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Post by herbasso88 on WebVisu flickering CODESYS Forge talk (Post)
Good morning, I'm new on Codesys Forge, so I'm not sure if this is the right place to talk about my problem. When I open my WebVisu pages with Microsoft Edge, or Chrome, the background and also some rectangles blinking without reason!!! The application is developed with Codesys 3.5.17.10 and run on Codesys HMI, same version (3.5.17.10). After several experiments I discover that the problem happens when I made dynamic the "End of area" property of a meter object, but I can't understand why this blinking problem happens. Also, the problem is only at the WebVisu page, the "normal" VISU pages (the ones opened when Codesys HMI start) work always perfectly. Another strange thing is that the problem happens only if on the same page, where there is the meter object, there is also a trend object!?!? Codesys HMI is running on a Virtual Machine (VMware Workstation 15 player, v.15.5.6) running Windows 10 Pro N 64-bit. The blinking problem happen also if I convert the project to Codesys 3.5.20.0. This version of Codesys and Codesys HMI are installed on a Virtual Machine running Windows Server 2019 Standard 64-bit. In attachment the archive of my project. The attached project has only one page, if "Enable Counter" is not pressed the "End of area" variable of the meter is not updated in the software, and everything work well, normal VISU and WebVisu; if "Enable Counter" is pressed, the "End of area" variable of the meter is updated in the software, and the WebVisu page start blinking. I tried also to enable the "Support client animations and overlay..." property at VisualizationManager, this seems stop the blinking problem, but that property also destroy my WebPage, moving almost all the graphical object, that also seem not working anymore. I really need help to understand what I'm doing wrong, I have to develop a bigger project and I have to understand if trend objects and animated meters cannot stay in the same page. In the final project the WebVisu will be very important because the customer will use this way to access the application to monitor the process. Regards
Last updated: 2024-05-06

Post by denizerm on Deploy Control SL cant find Podman CODESYS Forge talk (Post)
Hello, CODESYS seems to have problems finding the container engine. In the "Deploy Control SL" window, after connecting via ssh, it simply says: [INFORMATION] Connected successfully! [INFORMATION] Successfully connected to target (192.168.4.199) [WARNING] Error detecting container architecture running podman info yields normal results. My podman info output is as follows: home/Admin$ podman info host: arch: amd64 buildahVersion: 1.35.3 cgroupControllers: - cpu - memory - pids cgroupManager: systemd cgroupVersion: v2 conmon: package: Unknown path: /usr/bin/conmon version: 'conmon version 2.1.10, commit: affab49967eb62f75d2a47398344ab053326289f' cpuUtilization: idlePercent: 99.36 systemPercent: 0.3 userPercent: 0.34 cpus: 4 databaseBackend: sqlite distribution: codename: scarthgap distribution: redagv version: 1.0.0 eventLogger: journald freeLocks: 2040 hostname: secure-automation-os idMappings: gidmap: - container_id: 0 host_id: 1000 size: 1 - container_id: 1 host_id: 100000 size: 65536 uidmap: - container_id: 0 host_id: 1100 size: 1 - container_id: 1 host_id: 100000 size: 65536 kernel: 6.6.65-intel-pk-standard linkmode: dynamic logDriver: journald memFree: 6115598336 memTotal: 8086278144 networkBackend: cni networkBackendInfo: backend: cni dns: {} ociRuntime: name: crun package: Unknown path: /usr/bin/crun version: |- crun version 1.14.3.0.0.0.8-89d44-dirty commit: 89d44467e3b410b73f2065756a12789be45b855b rundir: /run/user/1100/crun spec: 1.0.0 +SYSTEMD +SELINUX +APPARMOR +CAP +SECCOMP +EBPF +YAJL os: linux pasta: executable: /usr/bin/pasta package: Unknown version: "" remoteSocket: exists: true path: /run/podman-shared/podman.sock security: apparmorEnabled: false capabilities: CAP_CHOWN,CAP_DAC_OVERRIDE,CAP_FOWNER,CAP_FSETID,CAP_KILL,CAP_NET_BIND_SERVICE,CAP_SETFCAP,CAP_SETGID,CAP_SETPCAP,CAP_SETUID,CAP_SYS_CHROOT rootless: true seccompEnabled: true seccompProfilePath: "" selinuxEnabled: false serviceIsRemote: true slirp4netns: executable: /usr/bin/slirp4netns package: Unknown version: |- slirp4netns version 1.2.0-beta.0+dev commit: unknown libslirp: 4.7.0 SLIRP_CONFIG_VERSION_MAX: 4 libseccomp: 2.5.5 swapFree: 0 swapTotal: 0 uptime: 1h 36m 10.00s (Approximately 0.04 days) variant: "" plugins: authorization: null log: - k8s-file - none - passthrough - journald network: - bridge - macvlan - ipvlan volume: - local registries: localhost:5000: Blocked: false Insecure: true Location: localhost:5000 MirrorByDigestOnly: false Mirrors: null Prefix: localhost:5000 PullFromMirror: "" search: - localhost store: configFile: /home/serviceuser/.config/containers/storage.conf containerStore: number: 2 paused: 0 running: 2 stopped: 0 graphDriverName: overlay graphOptions: {} graphRoot: /data/containerfiles graphRootAllocated: 119952025600 graphRootUsed: 13801246720 graphStatus: Backing Filesystem: extfs Native Overlay Diff: "true" Supports d_type: "true" Supports shifting: "false" Supports volatile: "true" Using metacopy: "false" imageCopyTmpDir: /var/tmp imageStore: number: 4 runRoot: /run/user/1100/containers transientStore: false volumePath: /data/containerfiles/volumes version: APIVersion: 5.0.2-dev Built: 1711987427 BuiltTime: Mon Apr 1 16:03:47 2024 GitCommit: bb81e85a430fa95d23a15b77c717fd68bf06ebf2 GoVersion: go1.22.12 Os: linux
Last updated: 2025-10-22

Post by risele on dynamic modbus devices CODESYS Forge talk (Post)
Have the same issue: I'm making a test setup for modbus devices testing and calibration. One is run for every possible address, and it starts with minimal request: if the device is found, it continue to work with it, otherwise it's set to Disabled temporary. Those state machines are running under FOR cycle, and disabled are just skipped. Every instance have its own timer for not running too frequently and a start delay, so the actual requests are separate in time. I also check not for a single error, but have some timer to allow one-two timeouts. The small program disables and re-enables devices temporary (manually, since i could not iterate over MB devices). VAR Reset:ARRAY[1..GVL_MB.MD_COUNT] OF R_TRIG; i:INT; END_VAR {IF hasconstantvalue(GVL_MB.MD_COUNT, 1, >= )} i:=1; MD_1.Enable:=GVL_MB.MDPortsEnable[i]; Reset[i](CLK:=GVL_MB.MDPortsEnable[i]); MD_1.xReset:=Reset[i].Q; {END_IF} {IF hasconstantvalue(GVL_MB.MD_COUNT, 2, >= )} i:=2; MD_2.Enable:=GVL_MB.MDPortsEnable[i]; Reset[i](CLK:=GVL_MB.MDPortsEnable[i]); MD_2.xReset:=Reset[i].Q; {END_IF} There is also program to re-enable devices periodically. METHOD ScanBus VAR_INPUT END_VAR VAR j:INT; (*block auto scanning if calibration is running for any device since it's data-reach process that should not be interrupted with modbus timeouts *) CalibrationBusy:BOOL:=FALSE; END_VAR CalibrationBusy:=FALSE; FOR j:=1 TO GVL_MB.MD_COUNT DO CalibrationBusy:=CalibrationBusy OR MD_Calibrate.AutoTesters[j].xBusy; END_FOR; IF CalibrationBusy THEN RETURN; END_IF tBusScanSchedule(IN:=(NOT tBusScanSchedule.Q), PT:=tBusScanPeriod); IF (NOT tBusScanDelayer.Q) AND (tBusScanSchedule.Q OR (NOT xFirstScanPerforemed)) THEN xBusScanBusy:=TRUE; MissingCounter:=0; xFirstScanPerforemed:=TRUE; FOR j:=1 TO GVL_MB.MD_COUNT DO (* MD_Calibrate is main calibration program. Identifiers - is array of State machines mentioned above Phase_Faulted is a state of Identifiers where I'm sure device is missing on the bus *) IF MD_Calibrate.Identifiers[j].state=eStateMDIdentifier.Phase_Faulted THEN MD_Calibrate.Identifiers[j].Rescan(); MissingCounter:=MissingCounter+1; END_IF END_FOR END_IF tBusScanPauser(IN:=tBusScanDelayer.Q AND (MissingCounter>0),PT:=tBusScanDelay*MissingCounter); xBusScanBusy:=tBusScanPauser.Q; xFirstScanPerforemed:=xFirstScanPerforemed OR tBusScanPauser.ET>=tBusScanPauser.PT; Also the GUI have buttons for each address possible that re-enables the device if required.
Last updated: 2026-02-13

Post by acc00 on Redundancy Codesys Runtime, Synchronization CODESYS Forge talk (Post)
Hi, Iā€™m currently testing the Codesys Redundancy application with 2 Raspberry Pi, with the idea is of using in my project 2 Wago PFC200 and 1 Ethercat Master with 2 Remote IO. After I configure the redundancy, and one Pi is Active and the other is Passive, if I disconnect the Ethernet cable of the Active, the Passive become Standalone, which is good, but the problem is the following: -When I recover the Ethernet connection, both stay Standalone. They will NOT Sync until I do it manually in the Codesys environment. How to make the synchronization automatically? -If both Pi/PLC stays Standalone, who is managing the IO? (Ethercat and Serial) I have done a test with an Modbus Slave, where I am sending a counter that increase every second. And I see that when both PLC are standalone, they both keep an active connection with the Slave, and both write values. This does not seem good, since according to this in my project both PLC would try to control the IO at the same time. Note: The Codesys have an option (greyed out, not possible to select) which says ā€œAuto Syncā€. What is the purpose, and why Iā€™m not able to select it? I'm using Codesys Control for Rapsberry Pi 64SL Runtime in my test environment (2xRaspberry Pi 4), with the idea of using Codesys Control PFC 200 Runtime in my project (2xWago PFC200 and 1 Ethercat Master with 2x Wago 750-354 Ethercat Fieldbus Coupler). Using the last Codesys 3.5 version (SP19 PAtch 5). I'd appreciate a lot any help on this questions!
Last updated: 2024-01-22

Post by r-niedermayer on C0564 Warning Message CODESYS Forge talk (Post)
Please see or Online Help on how to initialize variable before using them: https://content.helpme-codesys.com/en/CODESYS%20Development%20System/_cds_pragma_attribute_global_init_slot.html Regarding the Attribute global_init_slot: You can use this pragma to influence the order in which signatures are processed during global initialization. It can only be applied to signatures. By default, the initialization sequence for variables from global variable lists is undefined! However, if, for example, variables from one list depend on variables from another list, it is necessary to initialize one before the other. (Aee OLH and Syntax) The placeholder <slot> must be replaced by an integer value that defines the position in the initialization sequence.</slot> The default value is 50000. A lower value causes an earlier initialization! If several signatures have the same value for the 'global_init_slot' attribute, the order of their initialization remains undefined! Cautious application should therefore be considered! Example: The project contains f.e. two global variable lists GVL_1 and GVL_2. The global variable "A" is part of the global variable list GVL_1: {attribute 'global_init_slot' := '300'} VAR_GLOBAL A : INT:=1000; END_VAR The initialization values of the variables "B" and "C" of GVL_2 are dependent on the variable "A". {attribute 'global_init_slot' := '350'} VAR_GLOBAL B : INT:=A+1; C : INT:=A-1; END_VAR So if you set the 'global_init_slot' attribute of the global variable list GVL_1 to 300, i.e. to the lowest initialization value in the example, then it is ensured that the expression "A+1" is well-defined at the time of initialization of "B".
Last updated: 2024-01-30

