Name

AI Name operations.

AI-powered Name API.

This API should be used to:

Determine a person’s gender from the name.
Complete name using given starting characters.
Compare names to determine similarity.
Format name.
Parse a name from the email address.

Complete

The call proposes k most probable names for given starting characters. Returns AiNameWeightedVariants model. Requires:

request

Complete method request. Type: AiNameCompleteRequest.

var request = new AiNameCompleteRequest
{ 
    Name = "Dav"
};

Java

AiNameCompleteRequest request = Models.aiNameCompleteRequest()
    .name("Dav")
    .build();

Python

request = models.AiNameCompleteRequest(
    name='Dav')

Ruby

request = AiNameCompleteRequest.new(
    name: 'Dav')

Typescript

let request = Models.AiNameCompleteRequest()
    .name('Dav')
    .build();

PHP

$request = Models::AiNameCompleteRequest()
    ->name('Dav')
    ->build();

var result = await api.Ai.Name.CompleteAsync(request);

Java

AiNameWeightedVariants result = api.ai().name().complete(request);

Python

result = api.ai.name.complete(request)

Ruby

result = api.ai.name.complete(request)

Typescript

let result = await api.ai.name.complete(request);

PHP

$result = $api->ai()->name()->complete($request);

Expand

Expands a person’s name into a list of possible alternatives using options for expanding instructions. Returns AiNameWeightedVariants model. Requires:

request

Expand method request. Type: AiNameExpandRequest.

var request = new AiNameExpandRequest
{ 
    Name = "John Cane"
};

Java

AiNameExpandRequest request = Models.aiNameExpandRequest()
    .name("John Cane")
    .build();

Python

request = models.AiNameExpandRequest(
    name='John Cane')

Ruby

request = AiNameExpandRequest.new(
    name: 'John Cane')

Typescript

let request = Models.AiNameExpandRequest()
    .name('John Cane')
    .build();

PHP

$request = Models::AiNameExpandRequest()
    ->name('John Cane')
    ->build();

var result = await api.Ai.Name.ExpandAsync(request);

Java

AiNameWeightedVariants result = api.ai().name().expand(request);

Python

result = api.ai.name.expand(request)

Ruby

result = api.ai.name.expand(request)

Typescript

let result = await api.ai.name.expand(request);

PHP

$result = $api->ai()->name()->expand($request);

ExpandParsed

Expands a person’s parsed name into a list of possible alternatives using options for expanding instructions. Returns AiNameWeightedVariants model. Requires:

request

Parsed name with options. Type: AiNameParsedRequest.

var request = new AiNameParsedRequest
{
    ParsedName = new List<AiNameComponent>
    {
        new AiNameComponent
        {
            Value = "John",
            Category = "FirstName",
            Score = 0.95
        },
        new AiNameComponent
        {
            Value = "Cane",
            Category = "LastName",
            Score = 0.5,
            Position = 5
        },
        new AiNameComponent
        {
            Value = "%F%L",
            Category = "Format"
        },
        new AiNameComponent
        {
            Value = "0.5",
            Category = "Score",
            Score = 0.5
        }
    }
};

Java

AiNameParsedRequest request = Models.aiNameParsedRequest()
    .parsedName(Arrays.<AiNameComponent>asList(
        Models.aiNameComponent()
            .value("John")
            .category("FirstName")
            .score(0.95)
            .build(),
        Models.aiNameComponent()
            .value("Cane")
            .category("LastName")
            .score(0.5)
            .position(5)
            .build(),
        Models.aiNameComponent()
            .value("%F%L")
            .category("Format")
            .build(),
        Models.aiNameComponent()
            .value("0.5")
            .category("Score")
            .score(0.5)
            .build()))
    .build();

Python

request = models.AiNameParsedRequest(
    parsed_name=[
        models.AiNameComponent(
            value='John',
            category='FirstName',
            score=0.95),
        models.AiNameComponent(
            value='Cane',
            category='LastName',
            score=0.5,
            position=5),
        models.AiNameComponent(
            value='%F%L',
            category='Format'),
        models.AiNameComponent(
            value='0.5',
            category='Score',
            score=0.5)])

Ruby

request = AiNameParsedRequest.new(
  parsed_name: [
    AiNameComponent.new(
      value: 'John',
      category: 'FirstName',
      score: 0.95),
    AiNameComponent.new(
      value: 'Cane',
      category: 'LastName',
      score: 0.5,
      position: 5),
    AiNameComponent.new(
      value: '%F%L',
      category: 'Format'),
    AiNameComponent.new(
      value: '0.5',
      category: 'Score',
      score: 0.5)])

