
345    'optee_log_en': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'reserved_0', 'shift': 2, 'mask': 0x1, 'version': 2},
346    'spl_log_en': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'reserved_0', 'shift': 1, 'mask': 0x1, 'version': 2},
347    'tpl_log_en': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'reserved_0', 'shift': 0, 'mask': 0x1, 'version': 2},
348    'reserved_global_reserved_0_bit5_11': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'reserved_0', 'shift': 5, 'mask': 0x7f, 'version': 2},
349    'periodic_interval': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'reserved_1', 'shift': 11, 'mask': 0x7f, 'version': 2},
350    'trfc_mode': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'reserved_1', 'shift': 9, 'mask': 0x3, 'version': 2},
351    'first_init_dram_type': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'reserved_1', 'shift': 5, 'mask': 0xf, 'version': 2},
352    'dfs_disable': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'reserved_1', 'shift': 4, 'mask': 0x1, 'version': 2},
353    'pageclose': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'reserved_1', 'shift': 3, 'mask': 0x1, 'version': 2},
354    'boot_fsp': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'reserved_1', 'shift': 0, 'mask': 0x7, 'version': 2},
355    'reserved_global_reserved_1_bit9_31': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'reserved_1', 'shift': 18, 'mask': 0x3fff, 'version': 2},
356    'reserved_global_reserved_2_bit0_31': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'reserved_2', 'shift': 0, 'mask': 0xffffffff, 'version': 2},
357    'reserved_global_reserved_3_bit0_31': {'value': 0, 'num_base': 'dec', 'index': 'global_index', 'position': 'reserved_3', 'shift': 0, 'mask': 0xffffffff, 'version': 2},
358
359    'ddr2_f1_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'ddr_freq0_1', 'shift': 12, 'mask': 0xfff, 'version': 2},
360    'reserved_ddr2_ddr_freq0_1_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'ddr_freq0_1', 'shift': 24, 'mask': 0xff, 'version': 2},
361    'ddr2_f2_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'ddr_freq2_3', 'shift': 0, 'mask': 0xfff, 'version': 2},
362    'ddr2_f3_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'ddr_freq2_3', 'shift': 12, 'mask': 0xfff, 'version': 2},
363    'reserved_ddr2_ddr_freq2_3_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'ddr_freq2_3', 'shift': 24, 'mask': 0xff, 'version': 2},
364    'ddr2_f4_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'ddr_freq4_5', 'shift': 0, 'mask': 0xfff, 'version': 2},
365    'ddr2_f5_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'ddr_freq4_5', 'shift': 12, 'mask': 0xfff, 'version': 2},
366    'reserved_ddr2_ddr_freq4_5_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'ddr_freq4_5', 'shift': 24, 'mask': 0xff, 'version': 2},
367    'phy_ddr2_dq_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'drv_when_odten', 'shift': 0, 'mask': 0xff, 'version': 2},
368    'phy_ddr2_ca_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'drv_when_odten', 'shift': 8, 'mask': 0xff, 'version': 2},
369    'phy_ddr2_clk_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'drv_when_odten', 'shift': 16, 'mask': 0xff, 'version': 2},
370    'ddr2_dq_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'drv_when_odten', 'shift': 24, 'mask': 0xff, 'version': 2},
371    'phy_ddr2_dq_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'drv_when_odtoff', 'shift': 0, 'mask': 0xff, 'version': 2},
372    'phy_ddr2_ca_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'drv_when_odtoff', 'shift': 8, 'mask': 0xff, 'version': 2},
373    'phy_ddr2_clk_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'drv_when_odtoff', 'shift': 16, 'mask': 0xff, 'version': 2},
374    'ddr2_dq_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'drv_when_odtoff', 'shift': 24, 'mask': 0xff, 'version': 2},
375    'phy_ddr2_odt_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'odt_info', 'shift': 8, 'mask': 0x3ff, 'version': 2},
376    'ddr2_odt_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'odt_info', 'shift': 0, 'mask': 0xff, 'version': 2},
377    'phy_ddr2_odt_pull_up_en': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'odt_info', 'shift': 18, 'mask': 0x1, 'version': 2},
378    'phy_ddr2_odt_pull_dn_en': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'odt_info', 'shift': 19, 'mask': 0x1, 'version': 2},
379    'reserved_ddr2_odt_info_bit20_31': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'odt_info', 'shift': 20, 'mask': 0xfff, 'version': 2},
380    'phy_ddr2_odten_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'odten_freq', 'shift': 12, 'mask': 0xfff, 'version': 2},
381    'ddr2_odten_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'odten_freq', 'shift': 0, 'mask': 0xfff, 'version': 2},
382    'reserved_ddr2_odten_freq_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'odten_freq', 'shift': 24, 'mask': 0xff, 'version': 2},
383    'phy_ddr2_dq_sr_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'sr_when_odten', 'shift': 0, 'mask': 0xff, 'version': 2},
384    'phy_ddr2_ca_sr_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'sr_when_odten', 'shift': 8, 'mask': 0xff, 'version': 2},
385    'phy_ddr2_clk_sr_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'sr_when_odten', 'shift': 16, 'mask': 0xff, 'version': 2},
386    'reserved_ddr2_sr_when_odten_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'sr_when_odten', 'shift': 24, 'mask': 0xff, 'version': 2},
387    'phy_ddr2_dq_sr_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'sr_when_odtoff', 'shift': 0, 'mask': 0xff, 'version': 2},
388    'phy_ddr2_ca_sr_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'sr_when_odtoff', 'shift': 8, 'mask': 0xff, 'version': 2},
389    'phy_ddr2_clk_sr_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'sr_when_odtoff', 'shift': 16, 'mask': 0xff, 'version': 2},
390    'reserved_ddr2_sr_when_odtoff_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'sr_when_odtoff', 'shift': 24, 'mask': 0xff, 'version': 2},
391    'phy_ddr2_dq_vref_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'vref_when_odten', 'shift': 0, 'mask': 0x3ff, 'version': 5},
392    'ddr2_dq_vref_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'vref_when_odten', 'shift': 10, 'mask': 0x3ff, 'version': 5},
393    'ddr2_ca_vref_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'vref_when_odten', 'shift': 20, 'mask': 0x3ff, 'version': 5},
394    'reserved_ddr2_vref_when_odten_bit30_31': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'vref_when_odten', 'shift': 30, 'mask': 0x3, 'version': 5},
395    'phy_ddr2_dq_vref_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'vref_when_odtoff', 'shift': 0, 'mask': 0x3ff, 'version': 5},
396    'ddr2_dq_vref_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'vref_when_odtoff', 'shift': 10, 'mask': 0x3ff, 'version': 5},
397    'ddr2_ca_vref_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'vref_when_odtoff', 'shift': 20, 'mask': 0x3ff, 'version': 5},
398    'reserved_ddr2_vref_when_odtoff_bit30_31': {'value': 0, 'num_base': 'dec', 'index': 'ddr2_index', 'position': 'vref_when_odtoff', 'shift': 30, 'mask': 0x3, 'version': 5},
399
400    'ddr3_f1_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'ddr_freq0_1', 'shift': 12, 'mask': 0xfff, 'version': 2},
401    'reserved_ddr3_ddr_freq0_1_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'ddr_freq0_1', 'shift': 24, 'mask': 0xff, 'version': 2},
402    'ddr3_f2_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'ddr_freq2_3', 'shift': 0, 'mask': 0xfff, 'version': 2},
403    'ddr3_f3_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'ddr_freq2_3', 'shift': 12, 'mask': 0xfff, 'version': 2},
404    'reserved_ddr3_ddr_freq2_3_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'ddr_freq2_3', 'shift': 24, 'mask': 0xff, 'version': 2},
405    'ddr3_f4_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'ddr_freq4_5', 'shift': 0, 'mask': 0xfff, 'version': 2},
406    'ddr3_f5_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'ddr_freq4_5', 'shift': 12, 'mask': 0xfff, 'version': 2},
407    'reserved_ddr3_ddr_freq4_5_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'ddr_freq4_5', 'shift': 24, 'mask': 0xff, 'version': 2},
408    'phy_ddr3_dq_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'drv_when_odten', 'shift': 0, 'mask': 0xff, 'version': 2},
409    'phy_ddr3_ca_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'drv_when_odten', 'shift': 8, 'mask': 0xff, 'version': 2},
410    'phy_ddr3_clk_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'drv_when_odten', 'shift': 16, 'mask': 0xff, 'version': 2},
411    'ddr3_dq_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'drv_when_odten', 'shift': 24, 'mask': 0xff, 'version': 2},
412    'phy_ddr3_dq_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'drv_when_odtoff', 'shift': 0, 'mask': 0xff, 'version': 2},
413    'phy_ddr3_ca_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'drv_when_odtoff', 'shift': 8, 'mask': 0xff, 'version': 2},
414    'phy_ddr3_clk_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'drv_when_odtoff', 'shift': 16, 'mask': 0xff, 'version': 2},
415    'ddr3_dq_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'drv_when_odtoff', 'shift': 24, 'mask': 0xff, 'version': 2},
416    'phy_ddr3_odt_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'odt_info', 'shift': 8, 'mask': 0x3ff, 'version': 2},
417    'ddr3_odt_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'odt_info', 'shift': 0, 'mask': 0xff, 'version': 2},
418    'phy_ddr3_odt_pull_up_en': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'odt_info', 'shift': 18, 'mask': 0x1, 'version': 2},
419    'phy_ddr3_odt_pull_dn_en': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'odt_info', 'shift': 19, 'mask': 0x1, 'version': 2},
420    'reserved_ddr3_odt_info_bit20_31': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'odt_info', 'shift': 20, 'mask': 0xfff, 'version': 2},
421    'phy_ddr3_odten_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'odten_freq', 'shift': 12, 'mask': 0xfff, 'version': 2},
422    'ddr3_odten_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'odten_freq', 'shift': 0, 'mask': 0xfff, 'version': 2},
423    'reserved_ddr3_odten_freq_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'odten_freq', 'shift': 24, 'mask': 0xff, 'version': 2},
424    'phy_ddr3_dq_sr_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'sr_when_odten', 'shift': 0, 'mask': 0xff, 'version': 2},
425    'phy_ddr3_ca_sr_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'sr_when_odten', 'shift': 8, 'mask': 0xff, 'version': 2},
426    'phy_ddr3_clk_sr_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'sr_when_odten', 'shift': 16, 'mask': 0xff, 'version': 2},
427    'reserved_ddr3_sr_when_odten_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'sr_when_odten', 'shift': 24, 'mask': 0xff, 'version': 2},
428    'phy_ddr3_dq_sr_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'sr_when_odtoff', 'shift': 0, 'mask': 0xff, 'version': 2},
429    'phy_ddr3_ca_sr_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'sr_when_odtoff', 'shift': 8, 'mask': 0xff, 'version': 2},
430    'phy_ddr3_clk_sr_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'sr_when_odtoff', 'shift': 16, 'mask': 0xff, 'version': 2},
431    'reserved_ddr3_sr_when_odtoff_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'sr_when_odtoff', 'shift': 24, 'mask': 0xff, 'version': 2},
432    'phy_ddr3_dq_vref_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'vref_when_odten', 'shift': 0, 'mask': 0x3ff, 'version': 5},
433    'ddr3_dq_vref_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'vref_when_odten', 'shift': 10, 'mask': 0x3ff, 'version': 5},
434    'ddr3_ca_vref_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'vref_when_odten', 'shift': 20, 'mask': 0x3ff, 'version': 5},
435    'reserved_ddr3_vref_when_odten_bit30_31': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'vref_when_odten', 'shift': 30, 'mask': 0x3, 'version': 5},
436    'phy_ddr3_dq_vref_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'vref_when_odtoff', 'shift': 0, 'mask': 0x3ff, 'version': 5},
437    'ddr3_dq_vref_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'vref_when_odtoff', 'shift': 10, 'mask': 0x3ff, 'version': 5},
438    'ddr3_ca_vref_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'vref_when_odtoff', 'shift': 20, 'mask': 0x3ff, 'version': 5},
439    'reserved_ddr3_vref_when_odtoff_bit30_31': {'value': 0, 'num_base': 'dec', 'index': 'ddr3_index', 'position': 'vref_when_odtoff', 'shift': 30, 'mask': 0x3, 'version': 5},
440
441    'ddr4_f1_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'ddr_freq0_1', 'shift': 12, 'mask': 0xfff, 'version': 2},
442    'reserved_ddr4_ddr_freq0_1_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'ddr_freq0_1', 'shift': 24, 'mask': 0xff, 'version': 2},
443    'ddr4_f2_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'ddr_freq2_3', 'shift': 0, 'mask': 0xfff, 'version': 2},
444    'ddr4_f3_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'ddr_freq2_3', 'shift': 12, 'mask': 0xfff, 'version': 2},
