Struct DynDataResolver 

#[repr(transparent)]
pub struct DynDataResolver<'dynosaur_struct> {
    ptr: dyn ErasedDataResolver + 'dynosaur_struct,
}

Fields

ptr: dyn ErasedDataResolver + 'dynosaur_struct

Implementations

impl<'dynosaur_struct> DynDataResolver<'dynosaur_struct>

pub fn new_box( value: impl DataResolver + 'dynosaur_struct, ) -> Box<DynDataResolver<'dynosaur_struct>>

pub fn new_arc( value: impl DataResolver + 'dynosaur_struct, ) -> Arc<DynDataResolver<'dynosaur_struct>>

pub fn new_rc( value: impl DataResolver + 'dynosaur_struct, ) -> Rc<DynDataResolver<'dynosaur_struct>>

pub const fn from_box( value: Box<impl DataResolver + 'dynosaur_struct>, ) -> Box<DynDataResolver<'dynosaur_struct>>

pub const fn from_ref( value: &(impl DataResolver + 'dynosaur_struct), ) -> &DynDataResolver<'dynosaur_struct>

pub const fn from_mut( value: &mut (impl DataResolver + 'dynosaur_struct), ) -> &mut DynDataResolver<'dynosaur_struct>

Trait Implementations

impl<'dynosaur_struct> DataResolver for &DynDataResolver<'dynosaur_struct>

where Self: ResolverSyncBound + Send,

fn get_spell( &self, spell_id: SpellId, ) -> impl Future<Output = Result<SpellDataFlat, ResolverError>> + Send

fn get_spells( &self, spell_ids: &[SpellId], ) -> impl Future<Output = Result<Vec<SpellDataFlat>, ResolverError>> + Send

fn get_spell_effect( &self, spell_id: SpellId, effect_index: u8, ) -> impl Future<Output = Result<SpellEffect, ResolverError>> + Send

effect_index is 1-based (author-facing).

fn get_spell_effects( &self, spell_id: SpellId, ) -> impl Future<Output = Result<Vec<SpellEffect>, ResolverError>> + Send

fn get_item( &self, item_id: i32, ) -> impl Future<Output = Result<ItemDataFlat, ResolverError>> + Send

fn get_scaling_data( &self, ) -> impl Future<Output = Result<Arc<ItemScalingData>, ResolverError>> + Send

fn get_power_types( &self, ) -> impl Future<Output = Result<Vec<PowerTypeFlat>, ResolverError>> + Send

fn get_spec( &self, spec_id: i32, ) -> impl Future<Output = Result<SpecDataFlat, ResolverError>> + Send

fn get_trait_tree( &self, spec_id: i32, ) -> impl Future<Output = Result<TraitTreeFlat, ResolverError>> + Send

fn get_expansion_trait_tree( &self, expansion_id: i32, system: &str, ) -> impl Future<Output = Result<ExpansionTraitTreeFlat, ResolverError>> + Send

Fetch a class-agnostic expansion progression tree, such as Midnight’s Omnium Folio.

fn get_rotation_script( &self, rotation_id: &str, ) -> impl Future<Output = Result<String, ResolverError>> + Send

fn get_spell_overrides( &self, spec_id: i32, ) -> impl Future<Output = Result<Vec<(SpellId, SpellId)>, ResolverError>> + Send

Required for resolver parity: a backend with no override table returns Ok(vec![]).

fn get_specialization_spells( &self, spec_id: i32, ) -> impl Future<Output = Result<Vec<SpellId>, ResolverError>> + Send

Every spell id assigned to the spec in SpecializationSpells; a backend with no table returns Ok(vec![]).

fn get_racial_spells( &self, race_id: i32, class_id: i32, ) -> impl Future<Output = Result<Vec<SpellId>, ResolverError>> + Send

Every racial ability the race grants the class; a backend with no table returns Ok(vec![]).

fn get_expected_stats( &self, expansion_id: i32, lvl: i32, ) -> impl Future<Output = Result<ExpectedStatFlat, ResolverError>> + Send

Required for resolver parity: return ExpectedStatsNotFound when a backend cannot source it.

fn get_item_damage_scaling( &self, item_level: i32, weapon_type: &str, ) -> impl Future<Output = Result<ItemDamageScalingFlat, ResolverError>> + Send

