Struct ConversionService 

pub struct ConversionService { /* private fields */ }

High-level service that holds a parsed MIG schema and provides convenient methods for EDIFACT conversion.

Implementations

impl ConversionService

pub fn new( mig_path: &Path, message_type: &str, variant: Option<&str>, format_version: &str, ) -> Result<ConversionService, AssemblyError>

Create a new ConversionService by loading a MIG XML file.

pub fn from_mig(mig: MigSchema) -> ConversionService

Create a ConversionService from an already-parsed MIG schema.

pub fn convert_to_tree(&self, input: &str) -> Result<Value, AssemblyError>

Convert EDIFACT input to an assembled tree, serialized as JSON.

pub fn convert_to_assembled_tree( &self, input: &str, ) -> Result<AssembledTree, AssemblyError>

Convert EDIFACT input to an AssembledTree (typed, not JSON).

pub fn convert_interchange_to_trees( &self, input: &str, ) -> Result<(InterchangeChunks, Vec<AssembledTree>), AssemblyError>

Convert a complete interchange into per-message assembled trees.

Steps:

1. Parse input to segments
2. Split at UNH/UNT boundaries
3. Assemble each message independently

Returns the InterchangeChunks (for envelope access) and a Vec<AssembledTree> (one per message, in order).

pub fn convert_to_assembled_tree_with_config( &self, input: &str, config: AssemblerConfig, ) -> Result<AssembledTree, AssemblyError>

Convert EDIFACT input to an AssembledTree with custom assembler config.

pub fn convert_interchange_to_trees_with_config( &self, input: &str, config: AssemblerConfig, ) -> Result<(InterchangeChunks, Vec<AssembledTree>), AssemblyError>

Convert a complete interchange into per-message assembled trees with custom config.

pub fn convert_interchange_to_trees_with_diagnostics( &self, input: &str, config: AssemblerConfig, ) -> Result<(InterchangeChunks, Vec<AssembledTree>, Vec<StructureDiagnostic>), AssemblyError>

convert_interchange_to_trees_with_config, plus the structure diagnostics raised while assembling each message, in input order.

Callers that map the trees to BO4E should surface these: a SkippedUnknownSegment means the message carried content the MIG has no slot for, so the mapped result is missing it.

pub fn mig(&self) -> &MigSchema

Get a reference to the loaded MIG schema.