445    'reserved_ddr4_ddr_freq2_3_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'ddr_freq2_3', 'shift': 24, 'mask': 0xff, 'version': 2},
446    'ddr4_f4_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'ddr_freq4_5', 'shift': 0, 'mask': 0xfff, 'version': 2},
447    'ddr4_f5_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'ddr_freq4_5', 'shift': 12, 'mask': 0xfff, 'version': 2},
448    'reserved_ddr4_ddr_freq4_5_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'ddr_freq4_5', 'shift': 24, 'mask': 0xff, 'version': 2},
449    'phy_ddr4_dq_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'drv_when_odten', 'shift': 0, 'mask': 0xff, 'version': 2},
450    'phy_ddr4_ca_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'drv_when_odten', 'shift': 8, 'mask': 0xff, 'version': 2},
451    'phy_ddr4_clk_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'drv_when_odten', 'shift': 16, 'mask': 0xff, 'version': 2},
452    'ddr4_dq_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'drv_when_odten', 'shift': 24, 'mask': 0xff, 'version': 2},
453    'phy_ddr4_dq_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'drv_when_odtoff', 'shift': 0, 'mask': 0xff, 'version': 2},
454    'phy_ddr4_ca_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'drv_when_odtoff', 'shift': 8, 'mask': 0xff, 'version': 2},
455    'phy_ddr4_clk_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'drv_when_odtoff', 'shift': 16, 'mask': 0xff, 'version': 2},
456    'ddr4_dq_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'drv_when_odtoff', 'shift': 24, 'mask': 0xff, 'version': 2},
457    'phy_ddr4_odt_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'odt_info', 'shift': 8, 'mask': 0x3ff, 'version': 2},
458    'ddr4_odt_ohm': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'odt_info', 'shift': 0, 'mask': 0xff, 'version': 2},
459    'phy_ddr4_odt_pull_up_en': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'odt_info', 'shift': 18, 'mask': 0x1, 'version': 2},
460    'phy_ddr4_odt_pull_dn_en': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'odt_info', 'shift': 19, 'mask': 0x1, 'version': 2},
461    'reserved_ddr4_odt_info_bit20_31': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'odt_info', 'shift': 20, 'mask': 0xfff, 'version': 2},
462    'phy_ddr4_odten_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'odten_freq', 'shift': 12, 'mask': 0xfff, 'version': 2},
463    'ddr4_odten_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'odten_freq', 'shift': 0, 'mask': 0xfff, 'version': 2},
464    'reserved_ddr4_odten_freq_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'odten_freq', 'shift': 24, 'mask': 0xff, 'version': 2},
465    'phy_ddr4_dq_sr_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'sr_when_odten', 'shift': 0, 'mask': 0xff, 'version': 2},
466    'phy_ddr4_ca_sr_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'sr_when_odten', 'shift': 8, 'mask': 0xff, 'version': 2},
467    'phy_ddr4_clk_sr_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'sr_when_odten', 'shift': 16, 'mask': 0xff, 'version': 2},
468    'reserved_ddr4_sr_when_odten_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'sr_when_odten', 'shift': 24, 'mask': 0xff, 'version': 2},
469    'phy_ddr4_dq_sr_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'sr_when_odtoff', 'shift': 0, 'mask': 0xff, 'version': 2},
470    'phy_ddr4_ca_sr_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'sr_when_odtoff', 'shift': 8, 'mask': 0xff, 'version': 2},
471    'phy_ddr4_clk_sr_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'sr_when_odtoff', 'shift': 16, 'mask': 0xff, 'version': 2},
472    'reserved_ddr4_sr_when_odtoff_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'sr_when_odtoff', 'shift': 24, 'mask': 0xff, 'version': 2},
473    'phy_ddr4_dq_vref_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'vref_when_odten', 'shift': 0, 'mask': 0x3ff, 'version': 5},
474    'ddr4_dq_vref_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'vref_when_odten', 'shift': 10, 'mask': 0x3ff, 'version': 5},
475    'ddr4_ca_vref_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'vref_when_odten', 'shift': 20, 'mask': 0x3ff, 'version': 5},
476    'reserved_ddr4_vref_when_odten_bit30_31': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'vref_when_odten', 'shift': 30, 'mask': 0x3, 'version': 5},
477    'phy_ddr4_dq_vref_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'vref_when_odtoff', 'shift': 0, 'mask': 0x3ff, 'version': 5},
478    'ddr4_dq_vref_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'vref_when_odtoff', 'shift': 10, 'mask': 0x3ff, 'version': 5},
479    'ddr4_ca_vref_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'vref_when_odtoff', 'shift': 20, 'mask': 0x3ff, 'version': 5},
480    'reserved_ddr4_vref_when_odtoff_bit30_31': {'value': 0, 'num_base': 'dec', 'index': 'ddr4_index', 'position': 'vref_when_odtoff', 'shift': 30, 'mask': 0x3, 'version': 5},
481
482    'lp2_f1_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'ddr_freq0_1', 'shift': 12, 'mask': 0xfff, 'version': 2},
483    'reserved_lp2_ddr_freq0_1_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'ddr_freq0_1', 'shift': 24, 'mask': 0xff, 'version': 2},
484    'lp2_f2_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'ddr_freq2_3', 'shift': 0, 'mask': 0xfff, 'version': 2},
485    'lp2_f3_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'ddr_freq2_3', 'shift': 12, 'mask': 0xfff, 'version': 2},
486    'reserved_lp2_ddr_freq2_3_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'ddr_freq2_3', 'shift': 24, 'mask': 0xff, 'version': 2},
487    'lp2_f4_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'ddr_freq4_5', 'shift': 0, 'mask': 0xfff, 'version': 2},
488    'lp2_f5_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'ddr_freq4_5', 'shift': 12, 'mask': 0xfff, 'version': 2},
489    'reserved_lp2_ddr_freq4_5_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'ddr_freq4_5', 'shift': 24, 'mask': 0xff, 'version': 2},
490    'phy_lp2_dq_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'drv_when_odten', 'shift': 0, 'mask': 0xff, 'version': 2},
491    'phy_lp2_ca_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'drv_when_odten', 'shift': 8, 'mask': 0xff, 'version': 2},
492    'phy_lp2_clk_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'drv_when_odten', 'shift': 16, 'mask': 0xff, 'version': 2},
493    'lp2_dq_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'drv_when_odten', 'shift': 24, 'mask': 0xff, 'version': 2},
494    'phy_lp2_dq_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'drv_when_odtoff', 'shift': 0, 'mask': 0xff, 'version': 2},
495    'phy_lp2_ca_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'drv_when_odtoff', 'shift': 8, 'mask': 0xff, 'version': 2},
496    'phy_lp2_clk_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'drv_when_odtoff', 'shift': 16, 'mask': 0xff, 'version': 2},
497    'lp2_dq_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'drv_when_odtoff', 'shift': 24, 'mask': 0xff, 'version': 2},
498    'phy_lp2_odt_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'odt_info', 'shift': 8, 'mask': 0x3ff, 'version': 2},
499    'lp2_odt_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'odt_info', 'shift': 0, 'mask': 0xff, 'version': 2},
500    'phy_lp2_odt_pull_up_en': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'odt_info', 'shift': 18, 'mask': 0x1, 'version': 2},
501    'phy_lp2_odt_pull_dn_en': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'odt_info', 'shift': 19, 'mask': 0x1, 'version': 2},
502    'reserved_lp2_odt_info_bit20_31': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'odt_info', 'shift': 20, 'mask': 0xfff, 'version': 2},
503    'phy_lp2_odten_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'odten_freq', 'shift': 12, 'mask': 0xfff, 'version': 2},
504    'lp2_odten_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'odten_freq', 'shift': 0, 'mask': 0xfff, 'version': 2},
505    'reserved_lp2_odten_freq_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'odten_freq', 'shift': 24, 'mask': 0xff, 'version': 2},
506    'phy_lp2_dq_sr_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'sr_when_odten', 'shift': 0, 'mask': 0xff, 'version': 2},
507    'phy_lp2_ca_sr_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'sr_when_odten', 'shift': 8, 'mask': 0xff, 'version': 2},
508    'phy_lp2_clk_sr_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'sr_when_odten', 'shift': 16, 'mask': 0xff, 'version': 2},
509    'reserved_lp2_sr_when_odten_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'sr_when_odten', 'shift': 24, 'mask': 0xff, 'version': 2},
510    'phy_lp2_dq_sr_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'sr_when_odtoff', 'shift': 0, 'mask': 0xff, 'version': 2},
511    'phy_lp2_ca_sr_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'sr_when_odtoff', 'shift': 8, 'mask': 0xff, 'version': 2},
512    'phy_lp2_clk_sr_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'sr_when_odtoff', 'shift': 16, 'mask': 0xff, 'version': 2},
513    'reserved_lp2_sr_when_odtoff_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'sr_when_odtoff', 'shift': 24, 'mask': 0xff, 'version': 2},
514    'phy_lp2_dq_vref_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'vref_when_odten', 'shift': 0, 'mask': 0x3ff, 'version': 5},
515    'lp2_dq_vref_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'vref_when_odten', 'shift': 10, 'mask': 0x3ff, 'version': 5},
516    'lp2_ca_vref_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'vref_when_odten', 'shift': 20, 'mask': 0x3ff, 'version': 5},
517    'reserved_lp2_vref_when_odten_bit30_31': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'vref_when_odten', 'shift': 30, 'mask': 0x3, 'version': 5},
518    'phy_lp2_dq_vref_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'vref_when_odtoff', 'shift': 0, 'mask': 0x3ff, 'version': 5},
519    'lp2_dq_vref_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'vref_when_odtoff', 'shift': 10, 'mask': 0x3ff, 'version': 5},
520    'lp2_ca_vref_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'vref_when_odtoff', 'shift': 20, 'mask': 0x3ff, 'version': 5},
521    'reserved_lp2_vref_when_odtoff_bit30_31': {'value': 0, 'num_base': 'dec', 'index': 'lp2_index', 'position': 'vref_when_odtoff', 'shift': 30, 'mask': 0x3, 'version': 5},
522
523    'lp3_f1_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'ddr_freq0_1', 'shift': 12, 'mask': 0xfff, 'version': 2},
524    'reserved_lp3_ddr_freq0_1_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'ddr_freq0_1', 'shift': 24, 'mask': 0xff, 'version': 2},
525    'lp3_f2_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'ddr_freq2_3', 'shift': 0, 'mask': 0xfff, 'version': 2},
526    'lp3_f3_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'ddr_freq2_3', 'shift': 12, 'mask': 0xfff, 'version': 2},
527    'reserved_lp3_ddr_freq2_3_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'ddr_freq2_3', 'shift': 24, 'mask': 0xff, 'version': 2},
528    'lp3_f4_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'ddr_freq4_5', 'shift': 0, 'mask': 0xfff, 'version': 2},
529    'lp3_f5_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'ddr_freq4_5', 'shift': 12, 'mask': 0xfff, 'version': 2},
530    'reserved_lp3_ddr_freq4_5_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'ddr_freq4_5', 'shift': 24, 'mask': 0xff, 'version': 2},
531    'phy_lp3_dq_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'drv_when_odten', 'shift': 0, 'mask': 0xff, 'version': 2},
532    'phy_lp3_ca_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'drv_when_odten', 'shift': 8, 'mask': 0xff, 'version': 2},
533    'phy_lp3_clk_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'drv_when_odten', 'shift': 16, 'mask': 0xff, 'version': 2},
534    'lp3_dq_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'drv_when_odten', 'shift': 24, 'mask': 0xff, 'version': 2},
535    'phy_lp3_dq_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'drv_when_odtoff', 'shift': 0, 'mask': 0xff, 'version': 2},
536    'phy_lp3_ca_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'drv_when_odtoff', 'shift': 8, 'mask': 0xff, 'version': 2},
537    'phy_lp3_clk_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'drv_when_odtoff', 'shift': 16, 'mask': 0xff, 'version': 2},
538    'lp3_dq_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'drv_when_odtoff', 'shift': 24, 'mask': 0xff, 'version': 2},
539    'phy_lp3_odt_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'odt_info', 'shift': 8, 'mask': 0x3ff, 'version': 2},
540    'lp3_odt_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'odt_info', 'shift': 0, 'mask': 0xff, 'version': 2},
541    'phy_lp3_odt_pull_up_en': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'odt_info', 'shift': 18, 'mask': 0x1, 'version': 2},
542    'phy_lp3_odt_pull_dn_en': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'odt_info', 'shift': 19, 'mask': 0x1, 'version': 2},
543    'reserved_lp3_odt_info_bit20_31': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'odt_info', 'shift': 20, 'mask': 0xfff, 'version': 2},
544    'phy_lp3_odten_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'odten_freq', 'shift': 12, 'mask': 0xfff, 'version': 2},
