Add on-call schedules endpoint

[api-clients-generation-pipeline]

See DataDog/datadog-api-spec#3653
Test branch datadog-api-spec/test/d.marin/oncall-api

[datadog-datadog-prod-us1]

⚪ Code Quality Violation

Suggested change

	header_params['Accept'] = @api_client.select_header_accept(['application/json'])
	header_params['Accept'] = @api_client.select_header_accept(%w[application/json])

Consider using the %w syntax instead (...read more)

The rule "Prefer %w to the literal array syntax" is a Ruby style guideline that encourages the use of %w notation instead of the traditional array syntax when defining arrays of strings. This rule is part of the Ruby community's efforts to promote readability and simplicity in Ruby code.

This rule is important because it helps to keep the code concise and easy to read. The %w notation allows you to define an array of strings without having to use quotes and commas. This can make the code cleaner and easier to understand, especially when dealing with large arrays.

To follow this rule, replace the traditional array syntax with the %w notation. For example, instead of writing ['foo', 'bar', 'baz'], you should write %w[foo bar baz]. This will create the same array, but in a more readable and concise way. By following this rule, you can help to make your Ruby code cleaner and easier to understand.

    

[datadog-datadog-prod-us1]

⚪ Code Quality Violation

Consider using Array() to ensure the type is that of an array (...read more)

The rule "Use Array() to ensure your variable is an array" is important for ensuring your code behaves as expected, regardless of the type of data it receives. It is common in Ruby to need to iterate through an array of items. However, if the variable is not an array, this can lead to unexpected behavior or errors.

The Array() method in Ruby is a Kernel method that converts its argument to an Array. If the argument is already an Array, it returns the argument. If the argument is nil, it returns an empty Array. This can be used to ensure that a variable is an array before trying to iterate over it, preventing potential errors or unexpected behavior.

By using Array(foos), you can ensure that foos is an array before you try to iterate over it with each. This prevents the need to check if foos is an array with foos.is_a?(Array) and makes your code cleaner and easier to understand.

    

[datadog-datadog-prod-us1]

⚪ Code Quality Violation

Suggested change

	auth_names = opts[:debug_auth_names] || [:apiKeyAuth, :appKeyAuth, :AuthZ]
	auth_names = opts[:debug_auth_names] || %i[apiKeyAuth appKeyAuth AuthZ]

Consider using the %i syntax instead (...read more)

The rule "Prefer %i to the literal array syntax" is a guideline that encourages the use of the %i syntax for arrays of symbols. This is a part of the Ruby style guide that aims to promote conciseness and readability.

Symbols are immutable, reusable objects often used in Ruby instead of strings when the value does not need to be changed. When declaring an array of symbols, using the %i syntax can make your code cleaner and easier to read.

To adhere to this rule, instead of declaring an array of symbols using the literal array syntax like [:foo, :bar, :baz], use the %i syntax like %i[foo bar baz]. It's a good practice to consistently use %i for arrays of symbols as it enhances code readability and maintainability.

    

[datadog-datadog-prod-us1]

⚪ Code Quality Violation

Avoid using a hash as an optional parameter (...read more)

The rule "Avoid hash optional parameters" is a guideline that encourages developers to explicitly declare parameters instead of using a hash for optional parameters. This is because using a hash for optional parameters can make the code harder to understand and maintain. It can also lead to unexpected behavior if a developer accidentally includes a key in the hash that the method does not expect.

This rule is important because it promotes code readability and maintainability. It also helps prevent potential bugs that may occur due to unexpected keys in the optional hash. By explicitly declaring each parameter, developers can easily see what parameters a method expects, making the code easier to read and understand.

To adhere to this rule, instead of using a hash for optional parameters, explicitly declare each parameter in the method definition. For example, instead of using options = {} in the method definition, declare each parameter like name, email, age. This way, anyone reading the code can easily understand what parameters the method expects and in what order.

    

[datadog-datadog-prod-us1]

⚪ Code Quality Violation

Consider using Array() to ensure the type is that of an array (...read more)

The rule "Use Array() to ensure your variable is an array" is important for ensuring your code behaves as expected, regardless of the type of data it receives. It is common in Ruby to need to iterate through an array of items. However, if the variable is not an array, this can lead to unexpected behavior or errors.

