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Post by rajatdas2005 on Codesys Virtual control SL CODESYS Forge talk (Post)
Dear All, This is regarding Codesys Virtual control SL demo version. I am facing one issue. First I will describe the steps what I have followed till now. 1. In a PC I have Windows OS. Here Codesys IDE is installed, and also using the installer option of IDE I have also installed Codesys Virtual control SL. 2. A edge-gateway is also running in the same windows PC as local host. 3. Next I have a seperate PC with Ubuntu OS with docker installed. This machine is in the same network. 4. Now I have created a project in Windows machine using device "Codesys Virtual control SL". 5. In the Ubuntu machine I am running the Codesys Virtual control SL as docker and it is using the ubuntu machine network only. 6. Next using the localhost edge-gateway when I am searching the virtual control SL docker it is able to detect it. (screenshot attached) 7. But after creating the creadentials it is telling No Device is responding. 8. I have also checked the wireshark logs and able to see that in destination port 11740 data is coming. 9. From windows PC telnet ip 11740 is also working. 10. Ping is also working ===========================================LOGS ========================= sudo ss -tlnp | grep -E "(443|1217|4840|8080|11740)" LISTEN 0 10 10.135.114.142:4840 0.0.0.0: users:(("codesyscontrol.",pid=41864,fd=21)) LISTEN 0 10 172.18.0.1:4840 0.0.0.0: users:(("codesyscontrol.",pid=41864,fd=24)) LISTEN 0 10 172.17.0.1:4840 0.0.0.0: users:(("codesyscontrol.",pid=41864,fd=23)) LISTEN 0 10 127.0.0.1:4840 0.0.0.0: users:(("codesyscontrol.",pid=41864,fd=26)) LISTEN 0 10 192.168.122.1:4840 0.0.0.0: users:(("codesyscontrol.",pid=41864,fd=22)) LISTEN 0 5 0.0.0.0:11740 0.0.0.0: users:(("codesyscontrol.",pid=41864,fd=20)) LISTEN 0 128 0.0.0.0:8080 0.0.0.0: users:(("python3",pid=1280,fd=4)) LISTEN 0 10 172.19.0.1:4840 0.0.0.0: users:(("codesyscontrol.",pid=41864,fd=25))
Last updated: 2025-08-06

Post by thierry-b on Blocking UDP ports 1740–1743 and 22350 to disable CODESYS network scan (startup + device discovery) CODESYS Forge talk (Post)
Hello, I am currently investigating the network behavior of CODESYS 3.5 (IDE + Gateway) in environments where the engineering workstation is connected to a very large /16 network. In such networks, the automatic device scan performed at IDE startup (and the manual “Scan Network” device discovery) can cause significant delays or freezes, due to the broadcast‑based discovery mechanism. After analyzing the traffic with Wireshark, I identified that the IDE uses the following UDP ports: 1740 – broadcast discovery 1741 – handshake / responses 1742 – fallback discovery 1743 – fallback handshake 22350 – additional runtime / gateway communication (WAGO, debug, extended discovery) To prevent the IDE from scanning the large /16 network, I tested blocking these ports in both directions (IN/OUT) on the network interface connected to the /16 segment (while keeping them open on the OT /24 network interface). Result: When UDP 1740, 1741, 1742 and 1743 are blocked on the IT interface, the IDE no longer sends any discovery traffic on that interface. The IDE still works normally on the OT interface (device discovery, online mode, download, etc.). Blocking port 22350 does not seem required to stop the scan, but I included it for completeness. My question: => Can you confirm that blocking UDP ports 1740, 1741, 1742, 1743 (and optionally 22350) on a specific network interface is a valid and supported way to completely disable the CODESYS IDE network scan on that interface (both at startup and during manual device discovery)? I am not trying to block communication with controllers on the OT network — only to prevent the IDE from scanning the large /16 IT network. Any confirmation or additional technical details about the discovery mechanism would be greatly appreciated. Thank you.
