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codeql/csharp/downgrades/605f85053409cd72b4904df3f198ddc8324f3a83/semmlecode.csharp.dbscheme
Michael Nebel cfb68436f2 C#: Add upgrade- and downgrade scripts.
2025-11-04 13:28:00 +01:00

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/* This is a dummy line to alter the dbscheme, so we can make a database upgrade
* without actually changing any of the dbscheme predicates. It contains a date
* to allow for such updates in the future as well.
*
* 2021-07-14
*
* DO NOT remove this comment carelessly, since it can revert the dbscheme back to a
* previously seen state (matching a previously seen SHA), which would make the upgrade
* mechanism not work properly.
*/
/**
* An invocation of the compiler. Note that more than one file may be
* compiled per invocation. For example, this command compiles three
* source files:
*
* csc f1.cs f2.cs f3.cs
*
* The `id` simply identifies the invocation, while `cwd` is the working
* directory from which the compiler was invoked.
*/
compilations(
unique int id : @compilation,
string cwd : string ref
);
compilation_info(
int id : @compilation ref,
string info_key: string ref,
string info_value: string ref
)
/**
* The arguments that were passed to the extractor for a compiler
* invocation. If `id` is for the compiler invocation
*
* csc f1.cs f2.cs f3.cs
*
* then typically there will be rows for
*
* num | arg
* --- | ---
* 0 | --compiler
* 1 | *path to compiler*
* 2 | f1.cs
* 3 | f2.cs
* 4 | f3.cs
*/
#keyset[id, num]
compilation_args(
int id : @compilation ref,
int num : int ref,
string arg : string ref
);
/**
* The expanded arguments that were passed to the extractor for a
* compiler invocation. This is similar to `compilation_args`, but
* for a `@someFile.rsp` argument, it includes the arguments from that
* file, rather than just taking the argument literally.
*/
#keyset[id, num]
compilation_expanded_args(
int id : @compilation ref,
int num : int ref,
string arg : string ref
);
/**
* The source files that are compiled by a compiler invocation.
* If `id` is for the compiler invocation
*
* csc f1.cs f2.cs f3.cs
*
* then there will be rows for
*
* num | arg
* --- | ---
* 0 | f1.cs
* 1 | f2.cs
* 2 | f3.cs
*/
#keyset[id, num]
compilation_compiling_files(
int id : @compilation ref,
int num : int ref,
int file : @file ref
);
/**
* The references used by a compiler invocation.
* If `id` is for the compiler invocation
*
* csc f1.cs f2.cs f3.cs /r:ref1.dll /r:ref2.dll /r:ref3.dll
*
* then there will be rows for
*
* num | arg
* --- | ---
* 0 | ref1.dll
* 1 | ref2.dll
* 2 | ref3.dll
*/
#keyset[id, num]
compilation_referencing_files(
int id : @compilation ref,
int num : int ref,
int file : @file ref
);
/**
* The time taken by the extractor for a compiler invocation.
*
* For each file `num`, there will be rows for
*
* kind | seconds
* ---- | ---
* 1 | CPU seconds used by the extractor frontend
* 2 | Elapsed seconds during the extractor frontend
* 3 | CPU seconds used by the extractor backend
* 4 | Elapsed seconds during the extractor backend
*/
#keyset[id, num, kind]
compilation_time(
int id : @compilation ref,
int num : int ref,
/* kind:
1 = frontend_cpu_seconds
2 = frontend_elapsed_seconds
3 = extractor_cpu_seconds
4 = extractor_elapsed_seconds
*/
int kind : int ref,
float seconds : float ref
);
/**
* An error or warning generated by the extractor.
* The diagnostic message `diagnostic` was generated during compiler
* invocation `compilation`, and is the `file_number_diagnostic_number`th
* message generated while extracting the `file_number`th file of that
* invocation.
*/
#keyset[compilation, file_number, file_number_diagnostic_number]
diagnostic_for(
unique int diagnostic : @diagnostic ref,
int compilation : @compilation ref,
int file_number : int ref,
int file_number_diagnostic_number : int ref
);
diagnostics(
unique int id: @diagnostic,
int severity: int ref,
string error_tag: string ref,
string error_message: string ref,
string full_error_message: string ref,
int location: @location ref
);
extractor_messages(
unique int id: @extractor_message,
int severity: int ref,
string origin : string ref,
string text : string ref,
string entity : string ref,
int location: @location ref,
string stack_trace : string ref
);
/**
* If extraction was successful, then `cpu_seconds` and
* `elapsed_seconds` are the CPU time and elapsed time (respectively)
* that extraction took for compiler invocation `id`.