Typescript

let request = Models.aiNameParsedRequest()
    .parsedName([
        Models.aiNameComponent()
            .value('John')
            .category('FirstName')
            .score(0.95)
            .build(),
        Models.aiNameComponent()
            .value('Cane')
            .category('LastName')
            .score(0.5)
            .position(5)
            .build(),
        Models.aiNameComponent()
            .value('%F%L')
            .category('Format')
            .build(),
        Models.aiNameComponent()
            .value('0.5')
            .category('Score')
            .score(0.5)
            .build()])
    .build();

PHP

$request = Models::aiNameParsedRequest()
    ->parsedName(array(
        Models::aiNameComponent()
            ->value('John')
            ->category('FirstName')
            ->score(0.95)
            ->build(),
        Models::aiNameComponent()
            ->value('Cane')
            ->category('LastName')
            ->score(0.5)
            ->position(5)
            ->build(),
        Models::aiNameComponent()
            ->value('%F%L')
            ->category('Format')
            ->build(),
        Models::aiNameComponent()
            ->value('0.5')
            ->category('Score')
            ->score(0.5)
            ->build()))
    ->build();

var result = await api.Ai.Name.ExpandParsedAsync(request);

Java

AiNameWeightedVariants result = api.ai().name().expandParsed(request);

Python

result = api.ai.name.expand_parsed(request)

Ruby

result = api.ai.name.expand_parsed(request)

Typescript

let result = await api.ai.name.expandParsed(request);

PHP

$result = $api->ai()->name()->expandParsed($request);

Format

Formats a person’s name in correct case and name order using options for formatting instructions. Returns AiNameFormatted model. Requires:

request

Format method request. Type: AiNameFormatRequest.

var request = new AiNameFormatRequest
{ 
    Name = "Mr. John Michael Cane",
    Format = "%t%L%f%m"
};

Java

AiNameFormatRequest request = Models.aiNameFormatRequest()
    .name("Mr. John Michael Cane")
    .format("%t%L%f%m")
    .build();

Python

request = models.AiNameFormatRequest(
    name='Mr. John Michael Cane',
    format='%t%L%f%m')

Ruby

request = AiNameFormatRequest.new(
    name: 'Mr. John Michael Cane',
    format: '%t%L%f%m')

Typescript

let request = Models.AiNameFormatRequest()
    .name('Mr. John Michael Cane')
    .format('%t%L%f%m')
    .build();

PHP

$request = Models::AiNameFormatRequest()
    ->name('Mr. John Michael Cane')
    ->format('%t%L%f%m')
    ->build();

var result = await api.Ai.Name.FormatAsync(request);

Java

AiNameFormatted result = api.ai().name().format(request);

Python

result = api.ai.name.format(request)

Ruby

result = api.ai.name.format(request)

Typescript

let result = await api.ai.name.format(request);

PHP

$result = $api->ai()->name()->format($request);

FormatParsed

Formats a person’s parsed name in correct case and name order using options for formatting instructions. Returns AiNameFormatted model. Requires:

request

Parsed name with options. Type: AiNameParsedRequest.

var request = new AiNameParsedRequest
{
    ParsedName = new List<AiNameComponent>
    {
        new AiNameComponent
        {
            Value = "John",
            Category = "FirstName",
            Score = 0.95
        },
        new AiNameComponent
        {
            Value = "Cane",
            Category = "LastName",
            Score = 0.5,
            Position = 5
        },
        new AiNameComponent
        {
            Value = "%F%L",
            Category = "Format"
        },
        new AiNameComponent
        {
            Value = "0.5",
            Category = "Score",
            Score = 0.5
        }
    }
};

Java

AiNameParsedRequest request = Models.aiNameParsedRequest()
    .parsedName(Arrays.<AiNameComponent>asList(
        Models.aiNameComponent()
            .value("John")
            .category("FirstName")
            .score(0.95)
            .build(),
        Models.aiNameComponent()
            .value("Cane")
            .category("LastName")
            .score(0.5)
            .position(5)
            .build(),
        Models.aiNameComponent()
            .value("%F%L")
            .category("Format")
            .build(),
        Models.aiNameComponent()
            .value("0.5")
            .category("Score")
            .score(0.5)
            .build()))
    .build();

