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 Go to latest Published: Nov 24, 2021 License: Apache-2.0 Imports: 7 Imported by: 0

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Types

type ClassItem 

type ClassItem struct {
	// The class item's value.
	Value *string `pulumi:"value"`
}

An item of the class.

type ClassItemArgs 

type ClassItemArgs struct {
	// The class item's value.
	Value pulumi.StringPtrInput `pulumi:"value"`
}

An item of the class.

func (ClassItemArgs) ElementType 

func (ClassItemArgs) ElementType() reflect.Type

func (ClassItemArgs) ToClassItemOutput 

func (i ClassItemArgs) ToClassItemOutput() ClassItemOutput

func (ClassItemArgs) ToClassItemOutputWithContext 

func (i ClassItemArgs) ToClassItemOutputWithContext(ctx context.Context) ClassItemOutput

type ClassItemArray 

type ClassItemArray []ClassItemInput

func (ClassItemArray) ElementType 

func (ClassItemArray) ElementType() reflect.Type

func (ClassItemArray) ToClassItemArrayOutput 

func (i ClassItemArray) ToClassItemArrayOutput() ClassItemArrayOutput

func (ClassItemArray) ToClassItemArrayOutputWithContext 

func (i ClassItemArray) ToClassItemArrayOutputWithContext(ctx context.Context) ClassItemArrayOutput

type ClassItemArrayInput 

type ClassItemArrayInput interface {
	pulumi.Input

	ToClassItemArrayOutput() ClassItemArrayOutput
	ToClassItemArrayOutputWithContext(context.Context) ClassItemArrayOutput
}

ClassItemArrayInput is an input type that accepts ClassItemArray and ClassItemArrayOutput values. You can construct a concrete instance of `ClassItemArrayInput` via: 

ClassItemArray{ ClassItemArgs{...} }

type ClassItemArrayOutput 

type ClassItemArrayOutput struct{ *pulumi.OutputState }

func (ClassItemArrayOutput) ElementType 

func (ClassItemArrayOutput) ElementType() reflect.Type

func (ClassItemArrayOutput) Index 

func (o ClassItemArrayOutput) Index(i pulumi.IntInput) ClassItemOutput

func (ClassItemArrayOutput) ToClassItemArrayOutput 

func (o ClassItemArrayOutput) ToClassItemArrayOutput() ClassItemArrayOutput

func (ClassItemArrayOutput) ToClassItemArrayOutputWithContext 

func (o ClassItemArrayOutput) ToClassItemArrayOutputWithContext(ctx context.Context) ClassItemArrayOutput

type ClassItemInput 

type ClassItemInput interface {
	pulumi.Input

	ToClassItemOutput() ClassItemOutput
	ToClassItemOutputWithContext(context.Context) ClassItemOutput
}

ClassItemInput is an input type that accepts ClassItemArgs and ClassItemOutput values. You can construct a concrete instance of `ClassItemInput` via: 

ClassItemArgs{...}

type ClassItemOutput 

type ClassItemOutput struct{ *pulumi.OutputState }

An item of the class.

func (ClassItemOutput) ElementType 

func (ClassItemOutput) ElementType() reflect.Type

func (ClassItemOutput) ToClassItemOutput 

func (o ClassItemOutput) ToClassItemOutput() ClassItemOutput

func (ClassItemOutput) ToClassItemOutputWithContext 

func (o ClassItemOutput) ToClassItemOutputWithContext(ctx context.Context) ClassItemOutput

func (ClassItemOutput) Value 

func (o ClassItemOutput) Value() pulumi.StringPtrOutput

The class item's value.

type ClassItemResponse 

type ClassItemResponse struct {
	// The class item's value.
	Value string `pulumi:"value"`
}

An item of the class.

type ClassItemResponseArgs 

type ClassItemResponseArgs struct {
	// The class item's value.
	Value pulumi.StringInput `pulumi:"value"`
}

An item of the class.

func (ClassItemResponseArgs) ElementType 

func (ClassItemResponseArgs) ElementType() reflect.Type

func (ClassItemResponseArgs) ToClassItemResponseOutput 

func (i ClassItemResponseArgs) ToClassItemResponseOutput() ClassItemResponseOutput

func (ClassItemResponseArgs) ToClassItemResponseOutputWithContext 

func (i ClassItemResponseArgs) ToClassItemResponseOutputWithContext(ctx context.Context) ClassItemResponseOutput

type ClassItemResponseArray 

type ClassItemResponseArray []ClassItemResponseInput

func (ClassItemResponseArray) ElementType 

func (ClassItemResponseArray) ElementType() reflect.Type

func (ClassItemResponseArray) ToClassItemResponseArrayOutput 

func (i ClassItemResponseArray) ToClassItemResponseArrayOutput() ClassItemResponseArrayOutput

func (ClassItemResponseArray) ToClassItemResponseArrayOutputWithContext 

func (i ClassItemResponseArray) ToClassItemResponseArrayOutputWithContext(ctx context.Context) ClassItemResponseArrayOutput

type ClassItemResponseArrayInput 

type ClassItemResponseArrayInput interface {
	pulumi.Input

	ToClassItemResponseArrayOutput() ClassItemResponseArrayOutput
	ToClassItemResponseArrayOutputWithContext(context.Context) ClassItemResponseArrayOutput
}