The Array() method in Ruby is a Kernel method that converts its argument to an Array. If the argument is already an Array, it returns the argument. If the argument is nil, it returns an empty Array. This can be used to ensure that a variable is an array before trying to iterate over it, preventing potential errors or unexpected behavior.

By using Array(foos), you can ensure that foos is an array before you try to iterate over it with each. This prevents the need to check if foos is an array with foos.is_a?(Array) and makes your code cleaner and easier to understand.

    

[datadog-datadog-prod-us1]

⚪ Code Quality Violation

Consider using symbols instead of string hash keys (...read more)

In Ruby, it is a best practice to use symbols instead of strings as hash keys. This rule emphasizes that it's more efficient and idiomatic to use symbols for this purpose. Symbols are immutable and unique, which makes them ideal for identifying things, whereas strings are mutable and can create multiple objects for the same sequence of characters.

The importance of this rule lies in the performance and memory usage of your Ruby application. Using symbols as hash keys reduces memory usage because they are stored in memory only once during a Ruby process. This can make a significant difference in the efficiency of your application, especially when dealing with large data sets.

To ensure you're following good coding practices, always use symbols for hash keys unless there's a specific reason to use a string. A simple refactoring from values = { 'foo' => 42, 'bar' => 99, 'baz' => 123 } to values = { foo: 42, bar: 99, baz: 123 } will make your code compliant with this rule. This not only improves your code's performance but also makes it more readable and consistent with Ruby's conventions.

    

[datadog-datadog-prod-us1]

⚪ Code Quality Violation

Consider using Array() to ensure the type is that of an array (...read more)

The rule "Use Array() to ensure your variable is an array" is important for ensuring your code behaves as expected, regardless of the type of data it receives. It is common in Ruby to need to iterate through an array of items. However, if the variable is not an array, this can lead to unexpected behavior or errors.

The Array() method in Ruby is a Kernel method that converts its argument to an Array. If the argument is already an Array, it returns the argument. If the argument is nil, it returns an empty Array. This can be used to ensure that a variable is an array before trying to iterate over it, preventing potential errors or unexpected behavior.

By using Array(foos), you can ensure that foos is an array before you try to iterate over it with each. This prevents the need to check if foos is an array with foos.is_a?(Array) and makes your code cleaner and easier to understand.

    

[datadog-datadog-prod-us1]

⚪ Code Quality Violation

Avoid using a hash as an optional parameter (...read more)

The rule "Avoid hash optional parameters" is a guideline that encourages developers to explicitly declare parameters instead of using a hash for optional parameters. This is because using a hash for optional parameters can make the code harder to understand and maintain. It can also lead to unexpected behavior if a developer accidentally includes a key in the hash that the method does not expect.

This rule is important because it promotes code readability and maintainability. It also helps prevent potential bugs that may occur due to unexpected keys in the optional hash. By explicitly declaring each parameter, developers can easily see what parameters a method expects, making the code easier to read and understand.

To adhere to this rule, instead of using a hash for optional parameters, explicitly declare each parameter in the method definition. For example, instead of using options = {} in the method definition, declare each parameter like name, email, age. This way, anyone reading the code can easily understand what parameters the method expects and in what order.

    

[datadog-datadog-prod-us1]

⚪ Code Quality Violation

Consider using Array() to ensure the type is that of an array (...read more)

The rule "Use Array() to ensure your variable is an array" is important for ensuring your code behaves as expected, regardless of the type of data it receives. It is common in Ruby to need to iterate through an array of items. However, if the variable is not an array, this can lead to unexpected behavior or errors.

The Array() method in Ruby is a Kernel method that converts its argument to an Array. If the argument is already an Array, it returns the argument. If the argument is nil, it returns an empty Array. This can be used to ensure that a variable is an array before trying to iterate over it, preventing potential errors or unexpected behavior.

By using Array(foos), you can ensure that foos is an array before you try to iterate over it with each. This prevents the need to check if foos is an array with foos.is_a?(Array) and makes your code cleaner and easier to understand.