*/
compilation_finished(
unique int id : @compilation ref,
float cpu_seconds : float ref,
float elapsed_seconds : float ref
);
compilation_assembly(
unique int id : @compilation ref,
int assembly: @assembly ref
)
// Populated by the CSV extractor
externalData(
int id: @externalDataElement,
string path: string ref,
int column: int ref,
string value: string ref);
sourceLocationPrefix(
string prefix: string ref);
/*
* C# dbscheme
*/
/** ELEMENTS **/
@element = @declaration | @stmt | @expr | @modifier | @attribute | @namespace_declaration
| @using_directive | @type_parameter_constraints | @externalDataElement
| @xmllocatable | @asp_element | @namespace | @preprocessor_directive;
@declaration = @callable | @generic | @assignable | @namespace;
@named_element = @namespace | @declaration;
@declaration_with_accessors = @property | @indexer | @event;
@assignable = @variable | @assignable_with_accessors | @event;
@assignable_with_accessors = @property | @indexer;
@attributable = @assembly | @field | @parameter | @operator | @method | @constructor
| @destructor | @callable_accessor | @value_or_ref_type | @declaration_with_accessors
| @local_function | @lambda_expr;
/** LOCATIONS, ASEMMBLIES, MODULES, FILES and FOLDERS **/
@location = @location_default | @assembly;
locations_default(
unique int id: @location_default,
int file: @file ref,
int beginLine: int ref,
int beginColumn: int ref,
int endLine: int ref,
int endColumn: int ref);
locations_mapped(
unique int id: @location_default ref,
int mapped_to: @location_default ref);
@sourceline = @file | @callable | @xmllocatable;
numlines(
int element_id: @sourceline ref,
int num_lines: int ref,
int num_code: int ref,
int num_comment: int ref);
assemblies(
unique int id: @assembly,
int file: @file ref,
string fullname: string ref,
string name: string ref,
string version: string ref);
files(
unique int id: @file,
string name: string ref);
folders(
unique int id: @folder,
string name: string ref);
@container = @folder | @file ;
containerparent(
int parent: @container ref,
unique int child: @container ref);
file_extraction_mode(
unique int file: @file ref,
int mode: int ref
/* 0 = normal, 1 = standalone extractor */
);
/** NAMESPACES **/
@type_container = @namespace | @type;
namespaces(
unique int id: @namespace,
string name: string ref);
namespace_declarations(
unique int id: @namespace_declaration,
int namespace_id: @namespace ref);
namespace_declaration_location(
unique int id: @namespace_declaration ref,
int loc: @location ref);
parent_namespace(
unique int child_id: @type_container ref,
int namespace_id: @namespace ref);
@declaration_or_directive = @namespace_declaration | @type | @using_directive;
parent_namespace_declaration(
int child_id: @declaration_or_directive ref, // cannot be unique because of partial classes
int namespace_id: @namespace_declaration ref);
@using_directive = @using_namespace_directive | @using_static_directive;
using_global(
unique int id: @using_directive ref
);
using_namespace_directives(
unique int id: @using_namespace_directive,
int namespace_id: @namespace ref);
using_static_directives(
unique int id: @using_static_directive,
int type_id: @type_or_ref ref);
using_directive_location(
unique int id: @using_directive ref,
int loc: @location ref);
@preprocessor_directive = @pragma_warning | @pragma_checksum | @directive_define | @directive_undefine | @directive_warning
| @directive_error | @directive_nullable | @directive_line | @directive_region | @directive_endregion | @directive_if
| @directive_elif | @directive_else | @directive_endif;
@conditional_directive = @directive_if | @directive_elif;
@branch_directive = @directive_if | @directive_elif | @directive_else;
directive_ifs(
unique int id: @directive_if,
int branchTaken: int ref, /* 0: false, 1: true */
int conditionValue: int ref); /* 0: false, 1: true */
directive_elifs(
unique int id: @directive_elif,
int branchTaken: int ref, /* 0: false, 1: true */
int conditionValue: int ref, /* 0: false, 1: true */
int parent: @directive_if ref,
int index: int ref);
directive_elses(
unique int id: @directive_else,
int branchTaken: int ref, /* 0: false, 1: true */
int parent: @directive_if ref,
int index: int ref);
#keyset[id, start]
directive_endifs(
unique int id: @directive_endif,
unique int start: @directive_if ref);
directive_define_symbols(
unique int id: @define_symbol_expr ref,
string name: string ref);
directive_regions(
unique int id: @directive_region,
string name: string ref);
#keyset[id, start]
directive_endregions(
unique int id: @directive_endregion,
unique int start: @directive_region ref);
directive_lines(
unique int id: @directive_line,
int kind: int ref); /* 0: default, 1: hidden, 2: numeric, 3: span */
directive_line_value(
unique int id: @directive_line ref,
int line: int ref);
directive_line_file(
unique int id: @directive_line ref,
int file: @file ref);
directive_line_offset(
unique int id: @directive_line ref,
int offset: int ref);
directive_line_span(
unique int id: @directive_line ref,
int startLine: int ref,
int startColumn: int ref,
int endLine: int ref,
int endColumn: int ref);
directive_nullables(
unique int id: @directive_nullable,
int setting: int ref, /* 0: disable, 1: enable, 2: restore */
int target: int ref); /* 0: none, 1: annotations, 2: warnings */
directive_warnings(
unique int id: @directive_warning,
string message: string ref);
directive_errors(
