searchState.loadedDescShard("serde", 0, "Serde\nA <strong>data structure</strong> that can be deserialized from any data …\nDerive macro available if serde is built with …\nA <strong>data format</strong> that can deserialize any data structure …\nThe error type that can be returned if some error occurs …\nThe error type when some error occurs during serialization.\nThe output type produced by this <code>Serializer</code> during …\nA <strong>data structure</strong> that can be serialized into any data …\nDerive macro available if serde is built with …\nType returned from <code>serialize_map</code> for serializing the …\nType returned from <code>serialize_seq</code> for serializing the …\nType returned from <code>serialize_struct</code> for serializing the …\nType returned from <code>serialize_struct_variant</code> for …\nType returned from <code>serialize_tuple</code> for serializing the …\nType returned from <code>serialize_tuple_struct</code> for serializing …\nType returned from <code>serialize_tuple_variant</code> for serializing …\nA <strong>data format</strong> that can serialize any data structure …\nCollect an iterator as a map.\nCollect an iterator as a sequence.\nSerialize a string produced by an implementation of <code>Display</code>…\nGeneric data structure deserialization framework.\nDeserialize this value from the given Serde deserializer.\nRequire the <code>Deserializer</code> to figure out how to drive the …\nHint that the <code>Deserialize</code> type is expecting a <code>bool</code> value.\nHint that the <code>Deserialize</code> type is expecting a byte array …\nHint that the <code>Deserialize</code> type is expecting a byte array …\nHint that the <code>Deserialize</code> type is expecting a <code>char</code> value.\nHint that the <code>Deserialize</code> type is expecting an enum value …\nHint that the <code>Deserialize</code> type is expecting a <code>f32</code> value.\nHint that the <code>Deserialize</code> type is expecting a <code>f64</code> value.\nHint that the <code>Deserialize</code> type is expecting an <code>i128</code> value.\nHint that the <code>Deserialize</code> type is expecting an <code>i16</code> value.\nHint that the <code>Deserialize</code> type is expecting an <code>i32</code> value.\nHint that the <code>Deserialize</code> type is expecting an <code>i64</code> value.\nHint that the <code>Deserialize</code> type is expecting an <code>i8</code> value.\nHint that the <code>Deserialize</code> type is expecting the name of a …\nHint that the <code>Deserialize</code> type needs to deserialize a …\nHint that the <code>Deserialize</code> type is expecting a map of …\nHint that the <code>Deserialize</code> type is expecting a newtype …\nHint that the <code>Deserialize</code> type is expecting an optional …\nHint that the <code>Deserialize</code> type is expecting a sequence of …\nHint that the <code>Deserialize</code> type is expecting a string value …\nHint that the <code>Deserialize</code> type is expecting a string value …\nHint that the <code>Deserialize</code> type is expecting a struct with …\nHint that the <code>Deserialize</code> type is expecting a sequence of …\nHint that the <code>Deserialize</code> type is expecting a tuple struct …\nHint that the <code>Deserialize</code> type is expecting an <code>u128</code> value.\nHint that the <code>Deserialize</code> type is expecting a <code>u16</code> value.\nHint that the <code>Deserialize</code> type is expecting a <code>u32</code> value.\nHint that the <code>Deserialize</code> type is expecting a <code>u64</code> value.\nHint that the <code>Deserialize</code> type is expecting a <code>u8</code> value.\nHint that the <code>Deserialize</code> type is expecting a unit value.\nHint that the <code>Deserialize</code> type is expecting a unit struct …\nHelper macro when implementing the <code>Deserializer</code> part of a …\nDetermine whether <code>Deserialize</code> implementations should …\nDetermine whether <code>Serialize</code> implementations should …\nGeneric data structure serialization framework.\nSerialize this value into the given Serde serializer.\nSerialize a <code>bool</code> value.\nSerialize a chunk of raw byte data.\nSerialize a character.\nSerialize an <code>f32</code> value.\nSerialize an <code>f64</code> value.\nSerialize an <code>i128</code> value.\nSerialize an <code>i16</code> value.