diff --git a/src/NetArchTest.Rules/NetArchTest.Rules.csproj b/src/NetArchTest.Rules/NetArchTest.Rules.csproj index 2ed3ac7..f6997c0 100644 --- a/src/NetArchTest.Rules/NetArchTest.Rules.csproj +++ b/src/NetArchTest.Rules/NetArchTest.Rules.csproj @@ -20,8 +20,6 @@ - - diff --git a/src/NetArchTest.Rules/NetArchTest.Rules.xml b/src/NetArchTest.Rules/NetArchTest.Rules.xml deleted file mode 100644 index 1fe215f..0000000 --- a/src/NetArchTest.Rules/NetArchTest.Rules.xml +++ /dev/null @@ -1,1772 +0,0 @@ - - - - NetArchTest.Rules - - - - - A set of conditions and types that have have conjunctions (i.e. "and", "or") and executors (i.e. Types(), GetResult()) applied to them. - - - - A list of types that conditions can be applied to. - - - The sequence of conditions that is applied to the type of list. - - - Determines the polarity of the selection, i.e. "should" or "should not". - - - - Initializes a new instance of the class. - - - - - Returns an indication of whether all the selected types satisfy the conditions. - - An indication of whether the conditions are true, along with a list of types failing the check if they are not. - - - - Returns the number of types that satisfy the conditions. - - A list of types. - - - - Returns the list of types that satisfy the conditions. - - A list of types. - - - - Specifies that any subsequent condition should be treated as an "and" condition. - - An set of conditions that can be applied to a list of classes. - And() has higher priority than Or() and it is computed first. - - - - Specifies that any subsequent conditions should be treated as part of an "or" condition. - - An set of conditions that can be applied to a list of classes. - - - - A set of conditions that can be applied to a list of types. - - - - A list of types that conditions can be applied to. - - - The sequence of conditions that is applied to the type of list. - - - Determines the polarity of the selection, i.e. "should" or "should not". - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - - - - Selects types that have a specific name. - - The name of the class to match against. - An updated set of conditions that can be applied to a list of types. - - - - Selects types that do not have a particular name. - - The name of the class to match against. - An updated set of conditions that can be applied to a list of types. - - - - Selects types according to a regular expression matching their name. - - The regular expression pattern to match against. - An updated set of conditions that can be applied to a list of types. - - - - Selects types according to a regular expression that does not match their name. - - The regular expression pattern to match against. - An updated set of conditions that can be applied to a list of types. - - - - Selects types whose names start with the specified text. - - The text to match against. - An updated set of conditions that can be applied to a list of types. - - - - Selects types whose names start with the specified text. - - The text to match against. - The string comparer. - An updated set of conditions that can be applied to a list of types. - - - - Selects types whose names do not start with the specified text. - - The text to match against. - An updated set of conditions that can be applied to a list of types. - - - - Selects types whose names do not start with the specified text. - - The text to match against. - The string comparer. - An updated set of conditions that can be applied to a list of types. - - - - Selects types whose names do not end with the specified text. - - The text to match against. - An updated set of conditions that can be applied to a list of types. - - - - Selects types whose names do not end with the specified text. - - The text to match against. - The string comparer. - An updated set of conditions that can be applied to a list of types. - - - - Selects types whose names do not end with the specified text. - - The text to match against. - An updated set of conditions that can be applied to a list of types. - - - - Selects types whose names do not end with the specified text. - - The text to match against. - The string comparer. - An updated set of conditions that can be applied to a list of types. - - - - Selects types are decorated with a specific custom attribut. - - The attribute to match against. - An updated set of conditions that can be applied to a list of types. - - - - Selects types that are not decorated with a specific custom attribute. - - The attribute to match against. - An updated set of conditions that can be applied to a list of types. - - - - Selects types that are decorated with a specific custom attribute or derived one. - - The base attribute to match against. - An updated set of conditions that can be applied to a list of types. - - - - Selects types are not decorated with a specific custom attribute or derived one. - - The base attribute to match against. - An updated set of conditions that can be applied to a list of types. - - - - Selects types that inherit a particular type. - - The type to match against. - An updated set of conditions that can be applied to a list of types. - - - - Selects types that do not inherit a particular type. - - The type to match against. - An updated set of conditions that can be applied to a list of types. - - - - Selects types that implement a particular interface. - - The interface type to match against. - An updated set of conditions that can be applied to a list of types. - - - - Selects types