unique int id: @directive_error,
string message: string ref);
directive_undefines(
unique int id: @directive_undefine,
string name: string ref);
directive_defines(
unique int id: @directive_define,
string name: string ref);
pragma_checksums(
unique int id: @pragma_checksum,
int file: @file ref,
string guid: string ref,
string bytes: string ref);
pragma_warnings(
unique int id: @pragma_warning,
int kind: int ref /* 0 = disable, 1 = restore */);
#keyset[id, index]
pragma_warning_error_codes(
int id: @pragma_warning ref,
string errorCode: string ref,
int index: int ref);
preprocessor_directive_location(
unique int id: @preprocessor_directive ref,
int loc: @location ref);
preprocessor_directive_compilation(
int id: @preprocessor_directive ref,
int compilation: @compilation ref);
preprocessor_directive_active(
unique int id: @preprocessor_directive ref,
int active: int ref); /* 0: false, 1: true */
/** TYPES **/
types(
unique int id: @type,
int kind: int ref,
string name: string ref);
case @type.kind of
1 = @bool_type
| 2 = @char_type
| 3 = @decimal_type
| 4 = @sbyte_type
| 5 = @short_type
| 6 = @int_type
| 7 = @long_type
| 8 = @byte_type
| 9 = @ushort_type
| 10 = @uint_type
| 11 = @ulong_type
| 12 = @float_type
| 13 = @double_type
| 14 = @enum_type
| 15 = @struct_type
| 17 = @class_type
| 19 = @interface_type
| 20 = @delegate_type
| 21 = @null_type
| 22 = @type_parameter
| 23 = @pointer_type
| 24 = @nullable_type
| 25 = @array_type
| 26 = @void_type
| 27 = @int_ptr_type
| 28 = @uint_ptr_type
| 29 = @dynamic_type
| 30 = @arglist_type
| 31 = @unknown_type
| 32 = @tuple_type
| 33 = @function_pointer_type
| 34 = @inline_array_type
;
@simple_type = @bool_type | @char_type | @integral_type | @floating_point_type | @decimal_type;
@integral_type = @signed_integral_type | @unsigned_integral_type;
@signed_integral_type = @sbyte_type | @short_type | @int_type | @long_type;
@unsigned_integral_type = @byte_type | @ushort_type | @uint_type | @ulong_type;
@floating_point_type = @float_type | @double_type;
@value_type = @simple_type | @enum_type | @struct_type | @nullable_type | @int_ptr_type
| @uint_ptr_type | @tuple_type | @void_type | @inline_array_type;
@ref_type = @class_type | @interface_type | @array_type | @delegate_type | @null_type
| @dynamic_type;
@value_or_ref_type = @value_type | @ref_type;
typerefs(
unique int id: @typeref,
string name: string ref);
typeref_type(
int id: @typeref ref,
unique int typeId: @type ref);
@type_or_ref = @type | @typeref;
array_element_type(
unique int array: @array_type ref,
int dimension: int ref,
int rank: int ref,
int element: @type_or_ref ref);
nullable_underlying_type(
unique int nullable: @nullable_type ref,
int underlying: @type_or_ref ref);
pointer_referent_type(
unique int pointer: @pointer_type ref,
int referent: @type_or_ref ref);
enum_underlying_type(
unique int enum_id: @enum_type ref,
int underlying_type_id: @type_or_ref ref);
delegate_return_type(
unique int delegate_id: @delegate_type ref,
int return_type_id: @type_or_ref ref);
function_pointer_return_type(
unique int function_pointer_id: @function_pointer_type ref,
int return_type_id: @type_or_ref ref);
extend(
int sub: @type ref,
int super: @type_or_ref ref);
anonymous_types(
unique int id: @type ref);
@interface_or_ref = @interface_type | @typeref;
implement(
int sub: @type ref,
int super: @type_or_ref ref);
type_location(
int id: @type ref,
int loc: @location ref);
tuple_underlying_type(
unique int tuple: @tuple_type ref,
int struct: @type_or_ref ref);
#keyset[tuple, index]
tuple_element(
int tuple: @tuple_type ref,
int index: int ref,
unique int field: @field ref);
attributes(
unique int id: @attribute,
int kind: int ref,
int type_id: @type_or_ref ref,
int target: @attributable ref);
case @attribute.kind of
0 = @attribute_default
| 1 = @attribute_return
| 2 = @attribute_assembly
| 3 = @attribute_module
;
attribute_location(
int id: @attribute ref,
int loc: @location ref);
@type_mention_parent = @element | @type_mention;
type_mention(
unique int id: @type_mention,
int type_id: @type_or_ref ref,
int parent: @type_mention_parent ref);
type_mention_location(
unique int id: @type_mention ref,
int loc: @location ref);
@has_type_annotation = @assignable | @type_parameter | @callable | @expr | @delegate_type | @generic | @function_pointer_type;
/**
* A direct annotation on an entity, for example `string? x;`.
*
* Annotations:
* 2 = reftype is not annotated "!"
* 3 = reftype is annotated "?"
* 4 = readonly ref type / in parameter
* 5 = ref type parameter, return or local variable
* 6 = out parameter
*
* Note that the annotation depends on the element it annotates.
* @assignable: The annotation is on the type of the assignable, for example the variable type.
* @type_parameter: The annotation is on the reftype constraint
* @callable: The annotation is on the return type
* @array_type: The annotation is on the element type
*/
type_annotation(int id: @has_type_annotation ref, int annotation: int ref);
nullability(unique int nullability: @nullability, int kind: int ref);
case @nullability.kind of
0 = @oblivious
| 1 = @not_annotated
| 2 = @annotated
;
#keyset[parent, index]
nullability_parent(int nullability: @nullability ref, int index: int ref, int parent: @nullability ref)
type_nullability(int id: @has_type_annotation ref, int nullability: @nullability ref);
/**
* The nullable flow state of an expression, as determined by Roslyn.