ClassItemResponseArrayInput is an input type that accepts ClassItemResponseArray and ClassItemResponseArrayOutput values. You can construct a concrete instance of `ClassItemResponseArrayInput` via: 

ClassItemResponseArray{ ClassItemResponseArgs{...} }

type ClassItemResponseArrayOutput 

type ClassItemResponseArrayOutput struct{ *pulumi.OutputState }

func (ClassItemResponseArrayOutput) ElementType 

func (ClassItemResponseArrayOutput) ElementType() reflect.Type

func (ClassItemResponseArrayOutput) Index 

func (o ClassItemResponseArrayOutput) Index(i pulumi.IntInput) ClassItemResponseOutput

func (ClassItemResponseArrayOutput) ToClassItemResponseArrayOutput 

func (o ClassItemResponseArrayOutput) ToClassItemResponseArrayOutput() ClassItemResponseArrayOutput

func (ClassItemResponseArrayOutput) ToClassItemResponseArrayOutputWithContext 

func (o ClassItemResponseArrayOutput) ToClassItemResponseArrayOutputWithContext(ctx context.Context) ClassItemResponseArrayOutput

type ClassItemResponseInput 

type ClassItemResponseInput interface {
	pulumi.Input

	ToClassItemResponseOutput() ClassItemResponseOutput
	ToClassItemResponseOutputWithContext(context.Context) ClassItemResponseOutput
}

ClassItemResponseInput is an input type that accepts ClassItemResponseArgs and ClassItemResponseOutput values. You can construct a concrete instance of `ClassItemResponseInput` via: 

ClassItemResponseArgs{...}

type ClassItemResponseOutput 

type ClassItemResponseOutput struct{ *pulumi.OutputState }

An item of the class.

func (ClassItemResponseOutput) ElementType 

func (ClassItemResponseOutput) ElementType() reflect.Type

func (ClassItemResponseOutput) ToClassItemResponseOutput 

func (o ClassItemResponseOutput) ToClassItemResponseOutput() ClassItemResponseOutput

func (ClassItemResponseOutput) ToClassItemResponseOutputWithContext 

func (o ClassItemResponseOutput) ToClassItemResponseOutputWithContext(ctx context.Context) ClassItemResponseOutput

func (ClassItemResponseOutput) Value 

func (o ClassItemResponseOutput) Value() pulumi.StringOutput

The class item's value.

type CustomClass 

type CustomClass struct {
	pulumi.CustomResourceState

	// If this custom class is a resource, the custom_class_id is the resource id of the CustomClass. Case sensitive.
	CustomClassId pulumi.StringOutput `pulumi:"customClassId"`
	// A collection of class items.
	Items ClassItemResponseArrayOutput `pulumi:"items"`
	// The resource name of the custom class.
	Name pulumi.StringOutput `pulumi:"name"`
}

Create a custom class.

func GetCustomClass 

func GetCustomClass(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *CustomClassState, opts ...pulumi.ResourceOption) (*CustomClass, error)

GetCustomClass gets an existing CustomClass resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewCustomClass 

func NewCustomClass(ctx *pulumi.Context,
	name string, args *CustomClassArgs, opts ...pulumi.ResourceOption) (*CustomClass, error)

NewCustomClass registers a new resource with the given unique name, arguments, and options.

func (*CustomClass) ElementType 

func (*CustomClass) ElementType() reflect.Type

func (*CustomClass) ToCustomClassOutput 

func (i *CustomClass) ToCustomClassOutput() CustomClassOutput

func (*CustomClass) ToCustomClassOutputWithContext 

func (i *CustomClass) ToCustomClassOutputWithContext(ctx context.Context) CustomClassOutput

type CustomClassArgs 

type CustomClassArgs struct {
	// The ID to use for the custom class, which will become the final component of the custom class' resource name. This value should be 4-63 characters, and valid characters are /a-z-/.
	CustomClassId pulumi.StringInput
	// A collection of class items.
	Items    ClassItemArrayInput
	Location pulumi.StringPtrInput
	// The resource name of the custom class.
	Name    pulumi.StringPtrInput
	Project pulumi.StringPtrInput
}

