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Unified Diff: runtime/vm/kernel_binary_flowgraph.h

Issue 2999133002: Move some functions out of C++ header files. (Closed)
Patch Set: Created 3 years, 4 months ago
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Index: runtime/vm/kernel_binary_flowgraph.h
diff --git a/runtime/vm/kernel_binary_flowgraph.h b/runtime/vm/kernel_binary_flowgraph.h
index 7e5e9f59e813eeb6c29f5a122d336791b3bb4463..b1097865d09e3c0ed8e6be65d1aa064bec6dde24 100644
--- a/runtime/vm/kernel_binary_flowgraph.h
+++ b/runtime/vm/kernel_binary_flowgraph.h
@@ -715,11 +715,11 @@ class AlternativeReadingScope {
// Use ReadUntilExcluding to read up to but not including a field.
// One can then for instance read the field from the call-site (and remember to
// call SetAt to inform this helper class), and then use this to read more.
-// "Dumb" fields are stored (e.g. integers) and can be fetched from this class.
-// If asked to read a "non-dumb" field (e.g. an expression) it will be skipped.
+// Simple fields are stored (e.g. integers) and can be fetched from this class.
+// If asked to read a compound field (e.g. an expression) it will be skipped.
class FunctionNodeHelper {
public:
- enum Fields {
+ enum Field {
kStart, // tag.
kPosition,
kEndPosition,
@@ -740,68 +740,14 @@ class FunctionNodeHelper {
next_read_ = kStart;
}
- void ReadUntilIncluding(Fields field) {
- ReadUntilExcluding(static_cast<Fields>(static_cast<int>(field) + 1));
+ void ReadUntilIncluding(Field field) {
+ ReadUntilExcluding(static_cast<Field>(static_cast<int>(field) + 1));
}
- void ReadUntilExcluding(Fields field) {
- if (field <= next_read_) return;
+ void ReadUntilExcluding(Field field);
- // Ordered with fall-through.
- switch (next_read_) {
- case kStart: {
- Tag tag = builder_->ReadTag(); // read tag.
- ASSERT(tag == kFunctionNode);
- if (++next_read_ == field) return;
- }
- case kPosition:
- position_ = builder_->ReadPosition(); // read position.
- if (++next_read_ == field) return;
- case kEndPosition:
- end_position_ = builder_->ReadPosition(); // read end position.
- if (++next_read_ == field) return;
- case kAsyncMarker:
- async_marker_ = static_cast<FunctionNode::AsyncMarker>(
- builder_->ReadByte()); // read async marker.
- if (++next_read_ == field) return;
- case kDartAsyncMarker:
- dart_async_marker_ = static_cast<FunctionNode::AsyncMarker>(
- builder_->ReadByte()); // read dart async marker.
- if (++next_read_ == field) return;
- case kTypeParameters:
- builder_->SkipTypeParametersList(); // read type parameters.
- if (++next_read_ == field) return;
- case kTotalParameterCount:
- total_parameter_count_ =
- builder_->ReadUInt(); // read total parameter count.
- if (++next_read_ == field) return;
- case kRequiredParameterCount:
- required_parameter_count_ =
- builder_->ReadUInt(); // read required parameter count.
- if (++next_read_ == field) return;
- case kPositionalParameters:
- builder_->SkipListOfVariableDeclarations(); // read positionals.
- if (++next_read_ == field) return;
- case kNamedParameters:
- builder_->SkipListOfVariableDeclarations(); // read named.
- if (++next_read_ == field) return;
- case kReturnType:
- builder_->SkipDartType(); // read return type.
- if (++next_read_ == field) return;
- case kBody:
- if (builder_->ReadTag() == kSomething)
- builder_->SkipStatement(); // read body.
- if (++next_read_ == field) return;
- case kEnd:
- return;
- }
- }
-
- void SetNext(Fields field) { next_read_ = field; }
- void SetJustRead(Fields field) {
- next_read_ = field;
- ++next_read_;
- }
+ void SetNext(Field field) { next_read_ = field; }
+ void SetJustRead(Field field) { next_read_ = field + 1; }
TokenPosition position_;
TokenPosition end_position_;
@@ -820,11 +766,11 @@ class FunctionNodeHelper {
// Use ReadUntilExcluding to read up to but not including a field.