* 0 = none (default, not populated)
* 1 = not null
* 2 = maybe null
*/
expr_flowstate(unique int id: @expr ref, int state: int ref);
/** GENERICS **/
@generic = @type | @method | @local_function;
type_parameters(
unique int id: @type_parameter ref,
int index: int ref,
int generic_id: @generic ref,
int variance: int ref /* none = 0, out = 1, in = 2 */);
#keyset[constructed_id, index]
type_arguments(
int id: @type_or_ref ref,
int index: int ref,
int constructed_id: @generic_or_ref ref);
@generic_or_ref = @generic | @typeref;
constructed_generic(
unique int constructed: @generic ref,
int generic: @generic_or_ref ref);
type_parameter_constraints(
unique int id: @type_parameter_constraints,
int param_id: @type_parameter ref);
type_parameter_constraints_location(
int id: @type_parameter_constraints ref,
int loc: @location ref);
general_type_parameter_constraints(
int id: @type_parameter_constraints ref,
int kind: int ref /* class = 1, struct = 2, new = 3 */);
specific_type_parameter_constraints(
int id: @type_parameter_constraints ref,
int base_id: @type_or_ref ref);
specific_type_parameter_nullability(
int id: @type_parameter_constraints ref,
int base_id: @type_or_ref ref,
int nullability: @nullability ref);
/** FUNCTION POINTERS */
function_pointer_calling_conventions(
int id: @function_pointer_type ref,
int kind: int ref);
#keyset[id, index]
has_unmanaged_calling_conventions(
int id: @function_pointer_type ref,
int index: int ref,
int conv_id: @type_or_ref ref);
/** MODIFIERS */
@modifiable = @modifiable_direct | @event_accessor;
@modifiable_direct = @member | @accessor | @local_function | @anonymous_function_expr;
modifiers(
unique int id: @modifier,
string name: string ref);
has_modifiers(
int id: @modifiable_direct ref,
int mod_id: @modifier ref);
/** MEMBERS **/
@member = @method | @constructor | @destructor | @field | @property | @event | @operator | @indexer | @type;
@named_exprorstmt = @goto_stmt | @labeled_stmt | @expr;
@virtualizable = @method | @property | @indexer | @event | @operator;
exprorstmt_name(
unique int parent_id: @named_exprorstmt ref,
string name: string ref);
nested_types(
unique int id: @type ref,
int declaring_type_id: @type ref,
int unbound_id: @type ref);
properties(
unique int id: @property,
string name: string ref,
int declaring_type_id: @type ref,
int type_id: @type_or_ref ref,
int unbound_id: @property ref);
property_location(
int id: @property ref,
int loc: @location ref);
indexers(
unique int id: @indexer,
string name: string ref,
int declaring_type_id: @type ref,
int type_id: @type_or_ref ref,
int unbound_id: @indexer ref);
indexer_location(
int id: @indexer ref,
int loc: @location ref);
accessors(
unique int id: @accessor,
int kind: int ref,
string name: string ref,
int declaring_member_id: @member ref,
int unbound_id: @accessor ref);
case @accessor.kind of
1 = @getter
| 2 = @setter
;
init_only_accessors(
unique int id: @accessor ref);
accessor_location(
int id: @accessor ref,
int loc: @location ref);
events(
unique int id: @event,
string name: string ref,
int declaring_type_id: @type ref,
int type_id: @type_or_ref ref,
int unbound_id: @event ref);
event_location(
int id: @event ref,
int loc: @location ref);
event_accessors(
unique int id: @event_accessor,
int kind: int ref,
string name: string ref,
int declaring_event_id: @event ref,
int unbound_id: @event_accessor ref);
case @event_accessor.kind of
1 = @add_event_accessor
| 2 = @remove_event_accessor
;
event_accessor_location(
int id: @event_accessor ref,
int loc: @location ref);
operators(
unique int id: @operator,
string name: string ref,
string symbol: string ref,
int declaring_type_id: @type ref,
int type_id: @type_or_ref ref,
int unbound_id: @operator ref);
operator_location(
int id: @operator ref,
int loc: @location ref);
constant_value(
int id: @variable ref,
string value: string ref);
/** CALLABLES **/
@callable = @method | @constructor | @destructor | @operator | @callable_accessor | @anonymous_function_expr | @local_function;
@callable_accessor = @accessor | @event_accessor;
methods(
unique int id: @method,
string name: string ref,
int declaring_type_id: @type ref,
int type_id: @type_or_ref ref,
int unbound_id: @method ref);
method_location(
int id: @method ref,
int loc: @location ref);
constructors(
unique int id: @constructor,