The set of arguments for constructing a CustomClass resource.

func (CustomClassArgs) ElementType 

func (CustomClassArgs) ElementType() reflect.Type

type CustomClassInput 

type CustomClassInput interface {
	pulumi.Input

	ToCustomClassOutput() CustomClassOutput
	ToCustomClassOutputWithContext(ctx context.Context) CustomClassOutput
}

type CustomClassOutput 

type CustomClassOutput struct{ *pulumi.OutputState }

func (CustomClassOutput) ElementType 

func (CustomClassOutput) ElementType() reflect.Type

func (CustomClassOutput) ToCustomClassOutput 

func (o CustomClassOutput) ToCustomClassOutput() CustomClassOutput

func (CustomClassOutput) ToCustomClassOutputWithContext 

func (o CustomClassOutput) ToCustomClassOutputWithContext(ctx context.Context) CustomClassOutput

type CustomClassState 

type CustomClassState struct {
}

func (CustomClassState) ElementType 

func (CustomClassState) ElementType() reflect.Type

type LookupCustomClassArgs 

type LookupCustomClassArgs struct {
	CustomClassId string  `pulumi:"customClassId"`
	Location      string  `pulumi:"location"`
	Project       *string `pulumi:"project"`
}

type LookupCustomClassOutputArgs 

type LookupCustomClassOutputArgs struct {
	CustomClassId pulumi.StringInput    `pulumi:"customClassId"`
	Location      pulumi.StringInput    `pulumi:"location"`
	Project       pulumi.StringPtrInput `pulumi:"project"`
}

func (LookupCustomClassOutputArgs) ElementType 

func (LookupCustomClassOutputArgs) ElementType() reflect.Type

type LookupCustomClassResult 

type LookupCustomClassResult struct {
	// If this custom class is a resource, the custom_class_id is the resource id of the CustomClass. Case sensitive.
	CustomClassId string `pulumi:"customClassId"`
	// A collection of class items.
	Items []ClassItemResponse `pulumi:"items"`
	// The resource name of the custom class.
	Name string `pulumi:"name"`
}

func LookupCustomClass 

func LookupCustomClass(ctx *pulumi.Context, args *LookupCustomClassArgs, opts ...pulumi.InvokeOption) (*LookupCustomClassResult, error)

Get a custom class.

type LookupCustomClassResultOutput 

type LookupCustomClassResultOutput struct{ *pulumi.OutputState }

func LookupCustomClassOutput 

func LookupCustomClassOutput(ctx *pulumi.Context, args LookupCustomClassOutputArgs, opts ...pulumi.InvokeOption) LookupCustomClassResultOutput

func (LookupCustomClassResultOutput) CustomClassId 

func (o LookupCustomClassResultOutput) CustomClassId() pulumi.StringOutput

If this custom class is a resource, the custom_class_id is the resource id of the CustomClass. Case sensitive.

func (LookupCustomClassResultOutput) ElementType 

func (LookupCustomClassResultOutput) ElementType() reflect.Type

func (LookupCustomClassResultOutput) Items 

func (o LookupCustomClassResultOutput) Items() ClassItemResponseArrayOutput

A collection of class items.

func (LookupCustomClassResultOutput) Name 

func (o LookupCustomClassResultOutput) Name() pulumi.StringOutput

The resource name of the custom class.

func (LookupCustomClassResultOutput) ToLookupCustomClassResultOutput 

func (o LookupCustomClassResultOutput) ToLookupCustomClassResultOutput() LookupCustomClassResultOutput

func (LookupCustomClassResultOutput) ToLookupCustomClassResultOutputWithContext 

func (o LookupCustomClassResultOutput) ToLookupCustomClassResultOutputWithContext(ctx context.Context) LookupCustomClassResultOutput

type LookupPhraseSetArgs 

type LookupPhraseSetArgs struct {
	Location    string  `pulumi:"location"`
	PhraseSetId string  `pulumi:"phraseSetId"`
	Project     *string `pulumi:"project"`
}

type LookupPhraseSetOutputArgs 

type LookupPhraseSetOutputArgs struct {
	Location    pulumi.StringInput    `pulumi:"location"`
	PhraseSetId pulumi.StringInput    `pulumi:"phraseSetId"`
	Project     pulumi.StringPtrInput `pulumi:"project"`
}