\nSerialize an <code>i32</code> value.\nSerialize an <code>i64</code> value.\nSerialize an <code>i8</code> value.\nBegin to serialize a map. This call must be followed by …\nSerialize a newtype struct like <code>struct Millimeters(u8)</code>.\nSerialize a newtype variant like <code>E::N</code> in <code>enum E { N(u8) }</code>.\nSerialize a <code>None</code> value.\nBegin to serialize a variably sized sequence. This call …\nSerialize a <code>Some(T)</code> value.\nSerialize a <code>&amp;str</code>.\nBegin to serialize a struct like …\nBegin to serialize a struct variant like <code>E::S</code> in …\nBegin to serialize a statically sized sequence whose …\nBegin to serialize a tuple struct like …\nBegin to serialize a tuple variant like <code>E::T</code> in …\nSerialize a <code>u128</code> value.\nSerialize a <code>u16</code> value.\nSerialize a <code>u32</code> value.\nSerialize a <code>u64</code> value.\nSerialize a <code>u8</code> value.\nSerialize a <code>()</code> value.\nSerialize a unit struct like <code>struct Unit</code> or <code>PhantomData&lt;T&gt;</code>.\nSerialize a unit variant like <code>E::A</code> in <code>enum E { A, B }</code>.\nThe input contained a boolean value that was not expected.\nThe input contained a <code>&amp;[u8]</code> or <code>Vec&lt;u8&gt;</code> that was not …\nThe input contained a <code>char</code> that was not expected.\nA <strong>data structure</strong> that can be deserialized from any data …\nA data structure that can be deserialized without …\n<code>DeserializeSeed</code> is the stateful form of the <code>Deserialize</code> …\nA <strong>data format</strong> that can deserialize any data structure …\nThe type of the deserializer being converted into.\nThe input contained an enum that was not expected.\nProvides a <code>Visitor</code> access to the data of an enum in the …\nThe <code>Error</code> trait allows <code>Deserialize</code> implementations to …\nThe error type that can be returned if some error occurs …\nThe error type that can be returned if some error occurs …\nThe error type that can be returned if some error occurs …\nThe error type that can be returned if some error occurs …\nThe error type that can be returned if some error occurs …\n<code>Expected</code> represents an explanation of what data a <code>Visitor</code> …\nThe input contained a floating point <code>f32</code> or <code>f64</code> that was …\nAn efficient way of discarding data from a deserializer.\nConverts an existing value into a <code>Deserializer</code> from which …\nThe input contained a map that was not expected.\nProvides a <code>Visitor</code> access to each entry of a map in the …\nThe input contained a newtype struct that was not expected.\nThe input contained a newtype variant that was not …\nThe input contained an <code>Option&lt;T&gt;</code> that was not expected.\nA message stating what uncategorized thing the input …\nThe input contained a sequence that was not expected.\nProvides a <code>Visitor</code> access to each element of a sequence in …\nThe input contained a signed integer <code>i8</code>, <code>i16</code>, <code>i32</code> or <code>i64</code> …\nThe input contained a <code>&amp;str</code> or <code>String</code> that was not expected.\nThe input contained a struct variant that was not expected.\nThe input contained a tuple variant that was not expected.\n<code>Unexpected</code> represents an unexpected invocation of any one …\nThe input contained a unit <code>()</code> that was not expected.\nThe input contained a unit variant that was not expected.\nThe input contained an unsigned integer <code>u8</code>, <code>u16</code>, <code>u32</code> or <code>u64</code>…\nThe type produced by using this seed.\nThe value produced by this visitor.\nThe <code>Visitor</code> that will be used to deserialize the content …\n<code>VariantAccess</code> is a visitor that is created by the …\nThis trait represents a visitor that walks through a …\nRaised when there is general error when deserializing a …\nEquivalent to the more common <code>Deserialize::deserialize</code> …\nDeserialize this value from the given Serde deserializer.\nRequire the <code>Deserializer</code> to figure out how to drive the …\nHint that the <code>Deserialize</code> type is expecting a <code>bool</code> value.