string name: string ref,
int declaring_type_id: @type ref,
int unbound_id: @constructor ref);
constructor_location(
int id: @constructor ref,
int loc: @location ref);
destructors(
unique int id: @destructor,
string name: string ref,
int declaring_type_id: @type ref,
int unbound_id: @destructor ref);
destructor_location(
int id: @destructor ref,
int loc: @location ref);
overrides(
int id: @callable ref,
int base_id: @callable ref);
explicitly_implements(
int id: @member ref,
int interface_id: @interface_or_ref ref);
local_functions(
unique int id: @local_function,
string name: string ref,
int return_type: @type ref,
int unbound_id: @local_function ref);
local_function_stmts(
unique int fn: @local_function_stmt ref,
int stmt: @local_function ref);
/** VARIABLES **/
@variable = @local_scope_variable | @field;
@local_scope_variable = @local_variable | @parameter;
fields(
unique int id: @field,
int kind: int ref,
string name: string ref,
int declaring_type_id: @type ref,
int type_id: @type_or_ref ref,
int unbound_id: @field ref);
case @field.kind of
1 = @addressable_field
| 2 = @constant
;
field_location(
int id: @field ref,
int loc: @location ref);
localvars(
unique int id: @local_variable,
int kind: int ref,
string name: string ref,
int implicitly_typed: int ref /* 0 = no, 1 = yes */,
int type_id: @type_or_ref ref,
int parent_id: @local_var_decl_expr ref);
case @local_variable.kind of
1 = @addressable_local_variable
| 2 = @local_constant
| 3 = @local_variable_ref
;
localvar_location(
unique int id: @local_variable ref,
int loc: @location ref);
@parameterizable = @callable | @delegate_type | @indexer | @function_pointer_type;
#keyset[name, parent_id]
#keyset[index, parent_id]
params(
unique int id: @parameter,
string name: string ref,
int type_id: @type_or_ref ref,
int index: int ref,
int mode: int ref, /* value = 0, ref = 1, out = 2, params/array = 3, this = 4, in = 5, ref readonly = 6 */
int parent_id: @parameterizable ref,
int unbound_id: @parameter ref);
param_location(
int id: @parameter ref,
int loc: @location ref);
@has_scoped_annotation = @local_scope_variable
scoped_annotation(
int id: @has_scoped_annotation ref,
int kind: int ref // scoped ref = 1, scoped value = 2
);
/** STATEMENTS **/
@exprorstmt_parent = @control_flow_element | @top_level_exprorstmt_parent;
statements(
unique int id: @stmt,
int kind: int ref);
#keyset[index, parent]
stmt_parent(
unique int stmt: @stmt ref,
int index: int ref,
int parent: @control_flow_element ref);
@top_level_stmt_parent = @callable;
// [index, parent] is not a keyset because the same parent may be compiled multiple times
stmt_parent_top_level(
unique int stmt: @stmt ref,
int index: int ref,
int parent: @top_level_stmt_parent ref);
case @stmt.kind of
1 = @block_stmt
| 2 = @expr_stmt
| 3 = @if_stmt
| 4 = @switch_stmt
| 5 = @while_stmt
| 6 = @do_stmt
| 7 = @for_stmt
| 8 = @foreach_stmt
| 9 = @break_stmt
| 10 = @continue_stmt
| 11 = @goto_stmt
| 12 = @goto_case_stmt
| 13 = @goto_default_stmt
| 14 = @throw_stmt
| 15 = @return_stmt
| 16 = @yield_stmt
| 17 = @try_stmt
| 18 = @checked_stmt
| 19 = @unchecked_stmt
| 20 = @lock_stmt
| 21 = @using_block_stmt
| 22 = @var_decl_stmt
| 23 = @const_decl_stmt
| 24 = @empty_stmt
| 25 = @unsafe_stmt
| 26 = @fixed_stmt
| 27 = @label_stmt
| 28 = @catch
| 29 = @case_stmt
| 30 = @local_function_stmt
| 31 = @using_decl_stmt
;
@using_stmt = @using_block_stmt | @using_decl_stmt;
@labeled_stmt = @label_stmt | @case;
@decl_stmt = @var_decl_stmt | @const_decl_stmt | @using_decl_stmt;
@cond_stmt = @if_stmt | @switch_stmt;
@loop_stmt = @while_stmt | @do_stmt | @for_stmt | @foreach_stmt;
@jump_stmt = @break_stmt | @goto_any_stmt | @continue_stmt | @throw_stmt | @return_stmt
| @yield_stmt;
@goto_any_stmt = @goto_default_stmt | @goto_case_stmt | @goto_stmt;
stmt_location(
unique int id: @stmt ref,
int loc: @location ref);
catch_type(
unique int catch_id: @catch ref,
int type_id: @type_or_ref ref,
int kind: int ref /* explicit = 1, implicit = 2 */);
foreach_stmt_info(
unique int id: @foreach_stmt ref,
int kind: int ref /* non-async = 1, async = 2 */);
@foreach_symbol = @method | @property | @type_or_ref;
#keyset[id, kind]
foreach_stmt_desugar(
int id: @foreach_stmt ref,
int symbol: @foreach_symbol ref,
