FHIR Mapping Language Parser¶

FHIR Mapping Language parser and lexer utilities.

parser ¶

FHIR Mapping Language Parser

Classes:

Name	Description
`FHIRMappingLanguageParser`	An LALR-parser for the FHIR Mapping Language

Functions:

Name	Description
`parse`	Parse a FHIR Mapping Language string into a StructureMap resource.

FHIRMappingLanguageParser
Path: `fhircraft.fhir.mapper.parser.FHIRMappingLanguageParser`
¶

FHIRMappingLanguageParser(fhir_release: FHIRRelease, debug: bool = False, lexer_class: type | None = None)

Bases: FHIRPathParser

An LALR-parser for the FHIR Mapping Language

Methods:

Name	Description
`parse`	Parse a FHIR Mapping Language string into a StructureMap resource.
`is_valid`	Check if the given FHIR Mapping Language string is valid.
`p_mapper_structure_map`	structureMap : m_structureMap_sections
`p_mapper_structure_map_sections`	m_structureMap_sections : m_structureMap_sections m_structureMap_section
`p_mapper_structure_map_section_metadata`	m_structureMap_section : m_metadata_entry
`p_mapper_structure_map_section_map_id`	m_structureMap_section : m_mapId
`p_mapper_structure_map_section_conceptmap`	m_structureMap_section : m_conceptmap
`p_mapper_structure_map_section_structure`	m_structureMap_section : m_structure
`p_mapper_structure_map_section_imports`	m_structureMap_section : m_imports
`p_mapper_structure_map_section_const`	m_structureMap_section : m_const
`p_mapper_structure_map_section_group`	m_structureMap_section : m_group
`p_mapper_metadata_entry`	m_metadata_entry : METADATA_DECLARATION m_identifier EQUAL m_metadata_value
`p_mapper_metadata_value`	m_metadata_value : m_literal
`p_mapper_map_id`	m_mapId : MAP m_url EQUAL m_identifier
`p_conceptmap`	m_conceptmap : CONCEPTMAP m_conceptmap_name '{' m_conceptmap_prefix_list m_conceptmap_mapping_list '}'
`p_conceptmap_name`	m_conceptmap_name : m_identifier
`p_conceptmap_prefix_list`	m_conceptmap_prefix_list : m_conceptmap_prefix_list m_conceptmap_prefix
`p_conceptmap_prefix`	m_conceptmap_prefix : PREFIX m_identifier EQUAL m_url
`p_conceptmap_mapping_list`	m_conceptmap_mapping_list : m_conceptmap_mapping_list m_conceptmap_mapping
`p_conceptmap_mapping`	m_conceptmap_mapping : m_identifier ':' m_conceptmap_code m_conceptmap_operator m_identifier ':' m_conceptmap_code
`p_conceptmap_code`	m_conceptmap_code : m_identifier
`p_conceptmap_operator`	m_conceptmap_operator : EQUAL
`p_mapper_structure`	m_structure : USES m_url m_structureAlias AS m_model_mode
`p_mapper_structure_alias`	m_structureAlias : ALIAS m_identifier
`p_mapper_model_mode`	m_model_mode : SOURCE
`p_mapper_imports`	m_imports : IMPORTS m_url
`p_mapper_const`	m_const : LET m_identifier EQUAL m_fhirpath ';'
`p_mapper_extending_group`	m_group : GROUP m_identifier m_parameters m_extends GROUPTYPE m_rules
`p_mapper_group`	m_group : GROUP m_identifier m_parameters GROUPTYPE m_rules
`p_mapper_parameters`	m_parameters : '(' m_parameter_list ')'
`p_mapper_parameter_list`	m_parameter_list : m_parameter ',' m_parameter
`p_mapper_parameter`	m_parameter : m_inputMode m_identifier m_type
`p_mapper_type`	m_type : ':' m_identifier
`p_mapper_input_mode`	m_inputMode : SOURCE
`p_mapper_extends`	m_extends : EXTENDS m_identifier
`p_mapper_empty_rules`	m_rules : '{' '}'
`p_mapper_rules`	m_rules : '{' m_rule_list '}'
`p_mapper_rule_list_error`	m_rule_list : m_rule
`p_mapper_rule_list`	m_rule_list : m_rule_delimited
`p_mapper_rule_delimited`	m_rule_delimited : m_rule ';'
`p_mapper_rule_named`	m_rule : m_rule m_rule_name
`p_mapping_rule`	m_rule : m_rule_only_sources
`p_mapper_rule_only_sources`	m_rule_only_sources : m_rule_source_list m_dependent