Required for resolver parity: return ItemDamageScalingNotFound when a backend cannot source it.

fn search_spells( &self, query: &str, limit: u32, ) -> impl Future<Output = Result<Vec<SpellSearchResult>, ResolverError>> + Send

Defaults to Unsupported; a backend with no search index fails loud rather than returning empty.

fn find_consumable_items( &self, name_token: &str, subclass: i32, ) -> impl Future<Output = Result<Vec<ItemDataFlat>, ResolverError>> + Send

Finds consumable items whose tokenized names contain name_token.

fn get_enchantment( &self, enchantment_id: i32, ) -> impl Future<Output = Result<EnchantmentRow, ResolverError>> + Send

Required for resolver parity: return EnchantmentNotFound when a backend cannot source it.

fn find_permanent_enchant( &self, query: &PermanentEnchantQuery, ) -> impl Future<Output = Result<Option<PermanentEnchantFlat>, ResolverError>> + Send

Resolves a named permanent enchant through the profession-derived SimC index.

fn get_creature( &self, creature_id: i32, ) -> impl Future<Output = Result<CreatureFlat, ResolverError>> + Send

Creature identity row (Creature table) by NPC ID; defaults to Unsupported until a backend implements enemy resolution.

fn get_creature_difficulties( &self, creature_id: i32, ) -> impl Future<Output = Result<Vec<CreatureDifficultyFlat>, ResolverError>> + Send

Every CreatureDifficulty variant for a creature; defaults to Unsupported until a backend implements enemy resolution.

fn get_content_tuning( &self, content_tuning_id: i32, ) -> impl Future<Output = Result<ContentTuningFlat, ResolverError>> + Send

ContentTuning row by ID; defaults to Unsupported until a backend implements enemy resolution.

fn get_content_tuning_x_difficulty( &self, content_tuning_id: i32, ) -> impl Future<Output = Result<Vec<ContentTuningXDifficultyFlat>, ResolverError>> + Send

Every ContentTuningXDifficulty mapping for a content tuning; defaults to Unsupported until a backend implements enemy resolution.

fn get_content_tuning_x_expected( &self, content_tuning_id: i32, ) -> impl Future<Output = Result<Vec<ContentTuningXExpectedFlat>, ResolverError>> + Send

Every ContentTuningXExpected mapping; row selection stays in the application layer.

fn get_expected_stat_mod( &self, expected_stat_mod_id: i32, ) -> impl Future<Output = Result<ExpectedStatModFlat, ResolverError>> + Send

ExpectedStatMod multiplier row by ID.

fn get_challenge_mode_health( &self, keystone_level: i32, ) -> impl Future<Output = Result<ChallengeModeHealthFlat, ResolverError>> + Send

ChallengeModeHealth GameTable scalar by keystone level.

fn decode_traits( &self, spec_id: i32, trait_string: &str, ) -> impl Future<Output = Result<TraitTreeWithSelections, ResolverError>> + Send

Decode a loadout string against this spec’s tree into a raw selected tree; talent-tree interpretation is the caller’s job.

impl<'dynosaur_struct> DataResolver for &mut DynDataResolver<'dynosaur_struct>

where Self: ResolverSyncBound + Send,

fn get_spell( &self, spell_id: SpellId, ) -> impl Future<Output = Result<SpellDataFlat, ResolverError>> + Send

fn get_spells( &self, spell_ids: &[SpellId], ) -> impl Future<Output = Result<Vec<SpellDataFlat>, ResolverError>> + Send

fn get_spell_effect( &self, spell_id: SpellId, effect_index: u8, ) -> impl Future<Output = Result<SpellEffect, ResolverError>> + Send

effect_index is 1-based (author-facing).

fn get_spell_effects( &self, spell_id: SpellId, ) -> impl Future<Output = Result<Vec<SpellEffect>, ResolverError>> + Send

fn get_item( &self, item_id: i32, ) -> impl Future<Output = Result<ItemDataFlat, ResolverError>> + Send

fn get_scaling_data( &self, ) -> impl Future<Output = Result<Arc<ItemScalingData>, ResolverError>> + Send

fn get_power_types( &self, ) -> impl Future<Output = Result<Vec<PowerTypeFlat>, ResolverError>> + Send

fn get_spec( &self, spec_id: i32, ) -> impl Future<Output = Result<SpecDataFlat, ResolverError>> + Send

fn get_trait_tree( &self, spec_id: i32, ) -> impl Future<Output = Result<TraitTreeFlat, ResolverError>> + Send

fn get_expansion_trait_tree( &self, expansion_id: i32, system: &str, ) -> impl Future<Output = Result<ExpansionTraitTreeFlat, ResolverError>> + Send

