Filter: ProductFlexSearchFilter

A field that checks if all filters in the list apply

If the list is empty, this filter applies to all objects.

A field that checks if any of the filters in the list apply.

If the list is empty, this filter applies to no objects.

Note that only the items in the list or-combined; this complete OR field is and-combined with outer fields in the parent filter type.

Tokenizes the provided string into prefixes, and checks if all prefixes appears in architectures. Stemming (reduction of words on their base form) is applied.

Instruction Set Architectures (ISAs) associated with the product; these may be added by users, or by automatic detection by the system; e.g. x86, x64, ARM, Renesas, etc.

Tokenizes the provided string into words, and checks if architectures contains all of them. Stemming (reduction of words on their base form) is applied.

Instruction Set Architectures (ISAs) associated with the product; these may be added by users, or by automatic detection by the system; e.g. x86, x64, ARM, Renesas, etc.

Tokenizes the provided string into prefixes, and checks if architectures contains any word that starts with one of these prefixes. Stemming (reduction of words on their base form) is applied.

Instruction Set Architectures (ISAs) associated with the product; these may be added by users, or by automatic detection by the system; e.g. x86, x64, ARM, Renesas, etc.

Tokenizes the provided string into words, and checks if architectures contains at least one of them. Stemming (reduction of words on their base form) is applied.

Instruction Set Architectures (ISAs) associated with the product; these may be added by users, or by automatic detection by the system; e.g. x86, x64, ARM, Renesas, etc.

Tokenizes the provided string into words, and checks if that exact phrase (those words in excactly this order) is included in architectures. Stemming (reduction of words on their base form) is applied.

Instruction Set Architectures (ISAs) associated with the product; these may be added by users, or by automatic detection by the system; e.g. x86, x64, ARM, Renesas, etc.

Checks if architectures is an empty list (true) or a non-empty list or null (false).

Tokenizes the provided prefixes into words, and checks if there is at least one prefix that does not appear in architectures. Stemming (reduction of words on their base form) is applied.

Instruction Set Architectures (ISAs) associated with the product; these may be added by users, or by automatic detection by the system; e.g. x86, x64, ARM, Renesas, etc.

Tokenizes the provided string into words, and checks if at least one word is not contained in architectures. Stemming (reduction of words on their base form) is applied.

Instruction Set Architectures (ISAs) associated with the product; these may be added by users, or by automatic detection by the system; e.g. x86, x64, ARM, Renesas, etc.

Tokenizes the provided string into prefixes, and checks if architectures does not contain any word that starts with one of these prefixes. Stemming (reduction of words on their base form) is applied.

Instruction Set Architectures (ISAs) associated with the product; these may be added by users, or by automatic detection by the system; e.g. x86, x64, ARM, Renesas, etc.

Tokenizes the provided string into words, and checks if architectures contains none of them. Stemming (reduction of words on their base form) is applied.

Instruction Set Architectures (ISAs) associated with the product; these may be added by users, or by automatic detection by the system; e.g. x86, x64, ARM, Renesas, etc.

Tokenizes the provided string into words, and checks if that exact phrase (those words in excactly this order) is not included in architectures. Stemming (reduction of words on their base form) is applied.

Instruction Set Architectures (ISAs) associated with the product; these may be added by users, or by automatic detection by the system; e.g. x86, x64, ARM, Renesas, etc.

Tokenizes the provided string into prefixes, and checks if all prefixes appears in compilers. Stemming (reduction of words on their base form) is applied.

Compilers used to build the software for the product; these may be added by users, or by automatic detection by the system; e.g. GCC, Clang, etc.

Tokenizes the provided string into words, and checks if compilers contains all of them. Stemming (reduction of words on their base form) is applied.

Compilers used to build the software for the product; these may be added by users, or by automatic detection by the system; e.g. GCC, Clang, etc.

Tokenizes the provided string into prefixes, and checks if compilers contains any word that starts with one of these prefixes. Stemming (reduction of words on their base form) is applied.

Compilers used to build the software for the product; these may be added by users, or by automatic detection by the system; e.g. GCC, Clang, etc.

Tokenizes the provided string into words, and checks if compilers contains at least one of them. Stemming (reduction of words on their base form) is applied.

Compilers used to build the software for the product; these may be added by users, or by automatic detection by the system; e.g. GCC, Clang, etc.

Tokenizes the provided string into words, and checks if that exact phrase (those words in excactly this order) is included in compilers. Stemming (reduction of words on their base form) is applied.

Compilers used to build the software for the product; these may be added by users, or by automatic detection by the system; e.g. GCC, Clang, etc.

Checks if compilers is an empty list (true) or a non-empty list or null (false).

Tokenizes the provided prefixes into words, and checks if there is at least one prefix that does not appear in compilers. Stemming (reduction of words on their base form) is applied.

Compilers used to build the software for the product; these may be added by users, or by automatic detection by the system; e.g. GCC, Clang, etc.

Tokenizes the provided string into words, and checks if at least one word is not contained in compilers. Stemming (reduction of words on their base form) is applied.