Last updated: 2026-03-31

Post by struccc on Application failing to boot after system reboot CODESYS Forge talk (Post)
I started to experience the same issue, after upgrading to 3.5.19 , and still persists with 3.5.20.3 , using CodesysControlWinV3 x64 on Windows. Unfortunately, this is a live application, normally it is running for months without interruption - so it was a surprise at the last cold start... It was not possible to go online with the original version, so I couldn't see the application, or system status, just the log message. First time I manually clean the Application from the PlcLogic directory (there was no coredump file in there), then I could start the runtime service, and do a fresh download, and set the bootproject. I could not try a cold system reboot - it's in a 24/7 production environment, and I was under heavy pressure to start... What I did, I have created a backup from the * complete * runtime directory, from the failed, and fixed version - before and after download. This directory in my case C:\ProgramData\CODESYS\CODESYSControlWinV3x64\55096128 - At the next shutdown, it was sufficient to copy back this backup completely, and could start the runtime service afterwards. Ugly, but local staff with some skills can do it without programming tool... I don't store any live data, configuration, log files, persistent data in this directory - the only reason I need this is to edit the CodesysControl... .cfg file.... And to see the logfiles in emergencies like this. The application concerned doesn't use any retain area. - exactly for these reasons - Maybe that is causing the problem with the newer runtime versions As far as I see, this problem occurs only if the power of the Windows PLC is interrupted without a proper shutdown. Unfortunately, this can happen sometimes. The newer versions, seems tp modify CodesysControl.cfg on the fly, and register the applications, and bootproject information after download. (I don't really see CodesysControl.cfg a proper location for this... but that's just my feeling) So now I had a look at CodesysCotrol.cfg on my laptop and I found: [CmpRetain] ;Retain.SRAM.Size=0x200200 ;Retain.SRAM.Address=0xFA3C5776 ;SimulateSRAM=1 [CmpApp] ;Bootproject.CreateOnDownload=0 ;Bootproject.StoreOnlyOnDownload=0 ;Bootproject.InvalidateByRename=1 ;Bootproject.InvalidateBySetting=1 ;Bootproject.InvalidateNever=0 ;PersistentForce=0 ;RetainType.Applications=InSRAM ;RetainType.Applications=OnPowerfail ;RetainType.Applications=None ;Exception.Hardware.GlobalStop=1 Application.1=MyTestAppNoRetain The last line appeared after download and boot project creation. Maybe... Should set RetainType.Applications=None? I wonder about all these settings, but... Will write separately about it. I hope this helps a little...
Last updated: 2024-11-21

Post by jonasz on Device diagnosis ( EtherCAT IO card ) CODESYS Forge talk (Post)
Hi, I'll link to the topic not wanting to start a new one. In the application I am building, I wanted to use the diagnostics described in the CAA Device Diagnosis library. In principle, everything is ok, except for the elements related to ModbusTCP. Despite the fact that ModbusTCP is taken into account in the documentation, it is not recognised via the interfaces. FUNCTION_BLOCK NET_HW_DIAG VAR_INPUT END_VAR VAR_OUTPUT END_VAR VAR (* Referencja do struktury z danymi dla HMI ASTRAADA.*) Visu: REFERENCE TO VISU; (* WskaĆșnik na mastera EtherCAT.*) pEtherCATMaster : POINTER TO IoDrvEtherCAT; (* WskaĆșnik na slave EtherCAT.*) pEtherCATSlave : POINTER TO EtcSlave; (* Interfejs dla węzƂa w drzewie urządzeƄ.*) _itfNode: DED.INode; (* OgĂłlny interfejs magistrali. Zapewnia podstawowe informacje o magistrali polowej.*) _itfBus: DED.IBus; (* Interfejs urządzenia. Zapewnia rozszerzone informacje o urządzeniu (magistralowym).*) _itfDevice2: DED.IDevice2; (* OgĂłlny interfejs magistrali. Zapewnia podstawowe informacje o magistrali polowej.*) _itfStack: DED.IStack; (* Numer węzƂa w drzewie urządzeƄ.