Fetch a class-agnostic expansion progression tree, such as Midnight’s Omnium Folio.

fn get_rotation_script( &self, rotation_id: &str, ) -> impl Future<Output = Result<String, ResolverError>> + Send

fn get_spell_overrides( &self, spec_id: i32, ) -> impl Future<Output = Result<Vec<(SpellId, SpellId)>, ResolverError>> + Send

Required for resolver parity: a backend with no override table returns Ok(vec![]).

fn get_specialization_spells( &self, spec_id: i32, ) -> impl Future<Output = Result<Vec<SpellId>, ResolverError>> + Send

Every spell id assigned to the spec in SpecializationSpells; a backend with no table returns Ok(vec![]).

fn get_racial_spells( &self, race_id: i32, class_id: i32, ) -> impl Future<Output = Result<Vec<SpellId>, ResolverError>> + Send

Every racial ability the race grants the class; a backend with no table returns Ok(vec![]).

fn get_expected_stats( &self, expansion_id: i32, lvl: i32, ) -> impl Future<Output = Result<ExpectedStatFlat, ResolverError>> + Send

Required for resolver parity: return ExpectedStatsNotFound when a backend cannot source it.

fn get_item_damage_scaling( &self, item_level: i32, weapon_type: &str, ) -> impl Future<Output = Result<ItemDamageScalingFlat, ResolverError>> + Send

Required for resolver parity: return ItemDamageScalingNotFound when a backend cannot source it.

fn search_spells( &self, query: &str, limit: u32, ) -> impl Future<Output = Result<Vec<SpellSearchResult>, ResolverError>> + Send

Defaults to Unsupported; a backend with no search index fails loud rather than returning empty.

fn find_consumable_items( &self, name_token: &str, subclass: i32, ) -> impl Future<Output = Result<Vec<ItemDataFlat>, ResolverError>> + Send

Finds consumable items whose tokenized names contain name_token.

fn get_enchantment( &self, enchantment_id: i32, ) -> impl Future<Output = Result<EnchantmentRow, ResolverError>> + Send

Required for resolver parity: return EnchantmentNotFound when a backend cannot source it.

fn find_permanent_enchant( &self, query: &PermanentEnchantQuery, ) -> impl Future<Output = Result<Option<PermanentEnchantFlat>, ResolverError>> + Send

Resolves a named permanent enchant through the profession-derived SimC index.

fn get_creature( &self, creature_id: i32, ) -> impl Future<Output = Result<CreatureFlat, ResolverError>> + Send

Creature identity row (Creature table) by NPC ID; defaults to Unsupported until a backend implements enemy resolution.

fn get_creature_difficulties( &self, creature_id: i32, ) -> impl Future<Output = Result<Vec<CreatureDifficultyFlat>, ResolverError>> + Send

Every CreatureDifficulty variant for a creature; defaults to Unsupported until a backend implements enemy resolution.

fn get_content_tuning( &self, content_tuning_id: i32, ) -> impl Future<Output = Result<ContentTuningFlat, ResolverError>> + Send

ContentTuning row by ID; defaults to Unsupported until a backend implements enemy resolution.

fn get_content_tuning_x_difficulty( &self, content_tuning_id: i32, ) -> impl Future<Output = Result<Vec<ContentTuningXDifficultyFlat>, ResolverError>> + Send

Every ContentTuningXDifficulty mapping for a content tuning; defaults to Unsupported until a backend implements enemy resolution.

fn get_content_tuning_x_expected( &self, content_tuning_id: i32, ) -> impl Future<Output = Result<Vec<ContentTuningXExpectedFlat>, ResolverError>> + Send

Every ContentTuningXExpected mapping; row selection stays in the application layer.