func (LookupPhraseSetOutputArgs) ElementType 

func (LookupPhraseSetOutputArgs) ElementType() reflect.Type

type LookupPhraseSetResult 

type LookupPhraseSetResult struct {
	// Hint Boost. Positive value will increase the probability that a specific phrase will be recognized over other similar sounding phrases. The higher the boost, the higher the chance of false positive recognition as well. Negative boost values would correspond to anti-biasing. Anti-biasing is not enabled, so negative boost will simply be ignored. Though `boost` can accept a wide range of positive values, most use cases are best served with values between 0 (exclusive) and 20. We recommend using a binary search approach to finding the optimal value for your use case. Speech recognition will skip PhraseSets with a boost value of 0.
	Boost float64 `pulumi:"boost"`
	// The resource name of the phrase set.
	Name string `pulumi:"name"`
	// A list of word and phrases.
	Phrases []PhraseResponse `pulumi:"phrases"`
}

func LookupPhraseSet 

func LookupPhraseSet(ctx *pulumi.Context, args *LookupPhraseSetArgs, opts ...pulumi.InvokeOption) (*LookupPhraseSetResult, error)

Get a phrase set.

type LookupPhraseSetResultOutput 

type LookupPhraseSetResultOutput struct{ *pulumi.OutputState }

func LookupPhraseSetOutput 

func LookupPhraseSetOutput(ctx *pulumi.Context, args LookupPhraseSetOutputArgs, opts ...pulumi.InvokeOption) LookupPhraseSetResultOutput

func (LookupPhraseSetResultOutput) Boost 

func (o LookupPhraseSetResultOutput) Boost() pulumi.Float64Output

Hint Boost. Positive value will increase the probability that a specific phrase will be recognized over other similar sounding phrases. The higher the boost, the higher the chance of false positive recognition as well. Negative boost values would correspond to anti-biasing. Anti-biasing is not enabled, so negative boost will simply be ignored. Though `boost` can accept a wide range of positive values, most use cases are best served with values between 0 (exclusive) and 20. We recommend using a binary search approach to finding the optimal value for your use case. Speech recognition will skip PhraseSets with a boost value of 0.

func (LookupPhraseSetResultOutput) ElementType 

func (LookupPhraseSetResultOutput) ElementType() reflect.Type

func (LookupPhraseSetResultOutput) Name 

func (o LookupPhraseSetResultOutput) Name() pulumi.StringOutput

The resource name of the phrase set.

func (LookupPhraseSetResultOutput) Phrases 

func (o LookupPhraseSetResultOutput) Phrases() PhraseResponseArrayOutput

A list of word and phrases.

func (LookupPhraseSetResultOutput) ToLookupPhraseSetResultOutput 

func (o LookupPhraseSetResultOutput) ToLookupPhraseSetResultOutput() LookupPhraseSetResultOutput

func (LookupPhraseSetResultOutput) ToLookupPhraseSetResultOutputWithContext 

func (o LookupPhraseSetResultOutput) ToLookupPhraseSetResultOutputWithContext(ctx context.Context) LookupPhraseSetResultOutput

type Phrase 

type Phrase struct {
	// Hint Boost. Overrides the boost set at the phrase set level. Positive value will increase the probability that a specific phrase will be recognized over other similar sounding phrases. The higher the boost, the higher the chance of false positive recognition as well. Negative boost will simply be ignored. Though `boost` can accept a wide range of positive values, most use cases are best served with values between 0 and 20. We recommend using a binary search approach to finding the optimal value for your use case. Speech recognition will skip PhraseSets with a boost value of 0.
	Boost *float64 `pulumi:"boost"`
	// The phrase itself.
	Value *string `pulumi:"value"`
}

A phrases containing words and phrase "hints" so that the speech recognition is more likely to recognize them. This can be used to improve the accuracy for specific words and phrases, for example, if specific commands are typically spoken by the user. This can also be used to add additional words to the vocabulary of the recognizer. See [usage limits](https://cloud.google.com/speech-to-text/quotas#content). List items can also include pre-built or custom classes containing groups of words that represent common concepts that occur in natural language. For example, rather than providing a phrase hint for every month of the year (e.g. "i was born in january", "i was born in febuary", ...), use the pre-built `$MONTH` class improves the likelihood of correctly transcribing audio that includes months (e.g. "i was born in $month"). To refer to pre-built classes, use the class' symbol prepended with `$` e.g. `$MONTH`. To refer to custom classes that were defined inline in the request, set the class's `custom_class_id` to a string unique to all class resources and inline classes. Then use the class' id wrapped in $`{...}` e.g. "${my-months}". To refer to custom classes resources, use the class' id wrapped in `${}` (e.g. `${my-months}`).