Compilers used to build the software for the product; these may be added by users, or by automatic detection by the system; e.g. GCC, Clang, etc.

Tokenizes the provided string into prefixes, and checks if compilers does not contain any word that starts with one of these prefixes. Stemming (reduction of words on their base form) is applied.

Compilers used to build the software for the product; these may be added by users, or by automatic detection by the system; e.g. GCC, Clang, etc.

Tokenizes the provided string into words, and checks if compilers contains none of them. Stemming (reduction of words on their base form) is applied.

Compilers used to build the software for the product; these may be added by users, or by automatic detection by the system; e.g. GCC, Clang, etc.

Tokenizes the provided string into words, and checks if that exact phrase (those words in excactly this order) is not included in compilers. Stemming (reduction of words on their base form) is applied.

Compilers used to build the software for the product; these may be added by users, or by automatic detection by the system; e.g. GCC, Clang, etc.

Checks if createdAt equals a specified value.

The instant this object has been created

Checks if createdAt is greater than a specified value.

The instant this object has been created

Checks if createdAt is greater or equal a specified value.

The instant this object has been created

Checks if createdAt is equal to one of the specified values.

The instant this object has been created

Checks if createdAt is less than a specified value.

The instant this object has been created

Checks if createdAt is less or equal a specified value.

The instant this object has been created

Checks if createdAt does not equal a specified value

The instant this object has been created

Checks if createdAt is not equal to one of the specified values.

The instant this object has been created

Allows to filter on the fields of ctx.

Note that ctx is an entity extension and thus can never be null, so specifying null to this filter field has no effect.

Tokenizes the provided string into prefixes, and checks if all prefixes appears in description. Stemming (reduction of words on their base form) is applied.

A description of the product

Tokenizes the provided string into words, and checks if description contains all of them. Stemming (reduction of words on their base form) is applied.

A description of the product

Tokenizes the provided string into prefixes, and checks if description contains any word that starts with one of these prefixes. Stemming (reduction of words on their base form) is applied.

A description of the product

Tokenizes the provided string into words, and checks if description contains at least one of them. Stemming (reduction of words on their base form) is applied.

A description of the product

Tokenizes the provided string into words, and checks if that exact phrase (those words in excactly this order) is included in description. Stemming (reduction of words on their base form) is applied.

A description of the product

Tokenizes the provided prefixes into words, and checks if there is at least one prefix that does not appear in description. Stemming (reduction of words on their base form) is applied.

A description of the product

Tokenizes the provided string into words, and checks if at least one word is not contained in description. Stemming (reduction of words on their base form) is applied.

A description of the product

Tokenizes the provided string into prefixes, and checks if description does not contain any word that starts with one of these prefixes. Stemming (reduction of words on their base form) is applied.

A description of the product

Tokenizes the provided string into words, and checks if description contains none of them. Stemming (reduction of words on their base form) is applied.

A description of the product

Tokenizes the provided string into words, and checks if that exact phrase (those words in excactly this order) is not included in description. Stemming (reduction of words on their base form) is applied.

A description of the product

Checks if id equals a specified value.

An auto-generated string that identifies this root entity uniquely among others of the same type

Checks if id is equal to one of the specified values.

An auto-generated string that identifies this root entity uniquely among others of the same type

Checks if id does not equal a specified value

An auto-generated string that identifies this root entity uniquely among others of the same type

Checks if id is not equal to one of the specified values.

An auto-generated string that identifies this root entity uniquely among others of the same type

Tokenizes the provided string into prefixes, and checks if all prefixes appears in name. Stemming (reduction of words on their base form) is applied.

Tokenizes the provided string into words, and checks if name contains all of them. Stemming (reduction of words on their base form) is applied.

Tokenizes the provided string into prefixes, and checks if name contains any word that starts with one of these prefixes. Stemming (reduction of words on their base form) is applied.

Tokenizes the provided string into words, and checks if name contains at least one of them. Stemming (reduction of words on their base form) is applied.

Tokenizes the provided string into words, and checks if that exact phrase (those words in excactly this order) is included in name. Stemming (reduction of words on their base form) is applied.

Tokenizes the provided prefixes into words, and checks if there is at least one prefix that does not appear in name. Stemming (reduction of words on their base form) is applied.

Tokenizes the provided string into words, and checks if at least one word is not contained in name. Stemming (reduction of words on their base form) is applied.

Tokenizes the provided string into prefixes, and checks if name does not contain any word that starts with one of these prefixes. Stemming (reduction of words on their base form) is applied.

Tokenizes the provided string into words, and checks if name contains none of them. Stemming (reduction of words on their base form) is applied.

Tokenizes the provided string into words, and checks if that exact phrase (those words in excactly this order) is not included in name. Stemming (reduction of words on their base form) is applied.

Tokenizes the provided string into prefixes, and checks if all prefixes appears in programmingLanguages. Stemming (reduction of words on their base form) is applied.

Programming Language(s) used to build the software for the product; these may be added by users, or by automatic detection by the system; e.g. C, C++, Java, Python, etc.

Tokenizes the provided string into words, and checks if programmingLanguages contains all of them. Stemming (reduction of words on their base form) is applied.