*) uiNodes: UINT; (* Operator jest rozszerzeniem normy IEC 61131-3. W czasie wykonywania operator wykonuje konwersję typu odwoƂania do interfejsu na inny typ. Operator zwraca wynik BOOL. Wartoƛć TRUE oznacza, ĆŒe CODESYS pomyƛlnie wykonaƂ konwersję. *) xQueryResultBus: BOOL; xQueryResultDevice2: BOOL; xQueryResultStack: BOOL; (* Struktura danych dotyczących węzƂów w drzewie urządzeƄ.*) NetHwDiag: NW_HW_STAT; ModbusTcpClientDeviceInfo: IoDrvModbusTCP.DED.DEVICE_INFO; ModbusTcpClientDeviceState: IoDrvModbusTCP.DED.DEVICE_STATE; ModbusTcpDeviceInfo: IoDrvModbusTCP.DED.DEVICE_INFO; ModbusTcpDeviceState: IoDrvModbusTCP.DED.DEVICE_STATE; END_VAR (* Pobranie wskaĆșnikĂłw dla pierwszego mastera i pierwszego slave w sieci EtherCAT.*) pEtherCATMaster := g_pFirstMaster; pEtherCATSlave := pEtherCATMaster^.FirstSlave; (* Diagnostyka sieci EtherCAT.*) pEtherCATMaster := g_pFirstMaster; pEtherCATSlave := pEtherCATMaster^.FirstSlave; NetHwDiag.xConfigFinished := pEtherCATMaster^.xConfigFinished; NetHwDiag.xDistributedClockInSync := pEtherCATMaster^.xDistributedClockInSync; NetHwDiag.xError := pEtherCATMaster^.xError; NetHwDiag.xSyncInWindow := pEtherCATMaster^.xSyncInWindow; NetHwDiag.sLastMessage := pEtherCATMaster^.LastMessage; NetHwDiag.LastError := pEtherCATMaster^.LastError; (* Diagnostyka drzewa urządzeƄ.*) uiNodes := 0; _itfNode := DED.GetRoot(); REPEAT NetHwDiag.asDeviceName[uiNodes] := DED.GetDeviceNameString(itfNode := _itfNode); xQueryResultBus := __QUERYINTERFACE(_itfNode,_itfBus); IF xQueryResultBus THEN _itfBus.GetBusInfo(buiInfo := NetHwDiag.aBusInfo[uiNodes]); NetHwDiag.aBusState[uiNodes] := _itfBus.GetBusState(); END_IF xQueryResultDevice2 := __QUERYINTERFACE(_itfNode,_itfDevice2); IF xQueryResultDevice2 THEN _itfDevice2.GetDeviceInfo(deiInfo := NetHwDiag.aDeviceInfo[uiNodes]); NetHwDiag.aDeviceState[uiNodes] := _itfDevice2.GetDeviceState(); IF pEtherCATSlave <>0 THEN pEtherCATSlave^(); IF pEtherCATSlave^.SlaveAddr = NetHwDiag.aDeviceInfo[uiNodes].idSystem THEN NetHwDiag.aAlStatus[uiNodes] := pEtherCATSlave^.ALStatus; pEtherCATSlave := pEtherCATSlave^.NextInstance; END_IF END_IF ELSE xQueryResultStack := __QUERYINTERFACE(_itfNode,_itfStack); IF xQueryResultStack THEN _itfStack.GetDeviceInfo(deiInfo := NetHwDiag.aDeviceInfo[uiNodes]); NetHwDiag.aDeviceState[uiNodes] := _itfStack.GetDeviceState(); END_IF END_IF uiNodes := uiNodes + 1; _itfNode := DED.GetNextNode(_itfNode); UNTIL _itfNode = 0 END_REPEAT (* Diagnostyka Modbus.*) Modbus_TCP_Client.GetDeviceInfo(deiInfo := ModbusTcpClientDeviceInfo); ModbusTcpClientDeviceState := Modbus_TCP_Client.GetDeviceState(); PAC_3200T.GetDeviceInfo(deiInfo := ModbusTcpDeviceInfo); ModbusTcpDeviceState := PAC_3200T.GetDeviceState(); Of course, you can take the easy way out and refer directly to the devices, but I wanted a reusable component. Any constructive help is very welcome Best regards Jonasz
Last updated: 2025-07-15

Post by ara32 on CODESYS 4 Linux: CODESYS Forge talk (Post)
Hello! I managed to correctly launch CODESYS Developer Studio 3.5.17, almost all functionality works. The only issue remaining is that when connecting to a device and obtaining its public key, the NCryptEncrypt function is called, which is not fully implemented in the DLL source code, resulting in the connection not being established. Currently, the code of this function in the Wine repository looks like this: SECURITY_STATUS WINAPI NCryptEncrypt(NCRYPT_KEY_HANDLE key, BYTE *input, DWORD insize, void *padding, BYTE *output, DWORD outsize, DWORD *result, DWORD flags) { struct object *key_object = (struct object *)key; TRACE("(%#Ix, %p, %lu, %p, %p, %lu, %p, %#lx)\n", key, input, insize, padding, output, outsize, result, flags); if (flags & ~(NCRYPT_NO_PADDING_FLAG | NCRYPT_PAD_OAEP_FLAG | NCRYPT_PAD_PKCS1_FLAG | NCRYPT_SILENT_FLAG)) { FIXME("Flags %lx not supported\n", flags); return NTE_BAD_FLAGS; } if (flags & NCRYPT_NO_PADDING_FLAG || flags & NCRYPT_PAD_OAEP_FLAG) { FIXME("No padding and oaep padding not supported\n"); return NTE_NOT_SUPPORTED; } if (key_object->type != KEY) return NTE_INVALID_HANDLE; return map_ntstatus(BCryptEncrypt(key_object->key.bcrypt_key, input, insize, padding, NULL, 0, output, outsize, result, flags)); } The program crashes due to the NCRYPT_PAD_OAEP_FLAG flag. I'm not proficient in C++, but I attempted to add handling myself, and here's the result: SECURITY_STATUS WINAPI NCryptEncrypt(NCRYPT_KEY_HANDLE key, BYTE *input, DWORD insize, void *padding, BYTE *output, DWORD outsize, DWORD *result, DWORD flags) { struct object *key_object = (struct object *)key; TRACE("(%#Ix, %p, %lu, %p, %p, %lu, %p, %#lx)\n", key, input, insize, padding, output, outsize, result, flags); if (flags & ~(NCRYPT_NO_PADDING_FLAG | NCRYPT_PAD_OAEP_FLAG | NCRYPT_PAD_PKCS1_FLAG | NCRYPT_SILENT_FLAG)) { FIXME("Flags %lx not supported\n", flags); return NTE_BAD_FLAGS; } if (flags & NCRYPT_NO_PADDING_FLAG) { FIXME("No padding not supported\n"); return NTE_NOT_SUPPORTED; } BCRYPT_OAEP_PADDING_INFO oaepInfo = { 0 }; oaepInfo.pszAlgId = BCRYPT_SHA1_ALGORITHM; NTSTATUS status = BCryptEncrypt(key_object->key.bcrypt_key, input, insize, &oaepInfo, NULL, 0, output, outsize, result, flags); if (key_object->type != KEY) return NTE_INVALID_HANDLE; return map_ntstatus(BCryptEncrypt(key_object->key.bcrypt_key, input, insize, padding, NULL, 0, output, outsize, result, flags)); } Now, when calling the connection, it crashes with the error "bcrypt:BCryptEncrypt flags 0x4 not implemented." Can anyone help with enhancing this functionality or at least point me in the right direction?
Last updated: 2024-03-22

Post by alexgooi on OPC-UA and other communication questions CODESYS Forge talk (Post)
Dear forum, I currently have a big question mark above my head, and maybe this forum can shine some light on the situation. I recently updated to Codesys 3.15 SP19 Patch 6. And now I’m trying to setup the OPC-UA server, besides that I’m trying to connect to the controller with the Codesys V3 (Ethernet) protocol. OPC-UA I have installed the correct licenses on my controller (Runtime and communication). I’m able to connect to the controller with an OPC-UA client, and I’m able to browse the tags, so far so good. Therefore I’m assuming that the OPC-UA server is running on the controller. But now the strange part, in the device security settings I have set the communication Policy to BASCI256SHA256 ( I also have tried the other ones) and the communication mode is set to secure if possible (I also have tried all the other ones) (see picture). With these settings I would assume that I would only be able to login with a Basic256SHA256 policy with a client. But the opposite is true, I am able to login using the no policy mode and when I set it to Basic256SHA256 the client (UA-Expert) notes that this policy is not available on the server. I then check the certificates and I noted that there is no certificate for the OPC-UA server, I tried to generate one but it gave the error that the certificate has not been created by the device (See picture). To summarize I have no clue what is going on, and the controller does the opposite of what I would expect. Codesys Ethernet V3 driver I have a HMI connected to the same controller using the Ethernet V3 driver. But this will not connect. I tried all the Protocols (see picture), with and without the username and password enabled. But it will not connect, when I scan the available servers I can see the controller with the port number that I am expecting, so I’m assuming that the Codesys V3 ethernet driver is up on the controller. Does anyone can give me some direction, because the stuff that I tried doesn’t make sense to me. Thank you in advance
Last updated: 2024-04-02

Post by winki on ModbusFB ClientRequest: never recovers after a single ReplyTimeout (requires full download) CODESYS Forge talk (Post)