545    'lp3_odten_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'odten_freq', 'shift': 0, 'mask': 0xfff, 'version': 2},
546    'reserved_lp3_odten_freq_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'odten_freq', 'shift': 24, 'mask': 0xff, 'version': 2},
547    'phy_lp3_dq_sr_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'sr_when_odten', 'shift': 0, 'mask': 0xff, 'version': 2},
548    'phy_lp3_ca_sr_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'sr_when_odten', 'shift': 8, 'mask': 0xff, 'version': 2},
549    'phy_lp3_clk_sr_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'sr_when_odten', 'shift': 16, 'mask': 0xff, 'version': 2},
550    'reserved_lp3_sr_when_odten_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'sr_when_odten', 'shift': 24, 'mask': 0xff, 'version': 2},
551    'phy_lp3_dq_sr_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'sr_when_odtoff', 'shift': 0, 'mask': 0xff, 'version': 2},
552    'phy_lp3_ca_sr_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'sr_when_odtoff', 'shift': 8, 'mask': 0xff, 'version': 2},
553    'phy_lp3_clk_sr_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'sr_when_odtoff', 'shift': 16, 'mask': 0xff, 'version': 2},
554    'reserved_lp3_sr_when_odtoff_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'sr_when_odtoff', 'shift': 24, 'mask': 0xff, 'version': 2},
555    'phy_lp3_dq_vref_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'vref_when_odten', 'shift': 0, 'mask': 0x3ff, 'version': 5},
556    'lp3_dq_vref_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'vref_when_odten', 'shift': 10, 'mask': 0x3ff, 'version': 5},
557    'lp3_ca_vref_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'vref_when_odten', 'shift': 20, 'mask': 0x3ff, 'version': 5},
558    'reserved_lp3_vref_when_odten_bit30_31': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'vref_when_odten', 'shift': 30, 'mask': 0x3, 'version': 5},
559    'phy_lp3_dq_vref_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'vref_when_odtoff', 'shift': 0, 'mask': 0x3ff, 'version': 5},
560    'lp3_dq_vref_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'vref_when_odtoff', 'shift': 10, 'mask': 0x3ff, 'version': 5},
561    'lp3_ca_vref_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'vref_when_odtoff', 'shift': 20, 'mask': 0x3ff, 'version': 5},
562    'reserved_lp3_vref_when_odtoff_bit30_31': {'value': 0, 'num_base': 'dec', 'index': 'lp3_index', 'position': 'vref_when_odtoff', 'shift': 30, 'mask': 0x3, 'version': 5},
563
564    'lp4_f1_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'ddr_freq0_1', 'shift': 12, 'mask': 0xfff, 'version': 2},
565    'reserved_lp4_ddr_freq0_1_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'ddr_freq0_1', 'shift': 24, 'mask': 0xff, 'version': 2},
566    'lp4_f2_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'ddr_freq2_3', 'shift': 0, 'mask': 0xfff, 'version': 2},
567    'lp4_f3_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'ddr_freq2_3', 'shift': 12, 'mask': 0xfff, 'version': 2},
568    'reserved_lp4_ddr_freq2_3_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'ddr_freq2_3', 'shift': 24, 'mask': 0xff, 'version': 2},
569    'lp4_f4_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'ddr_freq4_5', 'shift': 0, 'mask': 0xfff, 'version': 2},
570    'lp4_f5_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'ddr_freq4_5', 'shift': 12, 'mask': 0xfff, 'version': 2},
571    'reserved_lp4_ddr_freq4_5_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'ddr_freq4_5', 'shift': 24, 'mask': 0xff, 'version': 2},
572    'phy_lp4_dq_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'drv_when_odten', 'shift': 0, 'mask': 0xff, 'version': 2},
573    'phy_lp4_ca_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'drv_when_odten', 'shift': 8, 'mask': 0xff, 'version': 2},
574    'phy_lp4_clk_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'drv_when_odten', 'shift': 16, 'mask': 0xff, 'version': 2},
575    'lp4_dq_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'drv_when_odten', 'shift': 24, 'mask': 0xff, 'version': 2},
576    'phy_lp4_dq_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'drv_when_odtoff', 'shift': 0, 'mask': 0xff, 'version': 2},
577    'phy_lp4_ca_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'drv_when_odtoff', 'shift': 8, 'mask': 0xff, 'version': 2},
578    'phy_lp4_clk_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'drv_when_odtoff', 'shift': 16, 'mask': 0xff, 'version': 2},
579    'lp4_dq_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'drv_when_odtoff', 'shift': 24, 'mask': 0xff, 'version': 2},
580    'phy_lp4_odt_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'odt_info', 'shift': 8, 'mask': 0x3ff, 'version': 2},
581    'lp4_odt_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'odt_info', 'shift': 0, 'mask': 0xff, 'version': 2},
582    'lp4_ca_odt_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'odt_info', 'shift': 18, 'mask': 0xff, 'version': 2},
583    'lp4_drv_pu_cal_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'odt_info', 'shift': 26, 'mask': 0x1, 'version': 2},
584    'lp4_drv_pu_cal_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'odt_info', 'shift': 27, 'mask': 0x1, 'version': 2},
585    'phy_lp4_drv_pull_dn_en_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'odt_info', 'shift': 28, 'mask': 0x1, 'version': 2},
586    'phy_lp4_drv_pull_dn_en_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'odt_info', 'shift': 29, 'mask': 0x1, 'version': 2},
587    'reserved_lp4_odt_info_bit31': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'odt_info', 'shift': 31, 'mask': 0x1, 'version': 2},
588    'phy_lp4_odten_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'dq_odten_freq', 'shift': 12, 'mask': 0xfff, 'version': 2},
589    'lp4_dq_odten_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'dq_odten_freq', 'shift': 0, 'mask': 0xfff, 'version': 2},
590    'reserved_lp4_dq_odten_freq_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'dq_odten_freq', 'shift': 24, 'mask': 0xff, 'version': 2},
591    'phy_lp4_dq_sr_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'sr_when_odten', 'shift': 0, 'mask': 0xff, 'version': 2},
592    'phy_lp4_ca_sr_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'sr_when_odten', 'shift': 8, 'mask': 0xff, 'version': 2},
593    'phy_lp4_clk_sr_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'sr_when_odten', 'shift': 16, 'mask': 0xff, 'version': 2},
594    'reserved_lp4_sr_when_odten_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'sr_when_odten', 'shift': 24, 'mask': 0xff, 'version': 2},
595    'phy_lp4_dq_sr_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'sr_when_odtoff', 'shift': 0, 'mask': 0xff, 'version': 2},
596    'phy_lp4_ca_sr_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'sr_when_odtoff', 'shift': 8, 'mask': 0xff, 'version': 2},
597    'phy_lp4_clk_sr_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'sr_when_odtoff', 'shift': 16, 'mask': 0xff, 'version': 2},
598    'reserved_lp4_sr_when_odtoff_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'sr_when_odtoff', 'shift': 24, 'mask': 0xff, 'version': 2},
599    'lp4_ca_odten_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'ca_odten_freq', 'shift': 0, 'mask': 0xfff, 'version': 2},
600    'reserved_lp4_ca_odten_freq_bit12_31': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'ca_odten_freq', 'shift': 12, 'mask': 0xfffff, 'version': 2},
601    'phy_lp4_cs_drv_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'cs_drv_ca_odt_info', 'shift': 0, 'mask': 0xff, 'version': 2},
602    'phy_lp4_cs_drv_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'cs_drv_ca_odt_info', 'shift': 8, 'mask': 0xff, 'version': 2},
603    'lp4_odte_ck': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'cs_drv_ca_odt_info', 'shift': 16, 'mask': 0x1, 'version': 2},
604    'lp4_odte_cs_en': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'cs_drv_ca_odt_info', 'shift': 17, 'mask': 0x1, 'version': 2},
605    'lp4_odtd_ca_en': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'cs_drv_ca_odt_info', 'shift': 18, 'mask': 0x1, 'version': 2},
606    'reserved_lp4cs_drv_ca_odt_info_bit19_31': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'cs_drv_ca_odt_info', 'shift': 19, 'mask': 0x1fff, 'version': 2},
607    'phy_lp4_dq_vref_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'vref_when_odten', 'shift': 0, 'mask': 0x3ff, 'version': 2},
608    'lp4_dq_vref_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'vref_when_odten', 'shift': 10, 'mask': 0x3ff, 'version': 2},
609    'lp4_ca_vref_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'vref_when_odten', 'shift': 20, 'mask': 0x3ff, 'version': 2},
610    'reserved_lp4_vref_when_odten_bit30_31': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'vref_when_odten', 'shift': 30, 'mask': 0x3, 'version': 2},
611    'phy_lp4_dq_vref_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'vref_when_odtoff', 'shift': 0, 'mask': 0x3ff, 'version': 2},
612    'lp4_dq_vref_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'vref_when_odtoff', 'shift': 10, 'mask': 0x3ff, 'version': 2},
613    'lp4_ca_vref_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'vref_when_odtoff', 'shift': 20, 'mask': 0x3ff, 'version': 2},
614    'reserved_lp4_vref_when_odtoff_bit30_31': {'value': 0, 'num_base': 'dec', 'index': 'lp4_index', 'position': 'vref_when_odtoff', 'shift': 30, 'mask': 0x3, 'version': 2},
615
616    'ddr2_bytes_map': {'value': 0, 'num_base': 'hex', 'index': 'dq_map_index', 'position': 'byte_map_0', 'shift': 16, 'mask': 0xff, 'version': 2},
617    'ddr3_bytes_map': {'value': 0, 'num_base': 'hex', 'index': 'dq_map_index', 'position': 'byte_map_0', 'shift': 24, 'mask': 0xff, 'version': 2},
618    'ddr4_bytes_map': {'value': 0, 'num_base': 'hex', 'index': 'dq_map_index', 'position': 'byte_map_0', 'shift': 0, 'mask': 0xff, 'version': 2},
619    'reservedbyte_map_0_bit8_15': {'value': 0, 'num_base': 'hex', 'index': 'dq_map_index', 'position': 'byte_map_0', 'shift': 8, 'mask': 0xff, 'version': 2},
620    'lp2_bytes_map': {'value': 0, 'num_base': 'hex', 'index': 'dq_map_index', 'position': 'byte_map_1', 'shift': 8, 'mask': 0xff, 'version': 2},
621    'lp3_bytes_map': {'value': 0, 'num_base': 'hex', 'index': 'dq_map_index', 'position': 'byte_map_1', 'shift': 16, 'mask': 0xff, 'version': 2},
622    'lp4_bytes_map': {'value': 0, 'num_base': 'hex', 'index': 'dq_map_index', 'position': 'byte_map_1', 'shift': 24, 'mask': 0xff, 'version': 2},
623    'reserved_byte_map_1_bit0_7': {'value': 0, 'num_base': 'hex', 'index': 'dq_map_index', 'position': 'byte_map_1', 'shift': 0, 'mask': 0xff, 'version': 2},
624    'lp3_dq0_7_map': {'value': 0, 'num_base': 'hex', 'index': 'dq_map_index', 'position': 'lp3_dq0_7_map', 'shift': 0, 'mask': 0xffffffff, 'version': 2},
625    'lp2_dq0_7_map': {'value': 0, 'num_base': 'hex', 'index': 'dq_map_index', 'position': 'lp2_dq0_7_map', 'shift': 0, 'mask': 0xffffffff, 'version': 2},
626    'ddr4_cs0_dq0_dq15_map': {'value': 0, 'num_base': 'hex', 'index': 'dq_map_index', 'position': 'ddr4_dq_map_0', 'shift': 0, 'mask': 0xffffffff, 'version': 2},
627    'ddr4_cs0_dq16_dq31_map': {'value': 0, 'num_base': 'hex', 'index': 'dq_map_index', 'position': 'ddr4_dq_map_1', 'shift': 0, 'mask': 0xffffffff, 'version': 2},
628    'ddr4_cs1_dq0_dq15_map': {'value': 0, 'num_base': 'hex', 'index': 'dq_map_index', 'position': 'ddr4_dq_map_2', 'shift': 0, 'mask': 0xffffffff, 'version': 2},
629    'ddr4_cs1_dq16_dq31_map': {'value': 0, 'num_base': 'hex', 'index': 'dq_map_index', 'position': 'ddr4_dq_map_3', 'shift': 0, 'mask': 0xffffffff, 'version': 2},
630
631    'lp4x_f1_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'ddr_freq0_1', 'shift': 12, 'mask': 0xfff, 'version': 2},
632    'reserved_lp4x_ddr_freq0_1_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'ddr_freq0_1', 'shift': 24, 'mask': 0xff, 'version': 2},
633    'lp4x_f2_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'ddr_freq2_3', 'shift': 0, 'mask': 0xfff, 'version': 2},
634    'lp4x_f3_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'ddr_freq2_3', 'shift': 12, 'mask': 0xfff, 'version': 2},
635    'reserved_lp4x_ddr_freq2_3_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'ddr_freq2_3', 'shift': 24, 'mask': 0xff, 'version': 2},
636    'lp4x_f4_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'ddr_freq4_5', 'shift': 0, 'mask': 0xfff, 'version': 2},
637    'lp4x_f5_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'ddr_freq4_5', 'shift': 12, 'mask': 0xfff, 'version': 2},
638    'reserved_lp4x_ddr_freq4_5_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'ddr_freq4_5', 'shift': 24, 'mask': 0xff, 'version': 2},
639    'phy_lp4x_dq_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'drv_when_odten', 'shift': 0, 'mask': 0xff, 'version': 2},
640    'phy_lp4x_ca_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'drv_when_odten', 'shift': 8, 'mask': 0xff, 'version': 2},
641    'phy_lp4x_clk_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'drv_when_odten', 'shift': 16, 'mask': 0xff, 'version': 2},
