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Fix formatting

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This commit is contained in:
JCW
2025-07-11 17:19:27 +01:00
parent 888b97346e
commit 9248f60a09
1 changed files with 30 additions and 16 deletions
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46
include/xrpl/protocol/TypedLedgerEntries.h
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@@ -226,7 +226,7 @@ private:
* 3. Put everything into the enum class SFieldNames * 3. Put everything into the enum class SFieldNames
* *
* Then the enum SFieldNames has all the field names defined in it. * Then the enum SFieldNames has all the field names defined in it.
*/ */
#pragma push_macro("UNTYPED_SFIELD") #pragma push_macro("UNTYPED_SFIELD")
#undef UNTYPED_SFIELD #undef UNTYPED_SFIELD
#pragma push_macro("TYPED_SFIELD") #pragma push_macro("TYPED_SFIELD")
@@ -281,12 +281,16 @@ struct GetFieldType
* have a static Value member and a static ItemField member * have a static Value member and a static ItemField member
* *
* How this works is: * How this works is:
* 1. We have a base definition of GetFieldType which basically gives no information. * 1. We have a base definition of GetFieldType which basically gives no
* 2. Take an untyped field definition from sfields.macro. e.g. UNTYPED_SFIELD(sfMemo, OBJECT, 10) * information.
* 3. Create a new template specialisation for GetFieldType, with the template parameter being the corresponding SFieldNames enum we defined earliler * 2. Take an untyped field definition from sfields.macro. e.g.
* UNTYPED_SFIELD(sfMemo, OBJECT, 10)
* 3. Create a new template specialisation for GetFieldType, with the template
* parameter being the corresponding SFieldNames enum we defined earliler
* 4. Set the Value field to the stiSuffix * 4. Set the Value field to the stiSuffix
* 5. If it's an object, Value will be AggregateFieldTypes::OBJECT * 5. If it's an object, Value will be AggregateFieldTypes::OBJECT
* 6. If it's an array, Value will be AggregateFieldTypes::ARRAY, and ItemField will be the value provided in the macro * 6. If it's an array, Value will be AggregateFieldTypes::ARRAY, and ItemField
* will be the value provided in the macro
* 7. We don't care about the typed fields because we can get the type easily * 7. We don't care about the typed fields because we can get the type easily
*/ */
#pragma push_macro("UNTYPED_SFIELD") #pragma push_macro("UNTYPED_SFIELD")
@@ -542,8 +546,9 @@ struct GetFieldValue<
typename GetInnerObjectStruct<ItemFieldName, InnerObjectTypesArray>:: typename GetInnerObjectStruct<ItemFieldName, InnerObjectTypesArray>::
Struct; Struct;
// If we know what type the STArray holds (i.e. the field is defined by ARRAY_SFIELD and the item type is not Invalid), we return an STArrayProxy, otherwise, // If we know what type the STArray holds (i.e. the field is defined by
// we return an untyped STArray // ARRAY_SFIELD and the item type is not Invalid), we return an
// STArrayProxy, otherwise, we return an untyped STArray
template <typename TFieldType> template <typename TFieldType>
static std::conditional_t< static std::conditional_t<
!std::is_void_v<InnerObjectType>, !std::is_void_v<InnerObjectType>,
@@ -590,14 +595,19 @@ struct GetFieldValue<
* INNER_OBJECT_END * INNER_OBJECT_END
* *
* 1. Replace INNER_OBJECT_BEGIN with using InnerObjectTypesArray = std::tuple< * 1. Replace INNER_OBJECT_BEGIN with using InnerObjectTypesArray = std::tuple<
* 2. Replace INNER_OBJECT with InnerObjectTypePair<SFieldNames::field_sfSignerEntry, struct InnerObject_sfSignerEntry>, * 2. Replace INNER_OBJECT with
* InnerObjectTypePair<SFieldNames::field_sfSignerEntry, struct
* InnerObject_sfSignerEntry>,
* 3. Replace INNER_OBJECT_END with void>; * 3. Replace INNER_OBJECT_END with void>;
* *
* The resulting code is: * The resulting code is:
* using InnerObjectTypesArray = std::tuple<InnerObjectTypePair<SFieldNames::field_sfSignerEntry, struct InnerObject_sfSignerEntry>, void>; * using InnerObjectTypesArray =
* which we're defining a tuple with some pairs inside. When we want to look up a type from the field name, * std::tuple<InnerObjectTypePair<SFieldNames::field_sfSignerEntry, struct
* we iterate through the tuple and then return the pair that the field name is the same as the one we're looking for. * InnerObject_sfSignerEntry>, void>; which we're defining a tuple with some
* The type struct InnerObject_sfSignerEntry yet to be defined, but we'll define it later. * pairs inside. When we want to look up a type from the field name, we iterate
* through the tuple and then return the pair that the field name is the same as
* the one we're looking for. The type struct InnerObject_sfSignerEntry yet to
* be defined, but we'll define it later.
*/ */
#pragma push_macro("INNER_OBJECT") #pragma push_macro("INNER_OBJECT")
#pragma push_macro("FIELDS") #pragma push_macro("FIELDS")
@@ -639,9 +649,12 @@ struct GetFieldValue<
* *
* INNER_OBJECT_END * INNER_OBJECT_END
* *
* 1. We leave INNER_OBJECT_BEGIN and INNER_OBJECT_END empty as we don't need them * 1. We leave INNER_OBJECT_BEGIN and INNER_OBJECT_END empty as we don't need
* 2. Replace INNER_OBJECT with struct InnerObject_sfSignerEntry with some methods defined * them
* 3. Replace FIELD with auto fsfSignerEntry() that returns the value of this field * 2. Replace INNER_OBJECT with struct InnerObject_sfSignerEntry with some
* methods defined
* 3. Replace FIELD with auto fsfSignerEntry() that returns the value of this
* field
* *
* In the end, we'll have a struct like the following: * In the end, we'll have a struct like the following:
* struct InnerObject_sfSignerEntry * struct InnerObject_sfSignerEntry
@@ -761,7 +774,8 @@ struct LedgerEntry
/* /*
* We're defining ledger entries here. * We're defining ledger entries here.
* This is very similar to what happens above, and in the end, we'll have something like: * This is very similar to what happens above, and in the end, we'll have
* something like:
* *
* struct LedgerEntry<ltCheck> * struct LedgerEntry<ltCheck>
* { * {