`p_identifier_list`	m_identifier_list : m_identifier_list ',' m_identifier
`p_mapper_rule_full`	m_rule : m_rule_source_list RIGHT_ARROW m_rule_target_list m_dependent
`p_mapper_rule_name`	m_rule_name : m_identifier
`p_mapper_rule_source_list`	m_rule_source_list : m_rule_source_list ',' m_rule_source
`p_mapper_rule_source`	m_rule_source : m_rule_path m_source_modifiers
`p_mapper_source_modifiers`	m_source_modifiers : m_source_modifiers m_source_modifier
`p_mapper_source_modifier`	m_source_modifier : m_sourceType
`p_mapper_rule_context`	m_rule_path : m_identifier
`p_mapper_rule_context_with_element`	m_rule_path : m_identifier '.' m_identifier
`p_mapper_rule_context_with_subelements`	m_rule_path : m_rule_path '.' m_identifier
`p_mapper_source_type`	m_sourceType : ':' m_identifier
`p_mapper_source_cardinality`	m_sourceCardinality : INTEGER '.' '.' INTEGER
`p_mapper_source_default`	m_sourceDefault : DEFAULT '(' m_fhirpath ')'
`p_mapper_source_list_mode`	m_sourceListMode : FIRST
`p_mapper_alias`	m_alias : AS m_identifier
`p_mapper_where_clause`	m_whereClause : WHERE '(' m_fhirpath ')'
`p_mapper_check_clause`	m_checkClause : CHECK '(' m_fhirpath ')'
`p_mapper_log`	m_log : LOG '(' m_fhirpath ')'
`p_mapper_rule_target_list`	m_rule_target_list : m_rule_target_list ',' m_rule_target
`p_mapper_rule_target_with_invocation`	m_rule_target : m_invocation m_target_modifier_list
`p_mapper_rule_target`	m_rule_target : m_rule_path EQUAL m_transform m_target_modifier_list
`p_mapper_target_modifier_list`	m_target_modifier_list : m_target_modifier_list m_target_modifier
`p_mapper_target_modifier`	m_target_modifier : m_alias
`p_mapper_target_list_mode`	m_targetListMode : FIRST
`p_mapper_transform`	m_transform : m_transform_fhirpath
`p_mapper_transform_rule_path`	m_transform_rule_path : m_rule_path
`p_mapper_transform_fhirpath`	m_transform_fhirpath : '(' m_fhirpath ')'
`p_mapper_transform_literal`	m_transform_literal : m_literal
`p_mapper_transform_invocation`	m_transform_invocation : m_invocation
`p_mapper_dependent_rules`	m_dependent : THEN m_rules
`p_mapper_dependent_invocation_list`	m_dependent : THEN m_invocation_list
`p_mapper_dependent_mixed`	m_dependent : THEN m_invocation_list m_rules
`p_mapper_invocation_list`	m_invocation_list : m_invocation_list ',' m_invocation
`p_mapper_invocation_with_parameters`	m_invocation : m_identifier '(' m_param_list ')'
`p_mapper_invocation`	m_invocation : m_identifier '(' ')'
`p_mapper_param_list`	m_param_list : m_param_list ',' m_param
`p_mapper_param`	m_param : m_param_id
`p_mapper_param_literal`	m_param_literal : m_literal
`p_mapper_param_id`	m_param_id : m_identifier
`p_mapper_fhir_path`	m_fhirpath : expression
`p_mapper_url`	m_url : DELIMITEDIDENTIFIER
`p_mapper_identifier`	m_identifier : IDENTIFIER
`p_fhirpath_identifier`	identifier : IDENTIFIER
`p_reserved_words_as_identifier`	m_reserved_words : MAP
`p_mapper_literal`	m_literal : INTEGER
`p_mapper_time`	m_time : TIME
`p_mapper_date`	m_date : DATE
`p_mapper_datetime`	m_datetime : DATETIME
`p_mapper_empty`	m_empty :

Attributes:

Name	Type	Description
`tokens`		The list of token names used by the parser. This is required by PLY.
`structure_map`	`StructureMapUnion`	The StructureMap resource being constructed during parsing.

tokens `class-attribute` `instance-attribute` ¶

tokens = FHIRMappingLanguageLexer.tokens

The list of token names used by the parser. This is required by PLY.

structure_map `instance-attribute` ¶

structure_map: StructureMapUnion

The StructureMap resource being constructed during parsing.

parse ¶

parse(input_string: str) -> StructureMapUnion

Parse a FHIR Mapping Language string into a StructureMap resource.

