CODESYS Static Analysis With CODESYS Static Analysis , a check of the IEC source code can be performed using defined rules, naming conventions, or metrics. As a result, indications of possible develop

Subsection: Device The Device subsection defines devices to be added by the device generator. There are several types of generated devices that are defined with the different subsections Identificatio

Subsection: Connect This subsection of the section IOMapping serves to connect module IOs with specified device IOs. This mapping is done without knowing the exact IO structure of the device. For dire

Subsection: Demand This subsection of IOMapping allows the module IOs to specify properties (example: 24V and not 230V), which should be offered by the device IOs for proper connection. The demanded p

Subsection: Wildcards The Wildcard subsection is used to create wildcard devices for modules that are not yet known when the module is created. The devices should then be flexible to be specified by t

Subsection: Parameter The section Parameter with the subsections SetParameter and AddParameter serves to add or modify parameters of devices. This allows to generate specific settings of devices (exam

Subsection: InstRefMapping In the section InstRefMapping with the subsection Demand a module InstRef can be filled automatically with a FB instance created by a device. SEC DeviceGenerator //optional:

Rules for Generators . Rules for device generation Devices specified in top-level modules are hooked under the parent device that contains the generated application. No toplevel devices will be create

Alarm Generator The alarm generator provides the module developer with an easy way to equip existing modules with the alarm management available in CODESYS . In doing so, functionalities for the compl

Section: alg.Alarm The section SEC alg.Alarm describes a module alarm. A module alarm essentially corresponds to an alarm of the CODESYS alarm management that has been configured in an alarm group. Ho