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1 /* |
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2 * Copyright (c) 2006 Nokia Corporation and/or its subsidiary(-ies). |
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3 * All rights reserved. |
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4 * This component and the accompanying materials are made available |
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5 * under the terms of "Eclipse Public License v1.0" |
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6 * which accompanies this distribution, and is available |
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7 * at the URL "http://www.eclipse.org/legal/epl-v10.html". |
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8 * |
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9 * Initial Contributors: |
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10 * Nokia Corporation - initial contribution. |
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11 * |
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12 * Contributors: |
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13 * |
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14 * Description: This module contains default beep sequences. |
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15 * |
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16 */ |
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17 |
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18 |
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19 #include "defaultbeep.rh" |
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20 #include <uikon.rh> |
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21 |
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22 RESOURCE SEQ_LOOP ringtone |
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23 { |
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24 repeats = 3; |
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25 tones = |
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26 { |
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27 SEQ_2TONES |
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28 { |
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29 duration = 1000 ; |
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30 freq1 = SEQ_FREQ_C1; |
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31 vol1 = SEQ_VOL_MP; |
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32 freq2 = SEQ_FREQ_C2; |
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33 vol2 = SEQ_VOL_MP; |
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34 }, |
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35 SEQ_2TONES |
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36 { |
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37 duration = 1000 ; |
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38 freq1 = SEQ_FREQ_D1; |
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39 vol1 = SEQ_VOL_MP; |
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40 freq2 = SEQ_FREQ_B2; |
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41 vol2 = SEQ_VOL_MP; |
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42 }, |
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43 SEQ_2TONES |
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44 { |
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45 duration = 1000 ; |
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46 freq1 = SEQ_FREQ_E1; |
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47 vol1 = SEQ_VOL_MP; |
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48 freq2 = SEQ_FREQ_C2; |
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49 vol2 = SEQ_VOL_MP; |
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50 }, |
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51 SEQ_2TONES |
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52 { |
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53 duration = 1000 ; |
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54 freq1 = SEQ_FREQ_F1; |
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55 vol1 = SEQ_VOL_MP; |
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56 freq2 = SEQ_FREQ_C2; |
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57 vol2 = SEQ_VOL_MP; |
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58 }, |
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59 SEQ_2TONES |
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60 { |
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61 duration = 1000 ; |
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62 freq1 = SEQ_FREQ_G1; |
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63 vol1 = SEQ_VOL_MP; |
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64 freq2 = SEQ_FREQ_C2; |
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65 vol2 = SEQ_VOL_MP; |
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66 }, |
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67 SEQ_2TONES |
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68 { |
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69 duration = 1000 ; |
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70 freq1 = SEQ_FREQ_A2; |
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71 vol1 = SEQ_VOL_MP; |
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72 freq2 = SEQ_FREQ_C2; |
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73 vol2 = SEQ_VOL_MP; |
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74 }, |
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75 SEQ_2TONES |
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76 { |
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77 duration = 1000 ; |
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78 freq1 = SEQ_FREQ_B2; |
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79 vol1 = SEQ_VOL_MP; |
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80 freq2 = SEQ_FREQ_C2; |
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81 vol2 = SEQ_VOL_MP; |
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82 } |
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83 |
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84 }; |
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85 |
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86 } |
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87 |
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88 STRUCT VAR_ARRAY |
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89 { |
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90 WORD sequence []; |
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91 } |
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92 |
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93 RESOURCE VAR_ARRAY r_net_busy |
