Confuser.Core Provides methods to annotate objects. The annotations are stored using Retrieves the annotation on the specified object associated with the specified key. The type of the value. The object. The key of annotation. The default value if the specified annotation does not exists on the object. The value of annotation, or default value if the annotation does not exist. or is null. Retrieves the annotation on the specified object associated with the specified key. The type of the value. The object. The key of annotation. The default value factory function. The value of annotation, or default value if the annotation does not exist. or is null. Retrieves or create the annotation on the specified object associated with the specified key. The type of the value. The object. The key of annotation. The factory function to create the annotation value when the annotation does not exist. The value of annotation, or the newly created value. or is null. Sets an annotation on the specified object. The type of the value. The object. The key of annotation. The value of annotation. or is null. Trims the annotations of unreachable objects from this instance. Equality comparer of weak references. The singleton instance of this comparer. Prevents a default instance of the class from being created. Represent a key using . Gets the hash code of the target object. The hash code. Provides storage for API interfaces Adds the specified data store into this store. The data store. Finds a suitable data store for the specified method, with the specified number of keys. The method. The suitable data store if found, or null if not found. It should never returns null --- ConfuserEx has internal data store. Adds the specified opaque predicate into this store. The opaque predicate. Finds a suitable opaque predicate for the specified method, with the specified properties. The method. The required type of predicate, or null if it does not matter. The required numbers of arguments, or null if it does not matter. The suitable opaque predicate if found, or null if not found. Initializes a new instance of the class. The working context. A data store. Determines whether this data store can be used in the specified method. The method. true if this data store can be used in the specified method; otherwise, false. Creates an accessor of this data store for the specified method. The method. The keys. The data to store. A newly accessor of this data store. Gets the priority of this data store; higher priority means it would be tried earlier. The priority of this data store. Gets the number of keys this predicate has. Keys are used by the data store to encrypt data/whatever purpose. The number of keys this data store has. An accessor of data store. Emits the runtime instruction sequence for this accessor. An instruction sequence that returns the stored data. The descriptor of a type of opaque predicate. Determines whether this predicate can be used with the specified method. The method. true if this predicate can be used with the specified method; otherwise, false. Creates a new opaque predicate for the specified method. The method. A newly create opaque predicate. Gets the type of the opaque predicate. The type of the opaque predicate. Gets the number of arguments this predicate has. When is , there can be 0 or more arguments. When is , there must be more than 0 arguments. The number of arguments this predicate has. An instance of opaque predicate. Emits the runtime instruction sequence for this predicate. A function that returns an instruction sequence that returns the input value, or null if is 0. An instruction sequence that returns the value of this predicate. Computes the value of this predicate with the specified argument. The argument to this predicate. The return value of this predicate. The type of opaque predicate. A function, in a mathematics sense, with one input and one output. A constant function, always returning the same value. Sort modules according dependencies. A Control Flow Graph (CFG) of a method Gets the block containing the specified instruction. The index of instruction. The block containing the instruction. Gets the index of the specified instruction. The instruction. The index of instruction. Constructs a CFG from the specified method body. The method body. The CFG of the given method body. Gets the number of blocks in this CFG. The number of blocks. Gets the of the specified id. The id. The block with specified id. Gets the corresponding method body. The method body. The type of Control Flow Block The block is a normal block There are unknown edges to this block. Usually used at exception handlers / method entry. There are unknown edges from this block. Usually used at filter blocks / throw / method exit. A block in Control Flow Graph (CFG). The footer instruction The header instruction The identifier of this block The type of this block Returns a that represents this block. A that represents this block. Gets the source blocks of this control flow block. The source blocks. Gets the target blocks of this control flow block. The target blocks. The type of block in the key sequence The state key should be explicitly set in the block The state key could be assumed to be same as at the beginning of block. The information of the block in the key sequence The state key at the beginning of the block The state key at the end of the block The type of block Computes a key sequence