I just made a new project with a RevPi Connect 32+, a DIO and a AIO. I export all variables in the configuration to get an offset list for my C code accessing the process image via an overlayed C structure.
(I export the configuration as "offset list" using the e02.json template via the export menu.)
I get this:
Code: Select all
InputValue_1 0 //INT P1000 goes here (Range 10V for safety reasons!)
InputValue_2 2 //INT
InputValue_3 4 //INT
InputValue_4 6 //INT
InputStatus_1 8 //BYTE
InputStatus_2 9 //BYTE
InputStatus_3 10 //BYTE
InputStatus_4 11 //BYTE
RTDValue_1 12 //INT
RTDValue_2 14 //INT
RTDStatus_1 16 //BYTE
RTDStatus_2 17 //BYTE
OutputStatus_1 18 //BYTE
OutputStatus_2 19 //BYTE
OutputValue_1 20 //INT
OutputValue_2 22 //INT
Input1Range 24 //You must use wire bridges for current measurement! ##ATTR_COMMENT##
Input1Multiplier 25 // ##ATTR_COMMENT##
Input1Divisor 27 // ##ATTR_COMMENT##
Input1Offset 29 // ##ATTR_COMMENT##
Input2Range 31 //You must use wire bridges for current measurement! ##ATTR_COMMENT##
Input2Multiplier 32 // ##ATTR_COMMENT##
Input2Divisor 34 // ##ATTR_COMMENT##
Input2Offset 36 // ##ATTR_COMMENT##
Input3Range 38 //You must use wire bridges for current measurement! ##ATTR_COMMENT##
Input3Multiplier 39 // ##ATTR_COMMENT##
Input3Divisor 41 // ##ATTR_COMMENT##
Input3Offset 43 // ##ATTR_COMMENT##
Input4Range 45 //You must use wire bridges for current measurement! ##ATTR_COMMENT##
Input4Multiplier 46 // ##ATTR_COMMENT##
Input4Divisor 48 // ##ATTR_COMMENT##
Input4Offset 50 // ##ATTR_COMMENT##
ADC_DataRate 52 //Use lowest value for highest precision and a maximum 50 Hz suppression ##ATTR_COMMENT##
RTD1Type 53 // ##ATTR_COMMENT##
RTD1Wiring 54 //You must use wire bridges for 2-wire sensors! ##ATTR_COMMENT##
RTD1Multiplier 55 // ##ATTR_COMMENT##
RTD1Divisor 57 // ##ATTR_COMMENT##
RTD1Offset 59 // ##ATTR_COMMENT##
RTD2Type 61 // ##ATTR_COMMENT##
RTD2Wiring 62 //You must use wire bridges for 2-wire sensors! ##ATTR_COMMENT##
RTD2Multiplier 63 // ##ATTR_COMMENT##
RTD2Divisor 65 // ##ATTR_COMMENT##
RTD2Offset 67 // ##ATTR_COMMENT##
Output1Range 69 // ##ATTR_COMMENT##
Output1EnableSlew 70 //Enable slew rate deceleration ##ATTR_COMMENT##
Output1SlewStepSize 71 //Slew rate step size ##ATTR_COMMENT##
Output1SlewClock 72 //lock rate of slew rate deceleration in kHz ##ATTR_COMMENT##
Output1Multiplier 73 // ##ATTR_COMMENT##
Output1Divisor 75 // ##ATTR_COMMENT##
Output1Offset 77 // ##ATTR_COMMENT##
Output2Range 79 // ##ATTR_COMMENT##
Output2EnableSlew 80 //Enable slew rate deceleration ##ATTR_COMMENT##
Output2SlewStepSize 81 //Slew rate step size ##ATTR_COMMENT##
Output2SlewClock 82 //lock rate of slew rate deceleration in kHz ##ATTR_COMMENT##
Output2Multiplier 83 // ##ATTR_COMMENT##