// One can then for instance read the field from the call-site (and remember to
// call SetAt to inform this helper class), and then use this to read more.
-// "Dumb" fields are stored (e.g. integers) and can be fetched from this class.
-// If asked to read a "non-dumb" field (e.g. an expression) it will be skipped.
+// Simple fields are stored (e.g. integers) and can be fetched from this class.
+// If asked to read a compound field (e.g. an expression) it will be skipped.
class VariableDeclarationHelper {
public:
- enum Fields {
+ enum Field {
kPosition,
kEqualPosition,
kFlags,
@@ -839,44 +785,14 @@ class VariableDeclarationHelper {
next_read_ = kPosition;
}
- void ReadUntilIncluding(Fields field) {
- ReadUntilExcluding(static_cast<Fields>(static_cast<int>(field) + 1));
+ void ReadUntilIncluding(Field field) {
+ ReadUntilExcluding(static_cast<Field>(static_cast<int>(field) + 1));
}
- void ReadUntilExcluding(Fields field) {
- if (field <= next_read_) return;
-
- // Ordered with fall-through.
- switch (next_read_) {
- case kPosition:
- position_ = builder_->ReadPosition(); // read position.
- if (++next_read_ == field) return;
- case kEqualPosition:
- equals_position_ = builder_->ReadPosition(); // read equals position.
- if (++next_read_ == field) return;
- case kFlags:
- flags_ = builder_->ReadFlags(); // read flags.
- if (++next_read_ == field) return;
- case kNameIndex:
- name_index_ = builder_->ReadStringReference(); // read name index.
- if (++next_read_ == field) return;
- case kType:
- builder_->SkipDartType(); // read type.
- if (++next_read_ == field) return;
- case kInitializer:
- if (builder_->ReadTag() == kSomething)
- builder_->SkipExpression(); // read initializer.
- if (++next_read_ == field) return;
- case kEnd:
- return;
- }
- }
+ void ReadUntilExcluding(Field field);
- void SetNext(Fields field) { next_read_ = field; }
- void SetJustRead(Fields field) {
- next_read_ = field;
- ++next_read_;
- }
+ void SetNext(Field field) { next_read_ = field; }
+ void SetJustRead(Field field) { next_read_ = field + 1; }
bool IsConst() {
return (flags_ & VariableDeclaration::kFlagConst) ==
@@ -902,11 +818,11 @@ class VariableDeclarationHelper {
// Use ReadUntilExcluding to read up to but not including a field.
// One can then for instance read the field from the call-site (and remember to
// call SetAt to inform this helper class), and then use this to read more.
-// "Dumb" fields are stored (e.g. integers) and can be fetched from this class.
-// If asked to read a "non-dumb" field (e.g. an expression) it will be skipped.
+// Simple fields are stored (e.g. integers) and can be fetched from this class.
+// If asked to read a compound field (e.g. an expression) it will be skipped.
class FieldHelper {
public:
- enum Fields {
+ enum Field {
kStart, // tag.
kCanonicalName,
kPosition,
@@ -933,90 +849,24 @@ class FieldHelper {
builder_->SetOffset(offset);
}
- void ReadUntilIncluding(Fields field) {
- ReadUntilExcluding(static_cast<Fields>(static_cast<int>(field) + 1));
+ void ReadUntilIncluding(Field field) {
+ ReadUntilExcluding(static_cast<Field>(static_cast<int>(field) + 1));
}
- void ReadUntilExcluding(Fields field,
- bool detect_function_literal_initializer = false) {
- if (field <= next_read_) return;
+ void ReadUntilExcluding(Field field,
+ bool detect_function_literal_initializer = false);
- // Ordered with fall-through.
- switch (next_read_) {
- case kStart: {
- Tag tag = builder_->ReadTag(); // read tag.