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94 { |
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95 // ETSI spec says 425Hz on 500ms, off 500ms. |
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96 // Seems to be close but on/off time is 480ms. |
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97 sequence={0,17,10,5,6,78,50,64,50,6,11}; |
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98 // 0 = OPCODE_SEQUENCE_START |
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99 // 17 = OPCODE_DURATION_UNIT |
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100 // 10 = duration unit => tone duration is 10ms * tone_tick |
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101 // 5 = OPCODE_REPEAT |
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102 // 6 = repeat 6 times sequence between OPCODE_REPEAT and OPCODE_REPEATEND |
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103 // 78-64=14=AUD_TONE_NETWORK_FREQ_1 = 425Hz |
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104 // 50 = tone_tick = 500ms |
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105 // 64-64=0=AUD_TONE_FREQ_OFF = 0Hz |
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106 // 50 = tone_tick = 50ms |
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107 // 6 = OPCODE_REPEATEND |
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108 // 11 = OPCODE_END |
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109 } |
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110 |
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111 RESOURCE VAR_ARRAY r_net_reorder |
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112 { |
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113 // Don't know if this is defined in ETSI spec at all |
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114 sequence={0,17,10,5,3,93,25,64,25,6,11}; |
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115 // 0 = OPCODE_SEQUENCE_START |
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116 // 17 = OPCODE_DURATION_UNIT |
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117 // 10 = duration unit => tone duration is 10ms * tone_tick |
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118 // 5 = OPCODE_REPEAT |
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119 // 3 = repeat 3 times sequence between OPCODE_REPEAT and OPCODE_REPEATEND |
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120 // 93-64=29=AUD_TONE_RING_FREQ_E0 = 330Hz |
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121 // 25 = tone_tick = 250ms |
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122 // 64-64 = 0 = AUD_TONE_FREQ_OFF = 0Hz |
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123 // 25 = tone_tick = 250ms |
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124 // 6 = OPCODE_REPEATEND |
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125 // 11 = OPCODE_END |
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126 } |
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127 |
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128 RESOURCE VAR_ARRAY r_net_congestion |
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129 { |
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130 // ETSI spec says 425Hz on 200ms, off 200ms |
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131 // Seems to be so (but repeated only 15 times): |
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132 sequence={0,17,10,5,15,78,20,64,20,6,11}; |
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133 // 0 = OPCODE_SEQUENCE_START |
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134 // 17 = OPCODE_DURATION_UNIT |
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135 // 10 = duration unit => tone duration is 10ms * tone_tick |
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136 // 5 = OPCODE_REPEAT |
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137 // 15 = repeat 15 times sequence between OPCODE_REPEAT and OPCODE_REPEATEND |
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138 // 78-64=14=AUD_TONE_NETWORK_FREQ_1 = 425Hz |
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139 // 20 = tone_tick = 200ms |
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140 // 64-64 = 0 = AUD_TONE_FREQ_OFF = 0Hz |
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141 // 20 = tone_tick = 200ms |
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142 // 6 = OPCODE_REPEATEND |
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143 // 11 = OPCODE_END |
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144 } |
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145 |
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146 RESOURCE VAR_ARRAY r_net_special_information |
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147 { |
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148 sequence={0,17,10,5,3,79,33,80,33,81,33,64,50,64,50,6,11}; |
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149 // 0 = OPCODE_SEQUENCE_START |
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150 // 17 = OPCODE_DURATION_UNIT |
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151 // 10 = duration unit => tone duration is 10ms * tone_tick |
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152 // 5 = OPCODE_REPEAT |
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153 // 3 = repeat 3 times sequence between OPCODE_REPEAT and OPCODE_REPEATEND |
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154 // 79-64=15=AUD_TONE_NETWORK_FREQ_2 = 950Hz |
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155 // 33 = tone_tick = 330ms |
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156 // 80-64=16=AUD_TONE_NETWORK_FREQ_3 = 1400Hz |
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157 // 33 = tone_tick = 330ms |
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158 // 81-64=17=AUD_TONE_NETWORK_FREQ_4 = 1800Hz |
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159 // 33 = tone_tick = 330ms |
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160 // 64-64 = 0 = AUD_TONE_FREQ_OFF = 0Hz |
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161 // 50 = tone_tick = 500ms |
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162 // 64-64 = 0 = AUD_TONE_FREQ_OFF = 0Hz |
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163 // 50 = tone_tick = 500ms |
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164 // 6 = OPCODE_REPEATEND |
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165 // 11 = OPCODE_END |
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166 } |
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167 |
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168 RESOURCE VAR_ARRAY r_net_radio_not_available |
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169 { |