type PhraseArgs 

type PhraseArgs struct {
	// Hint Boost. Overrides the boost set at the phrase set level. Positive value will increase the probability that a specific phrase will be recognized over other similar sounding phrases. The higher the boost, the higher the chance of false positive recognition as well. Negative boost will simply be ignored. Though `boost` can accept a wide range of positive values, most use cases are best served with values between 0 and 20. We recommend using a binary search approach to finding the optimal value for your use case. Speech recognition will skip PhraseSets with a boost value of 0.
	Boost pulumi.Float64PtrInput `pulumi:"boost"`
	// The phrase itself.
	Value pulumi.StringPtrInput `pulumi:"value"`
}

A phrases containing words and phrase "hints" so that the speech recognition is more likely to recognize them. This can be used to improve the accuracy for specific words and phrases, for example, if specific commands are typically spoken by the user. This can also be used to add additional words to the vocabulary of the recognizer. See [usage limits](https://cloud.google.com/speech-to-text/quotas#content). List items can also include pre-built or custom classes containing groups of words that represent common concepts that occur in natural language. For example, rather than providing a phrase hint for every month of the year (e.g. "i was born in january", "i was born in febuary", ...), use the pre-built `$MONTH` class improves the likelihood of correctly transcribing audio that includes months (e.g. "i was born in $month"). To refer to pre-built classes, use the class' symbol prepended with `$` e.g. `$MONTH`. To refer to custom classes that were defined inline in the request, set the class's `custom_class_id` to a string unique to all class resources and inline classes. Then use the class' id wrapped in $`{...}` e.g. "${my-months}". To refer to custom classes resources, use the class' id wrapped in `${}` (e.g. `${my-months}`).

func (PhraseArgs) ElementType 

func (PhraseArgs) ElementType() reflect.Type

func (PhraseArgs) ToPhraseOutput 

func (i PhraseArgs) ToPhraseOutput() PhraseOutput

func (PhraseArgs) ToPhraseOutputWithContext 

func (i PhraseArgs) ToPhraseOutputWithContext(ctx context.Context) PhraseOutput

type PhraseArray 

type PhraseArray []PhraseInput

func (PhraseArray) ElementType 

func (PhraseArray) ElementType() reflect.Type

func (PhraseArray) ToPhraseArrayOutput 

func (i PhraseArray) ToPhraseArrayOutput() PhraseArrayOutput

func (PhraseArray) ToPhraseArrayOutputWithContext 

func (i PhraseArray) ToPhraseArrayOutputWithContext(ctx context.Context) PhraseArrayOutput

type PhraseArrayInput 

type PhraseArrayInput interface {
	pulumi.Input

	ToPhraseArrayOutput() PhraseArrayOutput
	ToPhraseArrayOutputWithContext(context.Context) PhraseArrayOutput
}

PhraseArrayInput is an input type that accepts PhraseArray and PhraseArrayOutput values. You can construct a concrete instance of `PhraseArrayInput` via: 

PhraseArray{ PhraseArgs{...} }

type PhraseArrayOutput 

type PhraseArrayOutput struct{ *pulumi.OutputState }

func (PhraseArrayOutput) ElementType 

func (PhraseArrayOutput) ElementType() reflect.Type

func (PhraseArrayOutput) Index 

func (o PhraseArrayOutput) Index(i pulumi.IntInput) PhraseOutput

func (PhraseArrayOutput) ToPhraseArrayOutput 

func (o PhraseArrayOutput) ToPhraseArrayOutput() PhraseArrayOutput

func (PhraseArrayOutput) ToPhraseArrayOutputWithContext 

func (o PhraseArrayOutput) ToPhraseArrayOutputWithContext(ctx context.Context) PhraseArrayOutput

type PhraseInput 

type PhraseInput interface {
	pulumi.Input

	ToPhraseOutput() PhraseOutput
	ToPhraseOutputWithContext(context.Context) PhraseOutput
}

PhraseInput is an input type that accepts PhraseArgs and PhraseOutput values. You can construct a concrete instance of `PhraseInput` via: 

PhraseArgs{...}

type PhraseOutput 

type PhraseOutput struct{ *pulumi.OutputState }

A phrases containing words and phrase "hints" so that the speech recognition is more likely to recognize them. This can be used to improve the accuracy for specific words and phrases, for example, if specific commands are typically spoken by the user. This can also be used to add additional words to the vocabulary of the recognizer. See [usage limits](https://cloud.google.com/speech-to-text/quotas#content). List items can also include pre-built or custom classes containing groups of words that represent common concepts that occur in natural language. For example, rather than providing a phrase hint for every month of the year (e.g. "i was born in january", "i was born in febuary", ...), use the pre-built `$MONTH` class improves the likelihood of correctly transcribing audio that includes months (e.g. "i was born in $month"). To refer to pre-built classes, use the class' symbol prepended with `$` e.g. `$MONTH`. To refer to custom classes that were defined inline in the request, set the class's `custom_class_id` to a string unique to all class resources and inline classes. Then use the class' id wrapped in $`{...}` e.g. "${my-months}". To refer to custom classes resources, use the class' id wrapped in `${}` (e.g. `${my-months}`).