- ASSERT(tag == kField);
- if (++next_read_ == field) return;
- }
- case kCanonicalName:
- canonical_name_ =
- builder_->ReadCanonicalNameReference(); // read canonical_name.
- if (++next_read_ == field) return;
- case kPosition:
- position_ = builder_->ReadPosition(false); // read position.
- if (++next_read_ == field) return;
- case kEndPosition:
- end_position_ = builder_->ReadPosition(false); // read end position.
- if (++next_read_ == field) return;
- case kFlags:
- flags_ = builder_->ReadFlags(); // read flags.
- if (++next_read_ == field) return;
- case kName:
- builder_->SkipName(); // read name.
- if (++next_read_ == field) return;
- case kSourceUriIndex:
- source_uri_index_ = builder_->ReadUInt(); // read source_uri_index.
- builder_->current_script_id_ = source_uri_index_;
- builder_->record_token_position(position_);
- builder_->record_token_position(end_position_);
- if (++next_read_ == field) return;
- case kDocumentationCommentIndex:
- builder_->ReadStringReference();
- if (++next_read_ == field) return;
- case kAnnotations: {
- annotation_count_ = builder_->ReadListLength(); // read list length.
- for (intptr_t i = 0; i < annotation_count_; ++i) {
- builder_->SkipExpression(); // read ith expression.
- }
- if (++next_read_ == field) return;
- }
- case kType:
- builder_->SkipDartType(); // read type.
- if (++next_read_ == field) return;
- case kInitializer:
- if (builder_->ReadTag() == kSomething) {
- if (detect_function_literal_initializer &&
- builder_->PeekTag() == kFunctionExpression) {
- AlternativeReadingScope alt(builder_->reader_);
- Tag tag = builder_->ReadTag();
- ASSERT(tag == kFunctionExpression);
- builder_->ReadPosition(); // read position.
-
- FunctionNodeHelper helper(builder_);
- helper.ReadUntilIncluding(FunctionNodeHelper::kEndPosition);
-
- has_function_literal_initializer_ = true;
- function_literal_start_ = helper.position_;
- function_literal_end_ = helper.end_position_;
- }
- builder_->SkipExpression(); // read initializer.
- }
- if (++next_read_ == field) return;
- case kEnd:
- return;
- }
- }
+ void SetNext(Field field) { next_read_ = field; }
+ void SetJustRead(Field field) { next_read_ = field + 1; }
- void SetNext(Fields field) { next_read_ = field; }
- void SetJustRead(Fields field) {
- next_read_ = field;
- ++next_read_;
+ bool IsConst() {
+ return (flags_ & kernel::Field::kFlagConst) == kernel::Field::kFlagConst;
+ }
+ bool IsFinal() {
+ return (flags_ & kernel::Field::kFlagFinal) == kernel::Field::kFlagFinal;
}
-
- bool IsConst() { return (flags_ & Field::kFlagConst) == Field::kFlagConst; }
- bool IsFinal() { return (flags_ & Field::kFlagFinal) == Field::kFlagFinal; }
bool IsStatic() {
- return (flags_ & Field::kFlagStatic) == Field::kFlagStatic;
+ return (flags_ & kernel::Field::kFlagStatic) == kernel::Field::kFlagStatic;
}
bool FieldHasFunctionLiteralInitializer(TokenPosition* start,
@@ -1049,11 +899,11 @@ class FieldHelper {
// Use ReadUntilExcluding to read up to but not including a field.
// One can then for instance read the field from the call-site (and remember to
// call SetAt to inform this helper class), and then use this to read more.
-// "Dumb" fields are stored (e.g. integers) and can be fetched from this class.
-// If asked to read a "non-dumb" field (e.g. an expression) it will be skipped.
+// Simple fields are stored (e.g. integers) and can be fetched from this class.