\nHint that the <code>Deserialize</code> type is expecting a byte array …\nHint that the <code>Deserialize</code> type is expecting a byte array …\nHint that the <code>Deserialize</code> type is expecting a <code>char</code> value.\nHint that the <code>Deserialize</code> type is expecting an enum value …\nHint that the <code>Deserialize</code> type is expecting a <code>f32</code> value.\nHint that the <code>Deserialize</code> type is expecting a <code>f64</code> value.\nHint that the <code>Deserialize</code> type is expecting an <code>i128</code> value.\nHint that the <code>Deserialize</code> type is expecting an <code>i16</code> value.\nHint that the <code>Deserialize</code> type is expecting an <code>i32</code> value.\nHint that the <code>Deserialize</code> type is expecting an <code>i64</code> value.\nHint that the <code>Deserialize</code> type is expecting an <code>i8</code> value.\nHint that the <code>Deserialize</code> type is expecting the name of a …\nHint that the <code>Deserialize</code> type needs to deserialize a …\nHint that the <code>Deserialize</code> type is expecting a map of …\nHint that the <code>Deserialize</code> type is expecting a newtype …\nHint that the <code>Deserialize</code> type is expecting an optional …\nHint that the <code>Deserialize</code> type is expecting a sequence of …\nHint that the <code>Deserialize</code> type is expecting a string value …\nHint that the <code>Deserialize</code> type is expecting a string value …\nHint that the <code>Deserialize</code> type is expecting a struct with …\nHint that the <code>Deserialize</code> type is expecting a sequence of …\nHint that the <code>Deserialize</code> type is expecting a tuple struct …\nHint that the <code>Deserialize</code> type is expecting an <code>u128</code> value.\nHint that the <code>Deserialize</code> type is expecting a <code>u16</code> value.\nHint that the <code>Deserialize</code> type is expecting a <code>u32</code> value.\nHint that the <code>Deserialize</code> type is expecting a <code>u64</code> value.\nHint that the <code>Deserialize</code> type is expecting a <code>u8</code> value.\nHint that the <code>Deserialize</code> type is expecting a unit value.\nHint that the <code>Deserialize</code> type is expecting a unit struct …\nRaised when a <code>Deserialize</code> struct type received more than …\nFormat a message stating what data this Visitor expects to …\nFormat an explanation of what data was being expected. …\nReturns the argument unchanged.\nReturns the argument unchanged.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nConvert this value into a deserializer.\nRaised when deserializing a sequence or map and the input …\nRaised when a <code>Deserialize</code> receives a type different from …\nRaised when a <code>Deserialize</code> receives a value of the right …\nDetermine whether <code>Deserialize</code> implementations should …\nRaised when a <code>Deserialize</code> struct type expected to receive …\nCalled when deserializing a variant with a single value.\nCalled when deserializing a variant with a single value.\nThis returns <code>Ok(Some(value))</code> for the next value in the …\nThis returns <code>Ok(Some(value))</code> for the next value in the …\nThis returns <code>Ok(Some((key, value)))</code> for the next …\nThis returns <code>Ok(Some((key, value)))</code> for the next …\nThis returns <code>Ok(Some(key))</code> for the next key in the map, or …\nThis returns <code>Ok(Some(key))</code> for the next key in the map, or …\nThis returns a <code>Ok(value)</code> for the next value in the map.\nThis returns a <code>Ok(value)</code> for the next value in the map.\nReturns the number of elements remaining in the sequence, …\nReturns the number of entries remaining in the map, if …\nCalled when deserializing a struct-like variant.\nCalled when deserializing a tuple-like variant.\nCalled when deserializing a variant with no values.\nRaised when a <code>Deserialize</code> struct type received a field …\nRaised when a <code>Deserialize</code> enum type received a variant …\nBuilding blocks for deserializing basic values using the …\n<code>variant</code> is called to identify which variant to deserialize.\n<code>variant</code> is called to identify which variant to deserialize.\nThe input contains a boolean.\nThe input contains a byte array that lives at least as …\nThe input contains a string that lives at least as long as …\nThe input contains a byte array and ownership of the byte …\nThe input contains a byte array. The lifetime of the byte …\nThe input contains a <code>char</code>.