- Inductive automation ignition 8.2 bug drivers#
- Inductive automation ignition 8.2 bug software#
- Inductive automation ignition 8.2 bug code#
OPC UA is the latest revision of the OPC specification, which offers platform and vendor neutral transfer and use of industrial data.
Inductive automation ignition 8.2 bug drivers#
Device connections are done over the Ethernet for those devices that have an Ignition device driver. The OPC UA Module makes Ignition act as an OPC UA server, serving data collected by its built in drivers to other Ignition modules, as well as to third-party OPC UA clients. Connecting any PLC device to Ignition is easy with OPC UA.
OPC UA is the leading industrial standard for platform and vendor-neutral data access. Therefore, a new specification was developed that used common networking principals (like TCP/IP) instead of DCOM, was platform independent, and combined the various separate specifications into one: Open Process Connectivity Unified Architecture (OPC UA). There were several separate specifications that provided functions such as Data Access (OPC-DA), Alarms and Events (A&E), and Historical data (HDA).ĭCOM always proved difficult to work with, and by 2004 it was clear that a more modern solution was needed. The original OPC specifications used Microsoft Distributed Component Object Model (DCOM) technology to provide a uniform way for industrial applications to share data. OPC is published and maintained by the OPC Foundation, an organization comprised of hundreds of member companies that strives to ensure interoperability on the plant floor and beyond. Information is exchanged between items such as programmable logic controllers (PLCs), gauges, and databases.
Inductive automation ignition 8.2 bug software#
If anyone has any insight I would really appreciate it.Open Process Connectivity (OPC) is a technology standard used to exchange information between hardware and software through specialized drivers.
Inductive automation ignition 8.2 bug code#
I’m just exceptionally confused how find/replace can break code that was working previously after it did nothing but replace the reference to the component. Here’s a handful of components for context. ('Change Parts').visible = TrueĪnd here is the name of the component in the component list. This happens on a handful of scripts, but I’ll share how I’m referencing from the script that generated this error.
Traceback (most recent call last):ĪttributeError: 'NoneType' object has no attribute 'visible'Īt .AttributeError(Py.java:173)Īt .noAttributeError(PyObject.java:930)Īt .object_setattr_(PyObject.java:3761)Īt ._setattr_(PyObject.java:965)Īt ._pyx15.call_function()Īt .call(PyTableCode.java:165)Īt 圜ode.call(P圜ode.java:18)Īt .runCode(Py.java:1275)Īt .(ScriptManager.java:623)Īt .(ActionAdapter.java:168)Īt .(ActionAdapter.java:265)Īt .(RelayInvocationHandler.java:55)Īt .$Proxy25.actionPerformed(Unknown Source)Īt (Unknown Source)Īt $Handler.actionPerformed(Unknown Source)Īt (Unknown Source)Īt (Unknown Source)Īt .BasicButtonListener.mouseReleased(Unknown Source)Īt (Unknown Source)Īt (Unknown Source)Īt (Unknown Source)Īt (Unknown Source)Īt (Unknown Source)Īt (Unknown Source)Īt (Unknown Source)Īt (Unknown Source)Īt (Unknown Source)Īt (Unknown Source)Īt (Unknown Source)Īt (Unknown Source)Īt (Unknown Source)Īt $500(Unknown Source)Īt $3.run(Unknown Source)Īt (Native Method)Īt $JavaSecurityAccessImpl.doIntersectionPrivilege(Unknown Source)Īt $4.run(Unknown Source)Īt (Unknown Source)Īt (Unknown Source)Īt (Unknown Source)Īt (Unknown Source)Īt (Unknown Source)Īt (Unknown Source)
After mass changing the references to this component with find and replace I suddenly get this error. Recently after having a discussion on how we want a certain page to look and function, we deemed it necessary to change the name of one of the components that we use on the page.
0 kommentar(er)