642    'lp4x_dq_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'drv_when_odten', 'shift': 24, 'mask': 0xff, 'version': 2},
643    'phy_lp4x_dq_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'drv_when_odtoff', 'shift': 0, 'mask': 0xff, 'version': 2},
644    'phy_lp4x_ca_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'drv_when_odtoff', 'shift': 8, 'mask': 0xff, 'version': 2},
645    'phy_lp4x_clk_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'drv_when_odtoff', 'shift': 16, 'mask': 0xff, 'version': 2},
646    'lp4x_dq_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'drv_when_odtoff', 'shift': 24, 'mask': 0xff, 'version': 2},
647    'phy_lp4x_odt_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'odt_info', 'shift': 8, 'mask': 0x3ff, 'version': 2},
648    'lp4x_odt_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'odt_info', 'shift': 0, 'mask': 0xff, 'version': 2},
649    'lp4x_ca_odt_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'odt_info', 'shift': 18, 'mask': 0xff, 'version': 2},
650    'lp4x_drv_pu_cal_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'odt_info', 'shift': 26, 'mask': 0x1, 'version': 2},
651    'lp4x_drv_pu_cal_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'odt_info', 'shift': 27, 'mask': 0x1, 'version': 2},
652    'phy_lp4x_drv_pull_dn_en_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'odt_info', 'shift': 28, 'mask': 0x1, 'version': 2},
653    'phy_lp4x_drv_pull_dn_en_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'odt_info', 'shift': 29, 'mask': 0x1, 'version': 2},
654    'reserved_lp4x_odt_info_bit31': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'odt_info', 'shift': 31, 'mask': 0x1, 'version': 2},
655    'phy_lp4x_odten_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'dq_odten_freq', 'shift': 12, 'mask': 0xfff, 'version': 2},
656    'lp4x_dq_odten_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'dq_odten_freq', 'shift': 0, 'mask': 0xfff, 'version': 2},
657    'reserved_lp4x_dq_odten_freq_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'dq_odten_freq', 'shift': 24, 'mask': 0xff, 'version': 2},
658    'phy_lp4x_dq_sr_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'sr_when_odten', 'shift': 0, 'mask': 0xff, 'version': 2},
659    'phy_lp4x_ca_sr_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'sr_when_odten', 'shift': 8, 'mask': 0xff, 'version': 2},
660    'phy_lp4x_clk_sr_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'sr_when_odten', 'shift': 16, 'mask': 0xff, 'version': 2},
661    'reserved_lp4x_sr_when_odten_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'sr_when_odten', 'shift': 24, 'mask': 0xff, 'version': 2},
662    'phy_lp4x_dq_sr_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'sr_when_odtoff', 'shift': 0, 'mask': 0xff, 'version': 2},
663    'phy_lp4x_ca_sr_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'sr_when_odtoff', 'shift': 8, 'mask': 0xff, 'version': 2},
664    'phy_lp4x_clk_sr_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'sr_when_odtoff', 'shift': 16, 'mask': 0xff, 'version': 2},
665    'reserved_lp4x_sr_when_odtoff_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'sr_when_odtoff', 'shift': 24, 'mask': 0xff, 'version': 2},
666    'lp4x_ca_odten_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'ca_odten_freq', 'shift': 0, 'mask': 0xfff, 'version': 2},
667    'reserved_lp4x_ca_odten_freq_bit12_31': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'ca_odten_freq', 'shift': 12, 'mask': 0xfffff, 'version': 2},
668    'phy_lp4x_cs_drv_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'cs_drv_ca_odt_info', 'shift': 0, 'mask': 0xff, 'version': 2},
669    'phy_lp4x_cs_drv_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'cs_drv_ca_odt_info', 'shift': 8, 'mask': 0xff, 'version': 2},
670    'lp4x_odte_ck': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'cs_drv_ca_odt_info', 'shift': 16, 'mask': 0x1, 'version': 2},
671    'lp4x_odte_cs_en': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'cs_drv_ca_odt_info', 'shift': 17, 'mask': 0x1, 'version': 2},
672    'lp4x_odtd_ca_en': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'cs_drv_ca_odt_info', 'shift': 18, 'mask': 0x1, 'version': 2},
673    'reserved_lp4xcs_drv_ca_odt_info_bit19_31': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'cs_drv_ca_odt_info', 'shift': 19, 'mask': 0x1fff, 'version': 2},
674    'phy_lp4x_dq_vref_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'vref_when_odten', 'shift': 0, 'mask': 0x3ff, 'version': 2},
675    'lp4x_dq_vref_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'vref_when_odten', 'shift': 10, 'mask': 0x3ff, 'version': 2},
676    'lp4x_ca_vref_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'vref_when_odten', 'shift': 20, 'mask': 0x3ff, 'version': 2},
677    'reserved_lp4x_vref_when_odten_bit30_31': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'vref_when_odten', 'shift': 30, 'mask': 0x3, 'version': 2},
678    'phy_lp4x_dq_vref_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'vref_when_odtoff', 'shift': 0, 'mask': 0x3ff, 'version': 2},
679    'lp4x_dq_vref_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'vref_when_odtoff', 'shift': 10, 'mask': 0x3ff, 'version': 2},
680    'lp4x_ca_vref_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'vref_when_odtoff', 'shift': 20, 'mask': 0x3ff, 'version': 2},
681    'reserved_lp4x_vref_when_odtoff_bit30_31': {'value': 0, 'num_base': 'dec', 'index': 'lp4x_index', 'position': 'vref_when_odtoff', 'shift': 30, 'mask': 0x3, 'version': 2},
682
683    'lp5_f1_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'ddr_freq0_1', 'shift': 12, 'mask': 0xfff, 'version': 2},
684    'reserved_lp5_ddr_freq0_1_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'ddr_freq0_1', 'shift': 24, 'mask': 0xff, 'version': 2},
685    'lp5_f2_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'ddr_freq2_3', 'shift': 0, 'mask': 0xfff, 'version': 2},
686    'lp5_f3_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'ddr_freq2_3', 'shift': 12, 'mask': 0xfff, 'version': 2},
687    'reserved_lp5_ddr_freq2_3_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'ddr_freq2_3', 'shift': 24, 'mask': 0xff, 'version': 2},
688    'lp5_f4_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'ddr_freq4_5', 'shift': 0, 'mask': 0xfff, 'version': 2},
689    'lp5_f5_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'ddr_freq4_5', 'shift': 12, 'mask': 0xfff, 'version': 2},
690    'reserved_lp5_ddr_freq4_5_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'ddr_freq4_5', 'shift': 24, 'mask': 0xff, 'version': 2},
691    'phy_lp5_dq_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'drv_when_odten', 'shift': 0, 'mask': 0xff, 'version': 2},
692    'phy_lp5_ca_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'drv_when_odten', 'shift': 8, 'mask': 0xff, 'version': 2},
693    'phy_lp5_clk_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'drv_when_odten', 'shift': 16, 'mask': 0xff, 'version': 2},
694    'lp5_dq_drv_when_odten_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'drv_when_odten', 'shift': 24, 'mask': 0xff, 'version': 2},
695    'phy_lp5_dq_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'drv_when_odtoff', 'shift': 0, 'mask': 0xff, 'version': 2},
696    'phy_lp5_ca_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'drv_when_odtoff', 'shift': 8, 'mask': 0xff, 'version': 2},
697    'phy_lp5_clk_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'drv_when_odtoff', 'shift': 16, 'mask': 0xff, 'version': 2},
698    'lp5_dq_drv_when_odtoff_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'drv_when_odtoff', 'shift': 24, 'mask': 0xff, 'version': 2},
699    'phy_lp5_odt_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'odt_info', 'shift': 8, 'mask': 0x3ff, 'version': 2},
700    'lp5_odt_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'odt_info', 'shift': 0, 'mask': 0xff, 'version': 2},
701    'lp5_ca_odt_ohm': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'odt_info', 'shift': 18, 'mask': 0xff, 'version': 2},
702    'lp5_drv_pu_cal_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'odt_info', 'shift': 26, 'mask': 0x1, 'version': 2},
703    'lp5_drv_pu_cal_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'odt_info', 'shift': 27, 'mask': 0x1, 'version': 2},
704    'phy_lp5_drv_pull_dn_en_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'odt_info', 'shift': 28, 'mask': 0x1, 'version': 2},
705    'phy_lp5_drv_pull_dn_en_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'odt_info', 'shift': 29, 'mask': 0x1, 'version': 2},
706    'reserved_lp5_odt_info_bit31': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'odt_info', 'shift': 31, 'mask': 0x1, 'version': 2},
707    'phy_lp5_odten_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'dq_odten_freq', 'shift': 12, 'mask': 0xfff, 'version': 2},
708    'lp5_dq_odten_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'dq_odten_freq', 'shift': 0, 'mask': 0xfff, 'version': 2},
709    'reserved_lp5_dq_odten_freq_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'dq_odten_freq', 'shift': 24, 'mask': 0xff, 'version': 2},
710    'phy_lp5_dq_sr_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'sr_when_odten', 'shift': 0, 'mask': 0xff, 'version': 2},
711    'phy_lp5_ca_sr_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'sr_when_odten', 'shift': 8, 'mask': 0xff, 'version': 2},
712    'phy_lp5_clk_sr_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'sr_when_odten', 'shift': 16, 'mask': 0xff, 'version': 2},
713    'reserved_lp5_sr_when_odten_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'sr_when_odten', 'shift': 24, 'mask': 0xff, 'version': 2},
714    'phy_lp5_dq_sr_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'sr_when_odtoff', 'shift': 0, 'mask': 0xff, 'version': 2},
715    'phy_lp5_ca_sr_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'sr_when_odtoff', 'shift': 8, 'mask': 0xff, 'version': 2},
716    'phy_lp5_clk_sr_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'sr_when_odtoff', 'shift': 16, 'mask': 0xff, 'version': 2},
717    'reserved_lp5_sr_when_odtoff_bit24_31': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'sr_when_odtoff', 'shift': 24, 'mask': 0xff, 'version': 2},
718    'lp5_ca_odten_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'ca_odten_freq', 'shift': 0, 'mask': 0xfff, 'version': 2},
719    'lp5_wck_odt_en_freq': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'ca_odten_freq', 'shift': 12, 'mask': 0xfff, 'version': 2},
720    'lp5_wck_odt': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'ca_odten_freq', 'shift': 24, 'mask': 0xff, 'version': 2},
721    'phy_lp5_cs_drv_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'cs_drv_ca_odt_info', 'shift': 0, 'mask': 0xff, 'version': 2},
722    'phy_lp5_cs_drv_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'cs_drv_ca_odt_info', 'shift': 8, 'mask': 0xff, 'version': 2},
723    'lp5_odte_ck': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'cs_drv_ca_odt_info', 'shift': 16, 'mask': 0x1, 'version': 2},
724    'lp5_odte_cs_en': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'cs_drv_ca_odt_info', 'shift': 17, 'mask': 0x1, 'version': 2},
725    'lp5_odtd_ca_en': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'cs_drv_ca_odt_info', 'shift': 18, 'mask': 0x1, 'version': 2},
726    'lp5_nt_odt': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'cs_drv_ca_odt_info', 'shift': 24, 'mask': 0xff, 'version': 2},
727    'reserved_lp5_cs_drv_ca_odt_info_bit19_23': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'cs_drv_ca_odt_info', 'shift': 19, 'mask': 0x1f, 'version': 2},
728    'phy_lp5_dq_vref_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'vref_when_odten', 'shift': 0, 'mask': 0x3ff, 'version': 2},
729    'lp5_dq_vref_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'vref_when_odten', 'shift': 10, 'mask': 0x3ff, 'version': 2},
730    'lp5_ca_vref_when_odten': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'vref_when_odten', 'shift': 20, 'mask': 0x3ff, 'version': 2},
731    'reserved_lp5_vref_when_odten_bit30_31': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'vref_when_odten', 'shift': 30, 'mask': 0x3, 'version': 2},
732    'phy_lp5_dq_vref_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'vref_when_odtoff', 'shift': 0, 'mask': 0x3ff, 'version': 2},
733    'lp5_dq_vref_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'vref_when_odtoff', 'shift': 10, 'mask': 0x3ff, 'version': 2},
734    'lp5_ca_vref_when_odtoff': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'vref_when_odtoff', 'shift': 20, 'mask': 0x3ff, 'version': 2},
735    'reserved_lp5_vref_when_odtoff_bit30_31': {'value': 0, 'num_base': 'dec', 'index': 'lp5_index', 'position': 'vref_when_odtoff', 'shift': 30, 'mask': 0x3, 'version': 2},
736
737    'lp4_4x_ch_mask0': {'value': 0, 'num_base': 'hex', 'index': 'lp4_4x_hash_index', 'position': 'ch_mask_0', 'shift': 0, 'mask': 0xffffffff, 'version': 3},
738    'lp4_4x_ch_mask1': {'value': 0, 'num_base': 'hex', 'index': 'lp4_4x_hash_index', 'position': 'ch_mask_1', 'shift': 0, 'mask': 0xffffffff, 'version': 3},
739    'lp4_4x_bank_mask0': {'value': 0, 'num_base': 'hex', 'index': 'lp4_4x_hash_index', 'position': 'bank_mask_0', 'shift': 0, 'mask': 0xffffffff, 'version': 3},