Python

request = models.AiNameParsedRequest(
    parsed_name=[
        models.AiNameComponent(
            value='John',
            category='FirstName',
            score=0.95),
        models.AiNameComponent(
            value='Cane',
            category='LastName',
            score=0.5,
            position=5),
        models.AiNameComponent(
            value='%F%L',
            category='Format'),
        models.AiNameComponent(
            value='0.5',
            category='Score',
            score=0.5)])

Ruby

request = AiNameParsedRequest.new(
  parsed_name: [
    AiNameComponent.new(
      value: 'John',
      category: 'FirstName',
      score: 0.95),
    AiNameComponent.new(
      value: 'Cane',
      category: 'LastName',
      score: 0.5,
      position: 5),
    AiNameComponent.new(
      value: '%F%L',
      category: 'Format'),
    AiNameComponent.new(
      value: '0.5',
      category: 'Score',
      score: 0.5)])

Typescript

let request = Models.aiNameParsedRequest()
    .parsedName([
        Models.aiNameComponent()
            .value('John')
            .category('FirstName')
            .score(0.95)
            .build(),
        Models.aiNameComponent()
            .value('Cane')
            .category('LastName')
            .score(0.5)
            .position(5)
            .build(),
        Models.aiNameComponent()
            .value('%F%L')
            .category('Format')
            .build(),
        Models.aiNameComponent()
            .value('0.5')
            .category('Score')
            .score(0.5)
            .build()])
    .build();

PHP

$request = Models::aiNameParsedRequest()
    ->parsedName(array(
        Models::aiNameComponent()
            ->value('John')
            ->category('FirstName')
            ->score(0.95)
            ->build(),
        Models::aiNameComponent()
            ->value('Cane')
            ->category('LastName')
            ->score(0.5)
            ->position(5)
            ->build(),
        Models::aiNameComponent()
            ->value('%F%L')
            ->category('Format')
            ->build(),
        Models::aiNameComponent()
            ->value('0.5')
            ->category('Score')
            ->score(0.5)
            ->build()))
    ->build();

var result = await api.Ai.Name.FormatParsedAsync(request);

Java

AiNameFormatted result = api.ai().name().formatParsed(request);

Python

result = api.ai.name.format_parsed(request)

Ruby

result = api.ai.name.format_parsed(request)

Typescript

let result = await api.ai.name.formatParsed(request);

PHP

$result = $api->ai()->name()->formatParsed($request);

Genderize

Detect person’s gender from name string. Returns AiNameGenderHypothesisList model. Requires:

request

Genderize method request. Type: AiNameGenderizeRequest.

var request = new AiNameGenderizeRequest
{ 
    Name = "John Cane"
};

Java

AiNameGenderizeRequest request = Models.aiNameGenderizeRequest()
    .name("John Cane")
    .build();

Python

request = models.AiNameGenderizeRequest(
    name='John Cane')

Ruby

request = AiNameGenderizeRequest.new(
    name: 'John Cane')

Typescript

let request = Models.AiNameGenderizeRequest()
    .name('John Cane')
    .build();

PHP

$request = Models::AiNameGenderizeRequest()
    ->name('John Cane')
    ->build();

var result = await api.Ai.Name.GenderizeAsync(request);

Java

AiNameGenderHypothesisList result = api.ai().name().genderize(request);

Python

result = api.ai.name.genderize(request)

Ruby

result = api.ai.name.genderize(request)

Typescript

let result = await api.ai.name.genderize(request);

PHP

$result = $api->ai()->name()->genderize($request);

GenderizeParsed

Detect person’s gender from parsed name. Returns AiNameGenderHypothesisList model. Requires:

request

Gender detection request data. Type: AiNameParsedRequest.

var request = new AiNameParsedRequest
{
    ParsedName = new List<AiNameComponent>
    {
        new AiNameComponent
        {
            Value = "John",
            Category = "FirstName",
            Score = 0.95
        },
        new AiNameComponent
        {
            Value = "Cane",
            Category = "LastName",
            Score = 0.5,
            Position = 5
        },
        new AiNameComponent
        {
            Value = "%F%L",
            Category = "Format"
        },
        new AiNameComponent
        {
            Value = "0.5",
            Category = "Score",
            Score = 0.5
        }
    }
};