int kind: int ref /* GetEnumeratorMethod = 1, CurrentProperty = 2, MoveNextMethod = 3, DisposeMethod = 4, ElementType = 5 */);
/** EXPRESSIONS **/
expressions(
unique int id: @expr,
int kind: int ref,
int type_id: @type_or_ref ref);
#keyset[index, parent]
expr_parent(
unique int expr: @expr ref,
int index: int ref,
int parent: @control_flow_element ref);
@top_level_expr_parent = @attribute | @field | @property | @indexer | @parameter | @directive_if | @directive_elif;
@top_level_exprorstmt_parent = @top_level_expr_parent | @top_level_stmt_parent;
// [index, parent] is not a keyset because the same parent may be compiled multiple times
expr_parent_top_level(
unique int expr: @expr ref,
int index: int ref,
int parent: @top_level_exprorstmt_parent ref);
case @expr.kind of
/* literal */
1 = @bool_literal_expr
| 2 = @char_literal_expr
| 3 = @decimal_literal_expr
| 4 = @int_literal_expr
| 5 = @long_literal_expr
| 6 = @uint_literal_expr
| 7 = @ulong_literal_expr
| 8 = @float_literal_expr
| 9 = @double_literal_expr
| 10 = @utf16_string_literal_expr
| 11 = @null_literal_expr
/* primary & unary */
| 12 = @this_access_expr
| 13 = @base_access_expr
| 14 = @local_variable_access_expr
| 15 = @parameter_access_expr
| 16 = @field_access_expr
| 17 = @property_access_expr
| 18 = @method_access_expr
| 19 = @event_access_expr
| 20 = @indexer_access_expr
| 21 = @array_access_expr
| 22 = @type_access_expr
| 23 = @typeof_expr
| 24 = @method_invocation_expr
| 25 = @delegate_invocation_expr
| 26 = @operator_invocation_expr
| 27 = @cast_expr
| 28 = @object_creation_expr
| 29 = @explicit_delegate_creation_expr
| 30 = @implicit_delegate_creation_expr
| 31 = @array_creation_expr
| 32 = @default_expr
| 33 = @plus_expr
| 34 = @minus_expr
| 35 = @bit_not_expr
| 36 = @log_not_expr
| 37 = @post_incr_expr
| 38 = @post_decr_expr
| 39 = @pre_incr_expr
| 40 = @pre_decr_expr
/* multiplicative */
| 41 = @mul_expr
| 42 = @div_expr
| 43 = @rem_expr
/* additive */
| 44 = @add_expr
| 45 = @sub_expr
/* shift */
| 46 = @lshift_expr
| 47 = @rshift_expr
/* relational */
| 48 = @lt_expr
| 49 = @gt_expr
| 50 = @le_expr
| 51 = @ge_expr
/* equality */
| 52 = @eq_expr
| 53 = @ne_expr
/* logical */
| 54 = @bit_and_expr
| 55 = @bit_xor_expr
| 56 = @bit_or_expr
| 57 = @log_and_expr
| 58 = @log_or_expr
/* type testing */
| 59 = @is_expr
| 60 = @as_expr
/* null coalescing */
| 61 = @null_coalescing_expr
/* conditional */
| 62 = @conditional_expr
/* assignment */
| 63 = @simple_assign_expr
| 64 = @assign_add_expr
| 65 = @assign_sub_expr
| 66 = @assign_mul_expr
| 67 = @assign_div_expr
| 68 = @assign_rem_expr
| 69 = @assign_and_expr
| 70 = @assign_xor_expr
| 71 = @assign_or_expr
| 72 = @assign_lshift_expr
| 73 = @assign_rshift_expr
/* more */
| 74 = @object_init_expr
| 75 = @collection_init_expr
| 76 = @array_init_expr
| 77 = @checked_expr
| 78 = @unchecked_expr
| 79 = @constructor_init_expr
| 80 = @add_event_expr
| 81 = @remove_event_expr
| 82 = @par_expr
| 83 = @local_var_decl_expr
| 84 = @lambda_expr
| 85 = @anonymous_method_expr
| 86 = @namespace_expr
/* dynamic */
| 92 = @dynamic_element_access_expr
| 93 = @dynamic_member_access_expr
/* unsafe */
| 100 = @pointer_indirection_expr
| 101 = @address_of_expr
| 102 = @sizeof_expr
/* async */
| 103 = @await_expr
/* C# 6.0 */
| 104 = @nameof_expr
| 105 = @interpolated_string_expr
| 106 = @unknown_expr
/* C# 7.0 */
| 107 = @throw_expr
| 108 = @tuple_expr
| 109 = @local_function_invocation_expr
| 110 = @ref_expr
| 111 = @discard_expr
/* C# 8.0 */
| 112 = @range_expr
| 113 = @index_expr
| 114 = @switch_expr
| 115 = @recursive_pattern_expr
| 116 = @property_pattern_expr
| 117 = @positional_pattern_expr
| 118 = @switch_case_expr
| 119 = @assign_coalesce_expr
| 120 = @suppress_nullable_warning_expr
| 121 = @namespace_access_expr
/* C# 9.0 */
| 122 = @lt_pattern_expr
| 123 = @gt_pattern_expr
| 124 = @le_pattern_expr
| 125 = @ge_pattern_expr
| 126 = @not_pattern_expr
| 127 = @and_pattern_expr
| 128 = @or_pattern_expr
| 129 = @function_pointer_invocation_expr
| 130 = @with_expr
/* C# 11.0 */
| 131 = @list_pattern_expr
| 132 = @slice_pattern_expr
| 133 = @urshift_expr
| 134 = @assign_urshift_expr
| 135 = @utf8_string_literal_expr
/* C# 12.0 */
| 136 = @collection_expr
| 137 = @spread_element_expr
| 138 = @interpolated_string_insert_expr
/* Preprocessor */
| 999 = @define_symbol_expr
;
