mimeinfo

package
v1.11.1-rc1 Latest Latest
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 Go to latest Published: Jun 21, 2024 License: Apache-2.0 Imports: 19 Imported by: 2

Documentation

Index

Constants

This section is empty.

Variables

This section is empty.

Functions

func Load 

func Load(ls *persist.LoadSaver) core.Identifier

func New 

func New(opts ...config.Option) (core.Identifier, error)

Types

type Big16 

type Big16 uint16

func (Big16) Equals 

func (n Big16) Equals(pat patterns.Pattern) bool

Equals reports whether a pattern is identical to another pattern.

func (Big16) Length 

func (n Big16) Length() (int, int)

Length returns a minimum and maximum length for the pattern.

func (Big16) NumSequences 

func (n Big16) NumSequences() int

NumSequences reports how many plain sequences are needed to represent this pattern.

func (Big16) Save 

func (n Big16) Save(ls *persist.LoadSaver)

Save persists the pattern.

func (Big16) Sequences 

func (n Big16) Sequences() []patterns.Sequence

Sequences converts the pattern into a slice of plain sequences.

func (Big16) String 

func (n Big16) String() string

func (Big16) Test 

func (n Big16) Test(b []byte) ([]int, int)

Test bytes against the pattern.

func (Big16) TestR 

func (n Big16) TestR(b []byte) ([]int, int)

Test bytes against the pattern in reverse.

type Big32 

type Big32 uint32

func (Big32) Equals 

func (n Big32) Equals(pat patterns.Pattern) bool

Equals reports whether a pattern is identical to another pattern.

func (Big32) Length 

func (n Big32) Length() (int, int)

Length returns a minimum and maximum length for the pattern.

func (Big32) NumSequences 

func (n Big32) NumSequences() int

NumSequences reports how many plain sequences are needed to represent this pattern.

func (Big32) Save 

func (n Big32) Save(ls *persist.LoadSaver)

Save persists the pattern.

func (Big32) Sequences 

func (n Big32) Sequences() []patterns.Sequence

Sequences converts the pattern into a slice of plain sequences.

func (Big32) String 

func (n Big32) String() string

func (Big32) Test 

func (n Big32) Test(b []byte) ([]int, int)

Test bytes against the pattern.

func (Big32) TestR 

func (n Big32) TestR(b []byte) ([]int, int)

Test bytes against the pattern in reverse.

type Host16 

type Host16 uint16

func (Host16) Equals 

func (n Host16) Equals(pat patterns.Pattern) bool

Equals reports whether a pattern is identical to another pattern.

func (Host16) Length 

func (n Host16) Length() (int, int)

Length returns a minimum and maximum length for the pattern.

func (Host16) NumSequences 

func (n Host16) NumSequences() int

NumSequences reports how many plain sequences are needed to represent this pattern.

func (Host16) Save 

func (n Host16) Save(ls *persist.LoadSaver)

Save persists the pattern.

func (Host16) Sequences 

func (n Host16) Sequences() []patterns.Sequence

Sequences converts the pattern into a slice of plain sequences.

func (Host16) String 

func (n Host16) String() string

func (Host16) Test 

func (n Host16) Test(b []byte) ([]int, int)

Test bytes against the pattern.

func (Host16) TestR 

func (n Host16) TestR(b []byte) ([]int, int)

Test bytes against the pattern in reverse.

type Host32 

type Host32 uint32

func (Host32) Equals 

func (n Host32) Equals(pat patterns.Pattern) bool

Equals reports whether a pattern is identical to another pattern.

func (Host32) Length 

func (n Host32) Length() (int, int)

Length returns a minimum and maximum length for the pattern.

func (Host32) NumSequences 

func (n Host32) NumSequences() int

NumSequences reports how many plain sequences are needed to represent this pattern.

func (Host32) Save 

func (n Host32) Save(ls *persist.LoadSaver)

Save persists the pattern.

func (Host32) Sequences 

func (n Host32) Sequences() []patterns.Sequence

Sequences converts the pattern into a slice of plain sequences.

func (Host32) String 

func (n Host32) String() string

func (Host32) Test 

func (n Host32) Test(b []byte) ([]int, int)

Test bytes against the pattern.

func (Host32) TestR 

func (n Host32) TestR(b []byte) ([]int, int)

Test bytes against the pattern in reverse.

type Identification 

type Identification struct {
	Namespace string
	ID        string
	Name      string
	Basis     []string
	Warning   string
	// contains filtered or unexported fields
}

func (Identification) Archive 

func (id Identification) Archive() config.Archive

func (Identification) Known 

func (id Identification) Known() bool

func (Identification) String 

func (id Identification) String() string

func (Identification) Values added in v1.7.1 

func (id Identification) Values() []string

func (Identification) Warn 

func (id Identification) Warn() string

type Identifier 

type Identifier struct {
	*identifier.Base
	// contains filtered or unexported fields
}

func (*Identifier) Fields 

func (i *Identifier) Fields() []string

func (*Identifier) Recorder 

func (i *Identifier) Recorder() core.Recorder

func (*Identifier) Save 

func (i *Identifier) Save(ls *persist.LoadSaver)

type IgnoreCase 

type IgnoreCase []byte

func (IgnoreCase) Equals 

func (c IgnoreCase) Equals(pat patterns.Pattern) bool

Equals reports whether a pattern is identical to another pattern.