that do not implement a particular interface. - - The interface type to match against. - An updated set of conditions that can be applied to a list of types. - - - - Selects types that are marked as abstract. - - An updated set of conditions that can be applied to a list of types. - - - - Selects types that are not marked as abstract. - - An updated set of conditions that can be applied to a list of types. - - - - Selects types that are classes. - - An updated set of conditions that can be applied to a list of types. - - - - Selects types that are not classes. - - An updated set of conditions that can be applied to a list of types. - - - - Selects types that have generic parameters. - - An updated set of conditions that can be applied to a list of types. - - - - Selects types that do not have generic parameters. - - An updated set of conditions that can be applied to a list of types. - - - - Selects types that are interfaces. - - An updated set of conditions that can be applied to a list of types. - - - - Selects types that are not interfaces. - - An updated set of conditions that can be applied to a list of types. - - - - Selects types that are static. - - An updated set of conditions that can be applied to a list of types. - - - - Selects types that are not static. - - An updated set of conditions that can be applied to a list of types. - - - - Selects types that are nested. - - An updated set of conditions that can be applied to a list of types. - - - - Selects types that are nested and public. - - An updated set of conditions that can be applied to a list of types. - - - - Selects types that are nested and private. - - An updated set of conditions that can be applied to a list of types. - - - - Selects types that are not nested. - - An updated set of conditions that can be applied to a list of types. - - - - Selects types that are not nested and public. - - An updated set of conditions that can be applied to a list of types. - - - - Selects types that are not nested and private. - - An updated set of conditions that can be applied to a list of types. - - - - Selects types that are have public scope. - - An updated set of conditions that can be applied to a list of types. - - - - Selects types that do not have public scope. - - An updated set of conditions that can be applied to a list of types. - - - - Selects types according that are marked as sealed. - - An updated set of conditions that can be applied to a list of types. - - - - Selects types according that are not marked as sealed. - - An updated set of conditions that can be applied to a list of types. - - - - Selects types that are immutable. - - An updated set of conditions that can be applied to a list of types. - - - - Selects types that are mutable. - - An updated set of conditions that can be applied to a list of types. - - - - Selects types according to whether they have nullable members. - - An updated set of conditions that can be applied to a list of types. - - - - Selects types according to whether they have nullable members. - - An updated set of conditions that can be applied to a list of types. - - - - Selects types that reside in a particular namespace. - - The namespace to match against. - An updated set of conditions that can be applied to a list of types. - - - - Selects types that do not reside in a particular namespace. - - The namespace to match against. - An updated set of conditions that can be applied to a list of types. - - - - Selects types that reside in a namespace matching a regular expression. - - The regular expression pattern to match against. - An updated set of conditions that can be applied to a list of types. - - - - Selects types that do not reside in a namespace matching a regular expression. - - The regular expression pattern to match against. - An updated set of conditions that can be applied to a list of types. - - - - Selects types whose namespaces start with a particular name part. - - The namespace part to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types whose namespaces start with a particular name part. - - The namespace part to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types whose namespaces end with a particular name part. - - The namespace part to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types whose namespaces end with a particular name part. - - The namespace part to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types whose namespaces contain a particular name part. - - The namespace part to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types whose namespaces contain a particular name part. - - The namespace part to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types that have a dependency on a particular type. - - The dependency to match against. This can be a namespace or a specific type. - An updated set of conditions that can be applied to a list of types. - - - - Selects types that have a dependency on any of the supplied types. - - The dependencies to match against. These can be namespaces or specific types. - An updated set of conditions that can be applied to a list of types. - - - - Selects types that have a dependency on all of the particular types. - - The dependencies to match against. These can be namespaces or specific types. - An updated set of conditions that can be applied to a list of types. - - - - Selects types that have a dependency on any of the supplied types and cannot have any other dependency. - - The dependencies to match