Post by duvanmoreno24 on Modbus writing on value change CODESYS Forge talk (Post)
Hi all, I want to know if someone has an idea of how I can write on value change in Modbus Codesys. I have a Wago PLC and I was used to work with E-cockpit which it was quite easy to do that without the necessity to trigger any value when there was a change in the variable ( I will put how easy is ). how you can see just changing the trigger in "On value Change" will do that channel writing automatically when It detects a change in those arrays. On the other hand, in Codesys if I enable the rising edge in Codesys It ask me to put a bool variable and if triggers is going to write that value. That is making me that I have to create a function or a logic to detect the change, the problem I have is that doing that is very tedious. I first approach I got it was to create a Function who returns a bool when the value change, but I tried to keep the old value but what is happening is that in Functions all the data is erased every cycle so I can not keep any Old value. so in the Main program the trigger is going to be TRUE all the time due, the old value is cero every cycle. The second approach I got it was using a function Block (POU_1) and it works but I dont want to instance that function for every Channel or value that I want to check if the value change, Basically if I have 200 values to write trhough modbus I have to create 200 instances of that function which I think it is not practicall at all. It should be a better way to implement this as e-Cockpit from Wago Does. However, I haven't been able to know how.
Last updated: 2024-03-26

Post by solidlogicguy on Little endian to Float from Modbus RTU CODESYS Forge talk (Post)
Hello, I got a device from which I require to read values from I am using a WAGO PLC 750-8212 and I am communicating through Modbus Master FUNCTION BLOCK from library WagoAppPLCModbus in Codesys 3.5 to this device. I already receive data from the device that is a CVM to monitor voltage from a fuel cell. The technical support of the company that makes these devices says that the data is sent in little endian form. And I want to convert it to a float value. The tech support sent me the next instructions of how to do it but I am new using codesys, so any advice or help I will really appreciate so much. Message from tech support: The process is complicated, better to do it with already implemented library in the language/program you use. Basically the process should be next: To convert the two Modbus registers containing parts of a 32-bit float in little-endian byte order to a floating-point number using mathematical operations, you first need to combine the two 16-bit integers (assuming reg1 is the lower word and reg2 is the higher word) and then interpret the result according to the IEEE 754 standard. Given: - Register 192 (reg1) = 4096 - Register 193 (reg2) = 14884 Step 1: Combine the two registers. Since we are dealing with little-endian byte order, reg2 is the high word, and reg1 is the low word: combined = reg2 * 2^16 + reg1 combined = 14884 * 65536 + 4096 combined = 975175680 + 4096 combined = 975179776 Step 2: Convert the combined value to binary: combined_binary = '1110101101011100000000000000000' Step 3: Split the binary into IEEE 754 components: Sign bit (1 bit): 0 Exponent (8 bits): 11101011 Mantissa (23 bits): 01011100000000000000000 Step 4: Convert the binary exponent to decimal and subtract the bias (127 for 32-bit floats): exponent = int('11101011', 2) - 127 exponent = 235 - 127 exponent = 108 Step 5: Calculate the mantissa as a fraction: The mantissa in IEEE 754 format is the fractional part after the leading 1 (which is implicit). Therefore, we need to convert the binary mantissa to decimal and add the implicit leading 1: mantissa_fractional = 1 + int('01011100000000000000000', 2) / 2^23 mantissa_fractional = 1 + 18688 / 8388608 mantissa_fractional = 1 + 0.002227783203125 mantissa_fractional ā‰ˆ 1.002227783203125 Step 6: Combine the sign, exponent, and mantissa to get the float value: float_value = (-1)^0 * mantissa_fractional * 2^exponent float_value = 1 * 1.002227783203125 * 2^108 Because the exponent is quite large, the resulting float value is a very large number.
Last updated: 2023-12-15

Post by jackbrady on Function Blocks and arrays of function blocks CODESYS Forge talk (Post)
Hello, I am new to Codesys and PLC programming in general (please go easy ha!) I'm not looking for code to be written for me just some help and pointing in the right direction. I am writing some code to send commands to a relay based on input values (to put it simply). Quite basic stuff. I have wrote a function block that takes a global variable (Open_command:BOOL) and outputs to another global variable (Opened : BOOL). The function block is simulating a device so I'll eventually get the globals from that. I now need to create multiple versions of this function block/ device (lets say 100) but I need each iteration of that function block to reference it's own relevant global variable. I think that the best way of doing this would be to use arrays, although I could be wrong. I am aware that for up to 100 instances I could very well manually assign everything but that seems rather time consuming and I want a fancier way of doing it. Here is a very basic example of what I am looking to do, please note I have not written this in proper code it's just to show what I mean. Global Variables V[0-100] int Open_command [0-100] Bool Opened [0-100] Bool Function Block var input x : BOOL Var output y : BOOL if x then y = TRUE ELSE y = FALSE The input to my function block will be Open_command, output will be Opened Example code. If V[x] > 10 then Open_command [x] = TRUE ELSE Open_command [x] = FALSE (So when V1 goes above 10 I need Open_command1 = TRUE therefore initiating FB1 output. V2 > 10, open_command2 = True > FB2 output V3 > 10, open_command3 = True > FB3 output ... ... ) What I can't seem to figure out is how to tie all this together, I have read through the codesys documentation and if anything it has confused me more! ha. Apologies for the poorly written post but hopefully you understand what I am trying to get at. Thanks, Jack
Last updated: 2024-02-14

Post by hwillems on Ranges, Lambdas, on Fixed arrays of structs CODESYS Forge talk (Post)
I do datastructures and algorithms in Codesys. For example a Struct of Person with thing's like IdNumber, Name, Age etc. as example. Now i do all kind of calculations, filters. So i have this pretty big Fixed Array with Structs. On this struct i want to do simple stuff you can do easily in C++/Python/Rust etc. For example i want to do this: AvererageAge := Average(Peoples.Age); Then it will return the average of all members ages. Or Sort struct on age etc. Or sort on alphabetical Name. Or use Lambda functions to filter/mutate out things like, filter out everybody above 18 years old. Or remove people who it's name start with "A". Currently i have to write my own custom function for example sorting on Age. And make a super specific function based on that particulare datastructure. Here an Example: (*Before calling this FIlter method, set the mNodeFilterSwitch to the desired filter.*) CASE mNodeFilterSelect OF (********************************[ Status Filters ]***********************************) NodeID: FOR x := ACS_OUT_BEGIN TO ACS_OUT_END BY 1 DO FOR y := ACS_IN_BEGIN TO ACS_IN_END BY 1 DO IF marrNode[y].Status.oiNodeID > marrNode[y + 1].Status.oiNodeID THEN mNodeTemp := marrNode[y + 1]; marrNode[y + 1] := marrNode[y]; marrNode[y] := mNodeTemp; END_IF; END_FOR; END_FOR; Started: FOR x := DES_OUT_BEGIN TO DES_OUT_END BY -1 DO FOR y := DES_IN_BEGIN TO DES_IN_END BY -1 DO IF marrNode[y].Status.oxStarted > marrNode[y - 1].Status.oxStarted THEN mNodeTemp := marrNode[y - 1]; marrNode[y - 1] := marrNode[y]; marrNode[y] := mNodeTemp; END_IF; END_FOR; END_FOR; Starting: FOR x := DES_OUT_BEGIN TO DES_OUT_END BY -1 DO FOR y := DES_IN_BEGIN TO DES_IN_END BY -1 DO IF marrNode[y].Status.oxStarting > marrNode[y - 1].Status.oxStarting THEN mNodeTemp := marrNode[y - 1]; marrNode[y - 1] := marrNode[y]; marrNode[y] := mNodeTemp; END_IF; END_FOR; END_FOR; END_CASE; I have like 30+ of these in the enum. Not really DRY code right? These are custom made bubble sort filters in a function. You pass in the Datastructure, and say what function you want. (This is an enum collection of sorting functions) And then the Array with Nodes of Structs gets ordered. Why can't we have Iterators and Lambda's and build in standard functions like regular languages? Also i use bubble sort because it's the easiest to implement because i can't get this to code DRY. Problem with ST (Even the new one with classes) that it's very limited for programming datastructures and algorithms. Yes you still not want dynamic memory and you need to choose the correct algorithm so you know the most extreme edge cases regarding the time it takes to execute the algorithms.(Real-time execution) How are other people dealing with this? Here for example saw some software using an adjusted ST language and having FOR EACH possibility: https://www.fernhillsoftware.com/help/iec-61131/structured-text/st-for-each.html You can then build your own custom Iterator functions. I wish the IEC 61131-3 standard would be more expressive and having more standard modern features, but still keep close to the fact of no dynamics memory and real-time systems.
Last updated: 2023-08-31