    

[datadog-datadog-prod-us1]

⚪ Code Quality Violation

Suggested change

	header_params['Accept'] = @api_client.select_header_accept(['*/*'])
	header_params['Accept'] = @api_client.select_header_accept(%w[*/*])

Consider using the %w syntax instead (...read more)

The rule "Prefer %w to the literal array syntax" is a Ruby style guideline that encourages the use of %w notation instead of the traditional array syntax when defining arrays of strings. This rule is part of the Ruby community's efforts to promote readability and simplicity in Ruby code.

This rule is important because it helps to keep the code concise and easy to read. The %w notation allows you to define an array of strings without having to use quotes and commas. This can make the code cleaner and easier to understand, especially when dealing with large arrays.

To follow this rule, replace the traditional array syntax with the %w notation. For example, instead of writing ['foo', 'bar', 'baz'], you should write %w[foo bar baz]. This will create the same array, but in a more readable and concise way. By following this rule, you can help to make your Ruby code cleaner and easier to understand.

    

[datadog-datadog-prod-us1]

⚪ Code Quality Violation

Suggested change

	header_params['Accept'] = @api_client.select_header_accept(['application/json'])
	header_params['Accept'] = @api_client.select_header_accept(%w[application/json])

Consider using the %w syntax instead (...read more)

The rule "Prefer %w to the literal array syntax" is a Ruby style guideline that encourages the use of %w notation instead of the traditional array syntax when defining arrays of strings. This rule is part of the Ruby community's efforts to promote readability and simplicity in Ruby code.

This rule is important because it helps to keep the code concise and easy to read. The %w notation allows you to define an array of strings without having to use quotes and commas. This can make the code cleaner and easier to understand, especially when dealing with large arrays.

To follow this rule, replace the traditional array syntax with the %w notation. For example, instead of writing ['foo', 'bar', 'baz'], you should write %w[foo bar baz]. This will create the same array, but in a more readable and concise way. By following this rule, you can help to make your Ruby code cleaner and easier to understand.

    

[datadog-datadog-prod-us1]

⚪ Code Quality Violation

Suggested change

	auth_names = opts[:debug_auth_names] || [:apiKeyAuth, :appKeyAuth, :AuthZ]
	auth_names = opts[:debug_auth_names] || %i[apiKeyAuth appKeyAuth AuthZ]

Consider using the %i syntax instead (...read more)

The rule "Prefer %i to the literal array syntax" is a guideline that encourages the use of the %i syntax for arrays of symbols. This is a part of the Ruby style guide that aims to promote conciseness and readability.

Symbols are immutable, reusable objects often used in Ruby instead of strings when the value does not need to be changed. When declaring an array of symbols, using the %i syntax can make your code cleaner and easier to read.

To adhere to this rule, instead of declaring an array of symbols using the literal array syntax like [:foo, :bar, :baz], use the %i syntax like %i[foo bar baz]. It's a good practice to consistently use %i for arrays of symbols as it enhances code readability and maintainability.

    

[datadog-datadog-prod-us1]

⚪ Code Quality Violation

Suggested change

	header_params['Accept'] = @api_client.select_header_accept(['application/json'])
	header_params['Accept'] = @api_client.select_header_accept(%w[application/json])

Consider using the %w syntax instead (...read more)

The rule "Prefer %w to the literal array syntax" is a Ruby style guideline that encourages the use of %w notation instead of the traditional array syntax when defining arrays of strings. This rule is part of the Ruby community's efforts to promote readability and simplicity in Ruby code.

This rule is important because it helps to keep the code concise and easy to read. The %w notation allows you to define an array of strings without having to use quotes and commas. This can make the code cleaner and easier to understand, especially when dealing with large arrays.

To follow this rule, replace the traditional array syntax with the %w notation. For example, instead of writing ['foo', 'bar', 'baz'], you should write %w[foo bar baz]. This will create the same array, but in a more readable and concise way. By following this rule, you can help to make your Ruby code cleaner and easier to understand.