740    'lp4_4x_bank_mask1': {'value': 0, 'num_base': 'hex', 'index': 'lp4_4x_hash_index', 'position': 'bank_mask_1', 'shift': 0, 'mask': 0xffffffff, 'version': 3},
741    'lp4_4x_bank_mask2': {'value': 0, 'num_base': 'hex', 'index': 'lp4_4x_hash_index', 'position': 'bank_mask_2', 'shift': 0, 'mask': 0xffffffff, 'version': 3},
742    'lp4_4x_bank_mask3': {'value': 0, 'num_base': 'hex', 'index': 'lp4_4x_hash_index', 'position': 'bank_mask_3', 'shift': 0, 'mask': 0xffffffff, 'version': 3},
743    'lp4_4x_rank_mask0': {'value': 0, 'num_base': 'hex', 'index': 'lp4_4x_hash_index', 'position': 'rank_mask0', 'shift': 0, 'mask': 0xffffffff, 'version': 3},
744    'lp4_4x_rank_mask1': {'value': 0, 'num_base': 'hex', 'index': 'lp4_4x_hash_index', 'position': 'rank_mask1', 'shift': 0, 'mask': 0xffffffff, 'version': 3},
745
746    'lp5_ch_mask0': {'value': 0, 'num_base': 'hex', 'index': 'lp5_hash_index', 'position': 'ch_mask_0', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
747    'lp5_ch_mask1': {'value': 0, 'num_base': 'hex', 'index': 'lp5_hash_index', 'position': 'ch_mask_1', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
748    'lp5_bank_mask0': {'value': 0, 'num_base': 'hex', 'index': 'lp5_hash_index', 'position': 'bank_mask_0', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
749    'lp5_bank_mask1': {'value': 0, 'num_base': 'hex', 'index': 'lp5_hash_index', 'position': 'bank_mask_1', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
750    'lp5_bank_mask2': {'value': 0, 'num_base': 'hex', 'index': 'lp5_hash_index', 'position': 'bank_mask_2', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
751    'lp5_bank_mask3': {'value': 0, 'num_base': 'hex', 'index': 'lp5_hash_index', 'position': 'bank_mask_3', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
752    'lp5_rank_mask0': {'value': 0, 'num_base': 'hex', 'index': 'lp5_hash_index', 'position': 'rank_mask0', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
753    'lp5_rank_mask1': {'value': 0, 'num_base': 'hex', 'index': 'lp5_hash_index', 'position': 'rank_mask1', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
754
755    'ddr4_ch_mask0': {'value': 0, 'num_base': 'hex', 'index': 'ddr4_hash_index', 'position': 'ch_mask_0', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
756    'ddr4_ch_mask1': {'value': 0, 'num_base': 'hex', 'index': 'ddr4_hash_index', 'position': 'ch_mask_1', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
757    'ddr4_bank_mask0': {'value': 0, 'num_base': 'hex', 'index': 'ddr4_hash_index', 'position': 'bank_mask_0', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
758    'ddr4_bank_mask1': {'value': 0, 'num_base': 'hex', 'index': 'ddr4_hash_index', 'position': 'bank_mask_1', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
759    'ddr4_bank_mask2': {'value': 0, 'num_base': 'hex', 'index': 'ddr4_hash_index', 'position': 'bank_mask_2', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
760    'ddr4_bank_mask3': {'value': 0, 'num_base': 'hex', 'index': 'ddr4_hash_index', 'position': 'bank_mask_3', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
761    'ddr4_rank_mask0': {'value': 0, 'num_base': 'hex', 'index': 'ddr4_hash_index', 'position': 'rank_mask0', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
762    'ddr4_rank_mask1': {'value': 0, 'num_base': 'hex', 'index': 'ddr4_hash_index', 'position': 'rank_mask1', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
763
764    'lp3_ch_mask0': {'value': 0, 'num_base': 'hex', 'index': 'lp3_hash_index', 'position': 'ch_mask_0', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
765    'lp3_ch_mask1': {'value': 0, 'num_base': 'hex', 'index': 'lp3_hash_index', 'position': 'ch_mask_1', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
766    'lp3_bank_mask0': {'value': 0, 'num_base': 'hex', 'index': 'lp3_hash_index', 'position': 'bank_mask_0', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
767    'lp3_bank_mask1': {'value': 0, 'num_base': 'hex', 'index': 'lp3_hash_index', 'position': 'bank_mask_1', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
768    'lp3_bank_mask2': {'value': 0, 'num_base': 'hex', 'index': 'lp3_hash_index', 'position': 'bank_mask_2', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
769    'lp3_bank_mask3': {'value': 0, 'num_base': 'hex', 'index': 'lp3_hash_index', 'position': 'bank_mask_3', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
770    'lp3_rank_mask0': {'value': 0, 'num_base': 'hex', 'index': 'lp3_hash_index', 'position': 'rank_mask0', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
771    'lp3_rank_mask1': {'value': 0, 'num_base': 'hex', 'index': 'lp3_hash_index', 'position': 'rank_mask1', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
772
773    'ddr3_ch_mask0': {'value': 0, 'num_base': 'hex', 'index': 'ddr3_hash_index', 'position': 'ch_mask_0', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
774    'ddr3_ch_mask1': {'value': 0, 'num_base': 'hex', 'index': 'ddr3_hash_index', 'position': 'ch_mask_1', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
775    'ddr3_bank_mask0': {'value': 0, 'num_base': 'hex', 'index': 'ddr3_hash_index', 'position': 'bank_mask_0', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
776    'ddr3_bank_mask1': {'value': 0, 'num_base': 'hex', 'index': 'ddr3_hash_index', 'position': 'bank_mask_1', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
777    'ddr3_bank_mask2': {'value': 0, 'num_base': 'hex', 'index': 'ddr3_hash_index', 'position': 'bank_mask_2', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
778    'ddr3_bank_mask3': {'value': 0, 'num_base': 'hex', 'index': 'ddr3_hash_index', 'position': 'bank_mask_3', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
779    'ddr3_rank_mask0': {'value': 0, 'num_base': 'hex', 'index': 'ddr3_hash_index', 'position': 'rank_mask0', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
780    'ddr3_rank_mask1': {'value': 0, 'num_base': 'hex', 'index': 'ddr3_hash_index', 'position': 'rank_mask1', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
781
782    'lp2_ch_mask0': {'value': 0, 'num_base': 'hex', 'index': 'lp2_hash_index', 'position': 'ch_mask_0', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
783    'lp2_ch_mask1': {'value': 0, 'num_base': 'hex', 'index': 'lp2_hash_index', 'position': 'ch_mask_1', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
784    'lp2_bank_mask0': {'value': 0, 'num_base': 'hex', 'index': 'lp2_hash_index', 'position': 'bank_mask_0', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
785    'lp2_bank_mask1': {'value': 0, 'num_base': 'hex', 'index': 'lp2_hash_index', 'position': 'bank_mask_1', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
786    'lp2_bank_mask2': {'value': 0, 'num_base': 'hex', 'index': 'lp2_hash_index', 'position': 'bank_mask_2', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
787    'lp2_bank_mask3': {'value': 0, 'num_base': 'hex', 'index': 'lp2_hash_index', 'position': 'bank_mask_3', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
788    'lp2_rank_mask0': {'value': 0, 'num_base': 'hex', 'index': 'lp2_hash_index', 'position': 'rank_mask0', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
789    'lp2_rank_mask1': {'value': 0, 'num_base': 'hex', 'index': 'lp2_hash_index', 'position': 'rank_mask1', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
790
791    'ddr2_ch_mask0': {'value': 0, 'num_base': 'hex', 'index': 'ddr2_hash_index', 'position': 'ch_mask_0', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
792    'ddr2_ch_mask1': {'value': 0, 'num_base': 'hex', 'index': 'ddr2_hash_index', 'position': 'ch_mask_1', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
793    'ddr2_bank_mask0': {'value': 0, 'num_base': 'hex', 'index': 'ddr2_hash_index', 'position': 'bank_mask_0', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
794    'ddr2_bank_mask1': {'value': 0, 'num_base': 'hex', 'index': 'ddr2_hash_index', 'position': 'bank_mask_1', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
795    'ddr2_bank_mask2': {'value': 0, 'num_base': 'hex', 'index': 'ddr2_hash_index', 'position': 'bank_mask_2', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
796    'ddr2_bank_mask3': {'value': 0, 'num_base': 'hex', 'index': 'ddr2_hash_index', 'position': 'bank_mask_3', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
797    'ddr2_rank_mask0': {'value': 0, 'num_base': 'hex', 'index': 'ddr2_hash_index', 'position': 'rank_mask0', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
798    'ddr2_rank_mask1': {'value': 0, 'num_base': 'hex', 'index': 'ddr2_hash_index', 'position': 'rank_mask1', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
799
800    'ddr5_ch_mask0': {'value': 0, 'num_base': 'hex', 'index': 'ddr5_hash_index', 'position': 'ch_mask_0', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
801    'ddr5_ch_mask1': {'value': 0, 'num_base': 'hex', 'index': 'ddr5_hash_index', 'position': 'ch_mask_1', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
802    'ddr5_bank_mask0': {'value': 0, 'num_base': 'hex', 'index': 'ddr5_hash_index', 'position': 'bank_mask_0', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
803    'ddr5_bank_mask1': {'value': 0, 'num_base': 'hex', 'index': 'ddr5_hash_index', 'position': 'bank_mask_1', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
804    'ddr5_bank_mask2': {'value': 0, 'num_base': 'hex', 'index': 'ddr5_hash_index', 'position': 'bank_mask_2', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
805    'ddr5_bank_mask3': {'value': 0, 'num_base': 'hex', 'index': 'ddr5_hash_index', 'position': 'bank_mask_3', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
806    'ddr5_rank_mask0': {'value': 0, 'num_base': 'hex', 'index': 'ddr5_hash_index', 'position': 'rank_mask0', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
807    'ddr5_rank_mask1': {'value': 0, 'num_base': 'hex', 'index': 'ddr5_hash_index', 'position': 'rank_mask1', 'shift': 0, 'mask': 0xffffffff, 'version': 4},
808
809    'reserved_skew_ddr3_skew_freq_bit12_31': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_skew_freq', 'shift': 12, 'mask': 0xfffff, 'version': 4},
810    'ddr3_skew_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'skew_index', 'position': 'ddr3_skew_freq', 'shift': 0, 'mask': 0xfff, 'version': 4},
811    'ddr3_ca0_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_2', 'shift': 8, 'mask': 0xff, 'version': 4},
812    'ddr3_ca1_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_0', 'shift': 0, 'mask': 0xff, 'version': 4},
813    'ddr3_ca2_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_1', 'shift': 24, 'mask': 0xff, 'version': 4},
814    'ddr3_ca3_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_1', 'shift': 8, 'mask': 0xff, 'version': 4},
815    'ddr3_ca4_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_1', 'shift': 16, 'mask': 0xff, 'version': 4},
816    'ddr3_ca5_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_2', 'shift': 24, 'mask': 0xff, 'version': 4},
817    'ddr3_ca6_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_1', 'shift': 0, 'mask': 0xff, 'version': 4},
818    'ddr3_ca7_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_2', 'shift': 0, 'mask': 0xff, 'version': 4},
819    'ddr3_ca8_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_3', 'shift': 16, 'mask': 0xff, 'version': 4},
820    'ddr3_ca9_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_0', 'shift': 24, 'mask': 0xff, 'version': 4},
821    'ddr3_ca10_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_3', 'shift': 24, 'mask': 0xff, 'version': 4},
822    'ddr3_ca11_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_2', 'shift': 16, 'mask': 0xff, 'version': 4},
823    'ddr3_ca12_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_4', 'shift': 0, 'mask': 0xff, 'version': 4},
824    'ddr3_ca13_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_0', 'shift': 8, 'mask': 0xff, 'version': 4},
825    'ddr3_ca14_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_0', 'shift': 16, 'mask': 0xff, 'version': 4},
826    'ddr3_ca15_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_5', 'shift': 16, 'mask': 0xff, 'version': 4},
827    'ddr3_ras_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_5', 'shift': 8, 'mask': 0xff, 'version': 4},
828    'ddr3_cas_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_7', 'shift': 24, 'mask': 0xff, 'version': 4},
829    'ddr3_ba0_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_5', 'shift': 24, 'mask': 0xff, 'version': 4},
830    'ddr3_ba1_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_3', 'shift': 0, 'mask': 0xff, 'version': 4},
831    'ddr3_ba2_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_4', 'shift': 8, 'mask': 0xff, 'version': 4},
832    'ddr3_we_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_6', 'shift': 8, 'mask': 0xff, 'version': 4},
833    'ddr3_cke0_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_4', 'shift': 24, 'mask': 0xff, 'version': 4},
834    'ddr3_cke1_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_5', 'shift': 0, 'mask': 0xff, 'version': 4},
835    'ddr3_ckn_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_6', 'shift': 24, 'mask': 0xff, 'version': 4},