Post by frank1001 on Codesys lƤuft nicht hoch CODESYS Forge talk (Post)
Bin Neuling bei Codesys. Habe Codesys 64 Bit installiert (3.5.1) Nach dem Starten geht nur ein EIngabefenster auf mit folgenden Inhalt. Weiter passiert nichts. Was kann ich machen ? //////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////// _/_/_/_/ _/_/_/_/ _/_/_/_/_/ _/_/_/_/_/_/ _/_/_/_/_/ _/_/ _/_/ _/_/_/_/_/ _/ _/_/_/_/_/_/ _/_/_/_/_/_/ _/_/_/_/_/_/ _/_/_/_/_/_/ _/_/_/_/_/_/ _/_/ _/_/ _/_/_/_/_/_/ _/_/_/ _/_/ _/_/ _/_/ _/_/ _/_/ _/_/ _/_/ _/_/ _/_/ _/_/ _/_/ _/_/_/_/_/ // // // // // //// //// //// //// /////// // // // // // // // // // // ///// ////// ////// ////// ////// ////// // ////// /// //// //// ///// ////// ///// // ///// _/ //////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////// 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>CM</cmp>, <id>0x00000001</id> <ver>3.5.19.20</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>CmpMemPool</cmp>, <id>0x0000001e</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>CmpLog</cmp>, <id>0x00000013</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>CmpSettings</cmp>, <id>0x0000001a</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysFile</cmp>, <id>0x00000104</id> <ver>3.5.19.20</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>CmpMemGC</cmp>, <id>0x0000001f</id> <ver>3.5.19.20</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysCom</cmp>, <id>0x00000100</id> <ver>3.5.19.10</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysCpuBreakpoints</cmp>, <id>0x00000305</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysCpuHandling</cmp>, <id>0x00000101</id> <ver>3.5.19.20</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysCrypto</cmp>, <id>0x00000141</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysDir</cmp>, <id>0x0000011b</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysEthernet</cmp>, <id>0x0000011c</id> <ver>3.5.19.20</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysEvent</cmp>, <id>0x00000102</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysExcept</cmp>, <id>0x00000103</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysFileStream</cmp>, <id>0x00000120</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysGraphicGDIPlus</cmp>, <id>0x0000012a</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysInt</cmp>, <id>0x00000106</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysInternalLib</cmp>, <id>0x00000107</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysMem</cmp>, <id>0x00000108</id> <ver>3.5.19.20</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysModule</cmp>, <id>0x00000109</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysMsgQ</cmp>, <id>0x0000010a</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysMutex</cmp>, <id>0x0000013a</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysNativeCommonControls</cmp>, <id>0x00000138</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysNativeControl</cmp>, <id>0x0000012f</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysOut</cmp>, <id>0x0000010b</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysPci</cmp>, <id>0x0000010c</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysPort</cmp>, <id>0x0000010d</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysProcess</cmp>, <id>0x0000010e</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysSem</cmp>, <id>0x0000010f</id> <ver>3.5.19.10</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysSemCount</cmp>, <id>0x00000139</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysSemProcess</cmp>, <id>0x00000119</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysShm</cmp>, <id>0x00000110</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysSocket</cmp>, <id>0x00000111</id> <ver>3.5.19.10</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysTarget</cmp>, <id>0x00000112</id> <ver>3.5.19.20</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysTask</cmp>, <id>0x00000114</id> <ver>3.5.19.10</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysTime</cmp>, <id>0x00000115</id> <ver>3.5.19.10</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysTimeRtc</cmp>, <id>0x00000127</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysTimer</cmp>, <id>0x00000116</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysWindow</cmp>, <id>0x00000117</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System: <cmp>SysWindowFileDialog</cmp>, <id>0x0000011a</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System|Dynamic: <cmp>SysTargetSoftMotion</cmp>, <id>0x00000112</id> <ver>3.5.19.20</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System|Dynamic: <cmp>SysCpuMultiCore</cmp>, <id>0x0000013d</id> <ver>3.5.19.20</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= System|Dynamic: <cmp>SysReadWriteLock</cmp>, <id>0x0000013e</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpAlarmManager</cmp>, <id>0x0000007c</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpApp</cmp>, <id>0x00000002</id> <ver>3.5.19.20</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpAppBP</cmp>, <id>0x00000073</id> <ver>3.5.19.20</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpAppForce</cmp>, <id>0x00000074</id> <ver>3.5.19.20</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpAsyncMgr</cmp>, <id>0x0000005f</id> <ver>3.5.19.20</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpAuditLog</cmp>, <id>0x000000a1</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpBinTagUtil</cmp>, <id>0x00000004</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpBinTagUtilIec</cmp>, <id>0x0000005c</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpBitmapPool</cmp>, <id>0x00000050</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpBlkDrvCom</cmp>, <id>0x00000006</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpBlkDrvShm</cmp>, <id>0x00000068</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpBlkDrvTcp</cmp>, <id>0x00000030</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpBlkDrvUdp</cmp>, <id>0x00000007</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpCAAAsyncMan</cmp>, <id>0x00004007</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpCAABehaviourModel</cmp>, <id>0x00004015</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpCAACallback</cmp>, <id>0x00004001</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpCAACanL2</cmp>, <id>0x00004004</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpCAADTUtil</cmp>, <id>0x00004013</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpCAAFile</cmp>, <id>0x00004008</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpCAAMemBlockMan</cmp>, <id>0x00004003</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpCAANetBaseServices</cmp>, <id>0x00004018</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpCAARealTimeClock</cmp>, <id>0x00004014</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpCAASdoClient</cmp>, <id>0x00004011</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpCAASdoServer</cmp>, <id>0x00004017</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpCAASegBufferMan</cmp>, <id>0x00004019</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpCAASerialCom</cmp>, <id>0x00004012</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpCAAStorage</cmp>, <id>0x0000007e</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpCAATick</cmp>, <id>0x00004009</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpCAATickUtil</cmp>, <id>0x00004010</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpCAATimer</cmp>, <id>0x00004016</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpCAATypes</cmp>, <id>0x00004006</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpChannelClient</cmp>, <id>0x00000008</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpChannelClientIec</cmp>, <id>0x0000005d</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpChannelMgr</cmp>, <id>0x00000009</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpChannelServer</cmp>, <id>0x0000000a</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpChecksum</cmp>, <id>0x0000000b</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpCodeMeter</cmp>, <id>0x0000007a</id> <ver>3.5.19.20</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpCommunicationLib</cmp>, <id>0x0000000c</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpCoreDump</cmp>, <id>0x00000083</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpCryptMD5</cmp>, <id>0x0000006a</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpDevice</cmp>, <id>0x0000000e</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpDynamicText</cmp>, <id>0x00000051</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpEventMgr</cmp>, <id>0x0000005b</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpFileTransfer</cmp>, <id>0x0000005e</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpIecStringUtils</cmp>, <id>0x0000007f</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpIecTask</cmp>, <id>0x00000011</id> <ver>3.5.19.20</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpIecVarAccess</cmp>, <id>0x00000060</id> <ver>3.5.19.20</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpIoDrvC</cmp>, <id>0x00000066</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpIoDrvIec</cmp>, <id>0x0000005a</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpIoMgr</cmp>, <id>0x00000012</id> <ver>3.5.19.10</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpIpc</cmp>, <id>0x0000001d</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpMonitor</cmp>, <id>0x00000014</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpMonitor2</cmp>, <id>0x00000032</id> <ver>3.5.19.20</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpNameServiceClient</cmp>, <id>0x00000015</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpNameServiceClientIec</cmp>, <id>0x0000011d</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpNameServiceServer</cmp>, <id>0x00000016</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpOPCUAClient</cmp>, <id>0x00000096</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpOPCUAProviderIecVarAccess</cmp>, <id>0x00000126</id> <ver>3.5.19.20</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpOPCUAServer</cmp>, <id>0x00000124</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpOPCUAStack</cmp>, <id>0x0000008d</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpObjectMgr</cmp>, <id>0x00000080</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpOpenSSL</cmp>, <id>0x00000033</id> <ver>3.5.19.10</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpPlcShell</cmp>, <id>0x00000128</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpRedundancy</cmp>, <id>0x00000129</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpRedundancyConnectionIP</cmp>, <id>0x0000ff03</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpRetain</cmp>, <id>0x00000017</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpRouter</cmp>, <id>0x00000018</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpSchedule</cmp>, <id>0x00000019</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpSecureChannel</cmp>, <id>0x00000090</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpSecurityManager</cmp>, <id>0x0000008e</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpSercos3Master</cmp>, <id>0x0000004c</id> <ver>3.1.2.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpSessionInformation</cmp>, <id>0x00000097</id> <ver>3.5.19.20</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpSrv</cmp>, <id>0x0000001c</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpSupervisor</cmp>, <id>0x0000008f</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpTraceMgr</cmp>, <id>0x00000070</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpUserDBFile</cmp>, <id>0x00000098</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpUserGroupsDBFile</cmp>, <id>0x00000099</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpUserMgr</cmp>, <id>0x00000061</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpUserObjectsDBFile</cmp>, <id>0x0000009c</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpVisuClientControllerHost</cmp>, <id>0x00000132</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpVisuHandler</cmp>, <id>0x00000054</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpVisuServer</cmp>, <id>0x00000057</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= <cmp>CmpXMLParser</cmp>, <id>0x00000058</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= Dynamic: <cmp>CmpTargetVisuStub</cmp>, <id>0x00000053</id> <ver>3.5.19.0</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= Dynamic: <cmp>CmpWebServer</cmp>, <id>0x00000071</id> <ver>3.5.19.10</ver> 2023-09-19T08:02:04.025Z: Cmp=CM, Class=1, Error=0, Info=10, pszInfo= Dynamic: <cmp>CmpWebServerHandlerV3</cmp>, <id>0x00000072</id> <ver>3.5.19.10</ver> 2023-09-19T08:02:04.045Z: Cmp=SysCpuMultiCore, Class=1, Error=0, Info=4, pszInfo= MultiCore support: [activated], all cores are used 2023-09-19T08:02:04.045Z: Cmp=SysCpuMultiCore, Class=1, Error=0, Info=4, pszInfo= Number of available cores: 8 2023-09-19T08:02:04.076Z: Cmp=CmpBlkDrvUdp, Class=1, Error=0, Info=6, pszInfo= Network interface: <ipaddress>192.168.1.167</ipaddress>, subnetmask <subnetmask>255.255.255.0</subnetmask> 2023-09-19T08:02:04.076Z: Cmp=CmpRouter, Class=1, Error=0, Info=4, pszInfo= Network interface <interface>ether 0</interface> at router <instance>0</instance> registered 2023-09-19T08:02:04.076Z: Cmp=CmpBlkDrvUdp, Class=1, Error=0, Info=6, pszInfo= Network interface: <ipaddress>192.168.56.1</ipaddress>, subnetmask <subnetmask>255.255.255.0</subnetmask> 2023-09-19T08:02:04.076Z: Cmp=CmpRouter, Class=1, Error=0, Info=4, pszInfo= Network interface <interface>ether 3</interface> at router <instance>1</instance> registered 2023-09-19T08:02:04.076Z: Cmp=CmpChannelMgr, Class=1, Error=0, Info=2, pszInfo= Running as network server 2023-09-19T08:02:04.076Z: Cmp=CmpChannelMgr, Class=1, Error=0, Info=1, pszInfo= Running as network client 2023-09-19T08:02:04.077Z: Cmp=CmpChannelServer, Class=1, Error=0, Info=0, pszInfo= <numofchannels>4</numofchannels> channels available, each of the size <buffersize>100000</buffersize> Bytes 2023-09-19T08:02:04.265Z: Cmp=CmpRedundancy, Class=1, Error=0, Info=0, pszInfo= Debug Messages not activated 2023-09-19T08:02:04.266Z: Cmp=CmpRedundancyConnectionIP, Class=1, Error=0, Info=0, pszInfo= Read connection settings... 2023-09-19T08:02:05.456Z: Cmp=CmpRouter, Class=1, Error=0, Info=4, pszInfo= Network interface <interface>BlkDrvShm</interface> at router <instance>2</instance> registered 2023-09-19T08:02:05.456Z: Cmp=CmpBlkDrvShm, Class=1, Error=0, Info=9, pszInfo= Local address (BlkDrvShm) set to 1 2023-09-19T08:02:05.463Z: Cmp=CmpBlkDrvTcp, Class=1, Error=0, Info=6, pszInfo= Local network address: <ipaddress>192.168.56.1</ipaddress> 2023-09-19T08:02:05.464Z: Cmp=CmpRouter, Class=1, Error=0, Info=4, pszInfo= Network interface <interface>BlkDrvTcp</interface> at router <instance>3</instance> registered 2023-09-19T08:02:05.507Z: Cmp=CmpOPCUAServer, Class=1, Error=0, Info=0, pszInfo= No certificate for the OPC UA server available. 2023-09-19T08:02:05.507Z: Cmp=CmpOPCUAServer, Class=1, Error=0, Info=0, pszInfo= Security policy allows plain text communication. Secure communication is deactivated. 2023-09-19T08:02:05.508Z: Cmp=CmpOPCUAServer, Class=1, Error=0, Info=0, pszInfo= ********** 2023-09-19T08:02:05.508Z: Cmp=CmpOPCUAServer, Class=1, Error=0, Info=0, pszInfo= OPC UA Server Started: 2023-09-19T08:02:05.508Z: Cmp=CmpOPCUAServer, Class=1, Error=0, Info=0, pszInfo= Hostname: SIEMENS, Port: 4840 2023-09-19T08:02:05.508Z: Cmp=CmpOPCUAServer, Class=1, Error=0, Info=0, pszInfo= URL: opc.tcp://SIEMENS:4840 2023-09-19T08:02:05.508Z: Cmp=CmpOPCUAServer, Class=1, Error=0, Info=0, pszInfo= Loopbackadapter activated. 2023-09-19T08:02:05.508Z: Cmp=CmpOPCUAServer, Class=1, Error=0, Info=0, pszInfo= All available networkadapters are used. 2023-09-19T08:02:05.508Z: Cmp=CmpOPCUAServer, Class=1, Error=0, Info=0, pszInfo= Multithreading activated. 7 workers used. 2023-09-19T08:02:05.508Z: Cmp=CmpOPCUAServer, Class=1, Error=0, Info=0, pszInfo= ************ 2023-09-19T08:02:05.513Z: Cmp=CmpOPCUAServer, Class=1, Error=0, Info=0, pszInfo= Provider 'CODESYS_DefaultProvider' (version 0x3051300) registered at the OPC UA server. 2023-09-19T08:02:05.522Z: Cmp=CM, Class=1, Error=0, Info=0, pszInfo= ========================================================================= 2023-09-19T08:02:05.522Z: Cmp=CM, Class=1, Error=0, Info=4, pszInfo= CODESYS SoftMotion Win V3 x64 2023-09-19T08:02:05.522Z: Cmp=CM, Class=1, Error=0, Info=4, pszInfo= OS=Windows, CPU=x86, Arch=64Bit, Coding=C 2023-09-19T08:02:05.522Z: Cmp=CM, Class=1, Error=0, Info=6, pszInfo= <version>3.5.19.20</version> <builddate>Aug 1 2023</builddate> 2023-09-19T08:02:05.522Z: Cmp=CM, Class=1, Error=0, Info=5, pszInfo= Copyright CODESYS Development GmbH 2023-09-19T08:02:05.522Z: Cmp=CM, Class=1, Error=0, Info=0, pszInfo= ========================================================================= 2023-09-19T08:02:05.529Z: Cmp=CmpOPCUAServer, Class=1, Error=0, Info=0, pszInfo= Provider 'AddressSpaceFragment Provider' (version 0x3051314) registered at the OPC UA server. 2023-09-19T08:02:05.530Z: Cmp=CmpOPCUAServer, Class=1, Error=0, Info=0, pszInfo= Provider 'OPC UA for IEC-61131-3' (version 0x3051314) registered at the OPC UA server. 2023-09-19T08:02:05.530Z: Cmp=CmpOPCUAServer, Class=1, Error=0, Info=0, pszInfo= Provider 'AlarmManager' (version 0x3051314) registered at the OPC UA server. 2023-09-19T08:02:05.606Z: Cmp=CmpRouter, Class=1, Error=0, Info=1, pszInfo= Setting router <instance>0</instance> address to (00a7) 2023-09-19T08:02:05.606Z: Cmp=CmpRouter, Class=1, Error=0, Info=1, pszInfo= Setting router <instance>1</instance> address to (0001) 2023-09-19T08:02:05.606Z: Cmp=CmpRouter, Class=1, Error=0, Info=1, pszInfo= Setting router <instance>2</instance> address to (0001) 2023-09-19T08:02:05.606Z: Cmp=CmpRouter, Class=1, Error=0, Info=1, pszInfo= Setting router <instance>3</instance> address to (2ddc:c0a8:3801) 2023-09-19T08:02:05.611Z: Cmp=CM, Class=1, Error=0, Info=34, pszInfo= CODESYS Control ready 2023-09-19T08:02:05.796Z: Cmp=CM, Class=2, Error=0, Info=0, pszInfo=!!!! no runtime license - running in demo mode(~2 hours)
Last updated: 2023-09-19

