SanitiseFingerprint returns a sanitised version of the given fingerprint by making it upper case and removing leading and trailing white spaces.

Equals checks whether the two given annotations have the same content.

Convert the given port string to an unsigned 16-bit integer. If the conversion fails or the number cannot be represented in 16 bits, 0 is returned.

Get returns the router status for the given fingerprint and a boolean value indicating if the status could be found in the consensus.

NewConsensus serves as a constructor and returns a pointer to a freshly allocated and empty Consensus.

ParseRawStatus parses a raw router status (in string format) and returns the router's fingerprint, a function which returns a RouterStatus, and an err

Set adds a new fingerprint mapping to a function returning the router status to the consensus.

readAnnotation reads and parses the first line of the the io.Reader, then returns the resulting *Annotation as well as a new io.Reader ready to read t

NewObjectFilter returns a newly allocated object filter instance.

Base64ToString decodes the given Base64-encoded string and returns the resulting string. If there are errors during decoding, an error string is retur

CheckAnnotation checks the type annotation in the given file. The Annotation struct determines what we want to see in the file. If we don't see the

HasIPAddr returns true if the given IP address is present in the object filter.

ParseConsensusFile parses the given file and returns a network consensus if parsing was successful. If there were any errors, an error string is retu

parseAnnotation parses a type annotation string in the form "@type $descriptortype $major.$minor".

parseConsensusUnchecked parses a descriptor of type "network-status-consensus-3". The input should be without a type annotation; i.e., the type annot

HasFingerprint returns true if the given fingerprint is present in the object filter.

HasNickname returns true if the given nickname is present in the object filter.

IsEmpty returns true if the object filter is empty.

LoadDescriptorFromDigest takes as input the descriptor directory, a descriptor's digest, and the date the digest was created. It then attempts to par

ParseDescriptorFile parses the given file and returns a pointer to RouterDescriptors containing the router descriptors. If there were any errors, an

ParseUnknownFile attempts to parse a file whose content we don't know. We try to use the right parser by looking at the file's annotation. An Object

AddFingerprint adds the given fingerprint to the object filter.

AddNickname adds the given nickname to the object filter.

GetAnnotation obtains and returns the given file's annotation. If anything fails in the process, an error string is returned.

Length implements the ObjectSet interface. It returns the length of the consensus.

NewRouterDescriptor serves as a constructor and returns a pointer to a freshly allocated and empty RouterDescriptor struct.

ToSlice converts the given consensus to a slice. Consensus meta information is lost.

extractMetainfo extracts meta information of the open consensus document (such as its validity times) and writes it to the provided consensus struct.

parseDescriptorUnchecked parses a descriptor of type "server-descriptor". The input should be without a type annotation; i.e., the type annotation sho

AddIPAddr adds the given IP address to the object filter.

Dissects the given file into string chunks by using the given string extraction function. The resulting string chunks are then written to the given q

Get returns the router descriptor for the given fingerprint and a boolean value indicating if the descriptor could be found.

LazilyParseConsensusFile parses the given file and returns a network consensus if parsing was successful. If there were any errors, an error string i

NewRouterDescriptors serves as a constructor and returns a pointer to a freshly allocated and empty RouterDescriptors struct.

ParseRawDescriptor parses a raw router descriptor (in string format) and returns the descriptor's fingerprint, a function returning the descriptor, an

parseConsensus is a wrapper around parseConsensusUnchecked that first reads and checks the type annotation to make sure it belongs to consensusAnnotat

parseConsensusFile is a wrapper around parseConsensus that opens the named file for parsing.

parseConsensusFileUnchecked is a wrapper around parseConsensusUnchecked that opens the named file for parsing.

parseDescriptorFile is a wrapper around parseDescriptor that opens the named file for parsing.

parseDescriptorFileUnchecked is a wrapper around parseDescriptorUnchecked that opens the named file for parsing.

Intersect determines the intersection between the given consensus b and consensus a. It returns a new consensus which is the intersection of both giv

Iterate implements the ObjectSet interface. Using a channel, it iterates over and returns all router descriptors. The given object filter can be use

Length implements the ObjectSet interface. It returns the length of the router descriptors.

MatchesRouterDescriptor returns true if fields of the given router descriptor are present in the object filter, e.g., the descriptor's nickname is par

MatchesRouterStatus returns true if fields of the given router status are present in the object filter, e.g., the router's nickname is part of the obj

ParseRawConsensus parses a raw consensus (in string format) and returns a network consensus if parsing was successful.

ParseUnknown first reads a type annotation and passes it along with the rest of the input to parseWithAnnotation.

Set adds a new fingerprint mapping to a function returning the router descriptor.

String implements the String as well as the Object interface. It returns the descriptor's string representation.

parseDescriptor is a wrapper around parseDescriptorUnchecked that first reads and checks the type annotation to make sure it belongs to descriptorAnno

parseWithAnnotation parses the input using a parser appropriate for the given annotation. The input should not have an annotation of its own (it shou

Checks the type annotation in the given io.Reader. The Annotation struct determines what we want to see. If we don't see the expected annotation, an

Benchmark the time it takes to parse a consensus file.

Benchmark the time it takes to parse a consensus file and get all its router statuses.

Benchmark the time it takes to look up a descriptor.

Benchmark the time it takes to parse a server descriptor file.

Benchmark the time it takes to lazily parse a consensus file.

Benchmark the time it takes to lazily parse a consensus file and get all its router statuses.

Benchmark the function parseAnnotation().

GetFingerprint implements the Object interface. It returns the router status' fingerprint.

GetFingerprint implements the Object interface. It returns the descriptor's fingerprint.

GetObject implements the ObjectSet interface. It returns the object identified by the given fingerprint. If the object is not present in the set, fa

GetObject implements the ObjectSet interface. It returns the object identified by the given fingerprint. If the object is not present in the set, fa

HasFamily returns true if the given relay identified by its fingerprint is part of this relay's family.

Iterate implements the ObjectSet interface. Using a channel, it iterates over and returns all router statuses. The given object filter can be used t

LazilyParseDescriptorFile parses the given file and returns a pointer to RouterDescriptors containing the router descriptors. If there were any error

LazilyParseUnsafeConsensusFile parses the given file without checking the annotations and returns a network consensus if parsing was successful. If th

LazilyParseDescriptorFile parses the given file without checking the annotations and returns a pointer to RouterDescriptors containing the router desc

LazyParseRawDescriptor lazily parses a raw router descriptor (in string format) and returns the descriptor's fingerprint, a function returning the des

LazyParseRawStatus parses a raw router status (in string format) and returns the router's fingerprint, a function which returns a RouterStatus, and an

Merge merges the given object set with itself.

Merge merges the given object set with itself.

ParseRawUnsafeConsensus parses a raw consensus (in string format) and returns a network consensus if parsing was successful.

ParseUnsafeConsensusFile parses the given file without checking the annotations and returns a network consensus if parsing was successful. If there we

ParseDescriptorFile parses the given file without checking the annotations and returns a pointer to RouterDescriptors containing the router descriptor

String implements the String as well as the Object interface. It returns the status' string representation.

Implement the Stringer interface for pretty printing.

Implement the Stringer interface for pretty printing.

Subtract removes all routers which are part of the given consensus b from consensus a. It returns a new consensus which is the result of the subtract

Test the function Equals().

Test the function String().

Test the function Base64ToString().

Test the function CheckAnnotation() on a network-status-consensus-3 input.

Test the function CheckAnnotation() on a server-descriptor input.

Test the function CheckAnnotation() on the input /dev/zero.

Test the function ParseRawDescriptor().