that is valid according to the execution of the CFG. The caller can utilize the information provided by this classes to instruments state machines. For example: int state = 4; for (int i = 0 ; i < 10; i++) { state = 6; if (i % 2 == 0) { state = 3; else { // The state varaible is guaranteed to be 6 in here. } } Computes a key sequence of the given CFG. The CFG. The random source, or null if key id is needed. The generated key sequence of the CFG. Codes streams. input Stream. output Stream. input Size. -1 if unknown. output Size. -1 if unknown. callback progress reference. if input stream is not valid The exception that is thrown when an error in input stream occurs during decoding. The exception that is thrown when the value of an argument is outside the allowable range. Callback progress. input size. -1 if unknown. output size. -1 if unknown. Provides the fields that represent properties idenitifiers for compressing. Specifies default property. Specifies size of dictionary. Specifies size of memory for PPM*. Specifies order for PPM methods. Specifies Block Size. Specifies number of postion state bits for LZMA (0 <= x <= 4). Specifies number of literal context bits for LZMA (0 <= x <= 8). Specifies number of literal position bits for LZMA (0 <= x <= 4). Specifies number of fast bytes for LZ*. Specifies match finder. LZMA: "BT2", "BT4" or "BT4B". Specifies the number of match finder cyckes. Specifies number of passes. Specifies number of algorithm. Specifies the number of threads. Specifies mode with end marker. The processing engine of ConfuserEx. The version of ConfuserEx. Runs the engine with the specified parameters. The parameters. The token used for cancellation. Task to run the engine. .Project is null. Runs the engine. The parameters. The cancellation token. Runs the protection pipeline. The protection pipeline. The context. Prints the copyright stuff and environment information. The working context. Prints the environment information when error occurred. The working context. The exception that is thrown when a handled error occurred during the protection process. Initializes a new instance of the class. The inner exception, or null if no exception is associated with the error. Parameters that passed to . Gets the actual non-null logger. The logger. Gets the actual non-null plugin discovery service. The plugin discovery service. Gets the actual non-null marker. The marker. Gets or sets the project that would be processed. The Confuser project. Gets or sets the logger that used to log the protection process. The logger, or null if logging is not needed. Gets or sets the plugin discovery service. The plugin discovery service, or null if default discovery is used. Gets or sets the marker. The marker, or null if default marker is used. Core component of Confuser. Represent a component in Confuser Initializes the component. The working context. Inserts protection stages into processing pipeline. The processing pipeline. Gets the name of component. The name of component. Gets the description of component. The description of component. Gets the identifier of component used by users. The identifier of component. Gets the full identifier of component used in Confuser. The full identifier of component. The service ID of RNG The service ID of Marker The service ID of Trace The service ID of Runtime The service ID of Compression The service ID of API Store Initializes a new instance of the class. The parameters. The marker. Resolves dependency between protections. Initializes a new instance of the class. The protections for resolution. Sort the protection according to their dependency. Sorted protections with respect to dependencies. The protections contain circular dependencies. Topologically sort the dependency graph. The root protections. The dependency graph edges. Topological sorted protections. An edge of dependency graph. Initializes a new instance of the class. The source protection node. The destination protection node. The source protection node. The destination protection node. The exception that is thrown when there exists circular dependency between protections. Initializes a new instance of the class. The first protection. The second protection. First protection that involved in circular dependency. Second protection that involved in circular dependency. Provides a set of utility methods about dnlib Finds all definitions of interest in a module. The module. A collection of all required definitions Finds all definitions of interest in a type. The type. A collection of all required definitions Determines whether the specified type is visible outside the containing assembly. The type. Visibility of executable modules. true if the specified type is visible outside the containing assembly; otherwise, false. Determines whether the object has the specified custom attribute. The object. The full name of the type of custom attribute. true if the specified object has custom attribute; otherwise, false. Determines whether the specified type is COM import. The type. true if specified type is COM import; otherwise, false. Determines whether the specified type is compiler generated. The type. true if specified type is compiler generated; otherwise, false. Determines whether the specified type is a delegate. The type. true if the specified type is a delegate; otherwise, false. Determines whether the specified type is inherited from a base type in corlib. The type. The