Parameters:

Name	Type	Description	Default
`input_string`	`str`	The FHIR Mapping Language string to parse.	required

Returns:

Name	Type	Description
`StructureMapUnion`	`StructureMapUnion`	The parsed StructureMap resource.

is_valid ¶

is_valid(input_string: str) -> bool

Check if the given FHIR Mapping Language string is valid.

Parameters:

Name	Type	Description	Default
`input_string`	`str`	The FHIR Mapping Language string to validate.	required

Returns:

Name	Type	Description
`bool`	`bool`	True if the string is valid, False otherwise.

p_mapper_structure_map ¶

p_mapper_structure_map(p)

structureMap : m_structureMap_sections

p_mapper_structure_map_sections ¶

p_mapper_structure_map_sections(p)

m_structureMap_sections m_structureMap_section

| m_empty

p_mapper_structure_map_section_metadata ¶

p_mapper_structure_map_section_metadata(p)

m_structureMap_section : m_metadata_entry

p_mapper_structure_map_section_map_id ¶

p_mapper_structure_map_section_map_id(p)

m_structureMap_section : m_mapId

p_mapper_structure_map_section_conceptmap ¶

p_mapper_structure_map_section_conceptmap(p)

m_structureMap_section : m_conceptmap

p_mapper_structure_map_section_structure ¶

p_mapper_structure_map_section_structure(p)

m_structureMap_section : m_structure

p_mapper_structure_map_section_imports ¶

p_mapper_structure_map_section_imports(p)

m_structureMap_section : m_imports

p_mapper_structure_map_section_const ¶

p_mapper_structure_map_section_const(p)

m_structureMap_section : m_const

p_mapper_structure_map_section_group ¶

p_mapper_structure_map_section_group(p)

m_structureMap_section : m_group

p_mapper_metadata_entry ¶

p_mapper_metadata_entry(p)

m_metadata_entry : METADATA_DECLARATION m_identifier EQUAL m_metadata_value

p_mapper_metadata_value ¶

p_mapper_metadata_value(p)

m_literal

| m_empty

p_mapper_map_id ¶

p_mapper_map_id(p)

MAP m_url EQUAL m_identifier

| MAP m_url EQUAL STRING

p_conceptmap ¶

p_conceptmap(p)

m_conceptmap : CONCEPTMAP m_conceptmap_name '{' m_conceptmap_prefix_list m_conceptmap_mapping_list '}'

p_conceptmap_name ¶

p_conceptmap_name(p)

m_identifier

| STRING

p_conceptmap_prefix_list ¶

p_conceptmap_prefix_list(p)

m_conceptmap_prefix_list m_conceptmap_prefix

| m_conceptmap_prefix | m_empty

p_conceptmap_prefix ¶

p_conceptmap_prefix(p)

m_conceptmap_prefix : PREFIX m_identifier EQUAL m_url

p_conceptmap_mapping_list ¶

p_conceptmap_mapping_list(p)

m_conceptmap_mapping_list m_conceptmap_mapping

| m_conceptmap_mapping | m_empty

p_conceptmap_mapping ¶

p_conceptmap_mapping(p)

m_conceptmap_mapping : m_identifier ':' m_conceptmap_code m_conceptmap_operator m_identifier ':' m_conceptmap_code

p_conceptmap_code ¶

p_conceptmap_code(p)

m_identifier

| STRING

p_conceptmap_operator ¶

p_conceptmap_operator(p)

EQUAL

| NOT_EQUAL | DOUBLE_EQUAL | GREATER_EQUAL_THAN | LESS_EQUAL_THAN

p_mapper_structure ¶

p_mapper_structure(p)

