skd-decompile

To convert a 1C Data Composition Schema Template.xml into JSON, you can use a decompiler that parses the XML and emits a draft JSON DSL suitable for scaffolding and structural refactoring tasks. This enables round-trip workflows by starting from an emittable JSON representation rather than direct XML edits.

A JSON DSL draft for 1C SKD templates is used for scaffolding or structural refactoring. It provides an emittable JSON representation of the Data Composition Schema, enabling round-trip workflows to modify, recompile, and validate the schema. This avoids direct XML edits and supports safer manual adjustments.

When decompiling 1C SKD, constructs that cannot be expressed in DSL are output as sentinel nodes. The decompiler also generates a warnings markdown file to surface these nodes and guide necessary manual adjustments. This parser-driven conversion emits diagnostics to ensure safe edits.

Yes, you can recompile the JSON DSL back into a 1C Data Composition Schema. The decompiled JSON supports an end-to-end round-trip workflow where you can recompile with a compiler and validate the schema using dedicated validation and info tools.

The 1C SKD decompiler does not require external dependencies. It implements a robust parser-driven conversion internally, reading the Template.xml path and emitting the JSON draft along with diagnostics. You only need the Template.xml file to generate the output.

A limitation of decompiling 1C Data Composition Schema templates is that not all constructs can be expressed in DSL. The decompiler surfaces these as sentinel nodes and warnings, requiring manual adjustments to complete the structural refactoring safely.