full name of base type. true if the specified type is inherited from a base type; otherwise, false. Determines whether the specified type is inherited from a base type. The type. The full name of base type. true if the specified type is inherited from a base type; otherwise, false. Determines whether the specified type implements the specified interface. The type. The full name of the type of interface. true if the specified type implements the interface; otherwise, false. Resolves the method. The method to resolve. A instance. The method couldn't be resolved. Resolves the field. The field to resolve. A instance. The method couldn't be resolved. Find the basic type reference. The type signature to get the basic type. A instance, or null if the typeSig cannot be resolved to basic type. Find the type references within the specified type signature. The type signature to find the type references. A list of instance. Determines whether the specified property is public. The property. true if the specified property is public; otherwise, false. Determines whether the specified property is static. The property. true if the specified property is static; otherwise, false. Determines whether the specified event is public. The event. true if the specified event is public; otherwise, false. Determines whether the specified event is static. The event. true if the specified event is static; otherwise, false. Replaces the specified instruction reference with another instruction. The method body. The instruction to replace. The new instruction. Determines whether the specified method is array accessors. The method. true if the specified method is array accessors; otherwise, false. wrapper of . Initializes a new instance of the class. The base stream. Gets the base stream of this instance. The base stream. Provides methods to inject a into another module. Clones the specified origin TypeDef. The origin TypeDef. The cloned TypeDef. Clones the specified origin MethodDef. The origin MethodDef. The cloned MethodDef. Clones the specified origin FieldDef. The origin FieldDef. The cloned FieldDef. Populates the context mappings. The origin TypeDef. The injection context. The new TypeDef. Copies the information from the origin type to injected type. The origin TypeDef. The injection context. Copies the information from the origin method to injected method. The origin MethodDef. The injection context. Copies the information from the origin field to injected field. The origin FieldDef. The injection context. Copies the information to the injected definitions. The origin TypeDef. The injection context. if set to true, copy information of . Injects the specified TypeDef to another module. The source TypeDef. The target module. The injected TypeDef. Injects the specified MethodDef to another module. The source MethodDef. The target module. The injected MethodDef. Injects the members of specified TypeDef to another module. The source TypeDef. The new type. The target module. Injected members. Context of the injection process. The mapping of origin definitions to injected definitions. The module which source type originated from. The module which source type is being injected to. The importer. Initializes a new instance of the class. The origin module. The target module. Gets the importer. The importer. Provides methods to mutated injected methods. Replaces the mutation key placeholder in method with actual key. The method to process. The mutation key ID. The actual key. Replaces the mutation key placeholders in method with actual keys. The method to process. The mutation key IDs. The actual keys. Replaces the placeholder call in method with actual instruction sequence. The methodto process. The function replacing the argument of placeholder call with actual instruction sequence. Defines a logger used to log Confuser events Logs a message at DEBUG level. The message. Logs a message at DEBUG level with specified parameters. The format. The arguments. Logs a message at INFO level. The message. Logs a message at INFO level with specified parameters. The format. The arguments. Logs a message at WARN level. The message. Logs a message at WARN level with specified parameters. The format. The arguments. Logs a message at WARN level with specified exception. The message. The exception. Logs a message at ERROR level. The message. Logs a message at ERROR level with specified parameters. The format. The arguments. Logs a message at ERROR level with specified exception. The message. The exception. Logs the progress of protection. This method is intended to be used with . for (int i = 0; i < defs.Length; i++) { logger.Progress(i + 1, defs.Length); } logger.EndProgress(); The total work amount . The amount of work done. End the progress of protection. Logs the finish of protection. Indicated whether the protection process is successful. Resolves and marks the modules with protection settings according to the rules. Annotation key of Strong Name Key. Annotation key of rules. The packers available to use. The protections available to use. Initalizes the Marker with specified protections and packers. The protections. The packers. Fills the protection settings with the specified preset. The preset. The settings. Loads the Strong Name Key at the specified path with a optional password. The working context. The path to the key. The password of the certificate at if it is a pfx file; otherwise, null. The loaded