\nThe input contains an enum.\nThe input contains an <code>f32</code>.\nThe input contains an <code>f64</code>.\nThe input contains a <code>i128</code>.\nThe input contains an <code>i16</code>.\nThe input contains an <code>i32</code>.\nThe input contains an <code>i64</code>.\nThe input contains an <code>i8</code>.\nThe input contains a key-value map.\nThe input contains a newtype struct.\nThe input contains an optional that is absent.\nThe input contains a sequence of elements.\nThe input contains an optional that is present.\nThe input contains a string. The lifetime of the string is …\nThe input contains a string and ownership of the string is …\nThe input contains a <code>u128</code>.\nThe input contains a <code>u16</code>.\nThe input contains a <code>u32</code>.\nThe input contains a <code>u64</code>.\nThe input contains a <code>u8</code>.\nThe input contains a unit <code>()</code>.\nA deserializer holding a <code>bool</code>.\nA deserializer holding a <code>&amp;[u8]</code> with a lifetime tied to …\nA deserializer holding a <code>&amp;str</code> with a lifetime tied to …\nA deserializer holding a <code>&amp;[u8]</code>. Always calls …\nA deserializer holding a <code>char</code>.\nA deserializer holding a <code>Cow&lt;str&gt;</code>.\nA deserializer holding an <code>EnumAccess</code>.\nA minimal representation of all possible errors that can …\nA deserializer holding an <code>f32</code>.\nA deserializer holding an <code>f64</code>.\nA deserializer holding an <code>i128</code>.\nA deserializer holding an <code>i16</code>.\nA deserializer holding an <code>i32</code>.\nA deserializer holding an <code>i64</code>.\nA deserializer holding an <code>i8</code>.\nA deserializer holding an <code>isize</code>.\nA deserializer holding a <code>MapAccess</code>.\nA deserializer that iterates over a map.\nA deserializer holding a <code>SeqAccess</code>.\nA deserializer that iterates over a sequence.\nA deserializer holding a <code>&amp;str</code>.\nA deserializer holding a <code>String</code>.\nA deserializer holding a <code>u128</code>.\nA deserializer holding a <code>u16</code>.\nA deserializer holding a <code>u32</code>.\nA deserializer holding a <code>u64</code>.\nA deserializer holding a <code>u8</code>.\nA deserializer holding a <code>()</code>.\nA deserializer holding a <code>usize</code>.\nCheck for remaining elements after passing a …\nCheck for remaining elements after passing a …\nReturns the argument unchanged.\nReturns the argument unchanged.\nReturns the argument unchanged.\nReturns the argument unchanged.\nReturns the argument unchanged.\nReturns the argument unchanged.\nReturns the argument unchanged.\nReturns the argument unchanged.\nReturns the argument unchanged.\nReturns the argument unchanged.\nReturns the argument unchanged.\nReturns the argument unchanged.\nReturns the argument unchanged.\nReturns the argument unchanged.\nReturns the argument unchanged.\nReturns the argument unchanged.\nReturns the argument unchanged.\nReturns the argument unchanged.\nReturns the argument unchanged.\nReturns the argument unchanged.\nReturns the argument unchanged.\nReturns the argument unchanged.\nReturns the argument unchanged.\nReturns the argument unchanged.\nReturns the argument unchanged.\nReturns the argument unchanged.\nReturns the argument unchanged.\nReturns the argument unchanged.\nReturns the argument unchanged.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nCreate a new borrowed deserializer from the given string.\nCreate a new deserializer from the given bytes.\nCreate a new borrowed deserializer from the given borrowed …\nConstruct a new <code>MapDeserializer&lt;I, E&gt;</code>.\nConstruct a new <code>SeqDeserializer&lt;I, E&gt;</code>.\nConstruct a new <code>SeqAccessDeserializer&lt;A&gt;</code>.\nConstruct a new <code>MapAccessDeserializer&lt;A&gt;</code>.\nConstruct a new <code>EnumAccessDeserializer&lt;A&gt;</code>.\nTrait used by <code>Serialize</code> implementations to generically …\nThe error type when some error occurs during serialization.\nMust match the <code>Error</code> type of our <code>Serializer</code>.\nMust match the <code>Error</code> type of our <code>Serializer</code>.\nMust match the <code>Error</code> type of our <code>Serializer</code>.