func (PhraseOutput) Boost 

func (o PhraseOutput) Boost() pulumi.Float64PtrOutput

Hint Boost. Overrides the boost set at the phrase set level. Positive value will increase the probability that a specific phrase will be recognized over other similar sounding phrases. The higher the boost, the higher the chance of false positive recognition as well. Negative boost will simply be ignored. Though `boost` can accept a wide range of positive values, most use cases are best served with values between 0 and 20. We recommend using a binary search approach to finding the optimal value for your use case. Speech recognition will skip PhraseSets with a boost value of 0.

func (PhraseOutput) ElementType 

func (PhraseOutput) ElementType() reflect.Type

func (PhraseOutput) ToPhraseOutput 

func (o PhraseOutput) ToPhraseOutput() PhraseOutput

func (PhraseOutput) ToPhraseOutputWithContext 

func (o PhraseOutput) ToPhraseOutputWithContext(ctx context.Context) PhraseOutput

func (PhraseOutput) Value 

func (o PhraseOutput) Value() pulumi.StringPtrOutput

The phrase itself.

type PhraseResponse 

type PhraseResponse struct {
	// Hint Boost. Overrides the boost set at the phrase set level. Positive value will increase the probability that a specific phrase will be recognized over other similar sounding phrases. The higher the boost, the higher the chance of false positive recognition as well. Negative boost will simply be ignored. Though `boost` can accept a wide range of positive values, most use cases are best served with values between 0 and 20. We recommend using a binary search approach to finding the optimal value for your use case. Speech recognition will skip PhraseSets with a boost value of 0.
	Boost float64 `pulumi:"boost"`
	// The phrase itself.
	Value string `pulumi:"value"`
}

A phrases containing words and phrase "hints" so that the speech recognition is more likely to recognize them. This can be used to improve the accuracy for specific words and phrases, for example, if specific commands are typically spoken by the user. This can also be used to add additional words to the vocabulary of the recognizer. See [usage limits](https://cloud.google.com/speech-to-text/quotas#content). List items can also include pre-built or custom classes containing groups of words that represent common concepts that occur in natural language. For example, rather than providing a phrase hint for every month of the year (e.g. "i was born in january", "i was born in febuary", ...), use the pre-built `$MONTH` class improves the likelihood of correctly transcribing audio that includes months (e.g. "i was born in $month"). To refer to pre-built classes, use the class' symbol prepended with `$` e.g. `$MONTH`. To refer to custom classes that were defined inline in the request, set the class's `custom_class_id` to a string unique to all class resources and inline classes. Then use the class' id wrapped in $`{...}` e.g. "${my-months}". To refer to custom classes resources, use the class' id wrapped in `${}` (e.g. `${my-months}`).

type PhraseResponseArgs 

type PhraseResponseArgs struct {
	// Hint Boost. Overrides the boost set at the phrase set level. Positive value will increase the probability that a specific phrase will be recognized over other similar sounding phrases. The higher the boost, the higher the chance of false positive recognition as well. Negative boost will simply be ignored. Though `boost` can accept a wide range of positive values, most use cases are best served with values between 0 and 20. We recommend using a binary search approach to finding the optimal value for your use case. Speech recognition will skip PhraseSets with a boost value of 0.
	Boost pulumi.Float64Input `pulumi:"boost"`
	// The phrase itself.
	Value pulumi.StringInput `pulumi:"value"`
}

A phrases containing words and phrase "hints" so that the speech recognition is more likely to recognize them. This can be used to improve the accuracy for specific words and phrases, for example, if specific commands are typically spoken by the user. This can also be used to add additional words to the vocabulary of the recognizer. See [usage limits](https://cloud.google.com/speech-to-text/quotas#content). List items can also include pre-built or custom classes containing groups of words that represent common concepts that occur in natural language. For example, rather than providing a phrase hint for every month of the year (e.g. "i was born in january", "i was born in febuary", ...), use the pre-built `$MONTH` class improves the likelihood of correctly transcribing audio that includes months (e.g. "i was born in $month"). To refer to pre-built classes, use the class' symbol prepended with `$` e.g. `$MONTH`. To refer to custom classes that were defined inline in the request, set the class's `custom_class_id` to a string unique to all class resources and inline classes. Then use the class' id wrapped in $`{...}` e.g. "${my-months}". To refer to custom classes resources, use the class' id wrapped in `${}` (e.g. `${my-months}`).