Strong Name Key. Loads the assembly and marks the project. The project. The working context. storing the marked modules and packer information. Marks the member definition. The member definition. The working context. Parses the rules' patterns. The project. The module description. The working context. Parsed rule patterns. One of the rules has invalid pattern. Applies the rules to the target definition. The working context. The target definition. The rules. The base settings. Result of the marker. Initializes a new instance of the class. The modules. The packer. The external modules. Gets a list of modules that is marked. The list of modules. Gets a list of external modules. The list of external modules. Gets the packer if exists. The packer, or null if no packer exists. The listener of module writer event. Occurs when a module writer event is triggered. Indicates the triggered writer event. Initializes a new instance of the class. The triggered writer event. Gets the triggered writer event. The triggered writer event. Obfuscation Attribute Marker Discovers available protection plugins. The default plugin discovery service. Initializes a new instance of the class. Retrieves the available protection plugins. The working context. A list of resolved protections. A list of resolved packers. A list of resolved components. Determines whether the specified type has an accessible default constructor. The type. true if the specified type has an accessible default constructor; otherwise, false. Adds plugins in the assembly to the protection list. The working context. The working list of protections. The working list of packers. The working list of components. The assembly. Retrieves the available protection plugins. The working context. The working list of protections. The working list of packers. The working list of components. An implementation that doesn't actually do any logging. The singleton instance of . Prevents a default instance of the class from being created. Base class of Confuser packers. A parameterless constructor must exists in derived classes to enable plugin discovery. Executes the packer. The working context. The parameters of packer. Protects the stub using original project settings replace the current output with the protected stub. The working context. The result file name. The stub module. The strong name key. The packer protection that applies to the stub. A module description in a Confuser project. Initializes a new instance of the class. Resolves the module from the path. The base path for the relative module path, or null if the module path is absolute or relative to current directory. The resolved module's context. The resolved module. Read the raw bytes of the module from the path. The base path for the relative module path, or null if the module path is absolute or relative to current directory. The loaded module. Saves the module description as XML element. The root XML document. The serialized module description. Loads the module description from XML element. The serialized module description. Returns a that represents this instance. A that represents this instance. Clones this instance. A duplicated module. Gets the path to the module. Indicates whether this module is external and should not be obfuscated. Gets or sets the path to the strong name private key for signing. The path to the strong name private key, or null if not necessary. Gets or sets the password of the strong name private key. The password of the strong name private key, or null if not necessary. Gets a list of protection rules applies to the module. A list of protection rules. Indicates add or remove the protection from the active protections Add the protection to the active protections Remove the protection from the active protections A setting within a rule. or Initialize this setting item instance The protection id The action to take Saves the setting description as XML element. The root XML document. The setting module description. Loads the setting description from XML element. The serialized setting description. Clones this instance. A duplicated setting item. The identifier of component The identifier of component. Gets or sets the action of component. The action of component. A rule that control how s are applied to module Initialize this rule instance The pattern The preset Inherits protection Saves the rule description as XML element. The root XML document. The serialized rule description. Loads the rule description from XML element. The serialized module description. Clones this instance. A duplicated rule. Gets or sets the pattern that determine the target components of the rule. The pattern expression. Gets or sets the protection preset this rule uses. The protection preset. Gets or sets a value indicating whether this inherits settings from earlier rules. true if it inherits settings; otherwise, false. The exception that is thrown when there exists schema errors in the project XML. Initializes a new instance of the class. The list of schema exceptions. Gets the schema exceptions. A list of schema exceptions. Represent a project of Confuser. The namespace of Confuser project schema The schema of project XML. Initializes a new instance of the class. Saves the project as XML document. The serialized project XML. Loads the project from specified XML document. The XML document storing the project. The project XML contains schema errors. Clones this instance. A