Post by svenkaro on Codesyscontrol.service stoppt nach 30s CODESYS Forge talk (Post)
Hallo nano, anbei das Logfile ;********* ;<loggername>codesyscontrol.log</loggername> ;<logoptions> ; <enable>1</enable> ; <type>normal</type> ; <timestamp>rtc high resolution</timestamp> ; <deactivatable>0</deactivatable> ; <dump>always</dump> ; <filter>0x0000000f<filter> ; <maxentries>100000</maxentries> ; <maxfiles>1</maxfiles> ; <maxfilesize>1000000</maxfilesize> ;</filter></filter></logoptions> ;<entries> ;Timestamp, CmpId, ClassId, ErrorId, InfoId, InfoText ;ClassId: LOG_INFO =1 ;ClassId: LOG_WARNING =2 ;ClassId: LOG_ERROR =4 ;ClassId: LOG_EXCEPTION =8 ;ClassId: LOG_DEBUG =16 ;ClassId: LOG_PRINTF =32 ;ClassId: LOG_COM =64 ;</entries> ;********* 2024-06-20T06:07:12.085Z, 0x0000013d, 16, 0, 0, OpenCpusetCpusEffective: using core(s) "0-3" from /sys/fs/cgroup/cpuset.cpus.effective 2024-06-20T06:07:12.085Z, 0x00000109, 16, 0, 0, SysModuleLoad: libCmpBACnet.so: 0x92ae530 2024-06-20T06:07:12.085Z, 0x00000109, 16, 0, 0, SysModuleLoad: libCmpBACnet2.so: 0x92af008 2024-06-20T06:07:12.085Z, 0x00000109, 16, 0, 0, SysModuleLoad: libCmpPLCHandler.so: 0x92afb08 2024-06-20T06:07:12.085Z, 0x00000109, 16, 0, 0, SysModuleLoad: libCmpGwClient.so: 0x92affe8 2024-06-20T06:07:12.085Z, 0x00000109, 16, 0, 0, SysModuleLoad: libCmpXMLParser.so: 0x92b04c0 2024-06-20T06:07:12.085Z, 0x00000109, 16, 0, 0, SysModuleLoad: libCmpGwClientCommDrvTcp.so: 0x92b09a0 2024-06-20T06:07:12.086Z, 0x00000013, 1, 0, 0, <logoptions> 2024-06-20T06:07:12.086Z, 0x00000013, 1, 0, 0, <benable>1</benable> 2024-06-20T06:07:12.086Z, 0x00000013, 1, 0, 0, <type>normal</type> 2024-06-20T06:07:12.086Z, 0x00000013, 1, 0, 0, <timestamp>rtc high resolution</timestamp> 2024-06-20T06:07:12.086Z, 0x00000013, 1, 0, 0, <disableable>0</disableable> 2024-06-20T06:07:12.086Z, 0x00000013, 1, 0, 0, <filter>0x0000000f</filter> 2024-06-20T06:07:12.086Z, 0x00000013, 1, 0, 0, <maxentries>100000</maxentries> 2024-06-20T06:07:12.086Z, 0x00000013, 1, 0, 0, <maxfiles>1</maxfiles> 2024-06-20T06:07:12.086Z, 0x00000013, 1, 0, 0, <maxfilesize>1000000</maxfilesize> 2024-06-20T06:07:12.086Z, 0x00000013, 1, 0, 0, </logoptions> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>CM</cmp>, <id>0x00000001</id> <ver>3.5.19.61</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>CmpMemPool</cmp>, <id>0x0000001e</id> <ver>3.5.19.60</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>CmpLog</cmp>, <id>0x00000013</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>CmpSettings</cmp>, <id>0x0000001a</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>SysFile</cmp>, <id>0x00000104</id> <ver>3.5.19.50</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>CmpMemGC</cmp>, <id>0x0000001f</id> <ver>3.5.19.20</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>SysCom</cmp>, <id>0x00000100</id> <ver>3.5.19.10</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>SysCpuHandling</cmp>, <id>0x00000101</id> <ver>3.5.19.20</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>SysCpuMultiCore</cmp>, <id>0x0000013d</id> <ver>3.5.19.20</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>SysCrypto</cmp>, <id>0x00000141</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>SysDir</cmp>, <id>0x0000011b</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>SysEthernet</cmp>, <id>0x0000011c</id> <ver>3.5.19.20</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>SysEvent</cmp>, <id>0x00000102</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>SysExcept</cmp>, <id>0x00000103</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>SysInternalLib</cmp>, <id>0x00000107</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>SysMem</cmp>, <id>0x00000108</id> <ver>3.5.19.50</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>SysModule</cmp>, <id>0x00000109</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>SysMsgQ</cmp>, <id>0x0000010a</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>SysMutex</cmp>, <id>0x0000013a</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>SysOut</cmp>, <id>0x0000010b</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>SysProcess</cmp>, <id>0x0000010e</id> <ver>3.5.19.50</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>SysSem</cmp>, <id>0x0000010f</id> <ver>3.5.19.10</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>SysSemCount</cmp>, <id>0x00000139</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>SysSemProcess</cmp>, <id>0x00000119</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>SysShm</cmp>, <id>0x00000110</id> <ver>3.5.19.50</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>SysSocket</cmp>, <id>0x00000111</id> <ver>3.5.19.30</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>SysTarget</cmp>, <id>0x00000112</id> <ver>3.5.19.61</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>SysTask</cmp>, <id>0x00000114</id> <ver>3.5.19.10</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>SysTime</cmp>, <id>0x00000115</id> <ver>3.5.19.10</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>SysTimeRtc</cmp>, <id>0x00000127</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, System: <cmp>SysTimer</cmp>, <id>0x00000116</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpAlarmManager</cmp>, <id>0x0000007c</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpApp</cmp>, <id>0x00000002</id> <ver>3.5.19.60</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpAppBP</cmp>, <id>0x00000073</id> <ver>3.5.19.20</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpAppForce</cmp>, <id>0x00000074</id> <ver>3.5.19.20</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpAsyncMgr</cmp>, <id>0x0000005f</id> <ver>3.5.19.20</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpAuditLog</cmp>, <id>0x000000a1</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpBinTagUtil</cmp>, <id>0x00000004</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpBinTagUtilIec</cmp>, <id>0x0000005c</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpBitmapPool</cmp>, <id>0x00000050</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpBlkDrvTcp</cmp>, <id>0x00000030</id> <ver>3.5.19.50</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpBlkDrvUdp</cmp>, <id>0x00000007</id> <ver>3.5.19.30</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpCAAAsyncMan</cmp>, <id>0x00004007</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpCAABehaviourModel</cmp>, <id>0x00004015</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpCAACallback</cmp>, <id>0x00004001</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpCAACanL2</cmp>, <id>0x00004004</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpCAADTUtil</cmp>, <id>0x00004013</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpCAAFile</cmp>, <id>0x00004008</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpCAAMemBlockMan</cmp>, <id>0x00004003</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpCAANetBaseServices</cmp>, <id>0x00004018</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpCAARealTimeClock</cmp>, <id>0x00004014</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpCAASdoClient</cmp>, <id>0x00004011</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpCAASdoServer</cmp>, <id>0x00004017</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpCAASegBufferMan</cmp>, <id>0x00004019</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpCAASerialCom</cmp>, <id>0x00004012</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpCAAStorage</cmp>, <id>0x0000007e</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpCAATick</cmp>, <id>0x00004009</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpCAATickUtil</cmp>, <id>0x00004010</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpCAATimer</cmp>, <id>0x00004016</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpCAATypes</cmp>, <id>0x00004006</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpChannelClient</cmp>, <id>0x00000008</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpChannelClientIec</cmp>, <id>0x0000005d</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpChannelMgr</cmp>, <id>0x00000009</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpChannelServer</cmp>, <id>0x0000000a</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpCharDevice</cmp>, <id>0x00000300</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpChecksum</cmp>, <id>0x0000000b</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpCodeMeter</cmp>, <id>0x0000007a</id> <ver>3.5.19.50</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpCommunicationLib</cmp>, <id>0x0000000c</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpCoreDump</cmp>, <id>0x00000083</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpCryptMD5</cmp>, <id>0x0000006a</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpDevice</cmp>, <id>0x0000000e</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpDynamicText</cmp>, <id>0x00000051</id> <ver>3.5.19.30</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpEL6751CanDrv</cmp>, <id>0x00005f0b</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpEventMgr</cmp>, <id>0x0000005b</id> <ver>3.5.19.30</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpEventMgrUnixBackend</cmp>, <id>0x000000a4</id> <ver>4.11.0.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpFileTransfer</cmp>, <id>0x0000005e</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpIecStringUtils</cmp>, <id>0x0000007f</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpIecTask</cmp>, <id>0x00000011</id> <ver>3.5.19.30</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpIecVarAccess</cmp>, <id>0x00000060</id> <ver>3.5.19.30</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpIoDrvIec</cmp>, <id>0x0000005a</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpIoMgr</cmp>, <id>0x00000012</id> <ver>3.5.19.30</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpKnxStack</cmp>, <id>0x0000004d</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpLinuxInterrupt</cmp>, <id>0x000000a2</id> <ver>3.5.17.10</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpLinuxRTDiag</cmp>, <id>0x000000a7</id> <ver>4.11.0.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpMonitor2</cmp>, <id>0x00000032</id> <ver>3.5.19.20</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpNameServiceClient</cmp>, <id>0x00000015</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpNameServiceClientIec</cmp>, <id>0x0000011d</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpNameServiceServer</cmp>, <id>0x00000016</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpOPCUAClient</cmp>, <id>0x00000096</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpOPCUAProviderIecVarAccess</cmp>, <id>0x00000126</id> <ver>3.5.19.50</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpOPCUAServer</cmp>, <id>0x00000124</id> <ver>3.5.19.30</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpOPCUAStack</cmp>, <id>0x0000008d</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpOpenSSL</cmp>, <id>0x00000033</id> <ver>3.5.19.61</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpPlcShellLinux</cmp>, <id>0x00000128</id> <ver>4.11.0.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpPlcShellLinuxBackend</cmp>, <id>0x000000a5</id> <ver>4.11.0.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpRasPi</cmp>, <id>0x00000089</id> <ver>4.11.0.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpRedundancy</cmp>, <id>0x00000129</id> <ver>3.5.19.30</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpRedundancyConnectionIP</cmp>, <id>0x0000ff03</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpRetain</cmp>, <id>0x00000017</id> <ver>3.5.19.50</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpRouter</cmp>, <id>0x00000018</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpRunStopSwitch</cmp>, <id>0x000000a6</id> <ver>4.11.0.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpSchedule</cmp>, <id>0x00000019</id> <ver>3.5.19.50</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpSecureChannel</cmp>, <id>0x00000090</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpSecurityManager</cmp>, <id>0x0000008e</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpSessionInformation</cmp>, <id>0x00000097</id> <ver>3.5.19.20</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpSocketCanDrv</cmp>, <id>0x00005f0d</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpSocketUnix</cmp>, <id>0x000000a3</id> <ver>4.11.0.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpSrv</cmp>, <id>0x0000001c</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpTraceMgr</cmp>, <id>0x00000070</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpUserDBFile</cmp>, <id>0x00000098</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpUserGroupsDBFile</cmp>, <id>0x00000099</id> <ver>3.5.19.50</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpUserMgr</cmp>, <id>0x00000061</id> <ver>3.5.19.50</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpUserObjectsDBFile</cmp>, <id>0x0000009c</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpVisuHandler</cmp>, <id>0x00000054</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpVisuServer</cmp>, <id>0x00000057</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpWebServer</cmp>, <id>0x00000071</id> <ver>3.5.19.30</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, <cmp>CmpWebServerHandlerV3</cmp>, <id>0x00000072</id> <ver>3.5.19.10</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, Dynamic: <cmp>CmpBACnet</cmp>, <id>0x00000400</id> <ver>3.5.19.50</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, Dynamic: <cmp>CmpBACnet2</cmp>, <id>0x00000401</id> <ver>3.5.19.10</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, Dynamic: <cmp>CmpPLCHandler</cmp>, <id>0x0000002a</id> <ver>3.5.19.61</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, Dynamic: <cmp>CmpGwClient</cmp>, <id>0x00000021</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, Dynamic: <cmp>CmpXMLParser</cmp>, <id>0x00000058</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.086Z, 0x00000001, 1, 0, 10, Dynamic: <cmp>CmpGwClientCommDrvTcp</cmp>, <id>0x00000022</id> <ver>3.5.19.0</ver> 2024-06-20T06:07:12.125Z, 0x0000013d, 1, 0, 4, MultiCore support: [activated], all cores are used 2024-06-20T06:07:12.125Z, 0x0000013d, 1, 0, 4, Number of available cores: 4 2024-06-20T06:07:12.134Z, 0x00000401, 2, 0, 0, !!!! Warning: component CmpBACnet loaded already 2024-06-20T06:07:12.184Z, 0x00000007, 1, 0, 6, Network interface: <ipaddress>10.94.25.39</ipaddress>, subnetmask <subnetmask>255.255.255.0</subnetmask> 2024-06-20T06:07:12.184Z, 0x00000018, 1, 0, 4, Network interface <interface>ether 2</interface> at router <instance>0</instance> registered 2024-06-20T06:07:12.185Z, 0x00000009, 1, 0, 2, Running as network server 2024-06-20T06:07:12.185Z, 0x00000009, 1, 0, 1, Running as network client 2024-06-20T06:07:12.186Z, 0x0000000a, 1, 0, 0, <numofchannels>4</numofchannels> channels available, each of the size <buffersize>100000</buffersize> Bytes 2024-06-20T06:07:12.254Z, 0x00000400, 1, 0, 0, CmpBACnet 1024 BACstack information 2024-06-20T06:07:12.254Z, 0x00000400, 1, 0, 0, version = 15.0.1.1 2024-06-20T06:07:12.254Z, 0x00000400, 1, 0, 0, __BYTE_ORDER = 1234 2024-06-20T06:07:12.254Z, 0x00000400, 1, 0, 0, TARGET_IEEE_FP_FORMAT = 1 2024-06-20T06:07:12.254Z, 0x00000400, 1, 0, 0, TARGET_FP_BIG_ENDIAN = 0 2024-06-20T06:07:12.254Z, 0x00000400, 1, 0, 0, TARGET_DP_BIG_ENDIAN = 0 2024-06-20T06:07:12.254Z, 0x00000400, 1, 0, 0, TARGET_INTEGRAL_BIG_ENDIAN = 0 2024-06-20T06:07:12.254Z, 0x00000400, 1, 0, 0, TARGET_USED_ALIGNMENT = 4 2024-06-20T06:07:12.254Z, 0x00000401, 1, 0, 0, CmpBACnet2 1025 BACstack information 2024-06-20T06:07:12.254Z, 0x00000401, 1, 0, 0, version = 25.1.5.1 2024-06-20T06:07:12.254Z, 0x00000401, 1, 0, 0, __BYTE_ORDER = 1234 2024-06-20T06:07:12.254Z, 0x00000401, 1, 0, 0, TARGET_IEEE_FP_FORMAT = 1 2024-06-20T06:07:12.254Z, 0x00000401, 1, 0, 0, TARGET_FP_BIG_ENDIAN = 0 2024-06-20T06:07:12.254Z, 0x00000401, 1, 0, 0, TARGET_DP_BIG_ENDIAN = 0 2024-06-20T06:07:12.254Z, 0x00000401, 1, 0, 0, TARGET_INTEGRAL_BIG_ENDIAN = 0 2024-06-20T06:07:12.254Z, 0x00000401, 1, 0, 0, TARGET_MCU_USED_ALIGNMENT = 4 2024-06-20T06:07:12.261Z, 0x00000129, 1, 0, 0, Debug Messages not activated 2024-06-20T06:07:12.262Z, 0x0000ff03, 1, 0, 0, Read connection settings... 2024-06-20T06:07:12.266Z, 0x00000030, 1, 0, 6, Local network address: <ipaddress>10.94.25.39</ipaddress> 2024-06-20T06:07:12.266Z, 0x00000018, 1, 0, 4, Network interface <interface>BlkDrvTcp</interface> at router <instance>1</instance> registered 2024-06-20T06:07:12.272Z, 0x00000124, 1, 0, 0, No certificate for the OPC UA server available. 2024-06-20T06:07:12.272Z, 0x00000124, 1, 0, 0, Security policy allows plain text communication. Secure communication is deactivated. 2024-06-20T06:07:12.272Z, 0x00000124, 1, 0, 0, ********** 2024-06-20T06:07:12.272Z, 0x00000124, 1, 0, 0, OPC UA Server Started: 2024-06-20T06:07:12.272Z, 0x00000124, 1, 0, 0, Hostname: raspberrypi, Port: 4840 2024-06-20T06:07:12.272Z, 0x00000124, 1, 0, 0, URL: opc.tcp://raspberrypi:4840 2024-06-20T06:07:12.272Z, 0x00000124, 1, 0, 0, Loopbackadapter activated. 2024-06-20T06:07:12.272Z, 0x00000124, 1, 0, 0, All available networkadapters are used. 2024-06-20T06:07:12.272Z, 0x00000124, 1, 0, 0, Multithreading activated. 3 workers used. 2024-06-20T06:07:12.272Z, 0x00000124, 1, 0, 0, ************ 2024-06-20T06:07:12.286Z, 0x00000124, 1, 0, 0, Provider 'CODESYS_DefaultProvider' (version 0x305131e) registered at the OPC UA server. 2024-06-20T06:07:12.287Z, 0x000000a6, 1, 0, 0, Not able to read file of Run/Stop switch. Functionality of component disabled 2024-06-20T06:07:12.306Z, 0x00000001, 1, 0, 0, ========================================================================= 2024-06-20T06:07:12.306Z, 0x00000001, 1, 0, 4, CODESYS Control for Raspberry Pi MC SL 2024-06-20T06:07:12.306Z, 0x00000001, 1, 0, 4, OS=Linux, CPU=ARM, Arch=32Bit, Coding=C 2024-06-20T06:07:12.306Z, 0x00000001, 1, 0, 6, <version>3.5.19.61</version> <builddate>Feb 22 2024</builddate> 2024-06-20T06:07:12.306Z, 0x00000001, 1, 0, 5, Copyright CODESYS Development GmbH 2024-06-20T06:07:12.306Z, 0x00000001, 1, 0, 0, ========================================================================= 2024-06-20T06:07:12.308Z, 0x00000124, 1, 0, 0, Provider 'AddressSpaceFragment Provider' (version 0x3051332) registered at the OPC UA server. 2024-06-20T06:07:12.309Z, 0x00000124, 1, 0, 0, Provider 'OPC UA for IEC-61131-3' (version 0x3051332) registered at the OPC UA server. 2024-06-20T06:07:12.309Z, 0x00000124, 1, 0, 0, Provider 'AlarmManager' (version 0x3051332) registered at the OPC UA server. 2024-06-20T06:07:12.321Z, 0x00000018, 1, 0, 1, Setting router <instance>0</instance> address to (0027) 2024-06-20T06:07:12.321Z, 0x00000018, 1, 0, 1, Setting router <instance>1</instance> address to (2ddc:0a5e:1927) 2024-06-20T06:07:12.332Z, 0x00000001, 1, 0, 34, CODESYS Control ready 2024-06-20T06:07:12.333Z, 0x00000001, 2, 0, 0, !!!! Warning: no runtime license - running in demo mode(~2 hours) WƤre der Zeitraum nicht nur 30s kƶnnte ich das beenden auf Grund der letzten Zeile nachvollziehen. Hoffe Du hast eine Idee, vielen Dank.
Last updated: 2024-06-20