against. These can be namespaces or specific types. - An updated set of conditions that can be applied to a list of types. - - - - Selects types that do not have a dependency on a particular type. - - The dependency type to match against. This can be a namespace or a specific type. - An updated set of conditions that can be applied to a list of types. - - - - Selects types that do not have a dependency on any of the particular types. - - The dependencies to match against. These can be namespaces or specific types. - An updated set of conditions that can be applied to a list of types. - - - - Selects types that do not have a dependency on all of the particular types. - - The dependencies to match against. These can be namespaces or specific types. - An updated set of conditions that can be applied to a list of types. - - - - Selects types that have a dependency other than any of the given dependencies. - - The dependencies to match against. These can be namespaces or specific types. - An updated set of conditions that can be applied to a list of types. - - - - Selects types that meet a custom rule. - - An instance of the custom rule. - An updated set of conditions that can be applied to a list of types. - - - The list of dependencies being searched for. - - - - Searching search tree is costly (it requires a lot of operations on strings like SubString, IndexOf). - For a given type we always get the same answer, so let us cache what search tree returns. - - - - - Holds tree structure of full names; child nodes of each parent are indexed for optimal time of search. - - - The sequence {"System.Linq", "System.Object", "System", "System.Collections.Generic", "NetArchTest.TestStructure.Dependencies.Examples"} - produces the tree - "" - |- "NetArchTest" - | |- "TestStructure" - | |- "Dependencies" - | |- "Examples" (terminated) - | - |- "System" (terminated) - |- "Collections" - | |- "Generic" (terminated) - | - |- "Linq" (terminated) - |- "Object" (terminated) - - - In the example above the flag "terminated" means that marked name is presented in the sequence the tree is built for. - Despite of the fact that the namespace "System" takes over its descendants "Linq", "Object" and "Collections.Generic" - all of them are presented in the tree. For dependency search it provides the same results as original implementation - based on the String.StartsWith(...) does. - - - - Maps child namespace to its root node. - - - Returns full path from root to terminated node. Only available on terminated node. - - - - Adds new child node with given name or returns existing one. - - Name of child node. - Child node with given name. - - - - Checks whether child node with given name exists and returns it. - - Name of child node of interest. - Child node with given name, if it exists; otherwise, null. - True, if child node with given name exists; otherwise, false. - - - Holds the root for the namespace tree. - - - - Initially fills the tree with given names. - - Sequence of full names. - if names should be parsed by mono parser - - - - Splits full name into subnamespaces and adds corresponding nodes to the tree. - - Can be empty, but not null. - if names should be parsed by mono parser - - - Count of terminated nodes in the tree. - - - - Retrieves the sequence of all matching names for given full name. - A name matches some full name, if its node is terminated and whole path from tree root to that node - builds the chain of namespaces in the full name. - - Full name to search matching names for. - Sequence of all matching names. - - If the tree contains "System.Collections" and "System.Collections.IList", both are returned - for the full name "System.Collections.IList". - - - - - Recursively extracts every part from type full name - - - - - Similar tree to , but this is aware of the structure of type full name, - which allows traversing tree without allocating new strings. - - - - - Finds dependencies within a given set of types. - - - - - Finds types that have a dependency on any item in the given list of dependencies. - - The set of type definitions to search. - The set of dependencies to look for. - A list of found types. - - - - Finds types that have a dependency on every item in the given list of dependencies. - - The set of type definitions to search. - The set of dependencies to look for. - A list of found types. - - - - Finds types that may have a dependency on any item in the given list of dependencies, but cannot have a dependency that is not in the list. - - The set of type definitions to search. - The set of dependencies to look for. - A list of found types. - - - - Finds types that have a dependency on any item in the given list of dependencies, but cannot have a dependency that is not in the list. - - The set of type definitions to search. - The set of dependencies to look for. - A list of found types. - - - - Finds types that have a dependency on every item in the given list of dependencies, but cannot have a dependency that is not in the list. - - The set of type definitions to search. - The set of dependencies to look for. - A list of found types. - - - - Finds matching dependencies for a given type by walking through the type. - - - - - Recursively checks every array, generic or not type reference - - for closed generic : List{Tuple{Task{int}, int}} - it will check: List{Tuple{Task{int}, int}}, Tuple{Task{int}, int}, Task{int}, int, int - for open generic : List{T} - only List will be checked, T as a generic parameter will