USES m_url m_structureAlias AS m_model_mode

| USES m_url AS m_model_mode

p_mapper_structure_alias ¶

p_mapper_structure_alias(p)

m_structureAlias : ALIAS m_identifier

p_mapper_model_mode ¶

p_mapper_model_mode(p)

SOURCE

| QUERIED | TARGET | PRODUCED

p_mapper_imports ¶

p_mapper_imports(p)

m_imports : IMPORTS m_url

p_mapper_const ¶

p_mapper_const(p)

m_const : LET m_identifier EQUAL m_fhirpath ';'

p_mapper_extending_group ¶

p_mapper_extending_group(p)

GROUP m_identifier m_parameters m_extends GROUPTYPE m_rules

| GROUP m_identifier m_parameters m_extends m_rules

p_mapper_group ¶

p_mapper_group(p)

GROUP m_identifier m_parameters GROUPTYPE m_rules

| GROUP m_identifier m_parameters m_rules

p_mapper_parameters ¶

p_mapper_parameters(p)

'(' m_parameter_list ')'

| '(' m_parameter ')'

p_mapper_parameter_list ¶

p_mapper_parameter_list(p)

m_parameter ',' m_parameter

| m_parameter_list ',' m_parameter

p_mapper_parameter ¶

p_mapper_parameter(p)

m_inputMode m_identifier m_type

| m_inputMode m_identifier

p_mapper_type ¶

p_mapper_type(p)

m_type : ':' m_identifier

p_mapper_input_mode ¶

p_mapper_input_mode(p)

SOURCE

| TARGET

p_mapper_extends ¶

p_mapper_extends(p)

m_extends : EXTENDS m_identifier

p_mapper_empty_rules ¶

p_mapper_empty_rules(p)

m_rules : '{' '}'

p_mapper_rules ¶

p_mapper_rules(p)

m_rules : '{' m_rule_list '}'

p_mapper_rule_list_error ¶

p_mapper_rule_list_error(p)

m_rule

| m_rule_list m_rule

p_mapper_rule_list ¶

p_mapper_rule_list(p)

m_rule_delimited

| m_rule_list m_rule_delimited | m_empty

p_mapper_rule_delimited ¶

p_mapper_rule_delimited(p)

m_rule_delimited : m_rule ';'

p_mapper_rule_named ¶

p_mapper_rule_named(p)

m_rule : m_rule m_rule_name

p_mapping_rule ¶

p_mapping_rule(p)

m_rule_only_sources

| m_rule

p_mapper_rule_only_sources ¶

p_mapper_rule_only_sources(p)

m_rule_source_list m_dependent

| m_rule_source_list

p_identifier_list ¶

p_identifier_list(p)

m_identifier_list ',' m_identifier

| m_identifier

p_mapper_rule_full ¶

p_mapper_rule_full(p)

m_rule_source_list RIGHT_ARROW m_rule_target_list m_dependent

| m_rule_source_list RIGHT_ARROW m_rule_target_list ':' m_identifier_list | m_rule_source_list RIGHT_ARROW m_rule_target_list

p_mapper_rule_name ¶

p_mapper_rule_name(p)

m_identifier

| STRING

p_mapper_rule_source_list ¶

p_mapper_rule_source_list(p)

m_rule_source_list ',' m_rule_source

| m_rule_source

p_mapper_rule_source ¶

p_mapper_rule_source(p)

m_rule_source : m_rule_path m_source_modifiers

p_mapper_source_modifiers ¶

p_mapper_source_modifiers(p)

m_source_modifiers m_source_modifier

| m_source_modifier | m_empty

p_mapper_source_modifier ¶

p_mapper_source_modifier(p)

m_sourceType

p_mapper_rule_context ¶

p_mapper_rule_context(p)

m_rule_path : m_identifier

p_mapper_rule_context_with_element ¶

p_mapper_rule_context_with_element(p)

m_rule_path : m_identifier '.' m_identifier

p_mapper_rule_context_with_subelements ¶

p_mapper_rule_context_with_subelements(p)

m_rule_path : m_rule_path '.' m_identifier

p_mapper_source_type ¶

p_mapper_source_type(p)

m_sourceType : ':' m_identifier

p_mapper_source_cardinality ¶

p_mapper_source_cardinality(p)