Java

AiNameParsedRequest request = Models.aiNameParsedRequest()
    .parsedName(Arrays.<AiNameComponent>asList(
        Models.aiNameComponent()
            .value("John")
            .category("FirstName")
            .score(0.95)
            .build(),
        Models.aiNameComponent()
            .value("Cane")
            .category("LastName")
            .score(0.5)
            .position(5)
            .build(),
        Models.aiNameComponent()
            .value("%F%L")
            .category("Format")
            .build(),
        Models.aiNameComponent()
            .value("0.5")
            .category("Score")
            .score(0.5)
            .build()))
    .build();

Python

request = models.AiNameParsedRequest(
    parsed_name=[
        models.AiNameComponent(
            value='John',
            category='FirstName',
            score=0.95),
        models.AiNameComponent(
            value='Cane',
            category='LastName',
            score=0.5,
            position=5),
        models.AiNameComponent(
            value='%F%L',
            category='Format'),
        models.AiNameComponent(
            value='0.5',
            category='Score',
            score=0.5)])

Ruby

request = AiNameParsedRequest.new(
  parsed_name: [
    AiNameComponent.new(
      value: 'John',
      category: 'FirstName',
      score: 0.95),
    AiNameComponent.new(
      value: 'Cane',
      category: 'LastName',
      score: 0.5,
      position: 5),
    AiNameComponent.new(
      value: '%F%L',
      category: 'Format'),
    AiNameComponent.new(
      value: '0.5',
      category: 'Score',
      score: 0.5)])

Typescript

let request = Models.aiNameParsedRequest()
    .parsedName([
        Models.aiNameComponent()
            .value('John')
            .category('FirstName')
            .score(0.95)
            .build(),
        Models.aiNameComponent()
            .value('Cane')
            .category('LastName')
            .score(0.5)
            .position(5)
            .build(),
        Models.aiNameComponent()
            .value('%F%L')
            .category('Format')
            .build(),
        Models.aiNameComponent()
            .value('0.5')
            .category('Score')
            .score(0.5)
            .build()])
    .build();

PHP

$request = Models::aiNameParsedRequest()
    ->parsedName(array(
        Models::aiNameComponent()
            ->value('John')
            ->category('FirstName')
            ->score(0.95)
            ->build(),
        Models::aiNameComponent()
            ->value('Cane')
            ->category('LastName')
            ->score(0.5)
            ->position(5)
            ->build(),
        Models::aiNameComponent()
            ->value('%F%L')
            ->category('Format')
            ->build(),
        Models::aiNameComponent()
            ->value('0.5')
            ->category('Score')
            ->score(0.5)
            ->build()))
    ->build();

var result = await api.Ai.Name.GenderizeParsedAsync(request);

Java

AiNameGenderHypothesisList result = api.ai().name().genderizeParsed(request);

Python

result = api.ai.name.genderize_parsed(request)

Ruby

result = api.ai.name.genderize_parsed(request)

Typescript

let result = await api.ai.name.genderizeParsed(request);

PHP

$result = $api->ai()->name()->genderizeParsed($request);

Match

Compare people’s names. Uses options for comparing instructions. Returns AiNameMatchResult model. Requires:

request

Match method request. Type: AiNameMatchRequest.

var request = new AiNameMatchRequest
{ 
    Name = "John Michael Cane",
    OtherName = "Cane J."
};

Java

AiNameMatchRequest request = Models.aiNameMatchRequest()
    .name("John Michael Cane")
    .otherName("Cane J.")
    .build();

Python

request = models.AiNameMatchRequest(
    name='John Michael Cane',
    other_name='Cane J.')

Ruby

request = AiNameMatchRequest.new(
    name: 'John Michael Cane',
    other_name: 'Cane J.')

Typescript

let request = Models.AiNameMatchRequest()
    .name('John Michael Cane')
    .otherName('Cane J.')
    .build();

PHP

$request = Models::AiNameMatchRequest()
    ->name('John Michael Cane')
    ->other_name('Cane J.')
    ->build();

var result = await api.Ai.Name.MatchAsync(request);

Java

AiNameMatchResult result = api.ai().name().match(request);

Python

result = api.ai.name.match(request)

Ruby

result = api.ai.name.match(request)

Typescript

let result = await api.ai.name.match(request);

PHP

$result = $api->ai()->name()->match($request);

MatchParsed

Compare people’s parsed names and attributes. Uses options for comparing instructions. Returns AiNameMatchResult model. Requires:

request

Parsed names to match. Type: AiNameMatchParsedRequest.