    

[datadog-datadog-prod-us1]

⚪ Code Quality Violation

Consider using the %W syntax instead (...read more)

The rule "Prefer %w to the literal array syntax" is a Ruby style guideline that encourages the use of %w notation instead of the traditional array syntax when defining arrays of strings. This rule is part of the Ruby community's efforts to promote readability and simplicity in Ruby code.

This rule is important because it helps to keep the code concise and easy to read. The %w notation allows you to define an array of strings without having to use quotes and commas. This can make the code cleaner and easier to understand, especially when dealing with large arrays.

To follow this rule, replace the traditional array syntax with the %w notation. For example, instead of writing ['foo', 'bar', 'baz'], you should write %w[foo bar baz]. This will create the same array, but in a more readable and concise way. By following this rule, you can help to make your Ruby code cleaner and easier to understand.

    

[datadog-datadog-prod-us1]

⚪ Code Quality Violation

Consider using the %W syntax instead (...read more)

The rule "Prefer %w to the literal array syntax" is a Ruby style guideline that encourages the use of %w notation instead of the traditional array syntax when defining arrays of strings. This rule is part of the Ruby community's efforts to promote readability and simplicity in Ruby code.

This rule is important because it helps to keep the code concise and easy to read. The %w notation allows you to define an array of strings without having to use quotes and commas. This can make the code cleaner and easier to understand, especially when dealing with large arrays.

To follow this rule, replace the traditional array syntax with the %w notation. For example, instead of writing ['foo', 'bar', 'baz'], you should write %w[foo bar baz]. This will create the same array, but in a more readable and concise way. By following this rule, you can help to make your Ruby code cleaner and easier to understand.

    

[datadog-datadog-prod-us1]

⚪ Code Quality Violation

Suggested change

	auth_names = opts[:debug_auth_names] || [:apiKeyAuth, :appKeyAuth, :AuthZ]
	auth_names = opts[:debug_auth_names] || %i[apiKeyAuth appKeyAuth AuthZ]

Consider using the %i syntax instead (...read more)

The rule "Prefer %i to the literal array syntax" is a guideline that encourages the use of the %i syntax for arrays of symbols. This is a part of the Ruby style guide that aims to promote conciseness and readability.

Symbols are immutable, reusable objects often used in Ruby instead of strings when the value does not need to be changed. When declaring an array of symbols, using the %i syntax can make your code cleaner and easier to read.

To adhere to this rule, instead of declaring an array of symbols using the literal array syntax like [:foo, :bar, :baz], use the %i syntax like %i[foo bar baz]. It's a good practice to consistently use %i for arrays of symbols as it enhances code readability and maintainability.

    

[datadog-datadog-prod-us1]

⚪ Code Quality Violation

Suggested change

	header_params['Content-Type'] = @api_client.select_header_content_type(['application/json'])
	header_params['Content-Type'] = @api_client.select_header_content_type(%w[application/json])

Consider using the %w syntax instead (...read more)

The rule "Prefer %w to the literal array syntax" is a Ruby style guideline that encourages the use of %w notation instead of the traditional array syntax when defining arrays of strings. This rule is part of the Ruby community's efforts to promote readability and simplicity in Ruby code.

This rule is important because it helps to keep the code concise and easy to read. The %w notation allows you to define an array of strings without having to use quotes and commas. This can make the code cleaner and easier to understand, especially when dealing with large arrays.

To follow this rule, replace the traditional array syntax with the %w notation. For example, instead of writing ['foo', 'bar', 'baz'], you should write %w[foo bar baz]. This will create the same array, but in a more readable and concise way. By following this rule, you can help to make your Ruby code cleaner and easier to understand.

    

[datadog-datadog-prod-us1]

⚪ Code Quality Violation

Consider using the %W syntax instead (...read more)

The rule "Prefer %w to the literal array syntax" is a Ruby style guideline that encourages the use of %w notation instead of the traditional array syntax when defining arrays of strings. This rule is part of the Ruby community's efforts to promote readability and simplicity in Ruby code.

This rule is important because it helps to keep the code concise and easy to read. The %w notation allows you to define an array of strings without having to use quotes and commas. This can make the code cleaner and easier to understand, especially when dealing with large arrays.