be skipped - for arrays: int[][] - it will check : int[][], int[], int - - - - - - Manages the results of dependency search. - - - - The list of dependencies that have been found in the search. - - - - If we already know the final answer to the question if type was found, - doing another search will not change the result - - - - - Extensions for the class. - - - - - Tests whether a field is readonly - - The field to test. - An indication of whether the field is readonly. - - - - Tests whether a field is nullable - - The field to test. - An indication of whether the field is nullable. - - - - Extensions for the class. - - - - - Tests whether a property is readonly - - The property to test. - An indication of whether the property is readonly. - - - - Tests whether a property is nullable - - The property to test. - An indication of whether the property is nullable. - - - - Extensions for the class. - - - - - Tests whether one class inherits from another. - - The class that is inheriting from the parent. - The parent that is inherited. - An indication of whether the child inherits from the parent. - - - - Tests whether two type definitions are from the same assembly. - The comparison is based on the full assembly names. - - - - An indication of whether the both types are from the same assembly. - - - - Tests whether the provided types are the same type. - - - - An indication of whether the types are the same. - - - - Enumerate the base classes throughout the chain of inheritence. - - The class to enumerate. - The enumeration of base classes. - - - - Convert the definition to a object instance. - - The type definition to convert. - The equivalent object instance. - - - - Tests whether a class is immutable, i.e. all public fields are readonly and properties have no set method - - The class to test. - An indication of whether the type is immutable - - - - Tests whether a Type has any memebers that are non-nullable value types - - The class to test. - An indication of whether the type has any memebers that are non-nullable value types - - - - Returns namespace of the given type, if the type is nested, namespace of containing type is returned instead - - - For nested classes this will take the name of the declaring class. See https://github.com/BenMorris/NetArchTest/issues/73 - - - - - Extensions for the class. - - - - - Converts the value to a instance. - - The type to convert. - The converted value. - - - - Tests whether a Type is a non-nullable value type - - The class to test. - An indication of whether the type has any memebers that are non-nullable value types - - - - Returns namespace of the given type, if the type is nested, namespace of containing type is returned instead - - - - - Defines the various functions that can be applied to a collection of types. - - - These are used by both predicates and conditions so warrant a common definition. - - - - The base delegate type used by every function. - - - Function for finding a specific type name. - - - Function for matching a type name using a regular expression. - - - Function for matching the start of a type name. - - - Function for matching the end of a type name. - - - Function for finding classes with a particular custom attribute. - - - Function for finding classes decorated with a particular custom attribute or derived one - - - Function for finding classes that inherit from a particular type. - - - Function for finding classes that implement a particular interface. - - - Function for finding abstract classes. - - - Function for finding classes. - - - Function for finding interfaces. - - - Function for finding static classes. - - - Function for finding types with generic parameters. - - - Function for finding nested classes. - - - Function for finding nested public classes. - - - Function for finding nested private classes. - - - Function for finding public classes. - - - Function for finding sealed classes. - - - Function for finding immutable classes. - - - Function for finding nullable classes. - - - Function for finding types in a particular namespace. - - - Function for matching a type name using a regular expression. - - - Function for finding types that have a dependency on any of the supplied types. - - - Function for finding types that have a dependency on all of the supplied types. - - - Function for finding types that have a dependency on type other than one of the supplied types. - - - Function for finding public classes. - - - - A sequence of function calls that are combined to select types. - - - - Holds the groups of function calls. - - - - Initializes a new instance of the class. - - - - - Adds a function call to the current list. - - - - - Creates a new logical grouping of function calls. - - - - - Executes all the function calls that have been specified. - - A list of types that are selected by the predicates (or not selected if optional reversing flag is passed). - - - - Represents a single function call. - - - - - Initializes a new instance of the class. - - - - - A delegate for a function call. - - - - - The input value for the function call. - - - - - The Condition to apply to the call - i.e. "is" or "is not". - - - - - An externally defined rule that can be applied as a condition or a predicate. - - - - - Tests whether the supplied type meets the rule. - - The type to be tested. - The result of the test. - - - - An aggregate of rules and results that can be used for reporting. - - - - The simple name of the policy. - - - A detailed