Post by sushela on Temu Coupon Code 90% Off [acq615756] for First-Time Users CODESYS Forge talk (Post)
Temu Coupon Code 90% Off [acq615756]: A Comprehensive Guide Temu has emerged as a top choice for shoppers looking for quality products at affordable prices. Whether you're shopping for electronics, clothing, beauty products, or home essentials, Temu has it all. And to make your shopping experience even better, Temu offers various coupon codes that give users access to significant discounts. One of the most sought-after deals is the Temu coupon code 90% off [acq615756] for first-time users. In this article, weā€™ll explore everything you need to know about this offer and other popular Temu coupon codes, including those for existing customers. Temu Coupon Code 90% Off [acq615756] for First-Time Users If youā€™re new to Temu, youā€™re in for a treat! The Temu coupon code 90% off [acq615756] is a fantastic offer for first-time users, providing a massive discount on your initial purchase. This deal allows you to get your first order at almost one-tenth of the price, which is an amazing opportunity to test out Temuā€™s products without breaking the bank. To use the 90% off coupon: Sign up for a Temu account. Add eligible items to your cart. Apply the [acq615756] code at checkout. Enjoy your steep discount and complete your purchase. This offer is usually limited to first-time users, so if youā€™re already a registered user, keep reading for other exciting discount options. Temu Coupon Code $100 Off [acq615756] The Temu coupon code $100 off [acq615756] is another high-value offer, perfect for customers making larger purchases. This coupon gives users a $100 discount on their order, which is especially helpful when buying high-priced items or bulk purchases. While some restrictions may apply (like minimum order values), the $100 off coupon is a powerful way to slash your total cost significantly. 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This offer is generally tied to larger order values and specific products, so make sure your cart meets the minimum spend before attempting to redeem it. Temu Coupon Code $120 Off [acq615756] The Temu coupon code $120 off [acq615756] strikes a balance between mid- and high-tier purchases. With this code, you can get a $120 discount on qualifying orders, providing excellent savings for those looking to buy electronics, furniture, or other pricier items. This code is perfect for users who want a substantial discount but arenā€™t making purchases large enough to qualify for the $300 off coupon. Temu Coupon Code 50% Off [acq615756] The Temu coupon code 50% off [acq615756] is a versatile discount that works across a broad range of products. Whether you're shopping for home goods, fashion, or tech accessories, this code can halve your total cost, making it one of the most popular offers among shoppers. The 50% off coupon can be applied to eligible items in your cart, though it might come with certain conditions such as a minimum spend or item restrictions. Be sure to review the specific terms before using the code. How to Use Temu Coupon Code [acq615756] Using any of the Temu coupon codes, including [acq615756], is simple and straightforward. Hereā€™s a step-by-step guide: Create or Log in to Your Temu Account: If youā€™re a first-time user, sign up for a new account. If youā€™re an existing user, simply log in. Add Items to Your Cart: Browse through Temuā€™s vast selection of products and add eligible items to your cart. Apply the Coupon Code: Enter [acq615756] or the relevant code in the promo code section at checkout. Complete the Purchase: Review the final price, and if everything looks good, proceed with your payment and enjoy your savings. Conclusion Temu offers a variety of coupon codes that can help both new and existing customers save significantly on their purchases. Whether youā€™re looking for a 90% off coupon for your first order or a $300 off coupon for large purchases, thereā€™s a code that fits your needs. The Temu coupon code [acq615756] is particularly valuable, offering a range of discounts that can be applied to multiple orders. Make sure to check the specific terms and conditions of each offer to maximize your savings. Happy shopping!
Last updated: 2024-10-26