Programming Language(s) used to build the software for the product; these may be added by users, or by automatic detection by the system; e.g. C, C++, Java, Python, etc.

Tokenizes the provided string into prefixes, and checks if programmingLanguages contains any word that starts with one of these prefixes. Stemming (reduction of words on their base form) is applied.

Programming Language(s) used to build the software for the product; these may be added by users, or by automatic detection by the system; e.g. C, C++, Java, Python, etc.

Tokenizes the provided string into words, and checks if programmingLanguages contains at least one of them. Stemming (reduction of words on their base form) is applied.

Programming Language(s) used to build the software for the product; these may be added by users, or by automatic detection by the system; e.g. C, C++, Java, Python, etc.

Tokenizes the provided string into words, and checks if that exact phrase (those words in excactly this order) is included in programmingLanguages. Stemming (reduction of words on their base form) is applied.

Programming Language(s) used to build the software for the product; these may be added by users, or by automatic detection by the system; e.g. C, C++, Java, Python, etc.

Checks if programmingLanguages is an empty list (true) or a non-empty list or null (false).

Tokenizes the provided prefixes into words, and checks if there is at least one prefix that does not appear in programmingLanguages. Stemming (reduction of words on their base form) is applied.

Programming Language(s) used to build the software for the product; these may be added by users, or by automatic detection by the system; e.g. C, C++, Java, Python, etc.

Tokenizes the provided string into words, and checks if at least one word is not contained in programmingLanguages. Stemming (reduction of words on their base form) is applied.

Programming Language(s) used to build the software for the product; these may be added by users, or by automatic detection by the system; e.g. C, C++, Java, Python, etc.

Tokenizes the provided string into prefixes, and checks if programmingLanguages does not contain any word that starts with one of these prefixes. Stemming (reduction of words on their base form) is applied.

Programming Language(s) used to build the software for the product; these may be added by users, or by automatic detection by the system; e.g. C, C++, Java, Python, etc.

Tokenizes the provided string into words, and checks if programmingLanguages contains none of them. Stemming (reduction of words on their base form) is applied.

Programming Language(s) used to build the software for the product; these may be added by users, or by automatic detection by the system; e.g. C, C++, Java, Python, etc.

Tokenizes the provided string into words, and checks if that exact phrase (those words in excactly this order) is not included in programmingLanguages. Stemming (reduction of words on their base form) is applied.

Programming Language(s) used to build the software for the product; these may be added by users, or by automatic detection by the system; e.g. C, C++, Java, Python, etc.

Checks if updatedAt equals a specified value.

The instant this object has been updated the last time (not including relation updates)

Checks if updatedAt is greater than a specified value.

The instant this object has been updated the last time (not including relation updates)

Checks if updatedAt is greater or equal a specified value.

The instant this object has been updated the last time (not including relation updates)

Checks if updatedAt is equal to one of the specified values.

The instant this object has been updated the last time (not including relation updates)

Checks if updatedAt is less than a specified value.

The instant this object has been updated the last time (not including relation updates)

Checks if updatedAt is less or equal a specified value.

The instant this object has been updated the last time (not including relation updates)

Checks if updatedAt does not equal a specified value

The instant this object has been updated the last time (not including relation updates)

Checks if updatedAt is not equal to one of the specified values.

The instant this object has been updated the last time (not including relation updates)

Tokenizes the provided string into prefixes, and checks if all prefixes appears in url. Stemming (reduction of words on their base form) is applied.

The URL for the product's homepage, if it has one

Tokenizes the provided string into words, and checks if url contains all of them. Stemming (reduction of words on their base form) is applied.

The URL for the product's homepage, if it has one

Tokenizes the provided string into prefixes, and checks if url contains any word that starts with one of these prefixes. Stemming (reduction of words on their base form) is applied.

The URL for the product's homepage, if it has one

Tokenizes the provided string into words, and checks if url contains at least one of them. Stemming (reduction of words on their base form) is applied.

The URL for the product's homepage, if it has one

Tokenizes the provided string into words, and checks if that exact phrase (those words in excactly this order) is included in url. Stemming (reduction of words on their base form) is applied.

The URL for the product's homepage, if it has one

Tokenizes the provided prefixes into words, and checks if there is at least one prefix that does not appear in url. Stemming (reduction of words on their base form) is applied.

The URL for the product's homepage, if it has one

Tokenizes the provided string into words, and checks if at least one word is not contained in url. Stemming (reduction of words on their base form) is applied.

The URL for the product's homepage, if it has one

Tokenizes the provided string into prefixes, and checks if url does not contain any word that starts with one of these prefixes. Stemming (reduction of words on their base form) is applied.

The URL for the product's homepage, if it has one

Tokenizes the provided string into words, and checks if url contains none of them. Stemming (reduction of words on their base form) is applied.

The URL for the product's homepage, if it has one

Tokenizes the provided string into words, and checks if that exact phrase (those words in excactly this order) is not included in url. Stemming (reduction of words on their base form) is applied.

The URL for the product's homepage, if it has one