fn get_expected_stat_mod( &self, expected_stat_mod_id: i32, ) -> impl Future<Output = Result<ExpectedStatModFlat, ResolverError>> + Send

ExpectedStatMod multiplier row by ID.

fn get_challenge_mode_health( &self, keystone_level: i32, ) -> impl Future<Output = Result<ChallengeModeHealthFlat, ResolverError>> + Send

ChallengeModeHealth GameTable scalar by keystone level.

fn decode_traits( &self, spec_id: i32, trait_string: &str, ) -> impl Future<Output = Result<TraitTreeWithSelections, ResolverError>> + Send

Decode a loadout string against this spec’s tree into a raw selected tree; talent-tree interpretation is the caller’s job.

impl<'dynosaur_struct> DataResolver for Box<DynDataResolver<'dynosaur_struct>>

where Self: ResolverSyncBound + Send,

fn get_spell( &self, spell_id: SpellId, ) -> impl Future<Output = Result<SpellDataFlat, ResolverError>> + Send

fn get_spells( &self, spell_ids: &[SpellId], ) -> impl Future<Output = Result<Vec<SpellDataFlat>, ResolverError>> + Send

fn get_spell_effect( &self, spell_id: SpellId, effect_index: u8, ) -> impl Future<Output = Result<SpellEffect, ResolverError>> + Send

effect_index is 1-based (author-facing).

fn get_spell_effects( &self, spell_id: SpellId, ) -> impl Future<Output = Result<Vec<SpellEffect>, ResolverError>> + Send

fn get_item( &self, item_id: i32, ) -> impl Future<Output = Result<ItemDataFlat, ResolverError>> + Send

fn get_scaling_data( &self, ) -> impl Future<Output = Result<Arc<ItemScalingData>, ResolverError>> + Send

fn get_power_types( &self, ) -> impl Future<Output = Result<Vec<PowerTypeFlat>, ResolverError>> + Send

fn get_spec( &self, spec_id: i32, ) -> impl Future<Output = Result<SpecDataFlat, ResolverError>> + Send

fn get_trait_tree( &self, spec_id: i32, ) -> impl Future<Output = Result<TraitTreeFlat, ResolverError>> + Send

fn get_expansion_trait_tree( &self, expansion_id: i32, system: &str, ) -> impl Future<Output = Result<ExpansionTraitTreeFlat, ResolverError>> + Send

Fetch a class-agnostic expansion progression tree, such as Midnight’s Omnium Folio.

fn get_rotation_script( &self, rotation_id: &str, ) -> impl Future<Output = Result<String, ResolverError>> + Send

fn get_spell_overrides( &self, spec_id: i32, ) -> impl Future<Output = Result<Vec<(SpellId, SpellId)>, ResolverError>> + Send

Required for resolver parity: a backend with no override table returns Ok(vec![]).

fn get_specialization_spells( &self, spec_id: i32, ) -> impl Future<Output = Result<Vec<SpellId>, ResolverError>> + Send

Every spell id assigned to the spec in SpecializationSpells; a backend with no table returns Ok(vec![]).

fn get_racial_spells( &self, race_id: i32, class_id: i32, ) -> impl Future<Output = Result<Vec<SpellId>, ResolverError>> + Send

Every racial ability the race grants the class; a backend with no table returns Ok(vec![]).

fn get_expected_stats( &self, expansion_id: i32, lvl: i32, ) -> impl Future<Output = Result<ExpectedStatFlat, ResolverError>> + Send

Required for resolver parity: return ExpectedStatsNotFound when a backend cannot source it.

fn get_item_damage_scaling( &self, item_level: i32, weapon_type: &str, ) -> impl Future<Output = Result<ItemDamageScalingFlat, ResolverError>> + Send

Required for resolver parity: return ItemDamageScalingNotFound when a backend cannot source it.

fn search_spells( &self, query: &str, limit: u32, ) -> impl Future<Output = Result<Vec<SpellSearchResult>, ResolverError>> + Send

Defaults to Unsupported; a backend with no search index fails loud rather than returning empty.

fn find_consumable_items( &self, name_token: &str, subclass: i32, ) -> impl Future<Output = Result<Vec<ItemDataFlat>, ResolverError>> + Send

Finds consumable items whose tokenized names contain name_token.