var request = new AiNameMatchParsedRequest
{
    OtherParsedName = new List<AiNameComponent>
    {
        new AiNameComponent
        {
            Value = "J",
            Category = "FirstInitial",
            Score = 1
        },
        new AiNameComponent
        {
            Value = "Cane",
            Category = "LastName",
            Score = 0.5,
            Position = 3
        },
        new AiNameComponent
        {
            Value = "%f%L",
            Category = "Format"
        },
        new AiNameComponent
        {
            Value = "0.5",
            Category = "Score",
            Score = 0.5
        }
    },
    ParsedName = new List<AiNameComponent>
    {
        new AiNameComponent
        {
            Value = "John",
            Category = "FirstName",
            Score = 0.95
        },
        new AiNameComponent
        {
            Value = "Cane",
            Category = "LastName",
            Score = 0.5,
            Position = 5
        },
        new AiNameComponent
        {
            Value = "%F%L",
            Category = "Format"
        },
        new AiNameComponent
        {
            Value = "0.5",
            Category = "Score",
            Score = 0.5
        }
    }
};

Java

AiNameMatchParsedRequest request = Models.aiNameMatchParsedRequest()
    .otherParsedName(Arrays.<AiNameComponent>asList(
        Models.aiNameComponent()
            .value("J")
            .category("FirstInitial")
            .score(1)
            .build(),
        Models.aiNameComponent()
            .value("Cane")
            .category("LastName")
            .score(0.5)
            .position(3)
            .build(),
        Models.aiNameComponent()
            .value("%f%L")
            .category("Format")
            .build(),
        Models.aiNameComponent()
            .value("0.5")
            .category("Score")
            .score(0.5)
            .build()))
    .parsedName(Arrays.<AiNameComponent>asList(
        Models.aiNameComponent()
            .value("John")
            .category("FirstName")
            .score(0.95)
            .build(),
        Models.aiNameComponent()
            .value("Cane")
            .category("LastName")
            .score(0.5)
            .position(5)
            .build(),
        Models.aiNameComponent()
            .value("%F%L")
            .category("Format")
            .build(),
        Models.aiNameComponent()
            .value("0.5")
            .category("Score")
            .score(0.5)
            .build()))
    .build();

Python

request = models.AiNameMatchParsedRequest(
    other_parsed_name=[
        models.AiNameComponent(
            value='J',
            category='FirstInitial',
            score=1),
        models.AiNameComponent(
            value='Cane',
            category='LastName',
            score=0.5,
            position=3),
        models.AiNameComponent(
            value='%f%L',
            category='Format'),
        models.AiNameComponent(
            value='0.5',
            category='Score',
            score=0.5)],
    parsed_name=[
        models.AiNameComponent(
            value='John',
            category='FirstName',
            score=0.95),
        models.AiNameComponent(
            value='Cane',
            category='LastName',
            score=0.5,
            position=5),
        models.AiNameComponent(
            value='%F%L',
            category='Format'),
        models.AiNameComponent(
            value='0.5',
            category='Score',
            score=0.5)])

Ruby

request = AiNameMatchParsedRequest.new(
  other_parsed_name: [
    AiNameComponent.new(
      value: 'J',
      category: 'FirstInitial',
      score: 1),
    AiNameComponent.new(
      value: 'Cane',
      category: 'LastName',
      score: 0.5,
      position: 3),
    AiNameComponent.new(
      value: '%f%L',
      category: 'Format'),
    AiNameComponent.new(
      value: '0.5',
      category: 'Score',
      score: 0.5)],
  parsed_name: [
    AiNameComponent.new(
      value: 'John',
      category: 'FirstName',
      score: 0.95),
    AiNameComponent.new(
      value: 'Cane',
      category: 'LastName',
      score: 0.5,
      position: 5),
    AiNameComponent.new(
      value: '%F%L',
      category: 'Format'),
    AiNameComponent.new(
      value: '0.5',
      category: 'Score',
      score: 0.5)])

Typescript

let request = Models.aiNameMatchParsedRequest()
    .otherParsedName([
        Models.aiNameComponent()
            .value('J')
            .category('FirstInitial')
            .score(1)
            .build(),
        Models.aiNameComponent()
            .value('Cane')
            .category('LastName')
            .score(0.5)
            .position(3)
            .build(),
        Models.aiNameComponent()
            .value('%f%L')
            .category('Format')
            .build(),
        Models.aiNameComponent()
            .value('0.5')
            .category('Score')
            .score(0.5)
            .build()])
    .parsedName([
        Models.aiNameComponent()
            .value('John')
            .category('FirstName')
            .score(0.95)
            .build(),
        Models.aiNameComponent()
            .value('Cane')
            .category('LastName')
            .score(0.5)
            .position(5)
            .build(),
        Models.aiNameComponent()
            .value('%F%L')
            .category('Format')
            .build(),
        Models.aiNameComponent()
            .value('0.5')
            .category('Score')
            .score(0.5)
            .build()])
    .build();

