Struct Person 

pub struct Person<'a>(pub &'a Locale);

Struct for generating personal data

Tuple Fields

0: &'a Locale

Implementations

impl<'a> Person<'a>

pub fn age(minimum: i32, maximum: i32) -> i32

Get a random integer value

pub fn work_experience(minimum: i32, maximum: i32) -> i32

Get a random integer value

pub fn name(&self, gender: Option<Gender>) -> &str

Generate a random name

Examples found in repository

examples/pool.rs (line 20)

fn main() {
    let some_pool = RandomPool::new(vec![
        "TEST", "test",  "TeSt", "tEsT",
    ]);

    println!("Something any: {}", some_pool.get());

    let address_pool = RandomPool::new(vec![
        Address(&Locale::EN), Address(&Locale::RU),
    ]);

    println!("Random address: {}", address_pool.get().city());

    let complex_pool = RandomPool::new(vec![
        ComplexProvider::new(&Locale::EN), ComplexProvider::new(&Locale::RU),
    ]);

    println!("Random complex provider: {}", complex_pool.get().person.name(Some(Gender::MALE)))
}

pub fn first_name(&self, gender: Option<Gender>) -> &str

Generate a random first name | An allias for .name()

pub fn surname(&self, gender: Option<Gender>) -> String

Generate a random surname | An allias for .name()

pub fn last_name(&self, gender: Option<Gender>) -> String

Generate a random last name | An allias for .surname()

pub fn title( &self, gender: Option<Gender>, title_type: Option<TitleType>, ) -> &str

Generate a random title for name

pub fn full_name(&self, gender: Option<Gender>, reverse: bool) -> String

Generate a random full name

ex: name surname

Examples found in repository

examples/simple.rs (line 6)

fn main() {
    // A common option for most providers
    let complex = ComplexProvider::new(&Locale::EN);
    println!("Person: {}", complex.person.full_name(None, false));
    println!("Telephone: {}", complex.person.telephone(None));
    println!("Address: {}", complex.address.full_address());
    println!("Birthday: {}", Datetime::date(1940, 2000));
    println!("Weight: {} kg", Person::weight(30, 90));
    println!("Height: {} m", Person::height(1.5, 2.0));

    // But you can also use single providers
    let russian_person = Person(&Locale::RU);
    println!("Their Russian friend: {}", russian_person.full_name(Some(Gender::MALE), false));
}

examples/datagen.rs (line 42)

fn main() {
    println!("Address: {}", Address(&Locale::EN).full_address());

    println!("IMEI: {}", Code::imei());

    println!("Mnemonic Phrase: {}", Cryptographic::mnemonic_phrase());

    // start, end
    println!("Datetime: {}", Datetime::datetime(1984, 2077));

    println!("Filename: {}", File::file_name(None));

    // scheme, tld, subdomains
    println!("DSN: {}", Development::dsn(Some(DSNType::POSTGRES), Some(TLDType::CCTLD), Some(vec!["shop", "admin"])));

    println!("Mac: {}", Internet::mac());

    println!("Company: {}", Finance(&Locale::EN).company());

    println!("Drink: {}", Food(&Locale::EN).drink());

    println!("Manufacturer: {}", Hardware::manufacturer());

    // sequence, length
    println!("Choice: {:?}", Choice::pick(&vec!["a", "b", "c"], 5));
    println!("Unique choice: {:?}", Choice::pick_unique(&vec!["a", "a", "b", "c"], 5));

    // anything hashable object
    println!("Increment a=1: {}", Numeric::increment("a"));
    println!("Increment a+1: {}", Numeric::increment("a"));
    println!("Increment 1=1: {}", Numeric::increment(1));
    println!("Increment a+1: {}", Numeric::increment("a"));

    println!("Project path: {}",  Path::new(PlatformType::detect()).project_dir());

    println!("Card struct: {:?}", Payment::credit_card());

    // gender, reverse fullname
    println!("Fullname: {}",  Person(&Locale::EN).full_name(Some(Gender::MALE), false));
    println!("Telephone: {}", Person(&Locale::EN).telephone(None));
    println!("Username: {}",  Person::username(Some("C.U.l.d"), Some((666, 777))));

    // length of sequence
    println!("DNA sequence: {}", Science::dna_sequence(10));

    // words count
    println!("Words: {:?}", Text(&Locale::EN).words(5));

    // None or Some(locale) for random or locale get transport code
    println!("USA transport code: {}", Transport::vehicle_registration_code(Some(Locale::EN)));
}

pub fn username(mask: Option<&str>, drange: Option<(u32, u32)>) -> String

You can create many different usernames using masks:

• C stands for capitalized username.
• U stands for uppercase username.
• l stands for lowercase username.
• d stands for digits in username.