+// If asked to read a compound field (e.g. an expression) it will be skipped.
class ProcedureHelper {
public:
- enum Fields {
+ enum Field {
kStart, // tag.
kCanonicalName,
kPosition,
@@ -1073,70 +923,14 @@ class ProcedureHelper {
next_read_ = kStart;
}
- void ReadUntilIncluding(Fields field) {
- ReadUntilExcluding(static_cast<Fields>(static_cast<int>(field) + 1));
+ void ReadUntilIncluding(Field field) {
+ ReadUntilExcluding(static_cast<Field>(static_cast<int>(field) + 1));
}
- void ReadUntilExcluding(Fields field) {
- if (field <= next_read_) return;
+ void ReadUntilExcluding(Field field);
- // Ordered with fall-through.
- switch (next_read_) {
- case kStart: {
- Tag tag = builder_->ReadTag(); // read tag.
- ASSERT(tag == kProcedure);
- if (++next_read_ == field) return;
- }
- case kCanonicalName:
- canonical_name_ =
- builder_->ReadCanonicalNameReference(); // read canonical_name.
- if (++next_read_ == field) return;
- case kPosition:
- position_ = builder_->ReadPosition(false); // read position.
- if (++next_read_ == field) return;
- case kEndPosition:
- end_position_ = builder_->ReadPosition(false); // read end position.
- if (++next_read_ == field) return;
- case kKind:
- kind_ = static_cast<Procedure::ProcedureKind>(
- builder_->ReadByte()); // read kind.
- if (++next_read_ == field) return;
- case kFlags:
- flags_ = builder_->ReadFlags(); // read flags.
- if (++next_read_ == field) return;
- case kName:
- builder_->SkipName(); // read name.
- if (++next_read_ == field) return;
- case kSourceUriIndex:
- source_uri_index_ = builder_->ReadUInt(); // read source_uri_index.
- builder_->current_script_id_ = source_uri_index_;
- builder_->record_token_position(position_);
- builder_->record_token_position(end_position_);
- if (++next_read_ == field) return;
- case kDocumentationCommentIndex:
- builder_->ReadStringReference();
- if (++next_read_ == field) return;
- case kAnnotations: {
- annotation_count_ = builder_->ReadListLength(); // read list length.
- for (intptr_t i = 0; i < annotation_count_; ++i) {
- builder_->SkipExpression(); // read ith expression.
- }
- if (++next_read_ == field) return;
- }
- case kFunction:
- if (builder_->ReadTag() == kSomething)
- builder_->SkipFunctionNode(); // read function node.
- if (++next_read_ == field) return;
- case kEnd:
- return;
- }
- }
-
- void SetNext(Fields field) { next_read_ = field; }
- void SetJustRead(Fields field) {
- next_read_ = field;
- ++next_read_;
- }
+ void SetNext(Field field) { next_read_ = field; }
+ void SetJustRead(Field field) { next_read_ = field + 1; }
bool IsStatic() {
return (flags_ & Procedure::kFlagStatic) == Procedure::kFlagStatic;
@@ -1169,11 +963,11 @@ class ProcedureHelper {
// Use ReadUntilExcluding to read up to but not including a field.
// One can then for instance read the field from the call-site (and remember to
// call SetAt to inform this helper class), and then use this to read more.
-// "Dumb" fields are stored (e.g. integers) and can be fetched from this class.
-// If asked to read a "non-dumb" field (e.g. an expression) it will be skipped.
+// Simple fields are stored (e.g. integers) and can be fetched from this class.
+// If asked to read a compound field (e.g. an expression) it will be skipped.
class ConstructorHelper {
public:
- enum Fields {
+ enum Field {
kStart, // tag.
kCanonicalName,
kPosition,
@@ -1192,89 +986,14 @@ class ConstructorHelper {
next_read_ = kStart;
}
- void ReadUntilIncluding(Fields field) {
- ReadUntilExcluding(static_cast<Fields>(static_cast<int>(field) + 1));
+ void ReadUntilIncluding(Field field) {
+ ReadUntilExcluding(static_cast<Field>(static_cast<int>(field) + 1));
}
- void ReadUntilExcluding(Fields field) {
- if (field <= next_read_) return;
+ void ReadUntilExcluding(Field field);
- // Ordered with fall-through.