PHP

$request = Models::aiNameMatchParsedRequest()
    ->otherParsedName(array(
        Models::aiNameComponent()
            ->value('J')
            ->category('FirstInitial')
            ->score(1)
            ->build(),
        Models::aiNameComponent()
            ->value('Cane')
            ->category('LastName')
            ->score(0.5)
            ->position(3)
            ->build(),
        Models::aiNameComponent()
            ->value('%f%L')
            ->category('Format')
            ->build(),
        Models::aiNameComponent()
            ->value('0.5')
            ->category('Score')
            ->score(0.5)
            ->build()))
    ->parsedName(array(
        Models::aiNameComponent()
            ->value('John')
            ->category('FirstName')
            ->score(0.95)
            ->build(),
        Models::aiNameComponent()
            ->value('Cane')
            ->category('LastName')
            ->score(0.5)
            ->position(5)
            ->build(),
        Models::aiNameComponent()
            ->value('%F%L')
            ->category('Format')
            ->build(),
        Models::aiNameComponent()
            ->value('0.5')
            ->category('Score')
            ->score(0.5)
            ->build()))
    ->build();

var result = await api.Ai.Name.MatchParsedAsync(request);

Java

AiNameMatchResult result = api.ai().name().matchParsed(request);

Python

result = api.ai.name.match_parsed(request)

Ruby

result = api.ai.name.match_parsed(request)

Typescript

let result = await api.ai.name.matchParsed(request);

PHP

$result = $api->ai()->name()->matchParsed($request);

Parse

Parse name to components. Returns AiNameComponentList model. Requires:

request

Parse method request. Type: AiNameParseRequest.

var request = new AiNameParseRequest
{ 
    Name = "John Cane",
    Language = "eng",
    Location = "USA"
};

Java

AiNameParseRequest request = Models.aiNameParseRequest()
    .name("John Cane")
    .language("eng")
    .location("USA")
    .build();

Python

request = models.AiNameParseRequest(
    name='John Cane',
    language='eng',
    location='USA')

Ruby

request = AiNameParseRequest.new(
    name: 'John Cane',
    language: 'eng',
    location: 'USA')

Typescript

let request = Models.AiNameParseRequest()
    .name('John Cane')
    .language('eng')
    .location('USA')
    .build();

PHP

$request = Models::AiNameParseRequest()
    ->name('John Cane')
    ->language('eng')
    ->location('USA')
    ->build();

var result = await api.Ai.Name.ParseAsync(request);

Java

AiNameComponentList result = api.ai().name().parse(request);

Python

result = api.ai.name.parse(request)

Ruby

result = api.ai.name.parse(request)

Typescript

let result = await api.ai.name.parse(request);

PHP

$result = $api->ai()->name()->parse($request);

ParseEmailAddress

Parse person’s name out of an email address. Returns AiNameExtractedList model. Requires:

request

ParseEmailAddress method request. Type: AiNameParseEmailAddressRequest.

var request = new AiNameParseEmailAddressRequest
{ 
    EmailAddress = "john-cane@gmail.com"
};

Java

AiNameParseEmailAddressRequest request = Models.aiNameParseEmailAddressRequest()
    .emailAddress("john-cane@gmail.com")
    .build();

Python

request = models.AiNameParseEmailAddressRequest(
    email_address='john-cane@gmail.com')

Ruby

request = AiNameParseEmailAddressRequest.new(
    email_address: 'john-cane@gmail.com')

Typescript

let request = Models.AiNameParseEmailAddressRequest()
    .emailAddress('john-cane@gmail.com')
    .build();

PHP

$request = Models::AiNameParseEmailAddressRequest()
    ->email_address('john-cane@gmail.com')
    ->build();

var result = await api.Ai.Name.ParseEmailAddressAsync(request);

Java

AiNameExtractedList result = api.ai().name().parseEmailAddress(request);

Python

result = api.ai.name.parse_email_address(request)

Ruby

result = api.ai.name.parse_email_address(request)

Typescript

let result = await api.ai.name.parseEmailAddress(request);

PHP

$result = $api->ai()->name()->parseEmailAddress($request);

More APIs

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