Output2Divisor 85 // ##ATTR_COMMENT##
Output2Offset 87 // ##ATTR_COMMENT##
I_1 89.0 //BOOL
I_2 89.1 //BOOL
I_3 89.2 //BOOL
I_4 89.3 //BOOL
I_5 89.4 //BOOL
I_6 89.5 //BOOL
I_7 89.6 //BOOL
I_8 89.7 //BOOL
I_9 89.8 //BOOL
I_10 89.9 //BOOL
I_11 89.10 //BOOL
I_12 89.11 //BOOL
I_13 89.12 //BOOL
I_14 89.13 //BOOL
I_15 89.14 //BOOL
I_16 89.15 //BOOL
Output_Status 91 //WORD
Status 93 //WORD
Counter_1 95 //DINT
Counter_2 99 //DINT
Counter_3 103 //DINT
Counter_4 107 //DINT
Counter_5 111 //DINT
Counter_6 115 //DINT
Counter_7 119 //DINT
Counter_8 123 //DINT
Counter_9 127 //DINT
Counter_10 131 //DINT
Counter_11 135 //DINT
Counter_12 139 //DINT
Counter_13 143 //DINT
Counter_14 147 //DINT
Counter_15 151 //DINT
Counter_16 155 //DINT
O_1 159.0 //BOOL
O_2 159.1 //BOOL
O_3 159.2 //BOOL
O_4 159.3 //BOOL
O_5 159.4 //BOOL
O_6 159.5 //BOOL
O_7 159.6 //BOOL
O_8 159.7 //BOOL
O_9 159.8 //BOOL
O_10 159.9 //BOOL
O_11 159.10 //BOOL
O_12 159.11 //BOOL
O_13 159.12 //BOOL
O_14 159.13 //BOOL
O_15 159.14 //BOOL
O_16 159.15 //BOOL
PWM_1 161 //USINT
PWM_2 162 //USINT
PWM_3 163 //USINT
PWM_4 164 //USINT
PWM_5 165 //USINT
PWM_6 166 //USINT
PWM_7 167 //USINT
PWM_8 168 //USINT
PWM_9 169 //USINT
PWM_10 170 //USINT
PWM_11 171 //USINT
PWM_12 172 //USINT
PWM_13 173 //USINT
PWM_14 174 //USINT
PWM_15 175 //USINT
PWM_16 176 //USINT
InputMode_1 177 // ##ATTR_COMMENT##
InputMode_2 178 // ##ATTR_COMMENT##
InputMode_3 179 // ##ATTR_COMMENT##
InputMode_4 180 // ##ATTR_COMMENT##
InputMode_5 181 // ##ATTR_COMMENT##
InputMode_6 182 // ##ATTR_COMMENT##
InputMode_7 183 // ##ATTR_COMMENT##
InputMode_8 184 // ##ATTR_COMMENT##
InputMode_9 185 // ##ATTR_COMMENT##
InputMode_10 186 // ##ATTR_COMMENT##
InputMode_11 187 // ##ATTR_COMMENT##
InputMode_12 188 // ##ATTR_COMMENT##
InputMode_13 189 // ##ATTR_COMMENT##
InputMode_14 190 // ##ATTR_COMMENT##
InputMode_15 191 // ##ATTR_COMMENT##
InputMode_16 192 // ##ATTR_COMMENT##
InputDebounce 193 // ##ATTR_COMMENT##
OutputPushPull 195 // ##ATTR_COMMENT##
OutputOpenLoadDetect 197 // ##ATTR_COMMENT##
OutputPWMActive 199 // ##ATTR_COMMENT##
OutputPWMFrequency 201 // ##ATTR_COMMENT##
RevPiStatus 202 //BYTE
RevPiIOCycle 203 //BYTE
RS485ErrorCnt 204 //WORD
Core_Temperature 206 //BYTE
Core_Frequency 207 //BYTE
RevPiLED 208 //BYTE
RS485ErrorLimit1 209 //WORD
RS485ErrorLimit2 211 //WORD Where does the ##ATTR_COMMENT## come from, and is this actually an indication that this offset is not run-time accessible, but set only during the module configuration by the driver (as it appears to me)?
Can someone confirm this is the case?
Is there a way of writing an own template file to directly generate a C structure declaration?
Right now it's very tiresome work doing this manually.
Markus
