Is used to manage Fact Sheets (create, update, delete)Įxample configuration can be found in the Admin UI The processor name should not include any reserved characters which are as operators e.g. To prevent data inconsistency in the processing run like creating a relation to a not yet existing object it is possible to order the execution by assigning each Data Processor a numeric run key, e.g run : 0 when creating a Fact Sheet, run: 1 when creating a relation to the new Fact Sheet. The configuration even allows to set fix values in certain fields to cover cases where not all data points in the source system have values.Įach Data Object will potentially be processed by multiple Data Processors (in case filters of multiple Data Processors match).

Creation of a relation that depends on certain key value pairs or keys (in case of simple tags), as well as combining input from different tags is supported. LeanIX provides a powerful mapping component that allows to (partly) map, add and combine information from multiple metadata elements and/or type or id. This includes setting and updating values in fields from certain data keys and values in the data object.Įxtended to fully support various sources and keep the connector code simple.

In case of a match, the Processor executes the transformation of data and writes to a LeanIX entity.įor each data object in the content section of the LDIF, inbound Data Processors, depending on the type of Data Processor, create Fact Sheets, Relations, Subscriptions, Metrics and Links (Resources tab of Fact Sheets formerly known as Documents). These have been kept the same as the Microsoft docs for PE files.The integration API reads provided LDIF and for each data object, it walks over all the configured Data Processors and checks if the filter configured for each Data Processor matches.

If the processor architecture is unknown it will return unknown as well as the hex identifier. Null is returned if the file is not a MZ/PE file. Const binarycpu = require ( 'binarycpu' ) const arch = binarycpu.

Processor identification