duplicated project. Gets or sets the seed of pseudo-random generator used in process of protection. The random seed. Gets or sets a value indicating whether debug symbols are generated. true if debug symbols are generated; otherwise, false. Gets or sets the output directory. The output directory. Gets or sets the base directory of the project. The base directory. Gets a list of protection rules that applies globally. A list of protection rules. Gets or sets the packer used to pack up the output. The packer. Gets a list of paths that used to resolve assemblies. The list of paths. Gets a list of paths to plugin. The list of plugins. The exception that is thrown when attempted to parse an invalid pattern. Initializes a new instance of the class. The message that describes the error. Initializes a new instance of the class. The error message that explains the reason for the exception. The exception that is the cause of the current exception, or a null reference (Nothing in Visual Basic) if no inner exception is specified. Parser of pattern expressions. Parses the specified pattern into expression. The pattern to parse. The parsed expression. The pattern is invalid. The AND operator. A pattern operator. A pattern expression. Evaluates the expression on the specified definition. The definition. The result value. Serializes the expression into tokens. The output list of tokens. Gets the name of operator. The name. Gets a value indicating whether this is an unary operator. true if this is an unary operator; otherwise, false. Gets or sets the first operand. The first operand. Gets or sets the second operand. The second operand. A function that indicate whether the item has the given custom attribute. A pattern function. Gets the name of function. The name. Gets the number of arguments of the function. The number of arguments. Gets or sets the arguments of function. The arguments. A function that indicate the type of type(?). A function that indicate whether the type inherits from the specified type. A function that indicate the visibility of members. A function that compare the full name of definition. The NOT operator. A function that compare the type of definition. A function that compare the full name of declaring type. A function that match the full name of the definition with specified RegEx. A function that match the name of the definition with specified RegEx. A function that match the name of declaring type with specified RegEx. A function that compare the module of definition. A function that compare the namespace of definition. The OR operator. A literal expression. Initializes a new instance of the class. The literal. Gets the value of literal. The value of literal. A function that compare the name of definition. The type of pattern tokens An identifier, could be functions/operators. A string literal. A left parenthesis. A right parenthesis. A comma. Represent a token in pattern The position of this token in the pattern, or null if position not available. The type of this token. The value of this token, applicable to identifiers and literals. Initializes a new instance of the struct. The position of token. The type of token. Initializes a new instance of the struct. The position of token. The type of token. The value of token. Initializes a new instance of the struct. The type of token. Initializes a new instance of the struct. The type of token. The value of token. Base class of Confuser protections. A parameterless constructor must exists in derived classes to enable plugin discovery. Gets the preset this protection is in. The protection's preset. Indicates the must initialize before the specified protections. Initializes a new instance of the class. The full IDs of the specified protections. Gets the full IDs of the specified protections. The IDs of protections. Indicates the must initialize after the specified protections. Initializes a new instance of the class. The full IDs of the specified protections. Gets the full IDs of the specified protections. The IDs of protections. Base class of protection phases. Initializes a new instance of the class. The parent component of this phase. Executes the protection phase. The working context. The parameters of protection. Gets the parent component. The parent component. Gets the targets of protection. The protection targets. Gets the name of the phase. The name of phase. Gets a value indicating whether this phase process all targets, not just the targets that requires the component. true if this phase process all targets; otherwise, false. Protection settings for a certain component Initializes a new instance of the class. Initializes a new instance of the class from an existing . The settings to copy from. Determines whether the settings is empty. true if the settings is empty; otherwise, false. Targets of protection. Type definitions. Method definitions. Field definitions. Event definitions. Property definitions. All member definitions (i.e. type, methods, fields, events and properties). Module definitions. All definitions (i.e. All member definitions and modules). Context providing information on the current protection process. Throws a System.OperationCanceledException if protection process has been canceled. The protection process is canceled. Requests the current module to be written as mix-mode module, and return the native writer options. The native writer options. Gets the logger used for logging