- switch (next_read_) {
- case kStart: {
- Tag tag = builder_->ReadTag(); // read tag.
- ASSERT(tag == kConstructor);
- if (++next_read_ == field) return;
- }
- case kCanonicalName:
- canonical_name_ =
- builder_->ReadCanonicalNameReference(); // read canonical_name.
- if (++next_read_ == field) return;
- case kPosition:
- position_ = builder_->ReadPosition(); // read position.
- if (++next_read_ == field) return;
- case kEndPosition:
- end_position_ = builder_->ReadPosition(); // read end position.
- if (++next_read_ == field) return;
- case kFlags:
- flags_ = builder_->ReadFlags(); // read flags.
- if (++next_read_ == field) return;
- case kName:
- builder_->SkipName(); // read name.
- if (++next_read_ == field) return;
- case kDocumentationCommentIndex:
- builder_->ReadStringReference();
- if (++next_read_ == field) return;
- case kAnnotations: {
- annotation_count_ = builder_->ReadListLength(); // read list length.
- for (intptr_t i = 0; i < annotation_count_; ++i) {
- builder_->SkipExpression(); // read ith expression.
- }
- if (++next_read_ == field) return;
- }
- case kFunction:
- builder_->SkipFunctionNode(); // read function.
- if (++next_read_ == field) return;
- case kInitializers: {
- intptr_t list_length =
- builder_->ReadListLength(); // read initializers list length.
- for (intptr_t i = 0; i < list_length; i++) {
- Tag tag = builder_->ReadTag();
- builder_->ReadByte(); // read isSynthetic.
- switch (tag) {
- case kInvalidInitializer:
- continue;
- case kFieldInitializer:
- builder_->SkipCanonicalNameReference(); // read field_reference.
- builder_->SkipExpression(); // read value.
- continue;
- case kSuperInitializer:
- builder_->SkipCanonicalNameReference(); // read target_reference.
- builder_->SkipArguments(); // read arguments.
- continue;
- case kRedirectingInitializer:
- builder_->SkipCanonicalNameReference(); // read target_reference.
- builder_->SkipArguments(); // read arguments.
- continue;
- case kLocalInitializer:
- builder_->SkipVariableDeclaration(); // read variable.
- continue;
- default:
- UNREACHABLE();
- }
- }
- if (++next_read_ == field) return;
- }
- case kEnd:
- return;
- }
- }
-
- void SetNext(Fields field) { next_read_ = field; }
- void SetJustRead(Fields field) {
- next_read_ = field;
- ++next_read_;
- }
+ void SetNext(Field field) { next_read_ = field; }
+ void SetJustRead(Field field) { next_read_ = field + 1; }
bool IsExternal() {
return (flags_ & Constructor::kFlagExternal) == Constructor::kFlagExternal;
@@ -1299,11 +1018,11 @@ class ConstructorHelper {
// Use ReadUntilExcluding to read up to but not including a field.
// One can then for instance read the field from the call-site (and remember to
// call SetAt to inform this helper class), and then use this to read more.
-// "Dumb" fields are stored (e.g. integers) and can be fetched from this class.
-// If asked to read a "non-dumb" field (e.g. an expression) it will be skipped.
+// Simple fields are stored (e.g. integers) and can be fetched from this class.
+// If asked to read a compound field (e.g. an expression) it will be skipped.
class ClassHelper {
public:
- enum Fields {
+ enum Field {
kStart, // tag.
kCanonicalName,
kPosition,
@@ -1328,110 +1047,14 @@ class ClassHelper {
next_read_ = kStart;
}
- void ReadUntilIncluding(Fields field) {
- ReadUntilExcluding(static_cast<Fields>(static_cast<int>(field) + 1));
+ void ReadUntilIncluding(Field field) {
+ ReadUntilExcluding(static_cast<Field>(static_cast<int>(field) + 1));
}
- void ReadUntilExcluding(Fields field) {
- if (field <= next_read_) return;
+ void ReadUntilExcluding(Field field);
- // Ordered with fall-through.