\nMust match the <code>Error</code> type of our <code>Serializer</code>.\nMust match the <code>Error</code> type of our <code>Serializer</code>.\nMust match the <code>Error</code> type of our <code>Serializer</code>.\nMust match the <code>Error</code> type of our <code>Serializer</code>.\nHelper type for implementing a <code>Serializer</code> that does not …\nThe output type produced by this <code>Serializer</code> during …\nMust match the <code>Ok</code> type of our <code>Serializer</code>.\nMust match the <code>Ok</code> type of our <code>Serializer</code>.\nMust match the <code>Ok</code> type of our <code>Serializer</code>.\nMust match the <code>Ok</code> type of our <code>Serializer</code>.\nMust match the <code>Ok</code> type of our <code>Serializer</code>.\nMust match the <code>Ok</code> type of our <code>Serializer</code>.\nMust match the <code>Ok</code> type of our <code>Serializer</code>.\nA <strong>data structure</strong> that can be serialized into any data …\nReturned from <code>Serializer::serialize_map</code>.\nType returned from <code>serialize_map</code> for serializing the …\nReturned from <code>Serializer::serialize_seq</code>.\nType returned from <code>serialize_seq</code> for serializing the …\nReturned from <code>Serializer::serialize_struct</code>.\nType returned from <code>serialize_struct</code> for serializing the …\nReturned from <code>Serializer::serialize_struct_variant</code>.\nType returned from <code>serialize_struct_variant</code> for …\nReturned from <code>Serializer::serialize_tuple</code>.\nType returned from <code>serialize_tuple</code> for serializing the …\nReturned from <code>Serializer::serialize_tuple_struct</code>.\nType returned from <code>serialize_tuple_struct</code> for serializing …\nReturned from <code>Serializer::serialize_tuple_variant</code>.\nType returned from <code>serialize_tuple_variant</code> for serializing …\nA <strong>data format</strong> that can serialize any data structure …\nCollect an iterator as a map.\nCollect an iterator as a sequence.\nSerialize a string produced by an implementation of <code>Display</code>…\nUsed when a <code>Serialize</code> implementation encounters any error …\nFinish serializing a sequence.\nFinish serializing a tuple.\nFinish serializing a tuple struct.\nFinish serializing a tuple variant.\nFinish serializing a map.\nFinish serializing a struct.\nFinish serializing a struct variant.\nReturns the argument unchanged.\nCalls <code>U::from(self)</code>.\nDetermine whether <code>Serialize</code> implementations should …\nSerialize this value into the given Serde serializer.\nSerialize a <code>bool</code> value.\nSerialize a chunk of raw byte data.\nSerialize a character.\nSerialize a sequence element.\nSerialize a tuple element.\nSerialize a map entry consisting of a key and a value.\nSerialize an <code>f32</code> value.\nSerialize an <code>f64</code> value.\nSerialize a tuple struct field.\nSerialize a tuple variant field.\nSerialize a struct field.\nSerialize a struct variant field.\nSerialize an <code>i128</code> value.\nSerialize an <code>i16</code> value.\nSerialize an <code>i32</code> value.\nSerialize an <code>i64</code> value.\nSerialize an <code>i8</code> value.\nSerialize a map key.\nBegin to serialize a map. This call must be followed by …\nSerialize a newtype struct like <code>struct Millimeters(u8)</code>.\nSerialize a newtype variant like <code>E::N</code> in <code>enum E { N(u8) }</code>.\nSerialize a <code>None</code> value.\nBegin to serialize a variably sized sequence. This call …\nSerialize a <code>Some(T)</code> value.\nSerialize a <code>&amp;str</code>.\nBegin to serialize a struct like …\nBegin to serialize a struct variant like <code>E::S</code> in …\nBegin to serialize a statically sized sequence whose …\nBegin to serialize a tuple struct like …\nBegin to serialize a tuple variant like <code>E::T</code> in …\nSerialize a <code>u128</code> value.\nSerialize a <code>u16</code> value.\nSerialize a <code>u32</code> value.\nSerialize a <code>u64</code> value.\nSerialize a <code>u8</code> value.\nSerialize a <code>()</code> value.\nSerialize a unit struct like <code>struct Unit</code> or <code>PhantomData&lt;T&gt;</code>.\nSerialize a unit variant like <code>E::A</code> in <code>enum E { A, B }</code>.\nSerialize a map value.\nIndicate that a struct field has been skipped.\nIndicate that a struct variant field has been skipped.")