Post by mogam on Internal error:System.NullReferenceException: The object reference was not set to an object instance. CODESYS Forge talk (Post)
Hi everyone, I have a my App that reads values from a shared memory than 2 variables x,y were calculated. here as you can see in my code: PROGRAM PLC_PRG VAR szName : STRING := '/SM'; ( Name of the shared memory.) uxiSize : __UXINT := 646 * 2 * SIZEOF(REAL); ( Size of the shared memory. ) hShm : RTS_IEC_HANDLE; ( Handle to the shared memory ) pStart : POINTER TO REAL; ( Pointer to the first element in the memory ) pData : POINTER TO REAL; ( Pointer, which is incremented until the last sign in the memory is reached. ) shared_data :ARRAY[0..645, 0..1] OF REAL; velocity : ARRAY[0..2] OF REAL; ( Velocity array ) position : ARRAY[0..2] OF REAL; ( Position array ) angleDepth : ARRAY[0..645, 0..1] OF REAL; ( Angle and depth array ) xEndOfMemory : BOOL; x : ARRAY[0..645] OF REAL := 1.0; y : ARRAY[0..645] OF REAL := 1.0; (* Result of actions at the memory. *) OpenResult : RTS_IEC_RESULT; ReadResult : RTS_IEC_RESULT; PointerResult : RTS_IEC_RESULT; DeleteResult : RTS_IEC_RESULT; CloseResult : RTS_IEC_RESULT; i : INT; END_VAR ( Open the shared memory ) hShm := SysSharedMemoryOpen2(szName, 0, ADR(uxiSize), ADR(OpenResult)); IF hShm <> RTS_INVALID_HANDLE THEN (* Read the entire shared memory table *) SysSharedMemoryRead(hShm:= hShm, ulOffset:= 0, pbyData:= ADR(shared_data), ulSize:= uxiSize, pResult:= ADR(ReadResult)); (* Fetch the pointer from the shared memory. The pointer is pointing to the first element address *) //pStart := SysSharedMemoryGetPointer(hShm, ADR(PointerResult)); (* Close the shared memory *) //CloseResult := SysSharedMemoryClose(hShm := hShm); (* Read velocity and position data from the shared memory *) FOR i := 0 TO 2 DO velocity[i] := shared_data[i, 0]; position[i] := shared_data[i, 1]; END_FOR; (* Read angle and depth data from the shared memory *) FOR i := 0 TO 645 DO angleDepth[i, 0] := shared_data[(i + 6), 0]; angleDepth[i, 1] := shared_data[(i + 6), 1]; END_FOR; FOR i := 0 TO 645 DO x[i] := angleDepth[i, 1]*COS(angleDepth[i, 0]); y[i] := angleDepth[i, 1]*SIN(angleDepth[i, 0]); END_FOR; END_IF For these values an XY-CHART needs to be done and when i create a visualisation and set the x data and y data when i try to compile, i recieve this error: ------ Ɯbersetzungslauf gestartet: Applikation: Device.Read_App ------- Code typisieren ... [FEHLER] Internal error:System.NullReferenceException: Der Objektverweis wurde nicht auf eine Objektinstanz festgelegt. bei _3S.CoDeSys.LanguageModelManager.LDateType.Accept(ITypeVisitor typvis) bei ..(_IVariable , IScope5 , _ICompileContext , _ISignature ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String , IVariable[]& , ISignature[]& ) bei ..(String , IVariable[]& , ISignature[]& , IScope& ) bei ..visit(_IVariableExpression , AccessFlag ) bei ..(_IUserdefType ) bei ..(_IVariable , IScope5 , _ICompileContext , _ISignature ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String , IVariable[]& , ISignature[]& ) bei ..(String , IVariable[]& , ISignature[]& , IScope& ) bei ..visit(_IVariableExpression , AccessFlag ) bei ..(_IUserdefType ) bei ..(_IVariable , IScope5 , _ICompileContext , _ISignature ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String , IVariable[]& , ISignature[]& ) bei ..(String , IVariable[]& , ISignature[]& , IScope& ) bei ..visit(_IVariableExpression , AccessFlag ) bei ..(_IUserdefType ) bei ..(_IVariable , IScope5 , _ICompileContext , _ISignature ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String , IVariable[]& , ISignature[]& ) bei ..(String , IVariable[]& , ISignature[]& , IScope& ) bei ..visit(_IVariableExpression , AccessFlag ) bei ..(_IUserdefType ) bei ..(_IArrayType ) bei ..(_IPointerType ) bei ..(_IVariable , IScope5 , _ICompileContext , _ISignature ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String , IVariable[]& , ISignature[]& ) bei ..(String , IVariable[]& , ISignature[]& , IScope& ) bei ..visit(_IVariableExpression , AccessFlag ) bei ..(_IUserdefType ) bei ..(_IPointerType ) bei ..(_IVariable , IScope5 , _ICompileContext , _ISignature ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String , IVariable[]& , ISignature[]& ) bei ..(String , IVariable[]& , ISignature[]& , IScope& ) bei ..visit(_IVariableExpression , AccessFlag ) bei ..(_IUserdefType ) bei ..(_IVariable , IScope5 , _ICompileContext , _ISignature ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String , IVariable[]& , ISignature[]& ) bei ..(String , IVariable[]& , ISignature[]& , IScope& ) bei ..visit(_IVariableExpression , AccessFlag ) bei ..(_IUserdefType ) bei ..(_IVariable , IScope5 , _ICompileContext , _ISignature ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String , IVariable[]& , ISignature[]& ) bei ..(String , IVariable[]& , ISignature[]& , IScope& ) bei ..visit(_IVariableExpression , AccessFlag ) bei ..(_IUserdefType ) bei ..(_IPointerType ) bei ..(_IVariable , IScope5 , _ICompileContext , _ISignature ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String , IVariable[]& , ISignature[]& ) bei ..(String , IVariable[]& , ISignature[]& , IScope& ) bei ..visit(_IVariableExpression , AccessFlag ) bei ..(_IUserdefType ) bei ..(_IVariable , IScope5 , _ICompileContext , _ISignature ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String , IVariable[]& , ISignature[]& ) bei ..(String , IVariable[]& , ISignature[]& , IScope& ) bei ..visit(_IVariableExpression , AccessFlag ) bei ..(_IUserdefType ) bei ..(_IVariable , IScope5 , _ICompileContext , _ISignature ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei _3S.CoDeSys.Compiler35140.Compiler.(_ICompileContext , _IPreCompileContext , _ICompileContext , IProgressCallback ) bei _3S.CoDeSys.Compiler35140.Compiler.(_ICompileContext , Boolean , Boolean , _IPreCompileContext , _IPreCompileContext , _ICompileContext , Boolean , Boolean& , IProgressCallback ) bei _3S.CoDeSys.Compiler35140.Compiler.(Guid , Boolean , Boolean , Boolean , Boolean& , _ICompileContext& , _ICompileContext& , IProgressCallback , Boolean , Boolean ) Kompilierung abgeschlossen -- 1 Fehler, 0 Warnungen Ɯbersetzung abgeschlossen -- 1 Fehler, 0 Warnungen : Kein Download mƶglich!
Last updated: 2024-05-24

Post by mogam on Internal error:System.NullReferenceException: The object reference was not set to an object instance. CODESYS Forge talk (Post)
Hi everyone, I have a my App that reads values from a shared memory than 2 variables x,y were calculated. here as you can see in my code: PROGRAM PLC_PRG VAR szName : STRING := '/SM'; ( Name of the shared memory.) uxiSize : __UXINT := 646 * 2 * SIZEOF(REAL); ( Size of the shared memory. ) hShm : RTS_IEC_HANDLE; ( Handle to the shared memory ) pStart : POINTER TO REAL; ( Pointer to the first element in the memory ) pData : POINTER TO REAL; ( Pointer, which is incremented until the last sign in the memory is reached. ) shared_data :ARRAY[0..645, 0..1] OF REAL; velocity : ARRAY[0..2] OF REAL; ( Velocity array ) position : ARRAY[0..2] OF REAL; ( Position array ) angleDepth : ARRAY[0..645, 0..1] OF REAL; ( Angle and depth array ) xEndOfMemory : BOOL; x : ARRAY[0..645] OF REAL := 1.0; y : ARRAY[0..645] OF REAL := 1.0; (* Result of actions at the memory. *) OpenResult : RTS_IEC_RESULT; ReadResult : RTS_IEC_RESULT; PointerResult : RTS_IEC_RESULT; DeleteResult : RTS_IEC_RESULT; CloseResult : RTS_IEC_RESULT; i : INT; END_VAR ( Open the shared memory ) hShm := SysSharedMemoryOpen2(szName, 0, ADR(uxiSize), ADR(OpenResult)); IF hShm <> RTS_INVALID_HANDLE THEN (* Read the entire shared memory table *) SysSharedMemoryRead(hShm:= hShm, ulOffset:= 0, pbyData:= ADR(shared_data), ulSize:= uxiSize, pResult:= ADR(ReadResult)); (* Fetch the pointer from the shared memory. The pointer is pointing to the first element address *) //pStart := SysSharedMemoryGetPointer(hShm, ADR(PointerResult)); (* Close the shared memory *) //CloseResult := SysSharedMemoryClose(hShm := hShm); (* Read velocity and position data from the shared memory *) FOR i := 0 TO 2 DO velocity[i] := shared_data[i, 0]; position[i] := shared_data[i, 1]; END_FOR; (* Read angle and depth data from the shared memory *) FOR i := 0 TO 645 DO angleDepth[i, 0] := shared_data[(i + 6), 0]; angleDepth[i, 1] := shared_data[(i + 6), 1]; END_FOR; FOR i := 0 TO 645 DO x[i] := angleDepth[i, 1]*COS(angleDepth[i, 0]); y[i] := angleDepth[i, 1]*SIN(angleDepth[i, 0]); END_FOR; END_IF For these values an XY-CHART needs to be done and when i create a visualisation and set the x data and y data when i try to compile, i recieve this error: ------ Ɯbersetzungslauf gestartet: Applikation: Device.Read_App ------- Code typisieren ... [FEHLER] Internal error:System.NullReferenceException: Der Objektverweis wurde nicht auf eine Objektinstanz festgelegt. bei _3S.CoDeSys.LanguageModelManager.LDateType.Accept(ITypeVisitor typvis) bei ..(_IVariable , IScope5 , _ICompileContext , _ISignature ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String , IVariable[]& , ISignature[]& ) bei ..(String , IVariable[]& , ISignature[]& , IScope& ) bei ..visit(_IVariableExpression , AccessFlag ) bei ..(_IUserdefType ) bei ..(_IVariable , IScope5 , _ICompileContext , _ISignature ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String , IVariable[]& , ISignature[]& ) bei ..(String , IVariable[]& , ISignature[]& , IScope& ) bei ..visit(_IVariableExpression , AccessFlag ) bei ..(_IUserdefType ) bei ..(_IVariable , IScope5 , _ICompileContext , _ISignature ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String , IVariable[]& , ISignature[]& ) bei ..(String , IVariable[]& , ISignature[]& , IScope& ) bei ..visit(_IVariableExpression , AccessFlag ) bei ..(_IUserdefType ) bei ..(_IVariable , IScope5 , _ICompileContext , _ISignature ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String , IVariable[]& , ISignature[]& ) bei ..(String , IVariable[]& , ISignature[]& , IScope& ) bei ..visit(_IVariableExpression , AccessFlag ) bei ..(_IUserdefType ) bei ..(_IArrayType ) bei ..(_IPointerType ) bei ..(_IVariable , IScope5 , _ICompileContext , _ISignature ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String , IVariable[]& , ISignature[]& ) bei ..(String , IVariable[]& , ISignature[]& , IScope& ) bei ..visit(_IVariableExpression , AccessFlag ) bei ..(_IUserdefType ) bei ..(_IPointerType ) bei ..(_IVariable , IScope5 , _ICompileContext , _ISignature ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String , IVariable[]& , ISignature[]& ) bei ..(String , IVariable[]& , ISignature[]& , IScope& ) bei ..visit(_IVariableExpression , AccessFlag ) bei ..(_IUserdefType ) bei ..(_IVariable , IScope5 , _ICompileContext , _ISignature ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String , IVariable[]& , ISignature[]& ) bei ..(String , IVariable[]& , ISignature[]& , IScope& ) bei ..visit(_IVariableExpression , AccessFlag ) bei ..(_IUserdefType ) bei ..(_IVariable , IScope5 , _ICompileContext , _ISignature ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String , IVariable[]& , ISignature[]& ) bei ..(String , IVariable[]& , ISignature[]& , IScope& ) bei ..visit(_IVariableExpression , AccessFlag ) bei ..(_IUserdefType ) bei ..(_IPointerType ) bei ..(_IVariable , IScope5 , _ICompileContext , _ISignature ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String , IVariable[]& , ISignature[]& ) bei ..(String , IVariable[]& , ISignature[]& , IScope& ) bei ..visit(_IVariableExpression , AccessFlag ) bei ..(_IUserdefType ) bei ..(_IVariable , IScope5 , _ICompileContext , _ISignature ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei ..(_ISignature , _IPreCompileContext ) bei ..( ) bei ..(String ) bei ..(String , IVariable[]& , ISignature[]& ) bei ..(String , IVariable[]& , ISignature[]& , IScope& ) bei ..visit(_IVariableExpression , AccessFlag ) bei ..(_IUserdefType ) bei ..(_IVariable , IScope5 , _ICompileContext , _ISignature ) bei ..(_ISignature , IScope5 , _ICompileContext ) bei _3S.CoDeSys.Compiler35140.Compiler.(_ICompileContext , _IPreCompileContext , _ICompileContext , IProgressCallback ) bei _3S.CoDeSys.Compiler35140.Compiler.(_ICompileContext , Boolean , Boolean , _IPreCompileContext , _IPreCompileContext , _ICompileContext , Boolean , Boolean& , IProgressCallback ) bei _3S.CoDeSys.Compiler35140.Compiler.(Guid , Boolean , Boolean , Boolean , Boolean& , _ICompileContext& , _ICompileContext& , IProgressCallback , Boolean , Boolean ) Kompilierung abgeschlossen -- 1 Fehler, 0 Warnungen Ɯbersetzung abgeschlossen -- 1 Fehler, 0 Warnungen : Kein Download mƶglich!
Last updated: 2024-05-24