events. The logger. Gets the project being processed. The project. Gets the annotation storage. The annotation storage. Gets the service registry. The service registry. Gets the assembly resolver. The assembly resolver. Gets the modules being protected. The modules being protected. Gets the external modules. The external modules. Gets the base directory. The base directory. Gets the output directory. The output directory. Gets the packer. The packer. Gets the current processing pipeline. The processing pipeline. Gets the byte[] of modules after protected, or null if module is not protected yet. The list of byte[] of protected modules. Gets the byte[] of module debug symbols after protected, or null if module is not protected yet. The list of byte[] of module debug symbols. Gets the relative output paths of module, or null if module is not protected yet. The relative output paths of protected modules. Gets the current module index. The current module index. Gets the current module. The current module. Gets the writer options of the current module. The writer options. Gets the writer event listener of the current module. The writer event listener. Gets output byte[] of the current module The output byte[]. Gets output byte[] debug symbol of the current module The output byte[] debug symbol. Gets the token used to indicate cancellation Parameters of . A empty instance of . Initializes a new instance of the class. The component that this parameters applied to. The protection targets. Obtains the value of a parameter of the specified target. The type of the parameter value. The working context. The protection target. The name of the parameter. Default value if the parameter does not exist. The value of the parameter. Sets the protection parameters of the specified target. The context. The protection target. The parameters. Gets the protection parameters of the specified target. The context. The protection target. The parameters. Gets the targets of protection. Possible targets are module, types, methods, fields, events, properties. A list of protection targets. Various stages in . Confuser engine inspects the loaded modules and makes necessary changes. This stage occurs only once per pipeline run. Confuser engine begins to process a module. This stage occurs once per module. Confuser engine processes a module. This stage occurs once per module. Confuser engine optimizes opcodes of the method bodys. This stage occurs once per module. Confuser engine finishes processing a module. This stage occurs once per module. Confuser engine writes the module to byte array. This stage occurs once per module, after all processing of modules are completed. Confuser engine generates debug symbols. This stage occurs only once per pipeline run. Confuser engine packs up the output if packer is present. This stage occurs only once per pipeline run. Confuser engine saves the output. This stage occurs only once per pipeline run. Protection processing pipeline. Initializes a new instance of the class. Inserts the phase into pre-processing pipeline of the specified stage. The pipeline stage. The protection phase. Inserts the phase into post-processing pipeline of the specified stage. The pipeline stage. The protection phase. Finds the phase with the specified type in the pipeline. The type of the phase. The phase with specified type in the pipeline. Execute the specified pipeline stage with pre-processing and post-processing. The pipeline stage. The stage function. The target list of the stage. The working context. Returns only the targets with the specified type and used by specified component. The working context. List of targets. The component phase. Filtered targets. Various presets of protections. The protection does not belong to any preset. The protection provides basic security. The protection provides normal security for public release. The protection provides better security with observable performance impact. The protection provides strongest security with possible incompatibility. A registry of different services provided by protections Retrieves the service of type . The type of service. The service instance. Registers the service with specified ID . The service identifier. The service type. The service. Service with same ID or type has already registered. Determines whether the service with specified identifier has already registered. The service identifier. true if the service with specified identifier has already registered; otherwise, false. Provides methods to do compression and inject decompression algorithm. Gets the runtime decompression method in the module, or null if it's not yet injected. The module which the decompression method resides in. The initializing method for compression helper definitions. The requested decompression method with signature 'static Byte[] (Byte[])', or null if it hasn't been injected yet. Gets the runtime decompression method in the module and inject if it does not exists. The module which the decompression method resides in. The initializing method for injected helper definitions. The requested decompression method with signature 'static Byte[] (Byte[])'. Compresses the specified data. The buffer storing the data. The function that receive the progress of compression. The compressed data. Initializes a new instance of the class. The working context. Provides methods to obtain runtime library injection type. Gets the specified runtime type for