INTEGER '.' '.' INTEGER

| INTEGER '.' '.' '*'

p_mapper_source_default ¶

p_mapper_source_default(p)

m_sourceDefault : DEFAULT '(' m_fhirpath ')'

p_mapper_source_list_mode ¶

p_mapper_source_list_mode(p)

FIRST

| NOT_FIRST | LAST | NOT_LAST | ONLY_ONE

p_mapper_alias ¶

p_mapper_alias(p)

m_alias : AS m_identifier

p_mapper_where_clause ¶

p_mapper_where_clause(p)

m_whereClause : WHERE '(' m_fhirpath ')'

p_mapper_check_clause ¶

p_mapper_check_clause(p)

m_checkClause : CHECK '(' m_fhirpath ')'

p_mapper_log ¶

p_mapper_log(p)

m_log : LOG '(' m_fhirpath ')'

p_mapper_rule_target_list ¶

p_mapper_rule_target_list(p)

m_rule_target_list ',' m_rule_target

| m_rule_target

p_mapper_rule_target_with_invocation ¶

p_mapper_rule_target_with_invocation(p)

m_rule_target : m_invocation m_target_modifier_list

p_mapper_rule_target ¶

p_mapper_rule_target(p)

m_rule_path EQUAL m_transform m_target_modifier_list

| m_rule_path m_target_modifier_list

p_mapper_target_modifier_list ¶

p_mapper_target_modifier_list(p)

m_target_modifier_list m_target_modifier

| m_target_modifier | m_empty

p_mapper_target_modifier ¶

p_mapper_target_modifier(p)

m_target_modifier : m_alias | m_targetListMode

p_mapper_target_list_mode ¶

p_mapper_target_list_mode(p)

FIRST

| SHARE | LAST | SINGLE

p_mapper_transform ¶

p_mapper_transform(p)

m_transform_fhirpath

| m_transform_invocation | m_transform_rule_path | m_transform_literal

p_mapper_transform_rule_path ¶

p_mapper_transform_rule_path(p)

m_transform_rule_path : m_rule_path

p_mapper_transform_fhirpath ¶

p_mapper_transform_fhirpath(p)

m_transform_fhirpath : '(' m_fhirpath ')'

p_mapper_transform_literal ¶

p_mapper_transform_literal(p)

m_transform_literal : m_literal

p_mapper_transform_invocation ¶

p_mapper_transform_invocation(p)

m_transform_invocation : m_invocation

p_mapper_dependent_rules ¶

p_mapper_dependent_rules(p)

m_dependent : THEN m_rules

p_mapper_dependent_invocation_list ¶

p_mapper_dependent_invocation_list(p)

m_dependent : THEN m_invocation_list

p_mapper_dependent_mixed ¶

p_mapper_dependent_mixed(p)

m_dependent : THEN m_invocation_list m_rules

p_mapper_invocation_list ¶

p_mapper_invocation_list(p)

m_invocation_list ',' m_invocation

| m_invocation

p_mapper_invocation_with_parameters ¶

p_mapper_invocation_with_parameters(p)

m_invocation : m_identifier '(' m_param_list ')'

p_mapper_invocation ¶

p_mapper_invocation(p)

m_invocation : m_identifier '(' ')'

p_mapper_param_list ¶

p_mapper_param_list(p)

m_param_list ',' m_param

| m_param

p_mapper_param ¶

p_mapper_param(p)

m_param_id

| m_param_literal

p_mapper_param_literal ¶

p_mapper_param_literal(p)

m_param_literal : m_literal

p_mapper_param_id ¶

p_mapper_param_id(p)

m_param_id : m_identifier

p_mapper_fhir_path ¶

p_mapper_fhir_path(p)

m_fhirpath : expression

p_mapper_url ¶

p_mapper_url(p)

DELIMITEDIDENTIFIER

| STRING

p_mapper_identifier ¶

p_mapper_identifier(p)

IDENTIFIER

| DELIMITEDIDENTIFIER | ROOT_NODE | m_reserved_words

p_fhirpath_identifier ¶

p_fhirpath_identifier(p)

IDENTIFIER

| DELIMITEDIDENTIFIER | ROOT_NODE | m_reserved_words

p_reserved_words_as_identifier ¶

p_reserved_words_as_identifier(p)