@switch = @switch_stmt | @switch_expr;
@case = @case_stmt | @switch_case_expr;
@pattern_match = @case | @is_expr;
@unary_pattern_expr = @not_pattern_expr;
@relational_pattern_expr = @gt_pattern_expr | @lt_pattern_expr | @ge_pattern_expr | @le_pattern_expr;
@binary_pattern_expr = @and_pattern_expr | @or_pattern_expr;
@integer_literal_expr = @int_literal_expr | @long_literal_expr | @uint_literal_expr | @ulong_literal_expr;
@real_literal_expr = @float_literal_expr | @double_literal_expr | @decimal_literal_expr;
@string_literal_expr = @utf16_string_literal_expr | @utf8_string_literal_expr;
@literal_expr = @bool_literal_expr | @char_literal_expr | @integer_literal_expr | @real_literal_expr
| @string_literal_expr | @null_literal_expr;
@assign_expr = @simple_assign_expr | @assign_op_expr | @local_var_decl_expr;
@assign_op_expr = @assign_arith_expr | @assign_bitwise_expr | @assign_event_expr | @assign_coalesce_expr;
@assign_event_expr = @add_event_expr | @remove_event_expr;
@assign_arith_expr = @assign_add_expr | @assign_sub_expr | @assign_mul_expr | @assign_div_expr
| @assign_rem_expr
@assign_bitwise_expr = @assign_and_expr | @assign_or_expr | @assign_xor_expr
| @assign_lshift_expr | @assign_rshift_expr | @assign_urshift_expr;
@member_access_expr = @field_access_expr | @property_access_expr | @indexer_access_expr | @event_access_expr
| @method_access_expr | @type_access_expr | @dynamic_member_access_expr;
@access_expr = @member_access_expr | @this_access_expr | @base_access_expr | @assignable_access_expr | @namespace_access_expr;
@element_access_expr = @indexer_access_expr | @array_access_expr | @dynamic_element_access_expr;
@local_variable_access = @local_variable_access_expr | @local_var_decl_expr;
@local_scope_variable_access_expr = @parameter_access_expr | @local_variable_access;
@variable_access_expr = @local_scope_variable_access_expr | @field_access_expr;
@assignable_access_expr = @variable_access_expr | @property_access_expr | @element_access_expr
| @event_access_expr | @dynamic_member_access_expr;
@objectorcollection_init_expr = @object_init_expr | @collection_init_expr;
@delegate_creation_expr = @explicit_delegate_creation_expr | @implicit_delegate_creation_expr;
@bin_arith_op_expr = @mul_expr | @div_expr | @rem_expr | @add_expr | @sub_expr;
@incr_op_expr = @pre_incr_expr | @post_incr_expr;
@decr_op_expr = @pre_decr_expr | @post_decr_expr;
@mut_op_expr = @incr_op_expr | @decr_op_expr;
@un_arith_op_expr = @plus_expr | @minus_expr | @mut_op_expr;
@arith_op_expr = @bin_arith_op_expr | @un_arith_op_expr;
@ternary_log_op_expr = @conditional_expr;
@bin_log_op_expr = @log_and_expr | @log_or_expr | @null_coalescing_expr;
@un_log_op_expr = @log_not_expr;
@log_expr = @un_log_op_expr | @bin_log_op_expr | @ternary_log_op_expr;
@bin_bit_op_expr = @bit_and_expr | @bit_or_expr | @bit_xor_expr | @lshift_expr
| @rshift_expr | @urshift_expr;
@un_bit_op_expr = @bit_not_expr;
@bit_expr = @un_bit_op_expr | @bin_bit_op_expr;
@equality_op_expr = @eq_expr | @ne_expr;
@rel_op_expr = @gt_expr | @lt_expr| @ge_expr | @le_expr;
@comp_expr = @equality_op_expr | @rel_op_expr;
@op_expr = @assign_expr | @un_op | @bin_op | @ternary_op;
@ternary_op = @ternary_log_op_expr;
@bin_op = @bin_arith_op_expr | @bin_log_op_expr | @bin_bit_op_expr | @comp_expr;
@un_op = @un_arith_op_expr | @un_log_op_expr | @un_bit_op_expr | @sizeof_expr
| @pointer_indirection_expr | @address_of_expr;
@anonymous_function_expr = @lambda_expr | @anonymous_method_expr;
@call = @method_invocation_expr | @constructor_init_expr | @operator_invocation_expr
| @delegate_invocation_expr | @object_creation_expr | @call_access_expr
| @local_function_invocation_expr | @function_pointer_invocation_expr;
@call_access_expr = @property_access_expr | @event_access_expr | @indexer_access_expr;
@late_bindable_expr = @dynamic_element_access_expr | @dynamic_member_access_expr
| @object_creation_expr | @method_invocation_expr | @operator_invocation_expr;
@throw_element = @throw_expr | @throw_stmt;
@implicitly_typeable_object_creation_expr = @object_creation_expr | @explicit_delegate_creation_expr;
implicitly_typed_array_creation(
unique int id: @array_creation_expr ref);
explicitly_sized_array_creation(
unique int id: @array_creation_expr ref);
stackalloc_array_creation(
unique int id: @array_creation_expr ref);