Post by raghusingh77 on Get $100 Off Temu Coupon Code [ACU934948] | + 30% Discount CODESYS Forge talk (Post)
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Last updated: 2024-10-26

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Last updated: 2024-10-26

Post by struccc on Wish: CODESYSControl.cfg - again CODESYS Forge talk (Post)
Before creating this topic, I was browsing the search results for CodesysControl.cfg - many results, and I remember very well, it's a problematic issue for a long time. To summarize: there were many requests for documentation on this file - the most comprehensive reply is: https://forge.codesys.com/forge/talk/Runtime/thread/ebbf851a3d/#eb85 Hi, not really, this is covered by the manual which you get if you use a runtime toolkit which is not free of charge. Maybe we need to extract the config file part from that documentation if that is possible. BR Edwin I am not sure how much is this relevant, since we buy SL License directly from CODESYS... I think it is a reasonable demand, to get documentation on the configuration entries affecting the documented behaviour of the runtime system and it's components The actual reason I bring up this issue again can be read here: https://forge.codesys.com/forge/talk/Runtime/thread/febad3cc40/#0e12 but mostly my frustration about noticing some new, unknown and undocumented entries in my configuration file. Again. And this happens a lot recently. Just some examples: Changes with SysFile - and mandatory use of IEC path Introduction of Mandatory user management File transfer service now disabled by default SysProcess - allowed commands The above mentioned CmpApp parameters... And finally (Regaridng windows install): With the newer versions, the installation directory (together with the configuration file) tends to hide itself to some super silly location under the roaming profile data of local system account. I am not sure if this change was documented somewhere, but was a very unpleasant one. Someone could please explain the reason and the concept of the introduction of this release specific directories (I am sure, there is a good reason) - how to use them properly? - How to re-introduce user configuration (to preserve configuration data between versions)? - How to do version - to version migrations properly? - How to keep old version of runtime available and ready to start with it's original configuration and application? - ... Therefore, the lack a regularly updated description of CodesysControl .cfg , including all the configuration entries, together with their default values for different runtime versions is really a big deficiency.* This should be done for all components storing or just seeking data from this file... (Maybe there is such thing but I failed to find???) It is regularly causing trouble when introducing a new version (together with the long awaited bug fixes and enhancements), what has changed it's default behaviour for security or other practical reasons. I agree this is very important, and it is logical to change the default options: But it must be documented historically, and make it easily available, so we can prepare better for the upgrade of the runtime. Forge talk is a great source, but not very practical for this kind of documentation purposes... Thanks in advance for CODESYS staff šŸ™šŸ™šŸ™ (Ps.: It would look rather silly, if some members of the user community prepares this documentation on a Forge Wiki page... Or??? Should we?)
Last updated: 2024-11-21

Post by darko7417 on When running as a service, CodesysControl doesn't write log files to the disk (and other CmpLog related issuess) CODESYS Forge talk (Post)
I run CODESYS runtime as a service and use CmpLog (the LogAdd2 function) to log different events to a file. I have done this many times before on various projects and hardware, and it works fine. On this particular system, I have CODESYS 3.5.20.40 running on a Windows 11 PC. The CODESYSControlService autostarts (with Local System credentials, the default), and the application runs fine. However, the configuration file is not read (or at least not the one that should be, or not the CmpLog section), and log files are not written to the disk. I would be thankful if anyone knew why this is happening and how to fix it. A note to CODESYS people: you must provide more information on the codesys configuration file, CODESYSControlService.exe and other major components and system behaviour. You created the service and various features (i.e. logging), but haven't explained how they work, which, in my opinion, is below standard for industrial automation software. These are my observations: - When running as a service, the config file is not read (none of them), or at least the CmpLog section is not read. I checked the log using Codesys IDE, and the CmpLog parameters are not the ones I have set in any of the config files. Which CmpLog config values does the service use, and where does it read them from? I have no idea, but it's not the config files. Here are the codesys config files I located on the PC's disk: o C:\Program Files (x86)\CODESYS 3.5.20.40\GatewayPLC\CODESYSControl.cfg (only 2 lines in this config) o C:\Program Files (x86)\CODESYS 3.5.20.40\GatewayPLC\AppDataFiles\CODESYSControlWinV3\CODESYSControl.cfg o C:\Users\SRV\AppData\Roaming\CODESYS\CODESYSControlWinV3\C4DBB537\CODESYSControl.cfg o C:\Program Files (x86)\CODESYS 3.5.20.40\GatewayPLC\tempCFG\CODESYSControl.cfg - When I run codesys as an app (e.g. by clicking the icon), this config file is read C:\Users\SRV\AppData\Roaming\CODESYS\CODESYSControlWinV3\C4DBB537\CODESYSControl.cfg and log files are written ok. The icon target is "C:\Program Files (x86)\CODESYS 3.5.20.40\GatewayPLC\CODESYSControlService.exe" -d o the -d option, I think, starts a cmd-like window showing service debug output (the output shown in log in the IDE) o the -i option, again I think, means install the service - I tried adding -d to service start parameters in the registry, but it started only once and after that it refused to start. Knowing what -d does and which other options are available would be great (e.g. can I make the service read a different config file). - Syslog UDP logging works fine in any case. - These are my CmpLog parameters ~~~ [CmpLog] Logger.0.Name=PlcLog3 Logger.0.Filter=0xFFFFFFFF Logger.0.Enable=1 Logger.0.MaxEntries=10003 Logger.0.MaxFileSize=50003 Logger.0.MaxFiles=33 Logger.0.Backend.0.ClassId=0x0000010B ;sends logger messages to SysOut Logger.0.Backend.1.ClassId=0x00000104 ;writes logger messages in a file Logger.0.Backend.2.ClassId=0x00000135 ;sends logger messages as UDP syslog Logger.0.Type=0x314 ;Set the timestamp to RTC ~~~
Last updated: 2025-02-27

Post by alessandro on SysMemCmp SysMemCpy CODESYS Forge talk (Post)
VAR Data1:ARRAY[1..10] OF SINT ; Data2:ARRAY[1..10] OF SINT ; Data3:ARRAY[1..10] OF SINT ; Data4:ARRAY[1..10] OF SINT ; ex_1 : BOOL ; ex_2 : BOOL ; enable : BOOL :=0 ; END_VAR // PROGRAM // The scope of this example is compare and copy the values of two ARRAY only if some value is different using SysMemCmp and SysMemCpy. // In this 2 example we don't use a FOR cicle for do this, and pBuffer1 and pBuffer2 is just a pointer to ARRAY. See details in Library util.SysMem of Codesys // The compare funcion util.SysMem.SysMemCmp is bidirectional if Data1 chanege respect Data2 ex_1 go to 1 and if Data2 change respect Data1 also // but the copy function util.SysMem.SysMemCpy work only from source ARRAY pSrc:=ADR(Data1) to destination ARRAY pDest:=ADR(Data2) // Example 1 Full ARRAY compare and copy // This compare 2 different equal ARRAY and if there is some difference ex_1 go to 1 and if you give enable he copy Data1 in Data2 ex_1 := TO_BOOL(util.SysMem.SysMemCmp(pBuffer1:=ADR(Data1), pBuffer2:=ADR(Data2), udiCount:=SIZEOF(Data1))); IF ex_1 AND enable THEN util.SysMem.SysMemCpy(pDest:=ADR(Data2), pSrc:=ADR(Data1), udiCount:=SIZEOF(Data1)); END_IF // Example 2 Only selected area of the ARRAY compare and copy // This compare 2 different equal ARRAY starting from position number [3] for 4 byte in this case start at position [3] and finish at position number [6] // and if there is some difference only in area [3..6] of the ARRAY ex_2 go to 1 if you give enalbe he copy Data3[3..6] in Data4[3..6] // if something change in other array position[0..2] or [7..10] are ingnored ex_2 := TO_BOOL(util.SysMem.SysMemCmp(pBuffer1:=ADR(Data3[3]), pBuffer2:=ADR(Data4[3]), udiCount:=4)); IF ex_2 AND enable THEN util.SysMem.SysMemCpy(pDest:=ADR(Data4[3]), pSrc:=ADR(Data3[3]), udiCount:=4); END_IF // Attention udiCount input is intended in <byte> in the example 1 I pass to udiCount:=SIZEOF(Data1) for compare and copy the intere ARRAY and // SIZEOF pass the size of intere ARRAY in byte to the function input, in this 2 examples I used variable type SINT each one occupie 1 byte and one position in the ARRAY // and in the example 2 I pass udiCount:=4 for compare and copy only 4 position of Data3/4[3..6] if you want to extend this example and use it for an ARRAY OF WORD // remember that each WORD will occupe 2 byte (16 bit) and you will have to pass udiCount:=SIZEOF(Data1) if you need to compare intere ARRAY example 1 // but need udiCount:=(42) for the example 2 because need to compare and copy 4 word each occupie 2 byte (16 bit). // For REAL (32 bit) need udiCount:=SIZEOF(44) for LREAL or (64 bit) need udiCount:=SIZEOF(416) // a good rule is calculate the dimension of the ARRAY in byte without empty space at the end, multiple of data type number for variable bigger then 8 bit // Example : If you want to create an ARRAY for 5 REAL (32 bit) each occupie 4 byte the correct size is ARRAY[0..19] OF REAL 54=20 position. // NOTE : In the example the position of compare function util.SysMem.SysMemCmp is first and the copy function util.SysMem.SysMemCpy inside the IF is after // in one cycle of the program the two array is compared and if there is some difference and enable are copied. // If you move util.SysMem.SysMemCmp after the IF cycle he will copare the ARRAY in the current cycle but the copy of the value will do in the next cycle.</byte>
Last updated: 2025-10-24

Post by hammer on Cartesian XY Chart ā€” 2-D array binding: "Element to use" enumerates the wrong dimension CODESYS Forge talk (Post)
Title: Cartesian XY Chart ā€” 2-D array binding: "Element to use" enumerates the wrong dimension; documented example (Dialog: XY Chart Configuration, "Two-dimensional array of base type REAL") appears transposed Product / version: CODESYS Development System V3.5 SP21 Patch 40 (3.5.21.40). Cartesian XY Chart visualization element (System_VisuElemXYChart / VisuElemXYChart). Summary: When a curve's Data X/Data Y is bound to a two-dimensional array, the element treats the last array dimension as the per-point record (the one selected by "Element to use") and iterates the first dimension as the sequence of curve points. The online documentation's worked example has the dimensions in the opposite order, so following it produces a non-functional curve and a nonsensical "Element to use" list. Steps to reproduce (fails ā€” matches the documented layout): 1. Declare aData : ARRAY[0..1, 0..4095] OF LREAL; (2 data sets Ɨ 4096 points, i.e. first dimension = set, second = point). 2. In XY Chart Configuration, bind a curve's Data X (and Y) Variable to this array. 3. Observe the "Element to use" combobox. Actual result: The "Element to use" combobox lists 4096 entries (the indices of the second dimension) instead of 2 (the data sets in the first dimension). Selecting a row does not produce the expected curve; at most a single/degenerate point is plotted. Steps to reproduce (works ā€” transposed): 1. Declare aData : ARRAY[0..4095, 0..1] OF LREAL; (points first, set second). 2. Bind Data X/Y to this array; "Element to use" now correctly lists [0] and [1]. 3. Populate aData[point, set] and the curve plots as expected. Expected result: Either the documented example should select the data set from the first dimension (as its [1]/[2] "Element to use" implies), or the documentation should state that the last dimension is the record dimension (stride) and the first dimension is the point sequence ā€” consistent with how the element actually behaves. Analysis: The behavior is self-consistent if the element always walks a single array by a fixed byte stride, reading one element per point ā€” the same mechanism as the documented "one-dimensional array of a DUT" case, where it strides by SIZEOF(DUT) and "Element to use" picks the member offset. For a 2-D array the record is the last dimension: to plot column/set c it starts at [0, c] and strides by the last-dimension length to reach [1, c], [2, c], ā€¦ (row-major layout makes this a contiguous column walk). Under that rule, ARRAY[0..N, 0..1] is correct (record length 2 ā†’ "Element to use" [0]/[1]), and the documented ARRAY[1..2, 1..50] with "Element to use" [1]/[2] is transposed. Documentation reference: Dialog: XY Chart Configuration ā†’ Data X / Data Y ā†’ "Example: Two-dimensional array of the base type REAL" (ARRAY[1..2, 1..50], Element to use [1]/[2], "100 array values are displayed"). This example does not plot as described in 3.5.21.40; transposing to ARRAY[1..50, 1..2] does. Request: Please confirm whether this is (a) a documentation error (example dimensions reversed) or (b) an element defect (combobox enumerates the wrong dimension). Either way, a corrected example plus an explicit statement of which dimension is the point sequence vs. the record/stride dimension would prevent others from hitting this. Two separate 1-D arrays for Data X and Data Y work correctly and are unaffected.
Last updated: 2026-08-14