func (PhraseResponseArgs) ElementType 

func (PhraseResponseArgs) ElementType() reflect.Type

func (PhraseResponseArgs) ToPhraseResponseOutput 

func (i PhraseResponseArgs) ToPhraseResponseOutput() PhraseResponseOutput

func (PhraseResponseArgs) ToPhraseResponseOutputWithContext 

func (i PhraseResponseArgs) ToPhraseResponseOutputWithContext(ctx context.Context) PhraseResponseOutput

type PhraseResponseArray 

type PhraseResponseArray []PhraseResponseInput

func (PhraseResponseArray) ElementType 

func (PhraseResponseArray) ElementType() reflect.Type

func (PhraseResponseArray) ToPhraseResponseArrayOutput 

func (i PhraseResponseArray) ToPhraseResponseArrayOutput() PhraseResponseArrayOutput

func (PhraseResponseArray) ToPhraseResponseArrayOutputWithContext 

func (i PhraseResponseArray) ToPhraseResponseArrayOutputWithContext(ctx context.Context) PhraseResponseArrayOutput

type PhraseResponseArrayInput 

type PhraseResponseArrayInput interface {
	pulumi.Input

	ToPhraseResponseArrayOutput() PhraseResponseArrayOutput
	ToPhraseResponseArrayOutputWithContext(context.Context) PhraseResponseArrayOutput
}

PhraseResponseArrayInput is an input type that accepts PhraseResponseArray and PhraseResponseArrayOutput values. You can construct a concrete instance of `PhraseResponseArrayInput` via: 

PhraseResponseArray{ PhraseResponseArgs{...} }

type PhraseResponseArrayOutput 

type PhraseResponseArrayOutput struct{ *pulumi.OutputState }

func (PhraseResponseArrayOutput) ElementType 

func (PhraseResponseArrayOutput) ElementType() reflect.Type

func (PhraseResponseArrayOutput) Index 

func (o PhraseResponseArrayOutput) Index(i pulumi.IntInput) PhraseResponseOutput

func (PhraseResponseArrayOutput) ToPhraseResponseArrayOutput 

func (o PhraseResponseArrayOutput) ToPhraseResponseArrayOutput() PhraseResponseArrayOutput

func (PhraseResponseArrayOutput) ToPhraseResponseArrayOutputWithContext 

func (o PhraseResponseArrayOutput) ToPhraseResponseArrayOutputWithContext(ctx context.Context) PhraseResponseArrayOutput

type PhraseResponseInput 

type PhraseResponseInput interface {
	pulumi.Input

	ToPhraseResponseOutput() PhraseResponseOutput
	ToPhraseResponseOutputWithContext(context.Context) PhraseResponseOutput
}

PhraseResponseInput is an input type that accepts PhraseResponseArgs and PhraseResponseOutput values. You can construct a concrete instance of `PhraseResponseInput` via: 

PhraseResponseArgs{...}

type PhraseResponseOutput 

type PhraseResponseOutput struct{ *pulumi.OutputState }

A phrases containing words and phrase "hints" so that the speech recognition is more likely to recognize them. This can be used to improve the accuracy for specific words and phrases, for example, if specific commands are typically spoken by the user. This can also be used to add additional words to the vocabulary of the recognizer. See [usage limits](https://cloud.google.com/speech-to-text/quotas#content). List items can also include pre-built or custom classes containing groups of words that represent common concepts that occur in natural language. For example, rather than providing a phrase hint for every month of the year (e.g. "i was born in january", "i was born in febuary", ...), use the pre-built `$MONTH` class improves the likelihood of correctly transcribing audio that includes months (e.g. "i was born in $month"). To refer to pre-built classes, use the class' symbol prepended with `$` e.g. `$MONTH`. To refer to custom classes that were defined inline in the request, set the class's `custom_class_id` to a string unique to all class resources and inline classes. Then use the class' id wrapped in $`{...}` e.g. "${my-months}". To refer to custom classes resources, use the class' id wrapped in `${}` (e.g. `${my-months}`).

func (PhraseResponseOutput) Boost 

func (o PhraseResponseOutput) Boost() pulumi.Float64Output

Hint Boost. Overrides the boost set at the phrase set level. Positive value will increase the probability that a specific phrase will be recognized over other similar sounding phrases. The higher the boost, the higher the chance of false positive recognition as well. Negative boost will simply be ignored. Though `boost` can accept a wide range of positive values, most use cases are best served with values between 0 and 20. We recommend using a binary search approach to finding the optimal value for your use case. Speech recognition will skip PhraseSets with a boost value of 0.