MAP

p_mapper_literal ¶

p_mapper_literal(p)

INTEGER

p_mapper_time ¶

p_mapper_time(p)

m_time : TIME

p_mapper_date ¶

p_mapper_date(p)

m_date : DATE

p_mapper_datetime ¶

p_mapper_datetime(p)

m_datetime : DATETIME

p_mapper_empty ¶

p_mapper_empty(p)

m_empty :

IteratorToTokenStream
Path: `fhircraft.fhir.mapper.parser.IteratorToTokenStream`
¶

IteratorToTokenStream(iterator)

A simple wrapper around an iterator to provide a token stream interface.

Methods:

Name	Description
`token`	Return the next token from the iterator, or None if the iterator is exhausted.

token ¶

token()

Return the next token from the iterator, or None if the iterator is exhausted.

parse ¶

parse(input_string: str, fhir_release: FHIRRelease) -> StructureMapUnion

Parse a FHIR Mapping Language string into a StructureMap resource.

Parameters:

Name	Type	Description	Default
`input_string`	`str`	The FHIR Mapping Language string to parse.	required
`fhir_release`	`FHIRRelease`	The FHIR release version to use for parsing.	required

Returns:

Name	Type	Description
`StructureMapUnion`	`StructureMapUnion`	The parsed StructureMap resource.

lexer ¶

Classes:

Name	Description
`FHIRMappingLanguageLexer`	A Lexical analyzer for FHIR Mapping Language.

FHIRMappingLanguageLexer
Path: `fhircraft.fhir.mapper.lexer.FHIRMappingLanguageLexer`
¶

FHIRMappingLanguageLexer(debug=False)

Bases: FHIRPathLexer

A Lexical analyzer for FHIR Mapping Language.

Methods:

Name	Description
`tokenize`	Maps a string to an iterator over tokens. In other words: [char] -> [token]
`t_ignore_WHITESPACE`	[\s]
`t_METADATA_DECLARATION`	\/\/\/
`t_ignore_DOCUMENTATION`	\/{2}(.*)
`t_RIGHT_ARROW`	->
`t_DATETIME`	@\d{4}(?:-\d{2}(?:-\d{2})?)?T(?:\d{2}(?::\d{2}(?::\d{2}(?:.\d{3}(?:[+\|-]\d{2}(?::\d{2})?)?)?)?)?)?
`t_DATE`	@\d{4}(?:-\d{2}(?:-\d{2})?)?
`t_BOOLEAN`	true\|false
`t_TIME`	\@T\d{2}(?::\d{2}(?::\d{2}(?:.\d{3}(?:[+\|-]\d{2}(?::\d{2})?)?)?)?)?
`t_NUMBER`	-?\d+(.\d+)?
`t_STRING`	(\'([^{\'])?\')\|(\"([}\"])?\")
`t_GROUPTYPE`	<>\|<>
`t_DOUBLE_EQUAL`	==
`t_DELIMITEDIDENTIFIER`	`[a-zA-Z][a-zA-Z0-9-][^`]*`
`t_error_invalid_function`	"

tokenize ¶

tokenize(string)

Maps a string to an iterator over tokens. In other words: [char] -> [token]

t_ignore_WHITESPACE ¶

t_ignore_WHITESPACE(t)

[\s]

t_METADATA_DECLARATION ¶

t_METADATA_DECLARATION(t)

\/\/\/

t_ignore_DOCUMENTATION ¶

t_ignore_DOCUMENTATION(t)

\/{2}(.*)

t_RIGHT_ARROW ¶

t_RIGHT_ARROW(t)

->

t_DATETIME ¶

t_DATETIME(t)

@\d{4}(?:-\d{2}(?:-\d{2})?)?T(?:\d{2}(?::\d{2}(?::\d{2}(?:.\d{3}(?:[+|-]\d{2}(?::\d{2})?)?)?)?)?)?

t_DATE ¶

t_DATE(t)

@\d{4}(?:-\d{2}(?:-\d{2})?)?

t_BOOLEAN ¶

t_BOOLEAN(t)

true|false

t_TIME ¶

t_TIME(t)

\@T\d{2}(?::\d{2}(?::\d{2}(?:.\d{3}(?:[+|-]\d{2}(?::\d{2})?)?)?)?)?