Library: ModbusFB (CODESYS Modbus package) IDE / Runtime: CODESYS V3.5 SP___ / Control runtime ___ Target: ___ (e.g. gateway, Linux ARM64 / Debian) Slave: Modbus TCP inverter Summary I poll a Modbus TCP slave with a permanent connection: one ClientTCP (kept connected, xConnect:=TRUE) and one ClientRequestReadHoldingRegisters, triggered cyclically. Everything works fine after a fresh application download. But as soon as one single ReplyTimeout occurs (slave temporarily not answering), the request never recovers. It stays stuck and no further messages are sent, even though the TCP connection is still reported as alive. Only a full application download brings it back — an online change or a runtime reset is not enough / not what I want in production. State observed when stuck So the connection is alive, the request finished in ReplyTimeout, the FB is back to _state = None, but udiNumMsgSent no longer increases — as if a new rising edge on xExecute is no longer accepted / no longer produces a new message. My trigger logic (simplified) Each PLC cycle, in this order: If the request is fully at rest (NOT xExecute AND NOT xBusy AND NOT xDone AND NOT xError) and a read is pending, I set xExecute := TRUE. I call clientTcp() then clientRequest(rClient := clientTcp) once each, per cycle. On xDone or xError, I set xExecute := FALSE. I made sure to insert at least one full cycle with xExecute = FALSE (seen by the FB call) before re-triggering, so the falling edge is processed. Questions After a ReplyTimeout (xError = TRUE), what is the exact, correct sequence to re-trigger the same ClientRequest so a new message is actually sent again? Is a full cycle with xExecute = FALSE between two executions mandatory? Is there a known condition where, after ReplyTimeout, the ClientTCP keeps xConnected = TRUE but silently stops sending new requests (e.g. an internal request queue / _udiRequestId that gets out of sync)? udiNumMsgSent freezing at 23 while the FB shows _state = None is what puzzles me. Is the recommended pattern to drop the connection (ClientTCP.xConnect := FALSE for one cycle, then TRUE) on a request error, rather than keeping it alive? The docs state a request error does not close the connection, so I kept it open — but maybe that is the issue here. Could the large uiStartItem (50514) be relevant? It works right after download, so addressing seems correct, but I want to rule it out. Any guidance on the canonical recovery pattern after a request timeout would be greatly appreciated. Thanks!
Last updated: 5 days ago

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Final Note Sammanfattningsvis erbjuder vĂ„rt Temu coupon code 1,000kr off en utmĂ€rkt möjlighet för alla att spara pengar och fĂ„ mer vĂ€rde i sina inköp. Oavsett din shoppingvana, har vi en lösning för dig. Med vĂ„r Temu 1,000kr off coupon, sĂ€tter vi dig i fokus och hjĂ€lper dig att göra det mesta av dina shoppingupplevelser. Missa inte chansen att utnyttja dessa fantastiska rabatter! FAQs Of Temu 1,000kr Off Coupon 1. Kan jag anvĂ€nda koden [acu729640] flera gĂ„nger? Ja, du kan anvĂ€nda koden [acu729640] flera gĂ„nger för att fĂ„ rabatt pĂ„ dina inköp. Detta gör att du kan maximera dina besparingar varje gĂ„ng du handlar. Är Temu 1,000kr off coupon tillgĂ€nglig för alla produkter? Kupongen gĂ€ller för de flesta produkter pĂ„ Temus plattform. Dock kan vissa varor vara undantagna, sĂ„ kontrollera alltid villkoren för varje specifik artikel. Hur registrerar jag mig för Temus nyhetsbrev? Att registrera sig för Temus nyhetsbrev Ă€r enkelt. Besök Temus webbplats och fyll i din e-postadress i nyhetsbrevssektionen för att börja motta exklusiva erbjudanden och kupongkoder. Kan jag kombinera Temu coupon “Sweden” 1,000kr off code med andra rabatter? Ja, i de flesta fall kan du kombinera vĂ„r kupongkod med andra rabatter, vilket ger dig ytterligare besparingar. Kontrollera dock alltid de specifika villkoren för att vara sĂ€ker. Hur fĂ„r jag gratis frakt med Temu-kupongen? För att fĂ„ gratis frakt, anvĂ€nd Temu coupon code “Sweden” 1,000kr off under kassan. Rabatten kommer att inkludera fri frakt för dina kvalificerande inköp.
Last updated: 2024-10-26

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