description of the policy. - - - - Initializes a new instance of the class. - - - - - Defines a policy that aggregates a set of rules together for reporting. - - - - - Sets the types that the policy will apply to. - - - - - Sets the types that the policy will apply to. - - - - - An aggregate of rules and results that can be used for reporting. - - - - The function that defines the list of types to execute against each rule. - - - The list of tests that have been added to the policy. - - - - Initializes a new instance of the class. - - - - - The simple name of the policy. - - - - - A detailed description of the policy. - - - - - Adds a rule to the policy that can optionally be marked with a name and description. - - - - - Adds a rule to the policy that can optionally be marked with a name and description. - - - - - Evaluates all the rules that have been added to the policy against the types defined for the policy. - - A list of results. - - - - A single test result for a policy. - - - - - Initializes a new instance of the class. - - - - - Gets a flag indicating the success or failure of the test. - - - - - Gets a collection populated with a list of any types that failed the test. - - - - - Gets the simple name associated with the test. - - - - - Gets the detailed description associated with the test. - - - - - A set of results for a policy that has been executed against a list of types. - - - - - Initializes a new instance of the class. - - - - - Gets whether or not the policy has any rule violations - - - - - Gets the results of each rule that was added the policy. - - - - - Gets the simple name associated with the policy. - - - - - Gets the detailed description associated with the policy. - - - - - A single test that has been added to a policy. - - - - - Initializes a new instance of the class. - - - - - The definition of the test expressed as a function. - - - - - Gets the simple name associated with the test. - - - - - Gets the detailed description associated with the test. - - - - - A set of predicates and types that have have conjunctions (i.e. "and", "or") and executors (i.e. Types(), TypeDefinitions()) applied to them. - - - - A list of types that conditions can be applied to. - - - The sequence of conditions that is applied to the type of list. - - - - Initializes a new instance of the class. - - - - - Links a predicate defining a set of classes to a condition that tests them. - - A condition that tests classes against a given criteria. - - - - Links a predicate defining a set of classes to a condition that tests them. - - A condition that tests classes against a given criteria. - - - - Returns the type definitions returned by these predicate. - - A list of type definitions. - - - - Returns the types returned by these predicates. - - A list of types. - - - - Specifies that any subsequent predicates should be treated as "and" conditions. - - An set of predicates that can be applied to a list of classes. - And() has higher priority than Or() and it is computed first. - - - - Specifies that any subsequent predicates should be treated as part of an "or" condition. - - An set of predicates that can be applied to a list of classes. - - - - A set of predicates that can be applied to a list of types. - - - - A list of types that conditions can be applied to. - - - The sequence of conditions that is applied to the type of list. - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - - - - Selects types that have a specific name. - - The name of the class to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types that do not have a particular name. - - The name of the class to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types according to a regular expression matching their name. - - The regular expression pattern to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types according to a regular expression that does not match their name. - - The regular expression pattern to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types whose names start with the specified text. - - The text to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types whose names start with the specified text. - - The text to match against. - The string comparer. - An updated set of predicates that can be applied to a list of types. - - - - Selects types whose names do not start with the specified text. - - The text to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types whose names do not start with the specified text. - - The text to match against. - The string comparer. - An updated set of predicates that can be applied to a list of types. - - - - Selects types whose names end with the specified text. - - The text to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types whose names end with the specified text. - - The text to match against. - The string comparer. - An updated set of predicates that can be applied to a list of types. - - - - Selects types whose names do not end with the specified text. - - The text to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types whose names do not end with the specified text. - - The text to match against. - The string comparer. - An updated set of predicates that can be applied to a list of types. - - - - Selects types that are decorated with a specific custom attribute. - - The attribute to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types that are decorated with a specific custom attribute or derived one. - - The base attribute