You can also use symbols to separate the different part of the username: . _ -

Examples found in repository

examples/datagen.rs (line 44)

fn main() {
    println!("Address: {}", Address(&Locale::EN).full_address());

    println!("IMEI: {}", Code::imei());

    println!("Mnemonic Phrase: {}", Cryptographic::mnemonic_phrase());

    // start, end
    println!("Datetime: {}", Datetime::datetime(1984, 2077));

    println!("Filename: {}", File::file_name(None));

    // scheme, tld, subdomains
    println!("DSN: {}", Development::dsn(Some(DSNType::POSTGRES), Some(TLDType::CCTLD), Some(vec!["shop", "admin"])));

    println!("Mac: {}", Internet::mac());

    println!("Company: {}", Finance(&Locale::EN).company());

    println!("Drink: {}", Food(&Locale::EN).drink());

    println!("Manufacturer: {}", Hardware::manufacturer());

    // sequence, length
    println!("Choice: {:?}", Choice::pick(&vec!["a", "b", "c"], 5));
    println!("Unique choice: {:?}", Choice::pick_unique(&vec!["a", "a", "b", "c"], 5));

    // anything hashable object
    println!("Increment a=1: {}", Numeric::increment("a"));
    println!("Increment a+1: {}", Numeric::increment("a"));
    println!("Increment 1=1: {}", Numeric::increment(1));
    println!("Increment a+1: {}", Numeric::increment("a"));

    println!("Project path: {}",  Path::new(PlatformType::detect()).project_dir());

    println!("Card struct: {:?}", Payment::credit_card());

    // gender, reverse fullname
    println!("Fullname: {}",  Person(&Locale::EN).full_name(Some(Gender::MALE), false));
    println!("Telephone: {}", Person(&Locale::EN).telephone(None));
    println!("Username: {}",  Person::username(Some("C.U.l.d"), Some((666, 777))));

    // length of sequence
    println!("DNA sequence: {}", Science::dna_sequence(10));

    // words count
    println!("Words: {:?}", Text(&Locale::EN).words(5));

    // None or Some(locale) for random or locale get transport code
    println!("USA transport code: {}", Transport::vehicle_registration_code(Some(Locale::EN)));
}

pub fn password(length: usize, hashed: bool) -> String

Generate a password or hash of password

pub fn email(domains: Option<Vec<&'static str>>, unique: bool) -> String

Generate a random email

Arguments:

• domains - List of custom domains for emails
• unique - Makes email addresses unique

pub fn gender(&self, iso_5218: bool, symbol: bool) -> SexType<'_>

Get a random gender

Arguments:

• iso5218 - Codes for the representation of human sexes is an international standard (0 - not known, 1 - male, 2 - female, 9 - not applicable)
• symbol - Symbol of gender

pub fn sex(&self, iso_5218: bool, symbol: bool) -> SexType<'_>

Get a random sex | An allias for .gender()

pub fn height(minimum: f32, maximum: f32) -> String

Generate a random height

Examples found in repository

examples/simple.rs (line 11)

fn main() {
    // A common option for most providers
    let complex = ComplexProvider::new(&Locale::EN);
    println!("Person: {}", complex.person.full_name(None, false));
    println!("Telephone: {}", complex.person.telephone(None));
    println!("Address: {}", complex.address.full_address());
    println!("Birthday: {}", Datetime::date(1940, 2000));
    println!("Weight: {} kg", Person::weight(30, 90));
    println!("Height: {} m", Person::height(1.5, 2.0));

    // But you can also use single providers
    let russian_person = Person(&Locale::RU);
    println!("Their Russian friend: {}", russian_person.full_name(Some(Gender::MALE), false));
}

pub fn weight(minimum: i32, maximum: i32) -> i32

Generate a random weight

Examples found in repository

examples/simple.rs (line 10)

fn main() {
    // A common option for most providers
    let complex = ComplexProvider::new(&Locale::EN);
    println!("Person: {}", complex.person.full_name(None, false));
    println!("Telephone: {}", complex.person.telephone(None));
    println!("Address: {}", complex.address.full_address());
    println!("Birthday: {}", Datetime::date(1940, 2000));
    println!("Weight: {} kg", Person::weight(30, 90));
    println!("Height: {} m", Person::height(1.5, 2.0));