To follow this rule, replace the traditional array syntax with the %w notation. For example, instead of writing ['foo', 'bar', 'baz'], you should write %w[foo bar baz]. This will create the same array, but in a more readable and concise way. By following this rule, you can help to make your Ruby code cleaner and easier to understand.

    

[datadog-datadog-prod-us1]

⚪ Code Quality Violation

Consider using the %W syntax instead (...read more)

The rule "Prefer %w to the literal array syntax" is a Ruby style guideline that encourages the use of %w notation instead of the traditional array syntax when defining arrays of strings. This rule is part of the Ruby community's efforts to promote readability and simplicity in Ruby code.

This rule is important because it helps to keep the code concise and easy to read. The %w notation allows you to define an array of strings without having to use quotes and commas. This can make the code cleaner and easier to understand, especially when dealing with large arrays.

To follow this rule, replace the traditional array syntax with the %w notation. For example, instead of writing ['foo', 'bar', 'baz'], you should write %w[foo bar baz]. This will create the same array, but in a more readable and concise way. By following this rule, you can help to make your Ruby code cleaner and easier to understand.

    

[datadog-datadog-prod-us1]

⚪ Code Quality Violation

Consider using the %W syntax instead (...read more)

The rule "Prefer %w to the literal array syntax" is a Ruby style guideline that encourages the use of %w notation instead of the traditional array syntax when defining arrays of strings. This rule is part of the Ruby community's efforts to promote readability and simplicity in Ruby code.

This rule is important because it helps to keep the code concise and easy to read. The %w notation allows you to define an array of strings without having to use quotes and commas. This can make the code cleaner and easier to understand, especially when dealing with large arrays.

To follow this rule, replace the traditional array syntax with the %w notation. For example, instead of writing ['foo', 'bar', 'baz'], you should write %w[foo bar baz]. This will create the same array, but in a more readable and concise way. By following this rule, you can help to make your Ruby code cleaner and easier to understand.

    

[datadog-datadog-prod-us1]

⚪ Code Quality Violation

Consider using the %W syntax instead (...read more)

The rule "Prefer %w to the literal array syntax" is a Ruby style guideline that encourages the use of %w notation instead of the traditional array syntax when defining arrays of strings. This rule is part of the Ruby community's efforts to promote readability and simplicity in Ruby code.

This rule is important because it helps to keep the code concise and easy to read. The %w notation allows you to define an array of strings without having to use quotes and commas. This can make the code cleaner and easier to understand, especially when dealing with large arrays.

To follow this rule, replace the traditional array syntax with the %w notation. For example, instead of writing ['foo', 'bar', 'baz'], you should write %w[foo bar baz]. This will create the same array, but in a more readable and concise way. By following this rule, you can help to make your Ruby code cleaner and easier to understand.

    

[datadog-datadog-prod-us1]

Datadog Report

Branch report: datadog-api-spec/generated/3653
Commit report: a798e78
Test service: datadog-api-client-ruby

✅ 0 Failed, 2992 Passed, 155 Skipped, 2m 59.16s Total duration (5.17s time saved)

[datadog-datadog-prod-us1]

⚪ Code Quality Violation

Suggested change

	auth_names = opts[:debug_auth_names] || [:apiKeyAuth, :appKeyAuth, :AuthZ]
	auth_names = opts[:debug_auth_names] || %i[apiKeyAuth appKeyAuth AuthZ]

Consider using the %i syntax instead (...read more)

The rule "Prefer %i to the literal array syntax" is a guideline that encourages the use of the %i syntax for arrays of symbols. This is a part of the Ruby style guide that aims to promote conciseness and readability.

Symbols are immutable, reusable objects often used in Ruby instead of strings when the value does not need to be changed. When declaring an array of symbols, using the %i syntax can make your code cleaner and easier to read.

To adhere to this rule, instead of declaring an array of symbols using the literal array syntax like [:foo, :bar, :baz], use the %i syntax like %i[foo bar baz]. It's a good practice to consistently use %i for arrays of symbols as it enhances code readability and maintainability.