fn get_enchantment( &self, enchantment_id: i32, ) -> impl Future<Output = Result<EnchantmentRow, ResolverError>> + Send

Required for resolver parity: return EnchantmentNotFound when a backend cannot source it.

fn find_permanent_enchant( &self, query: &PermanentEnchantQuery, ) -> impl Future<Output = Result<Option<PermanentEnchantFlat>, ResolverError>> + Send

Resolves a named permanent enchant through the profession-derived SimC index.

fn get_creature( &self, creature_id: i32, ) -> impl Future<Output = Result<CreatureFlat, ResolverError>> + Send

Creature identity row (Creature table) by NPC ID; defaults to Unsupported until a backend implements enemy resolution.

fn get_creature_difficulties( &self, creature_id: i32, ) -> impl Future<Output = Result<Vec<CreatureDifficultyFlat>, ResolverError>> + Send

Every CreatureDifficulty variant for a creature; defaults to Unsupported until a backend implements enemy resolution.

fn get_content_tuning( &self, content_tuning_id: i32, ) -> impl Future<Output = Result<ContentTuningFlat, ResolverError>> + Send

ContentTuning row by ID; defaults to Unsupported until a backend implements enemy resolution.

fn get_content_tuning_x_difficulty( &self, content_tuning_id: i32, ) -> impl Future<Output = Result<Vec<ContentTuningXDifficultyFlat>, ResolverError>> + Send

Every ContentTuningXDifficulty mapping for a content tuning; defaults to Unsupported until a backend implements enemy resolution.

fn get_content_tuning_x_expected( &self, content_tuning_id: i32, ) -> impl Future<Output = Result<Vec<ContentTuningXExpectedFlat>, ResolverError>> + Send

Every ContentTuningXExpected mapping; row selection stays in the application layer.

fn get_expected_stat_mod( &self, expected_stat_mod_id: i32, ) -> impl Future<Output = Result<ExpectedStatModFlat, ResolverError>> + Send

ExpectedStatMod multiplier row by ID.

fn get_challenge_mode_health( &self, keystone_level: i32, ) -> impl Future<Output = Result<ChallengeModeHealthFlat, ResolverError>> + Send

ChallengeModeHealth GameTable scalar by keystone level.

fn decode_traits( &self, spec_id: i32, trait_string: &str, ) -> impl Future<Output = Result<TraitTreeWithSelections, ResolverError>> + Send

Decode a loadout string against this spec’s tree into a raw selected tree; talent-tree interpretation is the caller’s job.

impl<'dynosaur_struct> DataResolver for DynDataResolver<'dynosaur_struct>

fn get_spell( &self, spell_id: SpellId, ) -> impl Future<Output = Result<SpellDataFlat, ResolverError>> + Send

fn get_spells( &self, spell_ids: &[SpellId], ) -> impl Future<Output = Result<Vec<SpellDataFlat>, ResolverError>> + Send

fn get_spell_effect( &self, spell_id: SpellId, effect_index: u8, ) -> impl Future<Output = Result<SpellEffect, ResolverError>> + Send

effect_index is 1-based (author-facing).

fn get_spell_effects( &self, spell_id: SpellId, ) -> impl Future<Output = Result<Vec<SpellEffect>, ResolverError>> + Send

fn get_item( &self, item_id: i32, ) -> impl Future<Output = Result<ItemDataFlat, ResolverError>> + Send

fn get_scaling_data( &self, ) -> impl Future<Output = Result<Arc<ItemScalingData>, ResolverError>> + Send

fn get_power_types( &self, ) -> impl Future<Output = Result<Vec<PowerTypeFlat>, ResolverError>> + Send

fn get_spec( &self, spec_id: i32, ) -> impl Future<Output = Result<SpecDataFlat, ResolverError>> + Send

fn get_trait_tree( &self, spec_id: i32, ) -> impl Future<Output = Result<TraitTreeFlat, ResolverError>> + Send

fn get_expansion_trait_tree( &self, expansion_id: i32, system: &str, ) -> impl Future<Output = Result<ExpansionTraitTreeFlat, ResolverError>> + Send

Fetch a class-agnostic expansion progression tree, such as Midnight’s Omnium Folio.