Post by kuegerls on PROFINET Controller SL: WRREC remains BUSY forever, no DCE/RPC packets transmitted (RevPi Connect 5 + NORD SK205E) CODESYS Forge talk (Post)
Hello , I am currently evaluating the CODESYS PROFINET Controller SL on a Revolution Pi Connect 5 and have encountered a problem with acyclic PROFINET Record Access (WRREC/RDREC). System Hardware: Revolution Pi Connect 5 Runtime: CODESYS Control 4.16.0.0 (SDK 3.5.21.10) Development System: CODESYS V3.5 SP21 (64-bit) CommFB: 3.5.17.10 ProfinetCommon: 4.6.0.0 PROFINET Controller Device: PN-Controller 4.6.0.0 PROFINET Device: NORD DRIVESYSTEMS SK205E with SK TU4-PNT GSDML: GSDML-V2.46-NORDDRIVESYSTEMS-PNT-20251016.xml Network The PROFINET network is completely separated from the office network. RevPi: eth0 ā†’ Office network eth1 ā†’ PROFINET wlan0 ā†’ Visualization The PN Controller is configured to use eth1. IP configuration: RevPi (eth1): 192.168.100.1/24 NORD Drive: 192.168.100.3 Connection is established successfully. Current Status The PN Controller reports: Controller Status = Run Online = TRUE IP Active = TRUE Connections = 1 Cyclic PROFINET IO communication works correctly. Problem I am trying to access PKW parameters via WRREC (Record Index 100). The request buffer contains: 01 14 00 04 92 00 00 00 00 00 00 which corresponds to Reference = 0x01 Request = Read Axis = 0 Parameter = 170 + 1000 Subindex = 0 Value = 0 The WRREC call is fbWRREC( REQ := xWrReq, ID := ConnectionID, INDEX := 100, LEN := 11, RECORD := ADR(TxBuffer) ); REQ is pulsed for one PLC cycle only. Observed Behaviour WRREC enters BUSY state and never finishes. Observed values: BUSY = TRUE DONE = FALSE ERROR = FALSE STATUS = 16#FFFFFFFF indefinitely. Packet Capture A Wireshark capture was taken on the PROFINET network. Observed traffic: PROFINET RT LLDP DCP Observed: successful cyclic IO Not observed: DCE/RPC Record Write Record Read RPC Bind No RPC packets are transmitted at all. Diagnostic Messages The controller repeatedly reports AR alarm.ind(err) AR CMI timeout although cyclic IO communication continues to work. Already Verified The following points have already been checked: correct Ethernet interface (eth1) correct CREATE_ID result correct Device ID correct Slot/Subslot correct GSDML correct REQ pulse RECORD buffer is larger than LEN cyclic IO communication works different Record Indices (100...104) tested Question Is there any known issue or limitation where WRREC/RDREC requests remain permanently BUSY and no RPC Record Access packets are generated? Could this behaviour be related to Runtime 4.16.0.0, PN Controller 4.6.0.0, the missing runtime license (currently running in demo mode), or any known issue with the PROFINET Controller SL? I am currently evaluating the PROFINET Controller SL and therefore the runtime is operating in demo mode. Could you please confirm whether WRREC/RDREC (acyclic Record Data services) are fully supported in demo mode, or whether a valid license is required for these services? If required, I can provide: complete project archive Wireshark capture (.pcap) GSDML online screenshots diagnostic log Thank you very much for your help. Best regards, Stefan
Last updated: 2026-07-17

Post by ihatemaryfisher on Sorting array of any-sized structure CODESYS Forge talk (Post)
In my machine's operation, I need to display multiples tables containing arrays of structured variables. The arrays change during operation, and my supervisor has advised me to write a new bubble-sort for each array. I think I can make a function to sort an array of any data type. This was my own project, and I'm a relatively new coder. I want to know the weaknesses in my approach, and a better method, if one exists. As far as I can test, the function accepts an array of a structured variable of any size, and sort it by any VAR in that structure. But it relies heavily on pointers, which I've heard are bad practice? Function call: // SORT BY BYTE-SIZED VAR IF xDoIt[6] THEN FUNBubbleSortSansBuffer( IN_pbySourcePointer := ADR(astArray[1]), // address of first byte in first element of array IN_pbyComparePointer:= ADR(astArray[1].byCompByte), // points to first byte of the comparing variable (variable you sort by) IN_uiStructureSize := SIZEOF(TYPE_STRUCTURE), // size, in bytes, of the structured variable IN_uiCompareSize := SIZEOF(astArray[1].byCompByte), // size, in bytes, of the comparing variable (variable you sort by) diArrayElements := UPPER_BOUND(astArray,1), // number of elements in array IN_xSmallToLarge := xSortOrder // whether to sort by small2large or large2small ); END_IF Function: FUNCTION FUNBubbleSortSansBuffer : BOOL VAR_INPUT IN_pbySourcePointer : POINTER TO BYTE; // points to beginning of array (first byte of first element) IN_pbyComparePointer: POINTER TO BYTE; // points to first byte of the comparing variable (variable you sort by) IN_uiStructureSize : UINT; // size, in bytes, of the structured variable IN_uiCompareSize : UINT; // size, in bytes, of the comparing variable (variable you sort by) diArrayElements : DINT; // number of elements in array IN_xSmallToLarge : BOOL; // whether to sort by small2large or large2small END_VAR VAR j : DINT; // repeat iteration over array until array ends i : DINT; // iterarte over array, swapping when necesary k : DINT; // iterator from 1 to size of structure (stepping 'through' a single element in array) dwSize : DWORD; // internal var for use in MEMUtils.MemCpy(<size>) // FOR SORTING BY BYTE VAR pbySourcePointer : POINTER TO BYTE; pbySourcePointer2 : POINTER TO BYTE; pbyComparePointer : POINTER TO BYTE; pbyComparePointer2 : POINTER TO BYTE; pbyPointerToBuffer : POINTER TO BYTE; // pointer to single byte buffer byBufferByte : BYTE; // single byte buffer END_VAR dwSize := UINT_TO_DWORD(IN_uiStructureSize); // get structure size (number of bytes) pbyPointerToBuffer := ADR(byBufferByte); // assign pointer to address of buffer byte (because MEMUtils.MemCpy requires a pointer input) CASE IN_uiCompareSize OF // depending on the size of the VAR to sort by (current functionality for BYTE and WORD/INT 1: // BYTE (8 BIT) FOR j := 1 TO diArrayElements DO // for number of elements in array FOR i := 1 TO (diArrayElements-1) DO // same thing, but row[i+1] row is included in swap logic pbySourcePointer := IN_pbySourcePointer + dwSize*(i-1); // point at #1 byte in array element[i] pbySourcePointer2 := pbySourcePointer + dwSize; // point at #1 byte in array element[i+1] // NOTE: because of memory locations, each array element is offset from one another by a number of bytes equal to the size of the structure // We can "walk" from array[i] to array[i+1] via steps equal to the size of the structure // e.g., ADR(array[i+1]) == ADR(array[i]) + SIZEOF([array datatype]) pbyComparePointer := IN_pbyComparePointer + dwSize*(i-1); // point to sorting variable in array element[i] pbyComparePointer2 := pbyComparePointer + dwSize; // point to sorting variable in array element[i+1] // using sort order (small -> large/large -> small) IF SEL(IN_xSmallToLarge, (pbyComparePointer2^ > pbyComparePointer^),(pbyComparePointer2^ < pbyComparePointer^)) THEN // This is where it gets tricky. We've identified pointers for the starting bytes of aArray[i] and aArray[i+1] // and we know the size of aArray[i]. We are going to swap individual bytes, one at a time, from aArray[i] and aArray[i+1] // this allows us to use only a single byte var as a buffer or temporary data storage // e.g., consider a structure consisting of a word, a byte, and a string. it is stored like this // |------WORD-------| |--BYTE-| |STRING------...| // astArray[1] == 1000 0100 0010 0001 1100 0011 1010 1010.... etc // astArray[2] == 0001 0010 0100 1000 0011 1100 0101 0101.... etc // performing a single swap (copy into a buffer, etc.) of the first byte of each array element creates this // astArray[1] == 0001 0100 0010 0001 1100 0011 1010 1010.... etc // astArray[2] == 1000 0010 0100 1000 0011 1100 0101 0101.... etc // incrementing the pointer adresses for the swap by 1 and swapping again swaps the next byte in each array element // astArray[1] == 0001 0010 0010 0001 1100 0011 1010 1010.... etc // astArray[2] == 1000 0100 0100 1000 0011 1100 0101 0101.... etc // continuing this from k to SIZEOF(TYPE_STRUCTURE) results in a toally swapped row FOR k := 1 TO IN_uiStructureSize DO // copy single byte[k] of array element 1 to buffer MEMUtils.MemCpy(pbyDest := (pbyPointerToBuffer), pbySrc := (pbySourcePointer+k-1), dwSize := 1); // copy single byte[k] of array element 2 to 1 MEMUtils.MemCpy(pbyDest := pbySourcePointer+k-1, pbySrc := (pbySourcePointer2+k-1), dwSize := 1); // copy buffer to byte[k] array element 2 MEMUtils.MemCpy(pbyDest := (pbySourcePointer2+k-1), pbySrc := pbyPointerToBuffer, dwSize := 1); END_FOR END_IF END_FOR END_FOR
Last updated: 2023-08-17

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Last updated: 2024-10-26

Post by raghusingh77 on Get $100 Off Temu Coupon Code [ACU934948] | + 30% Discount CODESYS Forge talk (Post)
If you're looking for unbeatable deals on a wide range of products, Temu is the place to shop. With the $100 off coupon code [ACU934948], you can enjoy significant savings on your purchases. This article will dive into the various promotions available, including discounts for new users, existing customers, and special offers throughout October 2024. Get $100 Off with Temu Coupon Code [ACU934948] One of the standout offers from Temu is the $100 off coupon code [ACU934948]. This code allows you to receive a flat discount on your order value, making it easier than ever to save money while shopping. Whether you're buying clothing, electronics, or home goods, this coupon is a fantastic way to maximize your savings. Exclusive Discounts for First-Time Users For those new to Temu, there's even more good news! By redeeming the free Temu coupon code [ACU934948], first-time users can enjoy an additional 30% discount on their initial purchase. 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Last updated: 2024-10-26

Post by raghusingh77 on Get $100 EVERY TIME USE THIS COUPON CODE OF ACU934948 TEMU CODESYS Forge talk (Post)
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Lightning Deals: Keep an eye out for limited-time "Lightning Deals," which often feature discounts of up to 80%. Free Shipping Offers: Temu provides free standard shipping on all orders, enhancing the value of your purchases. Conclusion With its competitive pricing and generous promotional offers like the $100 off coupon code [ACU934948], Temu is an excellent choice for savvy shoppers looking for great deals. Whether you are a new user eager to explore or an existing customer ready to reap rewards, Temu provides ample opportunities to save significantly on your purchases. Don't miss outā€”redeem your coupons today and enjoy an exceptional shopping experience filled with incredible value
Last updated: 2024-10-26

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