836    'ddr3_ckp_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_6', 'shift': 16, 'mask': 0xff, 'version': 4},
837    'ddr3_odt0_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_3', 'shift': 8, 'mask': 0xff, 'version': 4},
838    'ddr3_odt1_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_6', 'shift': 0, 'mask': 0xff, 'version': 4},
839    'ddr3_cs0_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_7', 'shift': 0, 'mask': 0xff, 'version': 4},
840    'ddr3_cs1_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_7', 'shift': 16, 'mask': 0xff, 'version': 4},
841    'ddr3_resetn_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr3_ca_skew_7', 'shift': 8, 'mask': 0xff, 'version': 4},
842
843    'reserved_skew_ddr4_skew_freq_bit12_31': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_skew_freq', 'shift': 12, 'mask': 0xfffff, 'version': 4},
844    'ddr4_skew_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'skew_index', 'position': 'ddr4_skew_freq', 'shift': 0, 'mask': 0xfff, 'version': 4},
845    'ddr4_ca0_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_0', 'shift': 24, 'mask': 0xff, 'version': 4},
846    'ddr4_ca1_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_0', 'shift': 16, 'mask': 0xff, 'version': 4},
847    'ddr4_ca2_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_0', 'shift': 8, 'mask': 0xff, 'version': 4},
848    'ddr4_ca3_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_0', 'shift': 0, 'mask': 0xff, 'version': 4},
849    'ddr4_ca4_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_1', 'shift': 24, 'mask': 0xff, 'version': 4},
850    'ddr4_ca5_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_1', 'shift': 16, 'mask': 0xff, 'version': 4},
851    'ddr4_ca6_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_1', 'shift': 8, 'mask': 0xff, 'version': 4},
852    'ddr4_ca7_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_1', 'shift': 0, 'mask': 0xff, 'version': 4},
853    'ddr4_ca8_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_2', 'shift': 24, 'mask': 0xff, 'version': 4},
854    'ddr4_ca9_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_2', 'shift': 16, 'mask': 0xff, 'version': 4},
855    'ddr4_ca10_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_2', 'shift': 8, 'mask': 0xff, 'version': 4},
856    'ddr4_ca11_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_2', 'shift': 0, 'mask': 0xff, 'version': 4},
857    'ddr4_ca12_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_3', 'shift': 24, 'mask': 0xff, 'version': 4},
858    'ddr4_ca13_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_3', 'shift': 16, 'mask': 0xff, 'version': 4},
859    'ddr4_ca14_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_3', 'shift': 8, 'mask': 0xff, 'version': 4},
860    'ddr4_ca15_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_3', 'shift': 0, 'mask': 0xff, 'version': 4},
861    'ddr4_ca16_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_4', 'shift': 24, 'mask': 0xff, 'version': 4},
862    'ddr4_ca17_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_4', 'shift': 16, 'mask': 0xff, 'version': 4},
863    'ddr4_ba0_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_4', 'shift': 8, 'mask': 0xff, 'version': 4},
864    'ddr4_ba1_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_4', 'shift': 0, 'mask': 0xff, 'version': 4},
865    'ddr4_bg0_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_5', 'shift': 24, 'mask': 0xff, 'version': 4},
866    'ddr4_bg1_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_5', 'shift': 16, 'mask': 0xff, 'version': 4},
867    'ddr4_cke0_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_5', 'shift': 8, 'mask': 0xff, 'version': 4},
868    'ddr4_cke1_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_5', 'shift': 0, 'mask': 0xff, 'version': 4},
869    'ddr4_ckn_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_6', 'shift': 24, 'mask': 0xff, 'version': 4},
870    'ddr4_ckp_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_6', 'shift': 16, 'mask': 0xff, 'version': 4},
871    'ddr4_odt0_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_6', 'shift': 8, 'mask': 0xff, 'version': 4},
872    'ddr4_odt1_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_6', 'shift': 0, 'mask': 0xff, 'version': 4},
873    'ddr4_cs0_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_7', 'shift': 24, 'mask': 0xff, 'version': 4},
874    'ddr4_cs1_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_7', 'shift': 16, 'mask': 0xff, 'version': 4},
875    'ddr4_resetn_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_7', 'shift': 8, 'mask': 0xff, 'version': 4},
876    'ddr4_actn_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'ddr4_ca_skew_7', 'shift': 0, 'mask': 0xff, 'version': 4},
877
878    'reserved_skew_lp3_skew_freq_bit12_31': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'lp3_skew_freq', 'shift': 12, 'mask': 0xfffff, 'version': 4},
879    'lp3_skew_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'skew_index', 'position': 'lp3_skew_freq', 'shift': 0, 'mask': 0xfff, 'version': 4},
880    'lp3_ca0_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'lp3_ca_skew_3', 'shift': 0, 'mask': 0xff, 'version': 4},
881    'lp3_ca1_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'lp3_ca_skew_4', 'shift': 0, 'mask': 0xff, 'version': 4},
882    'lp3_ca2_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'lp3_ca_skew_2', 'shift': 16, 'mask': 0xff, 'version': 4},
883    'lp3_ca3_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'lp3_ca_skew_3', 'shift': 16, 'mask': 0xff, 'version': 4},
884    'lp3_ca4_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'lp3_ca_skew_3', 'shift': 24, 'mask': 0xff, 'version': 4},
885    'lp3_ca5_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'lp3_ca_skew_1', 'shift': 24, 'mask': 0xff, 'version': 4},
886    'lp3_ca6_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'lp3_ca_skew_2', 'shift': 24, 'mask': 0xff, 'version': 4},
887    'lp3_ca7_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'lp3_ca_skew_2', 'shift': 0, 'mask': 0xff, 'version': 4},
888    'lp3_ca8_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'lp3_ca_skew_5', 'shift': 24, 'mask': 0xff, 'version': 4},
889    'lp3_ca9_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'lp3_ca_skew_7', 'shift': 0, 'mask': 0xff, 'version': 4},
890    'lp3_cke0_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'lp3_ca_skew_4', 'shift': 8, 'mask': 0xff, 'version': 4},
891    'lp3_cke1_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'lp3_ca_skew_5', 'shift': 0, 'mask': 0xff, 'version': 4},
892    'lp3_ckn_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'lp3_ca_skew_6', 'shift': 24, 'mask': 0xff, 'version': 4},
893    'lp3_ckp_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'lp3_ca_skew_6', 'shift': 16, 'mask': 0xff, 'version': 4},
894    'lp3_odt0_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'lp3_ca_skew_6', 'shift': 8, 'mask': 0xff, 'version': 4},
895    'lp3_odt1_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'lp3_ca_skew_6', 'shift': 0, 'mask': 0xff, 'version': 4},
896    'lp3_odt2_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'lp3_ca_skew_0', 'shift': 24, 'mask': 0xff, 'version': 4},
897    'lp3_odt3_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'lp3_ca_skew_0', 'shift': 8, 'mask': 0xff, 'version': 4},
898    'lp3_cs0_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'lp3_ca_skew_7', 'shift': 16, 'mask': 0xff, 'version': 4},
899    'lp3_cs1_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'lp3_ca_skew_7', 'shift': 24, 'mask': 0xff, 'version': 4},
900    'lp3_cs2_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'lp3_ca_skew_1', 'shift': 8, 'mask': 0xff, 'version': 4},
901    'lp3_cs3_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'lp3_ca_skew_3', 'shift': 8, 'mask': 0xff, 'version': 4},
902
903    'reserved_skew_lp4_skew_freq_bit12_31': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
904    'lp4_skew_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
905    'lp4_ca0_a_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
906    'lp4_ca1_a_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
907    'lp4_ca2_a_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
908    'lp4_ca3_a_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
909    'lp4_ca4_a_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
910    'lp4_ca5_a_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
911    'lp4_odt0_a_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
912    'lp4_odt1_a_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
913    'lp4_cke0_a_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
914    'lp4_cke1_a_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
915    'lp4_ckn_a_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
916    'lp4_ckp_a_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
917    'lp4_cs0_a_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
918    'lp4_cs1_a_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
919    'lp4_ca0_b_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
920    'lp4_ca1_b_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
921    'lp4_ca2_b_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
922    'lp4_ca3_b_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
923    'lp4_ca4_b_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
924    'lp4_ca5_b_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
925    'lp4_odt0_b_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
926    'lp4_odt1_b_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
927    'lp4_cke0_b_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
928    'lp4_cke1_b_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
929    'lp4_ckn_b_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
930    'lp4_ckp_b_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
931    'lp4_cs0_b_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
932    'lp4_cs1_b_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
933    'lp4_resetn_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
934
935    'reserved_skew_lp5_skew_freq_bit12_31': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
936    'lp5_skew_freq_mhz': {'value': 0, 'num_base': 'dec', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
937    'lp5_ca0_a_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
938    'lp5_ca1_a_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
939    'lp5_ca2_a_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
940    'lp5_ca3_a_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
941    'lp5_ca4_a_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
942    'lp5_ca5_a_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
943    'lp5_ca6_a_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
944    'lp5_ckn_a_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
945    'lp5_ckp_a_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
946    'lp5_cs0_a_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
947    'lp5_cs1_a_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
948    'lp5_ca0_b_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
949    'lp5_ca1_b_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
950    'lp5_ca2_b_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
951    'lp5_ca3_b_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
952    'lp5_ca4_b_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
953    'lp5_ca5_b_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
954    'lp5_ca6_b_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
955    'lp5_ckn_b_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
956    'lp5_ckp_b_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
957    'lp5_cs0_b_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
958    'lp5_cs1_b_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
959    'lp5_resetn_skew': {'value': 0, 'num_base': 'hex', 'index': 'skew_index', 'position': 'null', 'shift': 0, 'mask': 0, 'version': 4},
960
961    'uart_addr': {'value': 0, 'num_base': 'hex', 'index': 'uart_iomux_index_u16', 'position': 'uart_addr', 'shift': 0, 'mask': 0xffffffff, 'version': 6},
962}
963
964uart_iomux_info_template = {
965    'uart_iomux_addr0': {'value': 0, 'num_base': 'hex', 'index': 'uart_iomux_index_u16', 'position': 'uart_iomux_addr0', 'shift': 0, 'mask': 0xffffffff, 'version': 6},
966    'uart_iomux_mask0': {'value': 0, 'num_base': 'hex', 'index': 'uart_iomux_index_u16', 'position': 'uart_iomux_val0', 'shift': 0, 'mask': 0xffffffff, 'version': 6},
967    'uart_iomux_val0': {'value': 0, 'num_base': 'hex', 'index': 'uart_iomux_index_u16', 'position': 'uart_iomux_val0', 'shift': 0, 'mask': 0xffffffff, 'version': 6},
968}
969
970def bin_data_2_info(info_from_bin, read_out, ddrbin_index, version, info_from_txt):
971    info_from_bin['start tag']['value'] = 0x12345678
972
973    if version < 2:
974        for key, value in info_from_bin.items():
975            if value['version'] <= version:
976                for i in range(len(read_out)):
977                    # read_out is sdram_head_info_v0 = [[offset, value], ...]