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170 // ETSI spec says: 425Mhz on 200ms, off 200ms, 3 bursts |
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171 // Seems to be so: |
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172 sequence={0,17,10,5,3,78,20,64,20,6,11}; |
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173 // 0 = OPCODE_SEQUENCE_START |
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174 // 17 = OPCODE_DURATION_UNIT |
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175 // 10 = duration unit => tone duration is 10ms * tone_tick |
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176 // 5 = OPCODE_REPEAT |
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177 // 3 = repeat 3 times sequence between OPCODE_REPEAT and OPCODE_REPEATEND |
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178 // 78-64=14=AUD_TONE_NETWORK_FREQ_1 = 425Hz |
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179 // 20 = tone_tick = 200ms |
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180 // 64-64=0=AUD_TONE_FREQ_OFF |
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181 // 20 = tone_tick = 200ms |
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182 // 6 = OPCODE_REPEATEND |
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183 // 11 = OPCODE_END |
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184 } |
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185 |
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186 RESOURCE VAR_ARRAY r_net_ring_going |
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187 { |
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188 // ETSI spec says 425Hz Tone on 1s, silence 4s |
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189 // Seems to be so: |
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190 sequence={0,17,10,2,252,78,100,5,4,64,100,6,7,11}; |
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191 // 0 = OPCODE_SEQUENCE_START |
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192 // 17 = OPCODE_DURATION_UNIT |
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193 // 10 = duration unit => tone duration is 10ms * tone_tick |
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194 // 2 = OPCODE_CONTINUE_MASK (obsolete from DCT4 onwards) |
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195 // 252 = continue mask value |
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196 // 78-64=14=AUD_TONE_NETWORK_FREQ_1 = 425Hz |
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197 // 100 = tone_tick = 1000ms |
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198 // 5 = OPCODE_REPEAT |
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199 // 4 = repeat 4 times sequence between OPCODE_REPEAT and OPCODE_REPEATEND |
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200 // 64-64=0=AUD_TONE_FREQ_OFF |
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201 // 100 = tone_tick = 1000ms |
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202 // 7 = OPCODE_RESTART |
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203 // 11 = OPCODE_END |
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204 } |
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205 |
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206 RESOURCE VAR_ARRAY r_net_call_waiting |
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207 { |
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208 // Seems to be so: |
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209 sequence={0,17,10,78,20,64,60,78,20,64,100,64,100,64,100,78,20,64,60,78,20,11}; |
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210 // 0 = OPCODE_SEQUENCE_START |
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211 // 17 = OPCODE_DURATION_UNIT |
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212 // 10 = duration unit => tone duration is 10ms * tone_tick |
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213 // 78-64=14=AUD_TONE_NETWORK_FREQ_1 = 425Hz |
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214 // 20 = tone_tick = 200ms |
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215 // 64-64 = 0 = AUD_TONE_FREQ_OFF = 0Hz |
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216 // 60 = tone_tick = 600ms |
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217 // 78-64=14=AUD_TONE_NETWORK_FREQ_1 = 425Hz |
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218 // 20 = tone_tick = 200ms |
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219 // 64-64 = 0 = AUD_TONE_FREQ_OFF = 0Hz |
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220 // 100 = tone_tick = 1000ms |
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221 // 64-64 = 0 = AUD_TONE_FREQ_OFF = 0Hz |
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222 // 100 = tone_tick = 1000ms |
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223 // 64-64 = 0 = AUD_TONE_FREQ_OFF = 0Hz |
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224 // 100 = tone_tick = 1000ms |
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225 // 78-64=14=AUD_TONE_NETWORK_FREQ_1 = 425Hz |
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226 // 20 = tone_tick = 200ms |
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227 // 64-64 = 0 = AUD_TONE_FREQ_OFF = 0Hz |
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228 // 60 = tone_tick = 600ms |
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229 // 78-64=14=AUD_TONE_NETWORK_FREQ_1 = 425Hz |
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230 // 20 = tone_tick = 200ms |
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231 // 11 = OPCODE_END |
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232 } |
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233 |
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234 RESOURCE VAR_ARRAY r_data_call_tone |
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235 { |
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236 sequence={0,17,6,2,252,10,8,5,8,84,3,89,3,6,10,247,64,50,7,11}; |
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237 } |
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238 RESOURCE VAR_ARRAY r_no_sound_sequence |
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239 { |
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240 sequence={0,17,6,5,252,10,8,64,50,10,247,64,100,06,11}; |
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241 } |
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242 RESOURCE VAR_ARRAY r_beep_sequence |
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243 { |
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244 sequence={0,17,6,10,8,115,10,64,40,10,247,5,252,64,100,10,8,64,50,10,247,6,11}; |
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245 } |