injection. The full name of the runtime type. The requested runtime type. Provides methods to access the obfuscation marker. Marks the helper member. The helper member. The parent component. is a . is null. Determines whether the specified definition is marked. The definition. true if the specified definition is marked; otherwise, false. Gets the parent component of the specified helper. The helper definition. The parent component of the helper, or null if the specified definition is not a helper. Initializes a new instance of the class. The working context. The marker. A seeded SHA256 PRNG. The prime numbers used for generation Initializes a new instance of the class. The seed. Creates a seed buffer. The seed data. The seed buffer. Refills the state buffer. Fills the specified buffer with random bytes. The buffer. The offset of buffer to fill in. The number of random bytes. is null. or is less than 0. Invalid or . Returns a random byte. Requested random byte. Gets a buffer of random bytes with the specified length. The number of random bytes. A buffer of random bytes. Returns a random signed integer. Requested random number. Returns a nonnegative random integer that is less than the specified maximum. The exclusive upper bound. Requested random number. Returns a random integer that is within a specified range. The inclusive lower bound. The exclusive upper bound. Requested random number. Returns a random unsigned integer. Requested random number. Returns a random double floating pointer number from 0 (inclusive) to 1 (exclusive). Requested random number. Returns a random boolean value. Requested random boolean value. Shuffles the element in the specified list. The list to shuffle. Implementation of . Provides methods to obtain a unique stable PRNG for any given ID. Gets a RNG with the specified identifier. The identifier. The requested RNG. is null. Initializes a new instance of the class. The project seed. Provides methods to trace stack of method body. Trace the stack of the specified method. The method to trace. has invalid body. is null. Initializes a new instance of the class. The working context. The trace result of a method. Initializes a new instance of the class. The method to trace. Determines whether the specified instruction is the target of a branch instruction. The index of instruction. true if the specified instruction is a branch target; otherwise, false. Perform the actual tracing. This instance. Bad method body. Traces the arguments of the specified call instruction. The call instruction. The indexes of the begin instruction of arguments. The specified call instruction is invalid. The method body is invalid. Gets the method this trace belongs to. The method. Gets the instructions this trace is performed on. The instructions. Gets the map of offset to index. The map. Gets the stack depths of method body. The stack depths. Gets the stack depths of method body. The stack depths. The exception that is thrown when supposedly unreachable code is executed. Initializes a new instance of the class. Provides a set of utility methods Gets the value associated with the specified key, or default value if the key does not exists. The type of the key. The type of the value. The dictionary. The key of the value to get. The default value. The value associated with the specified key, or the default value if the key does not exists Gets the value associated with the specified key, or default value if the key does not exists. The type of the key. The type of the value. The dictionary. The key of the value to get. The default value factory function. The value associated with the specified key, or the default value if the key does not exists Adds the specified key and value to the multi dictionary. The type of key. The type of value. The dictionary to add to. The key of the element to add. The value of the element to add. key is null. Obtains the relative path from the specified base path. The file path. The base path. The path of relative to . If the input string is empty, return null; otherwise, return the original input string. The input string. null if the input string is empty; otherwise, the original input string. Compute the SHA1 hash of the input buffer. The input buffer. The SHA1 hash of the input buffer. Xor the values in the two buffer together. The input buffer 1. The input buffer 2. The result buffer. Length of the two buffers are not equal. Compute the SHA256 hash of the input buffer. The input buffer. The SHA256 hash of the input buffer. Encoding the buffer to a string using specified charset. The input buffer. The charset. The encoded string. Returns a new string in which all occurrences of a specified string in are replaced with another specified string. A equivalent to but with all instances of replaced with . A string to do the replace in. A string to be replaced. A string to replace all occurrences of . One of the values. Adopted from http://stackoverflow.com/a/244933 Encode the buffer to a hexadecimal string. The input buffer. A hexadecimal representation of input buffer. Removes all elements that match the conditions defined by the specified predicate from a the list. The type of the elements of . The list to remove from. The predicate that defines the conditions of the elements to remove. for method chaining. Returns a that log the progress of iterating the specified list. The type of list element The list. The logger. A wrapper of the list.