    

[datadog-datadog-prod-us1]

⚪ Code Quality Violation

Consider using string interpolation or formatting instead of concatenation. (...read more)

The rule "Avoid string concatenation" is an important coding practice in Ruby for ensuring efficient and clean code. String concatenation in Ruby using the '+' operator creates a new string object, which can lead to excessive memory usage and slower performance when dealing with large strings or performing the operation multiple times.

Instead, Ruby provides alternatives that are more efficient. The string interpolation syntax #{} allows you to insert variables directly into strings without creating new string objects. This is not only more memory efficient, but also provides cleaner and more readable code.

Another alternative is the format method, which allows you to create a formatted string with placeholders for variables. This method is particularly useful when dealing with more complex strings, as it provides a clear and concise way to format your strings.

By following this rule, you can write more efficient and cleaner Ruby code, leading to better performance and readability.

    

[datadog-datadog-prod-us1]

🟠 Code Quality Violation

variable name is the same as a function parameter (...read more)

A function parameter should only be read and not be modified. If your intent is to modify the value of the parameter, return the value in the function and handle the new value in the caller of the function.

    

[datadog-datadog-prod-us1]

⚪ Code Quality Violation

Consider using symbols instead of string hash keys (...read more)

In Ruby, it is a best practice to use symbols instead of strings as hash keys. This rule emphasizes that it's more efficient and idiomatic to use symbols for this purpose. Symbols are immutable and unique, which makes them ideal for identifying things, whereas strings are mutable and can create multiple objects for the same sequence of characters.

The importance of this rule lies in the performance and memory usage of your Ruby application. Using symbols as hash keys reduces memory usage because they are stored in memory only once during a Ruby process. This can make a significant difference in the efficiency of your application, especially when dealing with large data sets.

To ensure you're following good coding practices, always use symbols for hash keys unless there's a specific reason to use a string. A simple refactoring from values = { 'foo' => 42, 'bar' => 99, 'baz' => 123 } to values = { foo: 42, bar: 99, baz: 123 } will make your code compliant with this rule. This not only improves your code's performance but also makes it more readable and consistent with Ruby's conventions.

    

[datadog-datadog-prod-us1]

⚪ Code Quality Violation

Consider using symbols instead of string hash keys (...read more)

In Ruby, it is a best practice to use symbols instead of strings as hash keys. This rule emphasizes that it's more efficient and idiomatic to use symbols for this purpose. Symbols are immutable and unique, which makes them ideal for identifying things, whereas strings are mutable and can create multiple objects for the same sequence of characters.

The importance of this rule lies in the performance and memory usage of your Ruby application. Using symbols as hash keys reduces memory usage because they are stored in memory only once during a Ruby process. This can make a significant difference in the efficiency of your application, especially when dealing with large data sets.

To ensure you're following good coding practices, always use symbols for hash keys unless there's a specific reason to use a string. A simple refactoring from values = { 'foo' => 42, 'bar' => 99, 'baz' => 123 } to values = { foo: 42, bar: 99, baz: 123 } will make your code compliant with this rule. This not only improves your code's performance but also makes it more readable and consistent with Ruby's conventions.

    

[datadog-datadog-prod-us1]

⚪ Code Quality Violation

Consider using symbols instead of string hash keys (...read more)

In Ruby, it is a best practice to use symbols instead of strings as hash keys. This rule emphasizes that it's more efficient and idiomatic to use symbols for this purpose. Symbols are immutable and unique, which makes them ideal for identifying things, whereas strings are mutable and can create multiple objects for the same sequence of characters.

The importance of this rule lies in the performance and memory usage of your Ruby application. Using symbols as hash keys reduces memory usage because they are stored in memory only once during a Ruby process. This can make a significant difference in the efficiency of your application, especially when dealing with large data sets.

To ensure you're following good coding practices, always use symbols for hash keys unless there's a specific reason to use a string. A simple refactoring from values = { 'foo' => 42, 'bar' => 99, 'baz' => 123 } to values = { foo: 42, bar: 99, baz: 123 } will make your code compliant with this rule. This not only improves your code's performance but also makes it more readable and consistent with Ruby's conventions.