func (IgnoreCase) Length 

func (c IgnoreCase) Length() (int, int)

Length returns a minimum and maximum length for the pattern.

func (IgnoreCase) NumSequences 

func (c IgnoreCase) NumSequences() int

NumSequences reports how many plain sequences are needed to represent this pattern.

func (IgnoreCase) Save 

func (c IgnoreCase) Save(ls *persist.LoadSaver)

Save persists the pattern.

func (IgnoreCase) Sequences 

func (c IgnoreCase) Sequences() []patterns.Sequence

Sequences converts the pattern into a slice of plain sequences.

func (IgnoreCase) String 

func (c IgnoreCase) String() string

func (IgnoreCase) Test 

func (c IgnoreCase) Test(b []byte) ([]int, int)

func (IgnoreCase) TestR 

func (c IgnoreCase) TestR(b []byte) ([]int, int)

type Int8 

type Int8 byte

func (Int8) Equals 

func (n Int8) Equals(pat patterns.Pattern) bool

Equals reports whether a pattern is identical to another pattern.

func (Int8) Length 

func (n Int8) Length() (int, int)

Length returns a minimum and maximum length for the pattern.

func (Int8) NumSequences 

func (n Int8) NumSequences() int

NumSequences reports how many plain sequences are needed to represent this pattern.

func (Int8) Save 

func (n Int8) Save(ls *persist.LoadSaver)

Save persists the pattern.

func (Int8) Sequences 

func (n Int8) Sequences() []patterns.Sequence

Sequences converts the pattern into a slice of plain sequences.

func (Int8) String 

func (n Int8) String() string

func (Int8) Test 

func (n Int8) Test(b []byte) ([]int, int)

Test bytes against the pattern.

func (Int8) TestR 

func (n Int8) TestR(b []byte) ([]int, int)

Test bytes against the pattern in reverse.

type Little16 

type Little16 uint16

func (Little16) Equals 

func (n Little16) Equals(pat patterns.Pattern) bool

Equals reports whether a pattern is identical to another pattern.

func (Little16) Length 

func (n Little16) Length() (int, int)

Length returns a minimum and maximum length for the pattern.

func (Little16) NumSequences 

func (n Little16) NumSequences() int

NumSequences reports how many plain sequences are needed to represent this pattern.

func (Little16) Save 

func (n Little16) Save(ls *persist.LoadSaver)

Save persists the pattern.

func (Little16) Sequences 

func (n Little16) Sequences() []patterns.Sequence

Sequences converts the pattern into a slice of plain sequences.

func (Little16) String 

func (n Little16) String() string

func (Little16) Test 

func (n Little16) Test(b []byte) ([]int, int)

Test bytes against the pattern.

func (Little16) TestR 

func (n Little16) TestR(b []byte) ([]int, int)

Test bytes against the pattern in reverse.

type Little32 

type Little32 uint32

func (Little32) Equals 

func (n Little32) Equals(pat patterns.Pattern) bool

Equals reports whether a pattern is identical to another pattern.

func (Little32) Length 

func (n Little32) Length() (int, int)

Length returns a minimum and maximum length for the pattern.

func (Little32) NumSequences 

func (n Little32) NumSequences() int

NumSequences reports how many plain sequences are needed to represent this pattern.

func (Little32) Save 

func (n Little32) Save(ls *persist.LoadSaver)

Save persists the pattern.

func (Little32) Sequences 

func (n Little32) Sequences() []patterns.Sequence

Sequences converts the pattern into a slice of plain sequences.

func (Little32) String 

func (n Little32) String() string

func (Little32) Test 

func (n Little32) Test(b []byte) ([]int, int)

Test bytes against the pattern.

func (Little32) TestR 

func (n Little32) TestR(b []byte) ([]int, int)

Test bytes against the pattern in reverse.

type Mask 

type Mask struct {
	// contains filtered or unexported fields
}

func (Mask) Equals 

func (m Mask) Equals(pat patterns.Pattern) bool

Equals reports whether a pattern is identical to another pattern.

func (Mask) Length 

func (m Mask) Length() (int, int)

Length returns a minimum and maximum length for the pattern.

func (Mask) NumSequences 

func (m Mask) NumSequences() int

NumSequences reports how many plain sequences are needed to represent this pattern.

func (Mask) Save 

func (m Mask) Save(ls *persist.LoadSaver)

Save persists the pattern.

func (Mask) Sequences 

func (m Mask) Sequences() []patterns.Sequence

Sequences converts the pattern into a slice of plain sequences.

func (Mask) String 

func (m Mask) String() string

func (Mask) Test 

func (m Mask) Test(b []byte) ([]int, int)

func (Mask) TestR 

func (m Mask) TestR(b []byte) ([]int, int)

type Recorder 

type Recorder struct {
	*Identifier
	// contains filtered or unexported fields
}

func (*Recorder) Active 

func (r *Recorder) Active(m core.MatcherType)

func (*Recorder) Record 

func (r *Recorder) Record(m core.MatcherType, res core.Result) bool

func (*Recorder) Report 

func (r *Recorder) Report() []core.Identification

func (*Recorder) Satisfied 

func (r *Recorder) Satisfied(mt core.MatcherType) (bool, core.Hint)

Source Files

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