implicitly_typed_object_creation(
unique int id: @implicitly_typeable_object_creation_expr ref);
mutator_invocation_mode(
unique int id: @operator_invocation_expr ref,
int mode: int ref /* prefix = 1, postfix = 2*/);
expr_value(
unique int id: @expr ref,
string value: string ref);
expr_call(
unique int caller_id: @expr ref,
int target_id: @callable ref);
expr_access(
unique int accesser_id: @access_expr ref,
int target_id: @accessible ref);
@accessible = @method | @assignable | @local_function | @namespace;
expr_location(
unique int id: @expr ref,
int loc: @location ref);
dynamic_member_name(
unique int id: @late_bindable_expr ref,
string name: string ref);
@qualifiable_expr = @member_access_expr
| @method_invocation_expr
| @element_access_expr;
conditional_access(
unique int id: @qualifiable_expr ref);
expr_argument(
unique int id: @expr ref,
int mode: int ref);
/* mode is the same as params: value = 0, ref = 1, out = 2 */
expr_argument_name(
unique int id: @expr ref,
string name: string ref);
lambda_expr_return_type(
unique int id: @lambda_expr ref,
int type_id: @type_or_ref ref);
/* Compiler generated */
compiler_generated(unique int id: @element ref);
/** CONTROL/DATA FLOW **/
@control_flow_element = @stmt | @expr;
/* XML Files */
xmlEncoding (
unique int id: @file ref,
string encoding: string ref);
xmlDTDs(
unique int id: @xmldtd,
string root: string ref,
string publicId: string ref,
string systemId: string ref,
int fileid: @file ref);
xmlElements(
unique int id: @xmlelement,
string name: string ref,
int parentid: @xmlparent ref,
int idx: int ref,
int fileid: @file ref);
xmlAttrs(
unique int id: @xmlattribute,
int elementid: @xmlelement ref,
string name: string ref,
string value: string ref,
int idx: int ref,
int fileid: @file ref);
xmlNs(
int id: @xmlnamespace,
string prefixName: string ref,
string URI: string ref,
int fileid: @file ref);
xmlHasNs(
int elementId: @xmlnamespaceable ref,
int nsId: @xmlnamespace ref,
int fileid: @file ref);
xmlComments(
unique int id: @xmlcomment,
string text: string ref,
int parentid: @xmlparent ref,
int fileid: @file ref);
xmlChars(
unique int id: @xmlcharacters,
string text: string ref,
int parentid: @xmlparent ref,
int idx: int ref,
int isCDATA: int ref,
int fileid: @file ref);
@xmlparent = @file | @xmlelement;
@xmlnamespaceable = @xmlelement | @xmlattribute;
xmllocations(
int xmlElement: @xmllocatable ref,
int location: @location_default ref);
@xmllocatable = @xmlcharacters | @xmlelement | @xmlcomment | @xmlattribute | @xmldtd | @file | @xmlnamespace;
/* Comments */
commentline(
unique int id: @commentline,
int kind: int ref,
string text: string ref,
string rawtext: string ref);
case @commentline.kind of
0 = @singlelinecomment
| 1 = @xmldoccomment
| 2 = @multilinecomment;
commentline_location(
unique int id: @commentline ref,
int loc: @location ref);
commentblock(
unique int id : @commentblock);
commentblock_location(
unique int id: @commentblock ref,
int loc: @location ref);
commentblock_binding(
int id: @commentblock ref,
int entity: @element ref,
int bindtype: int ref); /* 0: Parent, 1: Best, 2: Before, 3: After */
commentblock_child(
int id: @commentblock ref,
int commentline: @commentline ref,
int index: int ref);
/* ASP.NET */
case @asp_element.kind of
0=@asp_close_tag
| 1=@asp_code
| 2=@asp_comment
| 3=@asp_data_binding
| 4=@asp_directive
| 5=@asp_open_tag
| 6=@asp_quoted_string
| 7=@asp_text
| 8=@asp_xml_directive;
@asp_attribute = @asp_code | @asp_data_binding | @asp_quoted_string;
asp_elements(
unique int id: @asp_element,
int kind: int ref,
int loc: @location ref);
asp_comment_server(unique int comment: @asp_comment ref);
asp_code_inline(unique int code: @asp_code ref);
asp_directive_attribute(
int directive: @asp_directive ref,
int index: int ref,
string name: string ref,
int value: @asp_quoted_string ref);
asp_directive_name(
unique int directive: @asp_directive ref,
string name: string ref);
asp_element_body(
unique int element: @asp_element ref,
string body: string ref);
asp_tag_attribute(
int tag: @asp_open_tag ref,
int index: int ref,
string name: string ref,
int attribute: @asp_attribute ref);
asp_tag_name(
unique int tag: @asp_open_tag ref,
string name: string ref);
asp_tag_isempty(int tag: @asp_open_tag ref);
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