978                    # info_from_bin v0_info = [offset, shift, mask]
979                    if value['v0_info'][0] == read_out[i][0]:
980                        temp_value = (read_out[i][1] >> value['v0_info'][1]) & value['v0_info'][2]
981                        info_from_bin[key]['value'] = temp_value
982                        #print(f"D: {key} = {value} {hex(value['v0_info'][0])}={read_out[i][1]}")
983    elif version <= version_max:
984        for index_name in ddrbin_index:
985            if "reserved" in index_name:
986                continue
987            if "index_u16" in index_name:
988                head_info_name = index_name[:-10]+'_info'
989            else:
990                head_info_name = index_name[:-6]+'_info'
991            if ddrbin_index[index_name]['offset'] != 0 and 'skew' not in index_name:
992                for key, value in info_from_bin.items():
993                    if value['index'] == index_name and value['version'] <= version:
994                        temp_value = read_out[head_info_name][value['position']]
995                        temp_value = (temp_value >> value['shift']) & value['mask']
996                        info_from_bin[key]['value'] = temp_value
997                        #print(f"D: {key} = {value} {value['position']}={temp_value}")
998            elif ddrbin_index[index_name]['offset'] != 0 and 'skew' in index_name:
999                if chip_info == 'rk3528':
1000                    for key, value in info_from_bin.items():
1001                        if value['index'] == index_name and value['version'] <= version:
1002                            position_1 = value['position'][ : value['position'].find('_')]
1003                            position_2 = value['position'][value['position'].find('_') + 1 : ]
1004                            # read_out is sdram_head_info_v2 or sdram_head_info_v5
1005                            if position_1 in list(read_out[head_info_name].keys()):
1006                                temp_value = read_out[head_info_name][position_1][position_2]
1007                                temp_value = (temp_value >> value['shift']) & value['mask']
1008                                info_from_bin[key]['value'] = temp_value
1009                                #print(f"D: {key} = {value} {value['position']}={temp_value}")
1010
1011    return 0
1012
1013
1014def modefy_2_bin_data(info_from_txt, write_in, ddrbin_index, version):
1015    global rk3528_skew_info
1016
1017    if version < 2:
1018        for key, value in info_from_txt.items():
1019            if value['version'] <= version:
1020                for i in range(len(write_in)):
1021                    if value['v0_info'][0] == write_in[i][0]:
1022                        write_in[i][1] |= (value['value'] << value['v0_info'][1])
1023    elif version <= version_max:
1024        for index_name in ddrbin_index:
1025            if "reserved" in index_name:
1026                continue
1027            if "index_u16" in index_name:
1028                head_info_name = index_name[:-10]+'_info'
1029            else:
1030                head_info_name = index_name[:-6]+'_info'
1031            if ddrbin_index[index_name]['offset'] != 0 and 'skew' not in index_name:
1032                position_name = 'null'
1033                for key, value in info_from_txt.items():
1034                    if value['index'] == index_name and value['version'] <= version:
1035                        if position_name != value['position']:
1036                            position_name = value['position']
1037                            position_value = 0
1038                        position_value |= (value['value'] << value['shift'])
1039                        write_in[head_info_name][value['position']] = position_value
1040                        #print(f"D: {key} = {value}, {value['position']}={position_value}")
1041            elif ddrbin_index[index_name]['offset'] != 0 and 'skew' in index_name:
1042                if chip_info == 'rk3528':
1043                    write_in.update({'skew_info' : rk3528_skew_info})
1044                    if rk3528_skew_info['skew_sub_version'] == 0x1:
1045                        for key, value in info_from_txt.items():
1046                            if value['index'] == index_name and value['version'] <= version:
1047                                position_1 = value['position'][ : value['position'].find('_')]
1048                                position_2 = value['position'][value['position'].find('_') + 1 : ]
1049                                if position_1 in list(write_in[head_info_name].keys()):
1050                                    temp_value =  write_in[head_info_name][position_1][position_2]
1051                                    temp_value &= ~(value['mask'] << value['shift'])
1052                                    temp_value |= value['value'] << value['shift']
1053                                    write_in[head_info_name][position_1][position_2] = temp_value
1054                                    #print(f"D: {key} = {value}, {temp_value}")
1055
1056    #print(f"D: write_in = {write_in}")
1057    return 0
1058
1059
1060def write_in_bin_data_v2(filebin, bin_skew_offset, write_in, ddrbin_index, info_from_txt, version):
1061    for index_name in ddrbin_index:
1062        if "reserved" in index_name:
1063                continue
1064        if "index_u16" in index_name:
1065                head_info_name = index_name[:-10]+'_info'
1066        else:
1067            head_info_name = index_name[:-6]+'_info'
1068        if head_info_name not in write_in:
1069            continue
1070        if ddrbin_index[index_name]['offset'] != 0 and 'skew' not in index_name:
1071            filebin.seek(bin_skew_offset + (ddrbin_index[index_name]['offset'] - 1) * 4)
1072            index_size = ddrbin_index[index_name]['size']
1073            for key in write_in[head_info_name]:
1074                if index_size > 0:
1075                    try:
1076                        filebin.write(write_in[head_info_name][key].to_bytes(4,byteorder='little'))
1077                        #print(f"D: {head_info_name} {key} = {write_in[head_info_name][key]}")
1078                        index_size -= 1
1079                    except:
1080                        print("write bin {} to file fail".format(head_info_name))
1081                        return -1
1082        elif ddrbin_index[index_name]['offset'] != 0 and 'skew' in index_name:
1083            if chip_info == 'rk3528' and write_in[head_info_name]["skew_sub_version"] == 1:
1084                filebin.seek(bin_skew_offset + (ddrbin_index[index_name]['offset'] - 1) * 4)
1085                index_size = ddrbin_index[index_name]['size']
1086                for key in write_in[head_info_name]:
1087                    if key == 'skew_sub_version':
1088                        temp_value = write_in[head_info_name]["skew_sub_version"]
1089                        filebin.write(temp_value.to_bytes(4,byteorder='little'))
1090                        continue
1091                    for key_1 in write_in[head_info_name][key]:
1092                        if index_size > 0:
1093                            try:
1094                                temp_value = write_in[head_info_name][key][key_1]
1095                                #print(f"D: {head_info_name} {key}.{key_1} = {temp_value}")
1096                                filebin.write(temp_value.to_bytes(4,byteorder='little'))
1097                                index_size -= 1
1098                            except:
1099                                print("write bin {} to file fail".format(head_info_name))
1100                                return -1
1101
1102    return 0
1103
1104def modify_global_uart_2_uart_iomux(info_from_txt, ddrbin_index, version):
1105    if version < 6:
1106        return 0
1107    uart_id = info_from_txt.get('uart id', {}).get('value')
1108    uart_iomux = info_from_txt.get('uart iomux', {}).get('value')
1109
1110    for chips, config in uart_id_2_iomux.items():
1111        if chip_info in chips:
1112            uart = 'uart' + str(uart_id)
1113            uart_config = config.get(uart)
1114            if not uart_config:
1115                print("Warn: uart_iomux_index_u16: {} will disable uart!".format(uart))
1116                for key, value in info_from_txt.items():
1117                    if value['index'] == 'uart_iomux_index_u16':
1118                        value['value'] = 0
1119                return 0
1120
1121            mode = 'm' + str(uart_iomux)
1122            iomux_config = uart_config.get(mode)
1123            if not iomux_config:
1124                print("Error: uart_iomux_index_u16: Mode {} not found for {} in configuration for chip {}.".format(mode, uart, chip_info))
1125                return -1
1126
1127            i = 0
1128            for key, value in info_from_txt.items():
1129                if value['index'] == 'uart_iomux_index_u16':
1130                    value['value'] = iomux_config[i]
1131                    i += 1
1132                    #print(f"D: update info_from_txt[{key}] = {value['value']}")
1133
1134    return 0
1135
1136def txt_data_check_availability(info_from_txt, chip_info):
1137    # RV1126B: lp4_f1_freq_mhz and lp4x_f1_freq_mhz required less than 400MHz.
1138    if chip_info == 'rv1126b':
1139        for key in ['lp4_f1_freq_mhz', 'lp4x_f1_freq_mhz']:
1140            if info_from_txt[key]['value'] > 400:
1141                print("Error: {}={} out of range, required 324MHz-400MHz.".format(key, info_from_txt[key]['value']))
1142                return -1
1143
1144    # RK3588,RK3576: the frequency of F0 must be maximum.
1145    if chip_info in ['rk3588', 'rk3576']:
1146        lp4_freq_keys = ['lp4_freq', 'lp4_f1_freq_mhz', 'lp4_f2_freq_mhz', 'lp4_f3_freq_mhz']
1147        lp4x_freq_keys = ['lp4x_freq', 'lp4x_f1_freq_mhz', 'lp4x_f2_freq_mhz', 'lp4x_f3_freq_mhz']
1148        lp5_freq_keys = ['lp5_freq', 'lp5_f1_freq_mhz', 'lp5_f2_freq_mhz', 'lp5_f3_freq_mhz']
1149        for freq_keys in lp4_freq_keys, lp4x_freq_keys, lp5_freq_keys:
1150            if info_from_txt[freq_keys[0]]['value'] != max([info_from_txt[key]['value'] for key in freq_keys]):
1151                freq_values = {key: info_from_txt[key]['value'] for key in freq_keys}
1152                print("Error: {} value must be maximum, current {}.".format(freq_keys[0], freq_values))
1153                return -1
1154
1155    return 0
1156
1157#info from bin + info from txt generate to loader parameters
1158def txt_data_2_bin_data(info_from_txt, info_from_bin, ddrbin_index, write_in, version):
1159    print("\nnew bin config:")
1160
1161    need_modify_uart_iomux = False
1162    for key, value in info_from_txt.items():
1163        if key == 'start tag':
1164            continue
1165        if (info_from_txt[key]['value'] == 0) and (key not in update_key_list):
1166            info_from_txt[key]['value'] = info_from_bin[key]['value']
1167        else:
1168            if info_from_txt[key]['index'] == 'uart_iomux_index_u16':
1169                continue
1170            if info_from_txt[key]['num_base'] == 'hex':
1171                print("{}: {}".format(key, hex(info_from_txt[key]['value'])))
1172            else:
1173                print("{}: {}".format(key, info_from_txt[key]['value']))
1174            if key == 'uart id' or key == 'uart iomux':
1175                need_modify_uart_iomux = True
1176
1177    if need_modify_uart_iomux:
1178        ret = modify_global_uart_2_uart_iomux(info_from_txt, ddrbin_index, version)
1179        if ret != 0:
1180            return -1
1181    #print(info_from_txt)
1182
1183    modefy_2_bin_data(info_from_txt, write_in, ddrbin_index, version)
1184
1185    return 0
1186
1187def uart_iomux_count_calculation(ddrbin_index, info_from_txt, info_from_bin, read_out, version):
1188    if version <= version_max:
1189        index_size = 0
1190        for index_name in ddrbin_index:
1191            if "uart_iomux_index_u16" in index_name:
1192                index_size = ddrbin_index[index_name]['size']
1193        if (index_size == 0):
1194            return -1
1195        head_info_name = 'uart_iomux_info'
1196        for i in range(index_size // 3):
1197            addr = 'uart_iomux_addr' + str(i)
1198            mask = 'uart_iomux_mask' + str(i)
1199            value = 'uart_iomux_val' + str(i)
1200            read_out[head_info_name][addr] = 0
1201            read_out[head_info_name][mask] = 0
1202            read_out[head_info_name][value] = 0
1203            #print(f"D:  read_out[head_info_name] = {read_out[head_info_name]}")
1204            new_addr_dic2 = {addr: uart_iomux_info_template['uart_iomux_addr0'].copy()}
1205            new_mask_dic2 = {mask: uart_iomux_info_template['uart_iomux_mask0'].copy()}
1206            new_val_dic2 = {value: uart_iomux_info_template['uart_iomux_val0'].copy()}
1207            new_addr_dic2[addr]['position'] = f'uart_iomux_addr{i}'
1208            new_mask_dic2[mask]['position'] = f'uart_iomux_mask{i}'
1209            new_val_dic2[value]['position'] = f'uart_iomux_val{i}'
1210            info_from_txt.update(new_addr_dic2)
1211            info_from_txt.update(new_mask_dic2)
1212            info_from_txt.update(new_val_dic2)
1213            info_from_bin.update(new_addr_dic2)
1214            info_from_bin.update(new_mask_dic2)
1215            info_from_bin.update(new_val_dic2)
1216
1217def bin_data_readout(filebin, ddrbin_index, read_out, bin_skew_offset, version, info_from_txt):
1218    global rk3528_skew_info
1219
1220    if version < 2:
1221        for i in range(len(read_out)):
1222            try:
1223                read_out[i][1] = int.from_bytes(filebin.read(4), byteorder='little')
1224                #print(f"D: read_out {hex(read_out[i][0])} = {read_out[i][1]}")
1225            except:
1226                print("read bin file fail")
1227                return -1
1228    elif version <= version_max:
1229        for index_name in ddrbin_index:
1230            if "reserved" in index_name:
1231                continue
1232            if "_perf_" in index_name:
1233                continue
1234            if "index_u16" in index_name:
1235                head_info_name = index_name[:-10]+'_info'
1236            else:
1237                head_info_name = index_name[:-6]+'_info'
1238            if ddrbin_index[index_name]['offset'] != 0 and 'skew' not in index_name:
1239                filebin.seek(bin_skew_offset + (ddrbin_index[index_name]['offset'] - 1) * 4)
1240                index_size = ddrbin_index[index_name]['size']
1241                for key in read_out[head_info_name]:
1242                    if index_size > 0:
1243                        try:
1244                            temp_value = int.from_bytes(filebin.read(4), byteorder='little')
1245                            read_out[head_info_name][key] = temp_value
1246                            #print(f"D: {head_info_name} {key} = {read_out[head_info_name][key]}")
1247                            index_size -= 1
1248                        except:
1249                            print("read {} from bin file fail".format(head_info_name))
1250                            return -1
1251            elif ddrbin_index[index_name]['offset'] != 0 and 'skew' in index_name:
1252                try:
1253                    filebin.seek(bin_skew_offset + (ddrbin_index[index_name]['offset'] - 1) * 4)
1254                    skew_sub_ver = int.from_bytes(filebin.read(4), byteorder='little') & 0xff
1255                except:
1256                    print("read skew_sub_ver from bin file fail")
1257                    return -1
1258                if chip_info == 'rk3528' and skew_sub_ver == 0x1:
1259                    for i in rk3528_skew_info:
1260                        if i == 'skew_sub_version':
1261                            rk3528_skew_info[i] = skew_sub_ver
1262                            continue
1263                        for j in rk3528_skew_info[i]:
1264                            try:
1265                                temp_value = int.from_bytes(filebin.read(4), byteorder='little')
1266                                rk3528_skew_info[i][j] = temp_value
1267                                #print(f"D: {i}.{j}={rk3528_skew_info[i][j]}")
1268                            except:
1269                                print("read {} from bin file fail".format(head_info_name))
1270                                return -1
1271
1272                read_out.update({'skew_info' : rk3528_skew_info})
1273
1274    return 0
1275
1276
1277def gen_info_from_bin(filegen_path, info_from_bin, verinfo_full, version):
1278    with open(filegen_path, 'w+', encoding='utf-8') as file:
1279        file.write('/* ' + verinfo_full + ' */\n')
1280
1281    with open(filegen_path, 'a', encoding='utf-8') as file:
1282        for key, value in info_from_bin.items():
1283            if "reserved" in key:
1284                continue
1285
1286            if value['num_base'] == 'hex':
1287                value_str = str(hex(value['value']))
1288            else:
1289                value_str = str(value['value'])
1290
1291            if value['index'] == 'uart_iomux_index_u16':
1292                write_buff = '/* ' + key + '=' + value_str + ' */'
1293            else:
1294                write_buff = key + '=' + value_str
1295            #print(f"D: {write_buff}")
1296            file.write(write_buff + '\n')
1297
1298    with open(filegen_path, 'a', encoding='utf-8') as file:
1299        file.write('end' + '\n')
1300
1301    return 0
1302
1303
1304def print_help():
1305    print(
1306        "For more details, please refer to the ddrbin_tool_user_guide.txt\n"\
1307        "This tools support two functions\n"\
1308        "for example:\n"\
1309        "function 1: modify ddr.bin file from ddrbin_param.txt.\n"\
1310        "	1) modify 'ddrbin_param.txt', set ddr frequency, uart info etc what you want.\n"\
1311        "	If want to keep items default, please keep these items blank.\n"\
1312        "	The date & time in the version information will be updated by default.\n"\
1313        "	like: ./ddrbin_tool.py px30 ddrbin_param.txt px30_ddr_333MHz_v1.13.bin\n"\
1314        "\n"\
1315        "	OPTION: --verinfo_editable=TEXT		The TEXT(max 17 chars) will replace\n"\
1316        "						the date & time in the version information.\n"\
1317        "	like: ./ddrbin_tool.py px30 ddrbin_param.txt px30_ddr_333MHz_v1.13.bin [OPTION]\n"\
1318        "\n"\
1319        "function 2: get ddr.bin file config to gen_param.txt file\n"\
1320        "	If want to get ddrbin file config, please run like that:\n"\
1321        "	./ddrbin_tool.py px30 -g gen_param.txt px30_ddr_333MHz_v1.15.bin\n"\
1322        "	The config will show in gen_param.txt.\n"\
1323        "\n"\
1324        "Note:	The function 1 and function 2 are two separate functions\n"\
1325        "The gen_param.txt file which is generated by function 2 is no need used in function 1.\n"\
1326        "\n"\
1327        "For more details, please refer to the ddrbin_tool_user_guide.txt\n"\
1328    )
1329
1330
1331def ddrbin_tool(argc, argv):
1332    global updata_key_list
1333    global chip_info
1334
1335    info_from_txt = copy.deepcopy(base_info_full)
1336    info_from_bin = copy.deepcopy(base_info_full)
1337    ddrbin_index = copy.deepcopy(sdram_head_info_index_v2)
1338
1339    version_old_hit = 0
1340    gen_txt_from_bin = 0
1341
1342    verinfo_full = ''
1343    verinfo_full_offset = 0
1344    verinfo_full_length = 0
1345    verinfo_editable = ''
1346    verinfo_editable_offset = 0
1347    verinfo_editable_length = 17
1348
1349    print("version v1.23 20250516")
1350    print("python {}, {}, {}".format(sys.version.split(' ', 1)[0], platform.system(), platform.machine()))
1351    if sys.version_info < (3, 6):
1352        print("Warning: Please installed Python 3.6 or later.")