func (PhraseResponseOutput) ElementType 

func (PhraseResponseOutput) ElementType() reflect.Type

func (PhraseResponseOutput) ToPhraseResponseOutput 

func (o PhraseResponseOutput) ToPhraseResponseOutput() PhraseResponseOutput

func (PhraseResponseOutput) ToPhraseResponseOutputWithContext 

func (o PhraseResponseOutput) ToPhraseResponseOutputWithContext(ctx context.Context) PhraseResponseOutput

func (PhraseResponseOutput) Value 

func (o PhraseResponseOutput) Value() pulumi.StringOutput

The phrase itself.

type PhraseSet 

type PhraseSet struct {
	pulumi.CustomResourceState

	// Hint Boost. Positive value will increase the probability that a specific phrase will be recognized over other similar sounding phrases. The higher the boost, the higher the chance of false positive recognition as well. Negative boost values would correspond to anti-biasing. Anti-biasing is not enabled, so negative boost will simply be ignored. Though `boost` can accept a wide range of positive values, most use cases are best served with values between 0 (exclusive) and 20. We recommend using a binary search approach to finding the optimal value for your use case. Speech recognition will skip PhraseSets with a boost value of 0.
	Boost pulumi.Float64Output `pulumi:"boost"`
	// The resource name of the phrase set.
	Name pulumi.StringOutput `pulumi:"name"`
	// A list of word and phrases.
	Phrases PhraseResponseArrayOutput `pulumi:"phrases"`
}

Create a set of phrase hints. Each item in the set can be a single word or a multi-word phrase. The items in the PhraseSet are favored by the recognition model when you send a call that includes the PhraseSet.

func GetPhraseSet 

func GetPhraseSet(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *PhraseSetState, opts ...pulumi.ResourceOption) (*PhraseSet, error)

GetPhraseSet gets an existing PhraseSet resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewPhraseSet 

func NewPhraseSet(ctx *pulumi.Context,
	name string, args *PhraseSetArgs, opts ...pulumi.ResourceOption) (*PhraseSet, error)

NewPhraseSet registers a new resource with the given unique name, arguments, and options.

func (*PhraseSet) ElementType 

func (*PhraseSet) ElementType() reflect.Type

func (*PhraseSet) ToPhraseSetOutput 

func (i *PhraseSet) ToPhraseSetOutput() PhraseSetOutput

func (*PhraseSet) ToPhraseSetOutputWithContext 

func (i *PhraseSet) ToPhraseSetOutputWithContext(ctx context.Context) PhraseSetOutput

type PhraseSetArgs 

type PhraseSetArgs struct {
	// Hint Boost. Positive value will increase the probability that a specific phrase will be recognized over other similar sounding phrases. The higher the boost, the higher the chance of false positive recognition as well. Negative boost values would correspond to anti-biasing. Anti-biasing is not enabled, so negative boost will simply be ignored. Though `boost` can accept a wide range of positive values, most use cases are best served with values between 0 (exclusive) and 20. We recommend using a binary search approach to finding the optimal value for your use case. Speech recognition will skip PhraseSets with a boost value of 0.
	Boost    pulumi.Float64PtrInput
	Location pulumi.StringPtrInput
	// The resource name of the phrase set.
	Name pulumi.StringPtrInput
	// The ID to use for the phrase set, which will become the final component of the phrase set's resource name. This value should be 4-63 characters, and valid characters are /a-z-/.
	PhraseSetId pulumi.StringInput
	// A list of word and phrases.
	Phrases PhraseArrayInput
	Project pulumi.StringPtrInput
}

The set of arguments for constructing a PhraseSet resource.

func (PhraseSetArgs) ElementType 

func (PhraseSetArgs) ElementType() reflect.Type

type PhraseSetInput 

type PhraseSetInput interface {
	pulumi.Input

	ToPhraseSetOutput() PhraseSetOutput
	ToPhraseSetOutputWithContext(ctx context.Context) PhraseSetOutput
}

type PhraseSetOutput 

type PhraseSetOutput struct{ *pulumi.OutputState }

func (PhraseSetOutput) ElementType 

func (PhraseSetOutput) ElementType() reflect.Type

func (PhraseSetOutput) ToPhraseSetOutput 

func (o PhraseSetOutput) ToPhraseSetOutput() PhraseSetOutput

func (PhraseSetOutput) ToPhraseSetOutputWithContext 

func (o PhraseSetOutput) ToPhraseSetOutputWithContext(ctx context.Context) PhraseSetOutput

type PhraseSetState 

type PhraseSetState struct {
}

func (PhraseSetState) ElementType 

func (PhraseSetState) ElementType() reflect.Type

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