    // But you can also use single providers
    let russian_person = Person(&Locale::RU);
    println!("Their Russian friend: {}", russian_person.full_name(Some(Gender::MALE), false));
}

pub fn blood_type() -> &'static str

Get a random blood type

pub fn occupation(&self) -> &str

Get a random job

pub fn political_views(&self) -> &str

Get a random political views

pub fn worldview(&self) -> &str

Get a random political views

pub fn views_on(&self) -> &str

Get a random political views

pub fn nationality(&self, gender: Option<Gender>) -> String

Generate a random nationality | An allias for .name()

pub fn university(&self) -> &str

Get a random university

pub fn academic_degree(&self) -> &str

Get a random academic degree

pub fn language(&self) -> &str

Get a random language

pub fn telephone(&self, mask: Option<&str>) -> String

Generate a random phone number

Arguments:

• mask - The mask. Here @ is a placeholder for characters and # is placeholder for digits

Examples found in repository

examples/simple.rs (line 7)

fn main() {
    // A common option for most providers
    let complex = ComplexProvider::new(&Locale::EN);
    println!("Person: {}", complex.person.full_name(None, false));
    println!("Telephone: {}", complex.person.telephone(None));
    println!("Address: {}", complex.address.full_address());
    println!("Birthday: {}", Datetime::date(1940, 2000));
    println!("Weight: {} kg", Person::weight(30, 90));
    println!("Height: {} m", Person::height(1.5, 2.0));

    // But you can also use single providers
    let russian_person = Person(&Locale::RU);
    println!("Their Russian friend: {}", russian_person.full_name(Some(Gender::MALE), false));
}

examples/datagen.rs (line 43)

fn main() {
    println!("Address: {}", Address(&Locale::EN).full_address());

    println!("IMEI: {}", Code::imei());

    println!("Mnemonic Phrase: {}", Cryptographic::mnemonic_phrase());

    // start, end
    println!("Datetime: {}", Datetime::datetime(1984, 2077));

    println!("Filename: {}", File::file_name(None));

    // scheme, tld, subdomains
    println!("DSN: {}", Development::dsn(Some(DSNType::POSTGRES), Some(TLDType::CCTLD), Some(vec!["shop", "admin"])));

    println!("Mac: {}", Internet::mac());

    println!("Company: {}", Finance(&Locale::EN).company());

    println!("Drink: {}", Food(&Locale::EN).drink());

    println!("Manufacturer: {}", Hardware::manufacturer());

    // sequence, length
    println!("Choice: {:?}", Choice::pick(&vec!["a", "b", "c"], 5));
    println!("Unique choice: {:?}", Choice::pick_unique(&vec!["a", "a", "b", "c"], 5));

    // anything hashable object
    println!("Increment a=1: {}", Numeric::increment("a"));
    println!("Increment a+1: {}", Numeric::increment("a"));
    println!("Increment 1=1: {}", Numeric::increment(1));
    println!("Increment a+1: {}", Numeric::increment("a"));

    println!("Project path: {}",  Path::new(PlatformType::detect()).project_dir());

    println!("Card struct: {:?}", Payment::credit_card());

    // gender, reverse fullname
    println!("Fullname: {}",  Person(&Locale::EN).full_name(Some(Gender::MALE), false));
    println!("Telephone: {}", Person(&Locale::EN).telephone(None));
    println!("Username: {}",  Person::username(Some("C.U.l.d"), Some((666, 777))));

    // length of sequence
    println!("DNA sequence: {}", Science::dna_sequence(10));

    // words count
    println!("Words: {:?}", Text(&Locale::EN).words(5));

    // None or Some(locale) for random or locale get transport code
    println!("USA transport code: {}", Transport::vehicle_registration_code(Some(Locale::EN)));
}

pub fn identifier(&self, mask: Option<&str>) -> String

Generate a random identifier by mask

Arguments:

• mask - The mask. Here @ is a placeholder for characters and # is placeholder for digits