to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types that are not decorated with a specific custom attribute. - - The attribute to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types that are not decorated with a specific custom attribute or derived one. - - The base attribute to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types that inherit a particular type. - - The type to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types that do not inherit a particular type. - - The type to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types that implement a particular interface. - - The interface type to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types that do not implement a particular interface. - - The interface type to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types that are marked as abstract. - - An updated set of predicates that can be applied to a list of types. - - - - Selects types that are not marked as abstract. - - An updated set of predicates that can be applied to a list of types. - - - - Selects types that are classes. - - An updated set of predicates that can be applied to a list of types. - - - - Selects types that are not classes. - - An updated set of predicates that can be applied to a list of types. - - - - Selects types that have generic parameters. - - An updated set of predicates that can be applied to a list of types. - - - - Selects types that do not have generic parameters. - - An updated set of predicates that can be applied to a list of types. - - - - Selects types that are interfaces. - - An updated set of predicates that can be applied to a list of types. - - - - Selects types that are not interfaces. - - An updated set of predicates that can be applied to a list of types. - - - - Selects types that are static. - - An updated set of predicates that can be applied to a list of types. - - - - Selects types that are not static. - - An updated set of predicates that can be applied to a list of types. - - - - Selects types that are nested. - - An updated set of predicates that can be applied to a list of types. - - - - Selects types that are nested and declared as public. - - An updated set of predicates that can be applied to a list of types. - - - - Selects types that are nested and declared as private. - - An updated set of predicates that can be applied to a list of types. - - - - Selects types that are not nested. - - An updated set of predicates that can be applied to a list of types. - - - - Selects types that are not nested and declared as public. - - An updated set of predicates that can be applied to a list of types. - NB: This method will return non-nested types and nested types that are declared as private. - - - - Selects types that are not nested and declared as private. - - An updated set of predicates that can be applied to a list of types. - NB: This method will return non-nested types and nested types that are declared as public. - - - - Selects types that have public scope. - - - This method will only act on types that are visible to the function. Use InternalsVisibleTo if testing from a separate assembly. - - An updated set of predicates that can be applied to a list of types. - - - - Selects types that do not have public scope. - - - This method will only act on types that are visible to the function. Use InternalsVisibleTo if testing from a separate assembly. - - An updated set of predicates that can be applied to a list of types. - - - - Selects types according that are marked as sealed. - - An updated set of predicates that can be applied to a list of types. - - - - Selects types according that are not marked as sealed. - - An updated set of predicates that can be applied to a list of types. - - - - Selects types that are immutable. - - An updated set of predicates that can be applied to a list of types. - - - - Selects types that are mutable. - - An updated set of predicates that can be applied to a list of types. - - - - Selects types that have only nullable members. - - An updated set of predicates that can be applied to a list of types. - - - - Selects types that have some non-nullable members. - - An updated set of predicates that can be applied to a list of types. - - - - Selects types that reside in a particular namespace. - - The namespace to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types that do not reside in a particular namespace. - - The namespace to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types whose namespaces match a regular expression. - - The regular expression pattern to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types whose namespaces start with a particular name part. - - The namespace part to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types whose namespaces end with a particular name part. - - The namespace part to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types whose namespaces contain a particular name part. - - The namespace part to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types whose namespaces do not match a regular expression. - - The regular expression pattern to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types whose namespaces start with a particular name part. - - The namespace part to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types whose namespaces end with a particular name part. - - The namespace part to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types whose namespaces contain a particular name part. - - The namespace