- switch (next_read_) {
- case kStart: {
- Tag tag = builder_->ReadTag(); // read tag.
- ASSERT(tag == kClass);
- if (++next_read_ == field) return;
- }
- case kCanonicalName:
- canonical_name_ =
- builder_->ReadCanonicalNameReference(); // read canonical_name.
- if (++next_read_ == field) return;
- case kPosition:
- position_ = builder_->ReadPosition(false); // read position.
- if (++next_read_ == field) return;
- case kEndPosition:
- end_position_ = builder_->ReadPosition(); // read end position.
- if (++next_read_ == field) return;
- case kIsAbstract:
- is_abstract_ = builder_->ReadBool(); // read is_abstract.
- if (++next_read_ == field) return;
- case kNameIndex:
- name_index_ = builder_->ReadStringReference(); // read name index.
- if (++next_read_ == field) return;
- case kSourceUriIndex:
- source_uri_index_ = builder_->ReadUInt(); // read source_uri_index.
- builder_->current_script_id_ = source_uri_index_;
- builder_->record_token_position(position_);
- if (++next_read_ == field) return;
- case kDocumentationCommentIndex:
- builder_->ReadStringReference();
- if (++next_read_ == field) return;
- case kAnnotations: {
- annotation_count_ = builder_->ReadListLength(); // read list length.
- for (intptr_t i = 0; i < annotation_count_; ++i) {
- builder_->SkipExpression(); // read ith expression.
- }
- if (++next_read_ == field) return;
- }
- case kTypeParameters:
- builder_->SkipTypeParametersList(); // read type parameters.
- if (++next_read_ == field) return;
- case kSuperClass: {
- Tag type_tag = builder_->ReadTag(); // read super class type (part 1).
- if (type_tag == kSomething) {
- builder_->SkipDartType(); // read super class type (part 2).
- }
- if (++next_read_ == field) return;
- }
- case kMixinType: {
- Tag type_tag = builder_->ReadTag(); // read mixin type (part 1).
- if (type_tag == kSomething) {
- builder_->SkipDartType(); // read mixin type (part 2).
- }
- if (++next_read_ == field) return;
- }
- case kImplementedClasses:
- builder_->SkipListOfDartTypes(); // read implemented_classes.
- if (++next_read_ == field) return;
- case kFields: {
- intptr_t list_length =
- builder_->ReadListLength(); // read fields list length.
- for (intptr_t i = 0; i < list_length; i++) {
- FieldHelper field_helper(builder_);
- field_helper.ReadUntilExcluding(FieldHelper::kEnd); // read field.
- }
- if (++next_read_ == field) return;
- }
- case kConstructors: {
- intptr_t list_length =
- builder_->ReadListLength(); // read constructors list length.
- for (intptr_t i = 0; i < list_length; i++) {
- ConstructorHelper constructor_helper(builder_);
- constructor_helper.ReadUntilExcluding(
- ConstructorHelper::kEnd); // read constructor.
- }
- if (++next_read_ == field) return;
- }
- case kProcedures: {
- intptr_t list_length =
- builder_->ReadListLength(); // read procedures list length.
- for (intptr_t i = 0; i < list_length; i++) {
- ProcedureHelper procedure_helper(builder_);
- procedure_helper.ReadUntilExcluding(
- ProcedureHelper::kEnd); // read procedure.
- }
- if (++next_read_ == field) return;
- }
- case kEnd:
- return;
- }
- }
-
- void SetNext(Fields field) { next_read_ = field; }
- void SetJustRead(Fields field) {
- next_read_ = field;
- ++next_read_;
- }
+ void SetNext(Field field) { next_read_ = field; }
+ void SetJustRead(Field field) { next_read_ = field + 1; }
NameIndex canonical_name_;
TokenPosition position_;
@@ -1451,11 +1074,11 @@ class ClassHelper {
// Use ReadUntilExcluding to read up to but not including a field.
// One can then for instance read the field from the call-site (and remember to
// call SetAt to inform this helper class), and then use this to read more.