t_NUMBER ¶

t_NUMBER(t)

-?\d+(.\d+)?

t_STRING ¶

t_STRING(t)

(\'([^{\']*)?\')|(\"([}\"]*)?\")

t_GROUPTYPE ¶

t_GROUPTYPE(t)

<>|<>

t_DOUBLE_EQUAL ¶

t_DOUBLE_EQUAL(t)

==

t_DELIMITEDIDENTIFIER ¶

t_DELIMITEDIDENTIFIER(t)

`[a-zA-Z][a-zA-Z0-9-][^`]*`

t_error_invalid_function ¶

t_error_invalid_function(t)

"

FHIR Mapping Language Parser¶

parser ¶

FHIRMappingLanguageParser Path: fhircraft.fhir.mapper.parser.FHIRMappingLanguageParser ¶

tokens class-attribute instance-attribute ¶

structure_map instance-attribute ¶

parse ¶

is_valid ¶

p_mapper_structure_map ¶

p_mapper_structure_map_sections ¶

p_mapper_structure_map_section_metadata ¶

p_mapper_structure_map_section_map_id ¶

p_mapper_structure_map_section_conceptmap ¶

p_mapper_structure_map_section_structure ¶

p_mapper_structure_map_section_imports ¶

p_mapper_structure_map_section_const ¶

p_mapper_structure_map_section_group ¶

p_mapper_metadata_entry ¶

p_mapper_metadata_value ¶

p_mapper_map_id ¶

p_conceptmap ¶

p_conceptmap_name ¶

p_conceptmap_prefix_list ¶

p_conceptmap_prefix ¶

p_conceptmap_mapping_list ¶

p_conceptmap_mapping ¶

p_conceptmap_code ¶

p_conceptmap_operator ¶

p_mapper_structure ¶

p_mapper_structure_alias ¶

p_mapper_model_mode ¶

p_mapper_imports ¶

p_mapper_const ¶

p_mapper_extending_group ¶

p_mapper_group ¶

p_mapper_parameters ¶

p_mapper_parameter_list ¶

p_mapper_parameter ¶

p_mapper_type ¶

p_mapper_input_mode ¶

p_mapper_extends ¶

p_mapper_empty_rules ¶

p_mapper_rules ¶

p_mapper_rule_list_error ¶

p_mapper_rule_list ¶

p_mapper_rule_delimited ¶

p_mapper_rule_named ¶

p_mapping_rule ¶

p_mapper_rule_only_sources ¶

p_identifier_list ¶

p_mapper_rule_full ¶

p_mapper_rule_name ¶

p_mapper_rule_source_list ¶

p_mapper_rule_source ¶

p_mapper_source_modifiers ¶

p_mapper_source_modifier ¶

p_mapper_rule_context ¶

p_mapper_rule_context_with_element ¶

p_mapper_rule_context_with_subelements ¶

p_mapper_source_type ¶

p_mapper_source_cardinality ¶

p_mapper_source_default ¶

p_mapper_source_list_mode ¶

p_mapper_alias ¶

p_mapper_where_clause ¶

p_mapper_check_clause ¶

p_mapper_log ¶

p_mapper_rule_target_list ¶

p_mapper_rule_target_with_invocation ¶

p_mapper_rule_target ¶

p_mapper_target_modifier_list ¶

p_mapper_target_modifier ¶

p_mapper_target_list_mode ¶

p_mapper_transform ¶

p_mapper_transform_rule_path ¶

p_mapper_transform_fhirpath ¶

p_mapper_transform_literal ¶

p_mapper_transform_invocation ¶

p_mapper_dependent_rules ¶

p_mapper_dependent_invocation_list ¶

p_mapper_dependent_mixed ¶

FHIRMappingLanguageParser
Path: `fhircraft.fhir.mapper.parser.FHIRMappingLanguageParser`
¶

tokens `class-attribute` `instance-attribute` ¶

structure_map `instance-attribute` ¶

IteratorToTokenStream
Path: `fhircraft.fhir.mapper.parser.IteratorToTokenStream`
¶

FHIRMappingLanguageLexer
Path: `fhircraft.fhir.mapper.lexer.FHIRMappingLanguageLexer`
¶