part to match against. - An updated set of predicates that can be applied to a list of types. - - - - Selects types that have a dependency on a particular type. - - The dependency type to match against. This can be a namespace or a specific type. - An updated set of predicates that can be applied to a list of types. - - - - Selects types that have a dependency on any of the supplied types. - - The dependencies to match against. These can be namespaces or specific types. - An updated set of conditions that can be applied to a list of types. - - - - Selects types that have a dependency on all of the particular types. - - The dependencies to match against. These can be namespaces or specific types. - An updated set of conditions that can be applied to a list of types. - - - - Selects types that have a dependency on any of the supplied types and cannot have any other dependency. - - The dependencies to match against. These can be namespaces or specific types. - An updated set of conditions that can be applied to a list of types. - - - - Selects types that do not have a dependency on a particular type. - - The dependency type to match against. This can be a namespace or a specific type. - An updated set of predicates that can be applied to a list of types. - - - - Selects types that do not have a dependency on any of the particular types. - - The dependencies to match against. These can be namespaces or specific types. - An updated set of conditions that can be applied to a list of types. - - - - Selects types that do not have a dependency on all of the particular types. - - The dependencies to match against. These can be namespaces or specific types. - An updated set of conditions that can be applied to a list of types. - - - - Selects types that have a dependency other than any of the given dependencies. - - The dependencies to match against. These can be namespaces or specific types. - An updated set of conditions that can be applied to a list of types. - - - - Selects types that meet a custom rule. - - An instance of the custom rule. - An updated set of conditions that can be applied to a list of types. - - - - Defines a result from a test carried out on a . - - - - The list of types that failed the test. - - - - Gets a flag indicating the success or failure of the test. - - - - - Gets a list of the types that failed the test. - - - This method loads all the types and may throw dependency loading errors if the test project does not have a direct dependency on the type being loaded. - - - - - Gets a list of the type nmames that failed the test. - - - This is a "safer" way of getting a list of failed types as it does not load the types when enumerating the list. This can lead to dependency loading errors. - - - - - Creates a new instance of indicating a successful test. - - Instance of - - - - Creates a new instance of indicating a failed test. - - Instance of - - - - Creates a list of types that can have predicates and conditions applied to it. - - - - The list of types represented by this instance. - - - The list of namespaces to exclude from the current domain. - - - - Prevents any external class initializing a new instance of the class. - - The list of types for the instance. - - - - Creates a list of types based on all the assemblies in the current AppDomain - - A list of types that can have predicates and conditions applied to it. - - - - Creates a list of types based on a particular assembly. - - The assembly to base the list on. - An optional list of search directories to allow resolution of referenced assemblies. - A list of types that can have predicates and conditions applied to it. - - - - Creates a list of types based on a list of assemblies. - - The assemblies to base the list on. - An optional list of search directories to allow resolution of referenced assemblies. - A list of types that can have predicates and conditions applied to it. - - - - Creates a list of all the types in a particular namespace. - - The namespace to list types for. This is case insensitive. - A list of types that can have predicates and conditions applied to it. - - - - Creates a list of all the types in a particular module file. - - The filename of the module. This is case insensitive. - A list of types that can have predicates and conditions applied to it. - Assumes that the module is in the same directory as the executing assembly. - - - - Creates a list of all the types found on a particular path. - - The relative path to load types from. - An optional list of search directories to allow resolution of referenced assemblies. - A list of types that can have predicates and conditions applied to it. - - - - Recursively fetch all the nested types in a collection of types. - - The expanded collection of types - - - - Returns the list of objects describing the types in this list. - - The list of objects in this list. - - - - Returns the list of objects describing the types in this list. - - The list of objects in this list. - - - - Allows a list of types to be applied to one or more filters. - - A list of types onto which you can apply a series of filters. - - - - Applies a set of conditions to the list of types. - - - - - - Applies a negative set of conditions to the list of types. - - - - - - Reads the assembly, ignoring a BadImageFormatException - - The path to the exception - A set of optional parameters - normally used to specify custom assembly resolvers. - The assembly definition for the path (if it exists). - - -