1353
1354    if argc == 1:
1355        print_help()
1356        return -1
1357
1358    chip_info = argv[1]
1359    if chip_info not in chip_list:
1360        chip_info = 'others chip'
1361    print("chip: {}".format(chip_info))
1362
1363    try:
1364        opts, args = getopt.gnu_getopt(argv, 'g:h', ['verinfo_editable='])
1365    except:
1366        print_help()
1367        return -1
1368
1369    for opt, arg in opts:
1370        if opt == '-g':
1371            gen_txt_from_bin = 1
1372            filegen_path = arg
1373        elif opt == '--verinfo_editable':
1374            verinfo_editable = arg
1375            if len(verinfo_editable) > verinfo_editable_length:
1376                print("The character count of 'verinfo_editable' exceeds the allowed limit of 17.")
1377                return -1
1378        elif opt == '-h':
1379            print_help()
1380            return -1
1381
1382    if gen_txt_from_bin == 1:
1383        # function: get ddr.bin file config to gen_param.txt file
1384        if argc < 5:
1385            print("The number of parameters error")
1386            print_help()
1387            return -1
1388
1389        filebin_path = argv[4]
1390        if os.path.exists(filebin_path) != True:
1391            print("The file {} not exist".format(filebin_path))
1392            return -1
1393
1394        #print(f"D: filegen_path={filegen_path}, {filebin_path}")
1395    else:
1396        # function: modify ddr.bin file from ddrbin_param.txt.
1397        if argc < 4:
1398            print("The number of parameters error")
1399            print_help()
1400            return -1
1401
1402        fileskew_path = argv[2]
1403        if os.path.exists(fileskew_path) != True:
1404            print("The file {} not exist".format(fileskew_path))
1405            return -1
1406
1407        filebin_path = argv[3]
1408        if os.path.exists(filebin_path) != True:
1409            print("The file {} not exist".format(filebin_path))
1410            return -1
1411
1412        for key in version_old_list:
1413            if key in argv[3]:
1414                version_old_hit = 1
1415        #print(f"D: fileskew_path={fileskew_path},{filebin_path},version_old_hit={version_old_hit}")
1416
1417    if gen_txt_from_bin != 1:
1418        # Read the parameters that need to be modified from the txt file.
1419        key_list = list(info_from_txt.keys())
1420        hot = 0
1421        try:
1422            with open(fileskew_path,'r', encoding='UTF-8') as file:
1423                for line in file:
1424                    if '/*' in line:
1425                        continue
1426
1427                    if '=' in line:
1428                        index_of_line = line.find('=')
1429                        if line[index_of_line : ].strip() != '=':
1430                            info_dict_key = line[ : index_of_line]
1431                            info_dict_value = line[index_of_line + 1 : -1]
1432
1433                            if '0x' in info_dict_value:
1434                                info_dict_value = int(info_dict_value[2:], 16)
1435                            else:
1436                                info_dict_value = int(info_dict_value)
1437
1438                            info_from_txt[info_dict_key]['value'] = info_dict_value
1439
1440                            # append info_dict_key to update_key_list, need updata value from txt
1441                            update_key_list.append(info_dict_key)
1442                            #print(f"D: update_key_list append, {info_dict_key}={info_dict_value}")
1443
1444                        hot = hot + 1
1445        except (KeyError, ValueError):
1446            print("KeyError or ValueError: {}={}".format(info_dict_key, info_dict_value))
1447            return -1
1448        except Exception:
1449            print("The file {} read failed".format(fileskew_path))
1450            return -1
1451
1452        if hot == 0:
1453            print("Failed to read DRAM parameters from the file")
1454            return -1
1455    else:
1456        info_from_txt['start tag']['value'] = 0x12345678
1457
1458    # get info from bin file
1459    with open(filebin_path, 'rb') as file:
1460        content = file.read()
1461    # convert the target byte sequence 'start tag' into bytes, byteorder little
1462    target_bytes = struct.pack('<I', info_from_txt['start tag']['value'])
1463    start_position = 0
1464    while True:
1465        position = content.find(target_bytes, start_position)
1466        if position == -1:
1467            break
1468
1469        version = int.from_bytes(content[position + 4: position + 8], byteorder='little')
1470        if version >= 0 and version <= version_max:
1471            break
1472        else:
1473            start_position = position + len(target_bytes)
1474
1475    if position == -1:
1476        if start_position == 0:
1477            print("Find the 'start tag' in the ddrbin file failed")
1478        else:
1479            print("version = {}, invalid.".format(version))
1480            if version > version_max and version < (version_max + 5):
1481                print("Please check if there is a new version of the tool available.")
1482        return -1
1483
1484    # get ddrbin parameters version
1485    try:
1486        bin_skew_offset = position + 4
1487        filebin = open(filebin_path, 'rb+')
1488        filebin.seek(bin_skew_offset)
1489        version = int.from_bytes(filebin.read(4), byteorder='little')
1490    except:
1491        print("get version fail")
1492        filebin.close()
1493        return -1
1494
1495    print("version {}".format(version))
1496
1497    # get ddrbin version information from bin file
1498    # eg: DDR 03ea844c5d typ 24/09/03-10:42:57,fwver: v1.23
1499    target_bytes = b'DDR '
1500    target_bytes_1 = b',fwver:'
1501    start_position = 0
1502    while True:
1503        position = content.find(target_bytes, start_position)
1504        position_1 = content.find(target_bytes_1, start_position)
1505        if position == -1 or position_1 == -1:
1506            break
1507        elif (position_1 - position) < 100:
1508            verinfo_full = content[position: position_1+30].decode('utf-8', errors='replace')
1509            verinfo_full = verinfo_full[:verinfo_full.find('\n')]
1510            if content[position_1 - verinfo_editable_length - 1].to_bytes(1, 'little') == b' ':
1511                verinfo_editable_offset = position_1 - verinfo_editable_length
1512                verinfo_full_offset = position
1513                verinfo_full_length = len(verinfo_full.encode('utf-8'))
1514                print("{}".format(verinfo_full))
1515                break
1516        else:
1517            start_position = position + len(target_bytes)
1518
1519    if version < 2:
1520        read_out = copy.deepcopy(sdram_head_info_v0)
1521        write_in = copy.deepcopy(sdram_head_info_v0)
1522
1523        # skip gcpu_gen_freq after version_info
1524        filebin.seek(bin_skew_offset + 8)
1525    elif version <= version_max:
1526        if version >= 3:
1527            ddrbin_index.update(sdram_head_info_index_v2_3)
1528        if version >= 4:
1529            ddrbin_index.update(sdram_head_info_index_v3_4)
1530        if version >= 5:
1531            ddrbin_index.update(sdram_head_info_index_v5)
1532        if version >= 6:
1533            ddrbin_index.update(sdram_head_info_index_v6)
1534
1535        if version < 5:
1536            read_out = copy.deepcopy(sdram_head_info_v2)
1537            write_in = copy.deepcopy(sdram_head_info_v2)
1538        elif version == 5:
1539            read_out = copy.deepcopy(sdram_head_info_v5)
1540            write_in = copy.deepcopy(sdram_head_info_v5)
1541        else:
1542            read_out = copy.deepcopy(sdram_head_info_v6)
1543            write_in = copy.deepcopy(sdram_head_info_v6)
1544
1545        #index_info read out
1546        for key in ddrbin_index:
1547            if '_u16' in key:
1548                try:
1549                    ddrbin_index[key]['offset'] = int.from_bytes(filebin.read(2), byteorder='little')
1550                    ddrbin_index[key]['size'] = int.from_bytes(filebin.read(2), byteorder='little')
1551                except:
1552                    filebin.close()
1553                    print("readout ddrbin_index perf_index fail")
1554                    return -1
1555            else:
1556                try:
1557                    ddrbin_index[key]['offset'] = int.from_bytes(filebin.read(1), byteorder='little')
1558                    ddrbin_index[key]['size'] = int.from_bytes(filebin.read(1), byteorder='little')
1559                except:
1560                    filebin.close()
1561                    print("readout ddrbin_index fail")
1562                    return -1
1563            #print(f"D: {key} = {ddrbin_index[key]}",ddrbin_index[key]["offset"],ddrbin_index[key]["size"])
1564    else:
1565        filebin.close()
1566        print("version not support")
1567        return -1
1568
1569    uart_iomux_count_calculation(ddrbin_index, info_from_txt, info_from_bin, read_out, version)
1570
1571    if bin_data_readout(filebin, ddrbin_index, read_out, bin_skew_offset, version, info_from_txt) != 0:
1572        filebin.close()
1573        print("bin_data_readout failed")
1574        return -1
1575
1576    bin_data_2_info(info_from_bin, read_out, ddrbin_index, version, info_from_txt)
1577    if gen_txt_from_bin == 1:
1578        if gen_info_from_bin(filegen_path, info_from_bin, verinfo_full, version) == 0:
1579            print("generate info from bin file ok.")
1580            filebin.close()
1581            return 0
1582        else:
1583            print("generate info fail.")
1584            filebin.close()
1585            return -1
1586
1587    if txt_data_check_availability(info_from_txt, chip_info) != 0:
1588        filebin.close()
1589        print("Error: modify ddrbin failed")
1590        return -1
1591
1592    ret = txt_data_2_bin_data(info_from_txt, info_from_bin, ddrbin_index, write_in, version)
1593    if ret != 0:
1594        filebin.close()
1595        print("modify ddrbin failed")
1596        return -1
1597
1598    if version < 2:
1599        if version_old_hit == 0:
1600            filebin.seek(bin_skew_offset + 8)
1601            for i in range(len(write_in)):
1602                try:
1603                    filebin.write(write_in[i][1].to_bytes(4,byteorder='little'))
1604                except:
1605                    print("write bin file fail")
1606        else:
1607            filebin.seek(bin_skew_offset + 20)
1608            for i in range(3, len(write_in)):
1609                try:
1610                    filebin.write(write_in[i][1].to_bytes(4,byteorder='little'))
1611                except:
1612                    print("write bin file fail")
1613    elif version <= version_max:
1614        write_in_bin_data_v2(filebin, bin_skew_offset, write_in, ddrbin_index, info_from_txt, version)
1615    print("modify end\n")
1616
1617    # update ddrbin version information to bin file
1618    if verinfo_editable_offset != 0:
1619        if verinfo_editable == '':
1620            #print(f"position_1={position_1}, position_2={position_2}, {old_verinfo_editable}")
1621            current_time = datetime.now()
1622            verinfo_editable = current_time.strftime("%y/%m/%d-%H:%M.%S")
1623        if len(verinfo_editable) < verinfo_editable_length:
1624            verinfo_editable = verinfo_editable.ljust(verinfo_editable_length)
1625
1626        verinfo_editable_bytes = verinfo_editable.encode('utf-8')[:verinfo_editable_length]
1627        try:
1628            filebin.seek(verinfo_editable_offset)
1629            filebin.write(verinfo_editable_bytes)
1630            filebin.seek(verinfo_full_offset)
1631            new_verinfo_full = filebin.read(verinfo_full_length).decode('utf-8', errors='replace')
1632            print("new ddrbin version information: {}".format(new_verinfo_full))
1633        except:
1634            print("change verinfo_editable error")
1635
1636    filebin.close()
1637
1638    return 0
1639
1640
1641if __name__ == '__main__':
1642    #print(f"D: argc = {len(sys.argv)}, argv = {sys.argv}")
1643    ddrbin_tool(len(sys.argv), sys.argv)
1644
1645