-// "Dumb" fields are stored (e.g. integers) and can be fetched from this class.
-// If asked to read a "non-dumb" field (e.g. an expression) it will be skipped.
+// Simple fields are stored (e.g. integers) and can be fetched from this class.
+// If asked to read a compound field (e.g. an expression) it will be skipped.
class LibraryHelper {
public:
- enum Fields {
+ enum Field {
kFlags,
kCanonicalName,
kName,
@@ -1475,91 +1098,14 @@ class LibraryHelper {
next_read_ = kFlags;
}
- void ReadUntilIncluding(Fields field) {
- ReadUntilExcluding(static_cast<Fields>(static_cast<int>(field) + 1));
+ void ReadUntilIncluding(Field field) {
+ ReadUntilExcluding(static_cast<Field>(static_cast<int>(field) + 1));
}
- void ReadUntilExcluding(Fields field) {
- if (field <= next_read_) return;
-
- // Ordered with fall-through.
- switch (next_read_) {
- case kFlags: {
- word flags = builder_->ReadFlags(); // read flags.
- ASSERT(flags == 0); // external libraries not supported
- if (++next_read_ == field) return;
- }
- case kCanonicalName:
- canonical_name_ =
- builder_->ReadCanonicalNameReference(); // read canonical_name.
- if (++next_read_ == field) return;
- case kName:
- name_index_ = builder_->ReadStringReference(); // read name index.
- if (++next_read_ == field) return;
- case kSourceUriIndex:
- source_uri_index_ = builder_->ReadUInt(); // read source_uri_index.
- builder_->current_script_id_ = source_uri_index_;
- if (++next_read_ == field) return;
- case kAnnotations:
- builder_->SkipListOfExpressions(); // read annotations.
- if (++next_read_ == field) return;
- case kDependencies: {
- intptr_t dependency_count = builder_->ReadUInt(); // read list length.
- for (intptr_t i = 0; i < dependency_count; ++i) {
- builder_->SkipLibraryDependency();
- }
- if (++next_read_ == field) return;
- }
- case kParts: {
- intptr_t part_count = builder_->ReadUInt(); // read list length.
- for (intptr_t i = 0; i < part_count; ++i) {
- builder_->SkipLibraryPart();
- }
- if (++next_read_ == field) return;
- }
- case kTypedefs: {
- intptr_t typedef_count =
- builder_->ReadListLength(); // read list length.
- for (intptr_t i = 0; i < typedef_count; i++) {
- builder_->SkipLibraryTypedef();
- }
- if (++next_read_ == field) return;
- }
- case kClasses: {
- int class_count = builder_->ReadListLength(); // read list length.
- for (intptr_t i = 0; i < class_count; ++i) {
- ClassHelper class_helper(builder_);
- class_helper.ReadUntilExcluding(ClassHelper::kEnd);
- }
- if (++next_read_ == field) return;
- }
- case kToplevelField: {
- intptr_t field_count = builder_->ReadListLength(); // read list length.
- for (intptr_t i = 0; i < field_count; ++i) {
- FieldHelper field_helper(builder_);
- field_helper.ReadUntilExcluding(FieldHelper::kEnd);
- }
- if (++next_read_ == field) return;
- }
- case kToplevelProcedures: {
- intptr_t procedure_count =
- builder_->ReadListLength(); // read list length.
- for (intptr_t i = 0; i < procedure_count; ++i) {
- ProcedureHelper procedure_helper(builder_);
- procedure_helper.ReadUntilExcluding(ProcedureHelper::kEnd);
- }
- if (++next_read_ == field) return;
- }
- case kEnd:
- return;
- }
- }
+ void ReadUntilExcluding(Field field);
- void SetNext(Fields field) { next_read_ = field; }
- void SetJustRead(Fields field) {
- next_read_ = field;
- ++next_read_;
- }
+ void SetNext(Field field) { next_read_ = field; }
+ void SetJustRead(Field field) { next_read_ = field + 1; }
NameIndex canonical_name_;
StringIndex name_index_;
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