fn get_rotation_script( &self, rotation_id: &str, ) -> impl Future<Output = Result<String, ResolverError>> + Send

fn get_spell_overrides( &self, spec_id: i32, ) -> impl Future<Output = Result<Vec<(SpellId, SpellId)>, ResolverError>> + Send

Required for resolver parity: a backend with no override table returns Ok(vec![]).

fn get_specialization_spells( &self, spec_id: i32, ) -> impl Future<Output = Result<Vec<SpellId>, ResolverError>> + Send

Every spell id assigned to the spec in SpecializationSpells; a backend with no table returns Ok(vec![]).

fn get_racial_spells( &self, race_id: i32, class_id: i32, ) -> impl Future<Output = Result<Vec<SpellId>, ResolverError>> + Send

Every racial ability the race grants the class; a backend with no table returns Ok(vec![]).

fn get_expected_stats( &self, expansion_id: i32, lvl: i32, ) -> impl Future<Output = Result<ExpectedStatFlat, ResolverError>> + Send

Required for resolver parity: return ExpectedStatsNotFound when a backend cannot source it.

fn get_item_damage_scaling( &self, item_level: i32, weapon_type: &str, ) -> impl Future<Output = Result<ItemDamageScalingFlat, ResolverError>> + Send

Required for resolver parity: return ItemDamageScalingNotFound when a backend cannot source it.

fn search_spells( &self, query: &str, limit: u32, ) -> impl Future<Output = Result<Vec<SpellSearchResult>, ResolverError>> + Send

Defaults to Unsupported; a backend with no search index fails loud rather than returning empty.

fn find_consumable_items( &self, name_token: &str, subclass: i32, ) -> impl Future<Output = Result<Vec<ItemDataFlat>, ResolverError>> + Send

Finds consumable items whose tokenized names contain name_token.

fn get_enchantment( &self, enchantment_id: i32, ) -> impl Future<Output = Result<EnchantmentRow, ResolverError>> + Send

Required for resolver parity: return EnchantmentNotFound when a backend cannot source it.

fn find_permanent_enchant( &self, query: &PermanentEnchantQuery, ) -> impl Future<Output = Result<Option<PermanentEnchantFlat>, ResolverError>> + Send

Resolves a named permanent enchant through the profession-derived SimC index.

fn get_creature( &self, creature_id: i32, ) -> impl Future<Output = Result<CreatureFlat, ResolverError>> + Send

Creature identity row (Creature table) by NPC ID; defaults to Unsupported until a backend implements enemy resolution.

fn get_creature_difficulties( &self, creature_id: i32, ) -> impl Future<Output = Result<Vec<CreatureDifficultyFlat>, ResolverError>> + Send

Every CreatureDifficulty variant for a creature; defaults to Unsupported until a backend implements enemy resolution.

fn get_content_tuning( &self, content_tuning_id: i32, ) -> impl Future<Output = Result<ContentTuningFlat, ResolverError>> + Send

ContentTuning row by ID; defaults to Unsupported until a backend implements enemy resolution.

fn get_content_tuning_x_difficulty( &self, content_tuning_id: i32, ) -> impl Future<Output = Result<Vec<ContentTuningXDifficultyFlat>, ResolverError>> + Send

Every ContentTuningXDifficulty mapping for a content tuning; defaults to Unsupported until a backend implements enemy resolution.

fn get_content_tuning_x_expected( &self, content_tuning_id: i32, ) -> impl Future<Output = Result<Vec<ContentTuningXExpectedFlat>, ResolverError>> + Send

Every ContentTuningXExpected mapping; row selection stays in the application layer.

fn get_expected_stat_mod( &self, expected_stat_mod_id: i32, ) -> impl Future<Output = Result<ExpectedStatModFlat, ResolverError>> + Send

ExpectedStatMod multiplier row by ID.

fn get_challenge_mode_health( &self, keystone_level: i32, ) -> impl Future<Output = Result<ChallengeModeHealthFlat, ResolverError>> + Send

ChallengeModeHealth GameTable scalar by keystone level.

fn decode_traits( &self, spec_id: i32, trait_string: &str, ) -> impl Future<Output = Result<TraitTreeWithSelections, ResolverError>> + Send

Decode a loadout string against this spec’s tree into a raw selected tree; talent-tree interpretation is the caller’s job.