Documentation ¶
Index ¶
- type Binary
- type Category
- type DBCategory
- type Group
- type MessageNumber
- type MessageNumberSet
- func (set MessageNumberSet) Add(i MessageNumber) bool
- func (set MessageNumberSet) Cardinality() int
- func (set *MessageNumberSet) Clear()
- func (set MessageNumberSet) Clone() MessageNumberSet
- func (set MessageNumberSet) Contains(i MessageNumber) bool
- func (set MessageNumberSet) ContainsAll(i ...MessageNumber) bool
- func (set MessageNumberSet) Difference(other MessageNumberSet) MessageNumberSet
- func (set MessageNumberSet) Equal(other MessageNumberSet) bool
- func (set MessageNumberSet) Intersect(other MessageNumberSet) MessageNumberSet
- func (set MessageNumberSet) IsSubset(other MessageNumberSet) bool
- func (set MessageNumberSet) IsSuperset(other MessageNumberSet) bool
- func (set MessageNumberSet) Iter() <-chan MessageNumber
- func (set MessageNumberSet) Remove(i MessageNumber)
- func (set MessageNumberSet) SymmetricDifference(other MessageNumberSet) MessageNumberSet
- func (set MessageNumberSet) ToSlice() []MessageNumber
- func (set MessageNumberSet) Union(other MessageNumberSet) MessageNumberSet
- type MissedMessage
- type Part
- type Regex
- type RegexpUtil
- type Release
- type Segment
Constants ¶
This section is empty.
Variables ¶
This section is empty.
Functions ¶
This section is empty.
Types ¶
type Binary ¶
type Binary struct { ID int64 Hash string `sql:"size:16"` Name string `sql:"size:512"` TotalParts int Posted time.Time From string Xref string `sql:"size:1024"` GroupName string Parts []Part }
Binary struct
type Category ¶
type Category int
Category represents what type of thing a release is
const ( Unknown Category = -1 Other Category = 0 Console Category = 1000 Movies Category = 2000 Audio Category = 3000 PC Category = 4000 TV Category = 5000 XXX Category = 6000 Books Category = 7000 Other_Misc Category = 10 Other_Hashed Category = 20 Console_NDS Category = 1010 Console_PSP Category = 1020 Console_Wii Category = 1030 Console_Xbox Category = 1040 Console_Xbox360 Category = 1050 Console_WiiWareVC Category = 1060 Console_XBOX360DLC Category = 1070 Console_PS3 Category = 1080 Console_Other Category = 1090 Console_3DS Category = 1110 Console_PSVita Category = 1120 Console_WiiU Category = 1130 Console_XboxOne Category = 1140 Console_PS4 Category = 1180 Movie_Foreign Category = 2010 Movie_Other Category = 2020 Movie_SD Category = 2030 Movie_HD Category = 2040 Movie_3D Category = 2050 Movie_BluRay Category = 2060 Movie_DVD Category = 2070 Movie_WEBDL Category = 2080 Audio_MP3 Category = 3010 Audio_Video Category = 3020 Audio_Audiobook Category = 3030 Audio_Lossless Category = 3040 Audio_Other Category = 3050 Audio_Foreign Category = 3060 PC_0day Category = 4010 PC_ISO Category = 4020 PC_Mac Category = 4030 PC_PhoneOther Category = 4040 PC_Games Category = 4050 PC_PhoneIOS Category = 4060 PC_PhoneAndroid Category = 4070 TV_WEBDL Category = 5010 TV_Foreign Category = 5020 TV_SD Category = 5030 TV_HD Category = 5040 TV_Other Category = 5050 TV_Sport Category = 5060 TV_Anime Category = 5070 TV_Documentary Category = 5080 XXX_DVD Category = 6010 XXX_WMV Category = 6020 XXX_XviD Category = 6030 XXX_x264 Category = 6040 XXX_Other Category = 6050 XXX_Imageset Category = 6060 XXX_Packs Category = 6070 XXX_SD Category = 6080 XXX_WEBDL Category = 6090 Book_Ebook Category = 7010 Book_Comics Category = 7020 Book_Magazines Category = 7030 Book_Technical Category = 7040 Book_Other Category = 7050 Book_Foreign Category = 7060 )
Category Constants, just for use when matching and setting categories. DB has it's own representation. The INT values here and in the DB IDs must be kept in sync
func CategoryFromInt ¶
CategoryFromInt returns a Category corresponding to the given int or Unknown if there isn't one.
type DBCategory ¶
type DBCategory struct { ID int64 `json:"id"` Name string `json:"name"` Active bool `json:"-"` Description string `json:"-"` DisablePreview bool `json:"-"` MinSize int `json:"-"` Parent *DBCategory `json:"-"` ParentID sql.NullInt64 `json:"-"` SubCategories []DBCategory `sql:"-" json:"subcat"` }
DBCategory maps category information from the DB to a struct. Information should be mirrored in the Category constants.
func (*DBCategory) IsParent ¶
func (d *DBCategory) IsParent() bool
IsParent returns true if the Category's parent
func (DBCategory) TableName ¶
func (d DBCategory) TableName() string
TableName sets the name of the table to use when querying the db
type Group ¶
type Group struct { ID int64 Active bool `sql:"index"` First int64 Last int64 Name string `sql:"unique"` MinFiles int MinSize int64 }
Group struct
type MessageNumberSet ¶
type MessageNumberSet map[MessageNumber]struct{}
MessageNumberSet is the primary type that represents a set
func NewMessageNumberSet ¶
func NewMessageNumberSet(a ...MessageNumber) MessageNumberSet
NewMessageNumberSet creates and returns a reference to an empty set.
func (MessageNumberSet) Add ¶
func (set MessageNumberSet) Add(i MessageNumber) bool
Add adds an item to the current set if it doesn't already exist in the set.
func (MessageNumberSet) Cardinality ¶
func (set MessageNumberSet) Cardinality() int
Cardinality returns how many items are currently in the set.
func (*MessageNumberSet) Clear ¶
func (set *MessageNumberSet) Clear()
Clear clears the entire set to be the empty set.
func (MessageNumberSet) Clone ¶
func (set MessageNumberSet) Clone() MessageNumberSet
Clone returns a clone of the set. Does NOT clone the underlying elements.
func (MessageNumberSet) Contains ¶
func (set MessageNumberSet) Contains(i MessageNumber) bool
Contains determines if a given item is already in the set.
func (MessageNumberSet) ContainsAll ¶
func (set MessageNumberSet) ContainsAll(i ...MessageNumber) bool
ContainsAll determines if the given items are all in the set
func (MessageNumberSet) Difference ¶
func (set MessageNumberSet) Difference(other MessageNumberSet) MessageNumberSet
Difference returns a new set with items in the current set but not in the other set
func (MessageNumberSet) Equal ¶
func (set MessageNumberSet) Equal(other MessageNumberSet) bool
Equal determines if two sets are equal to each other. If they both are the same size and have the same items they are considered equal. Order of items is not relevent for sets to be equal.
func (MessageNumberSet) Intersect ¶
func (set MessageNumberSet) Intersect(other MessageNumberSet) MessageNumberSet
Intersect returns a new set with items that exist only in both sets.
func (MessageNumberSet) IsSubset ¶
func (set MessageNumberSet) IsSubset(other MessageNumberSet) bool
IsSubset determines if every item in the other set is in this set.
func (MessageNumberSet) IsSuperset ¶
func (set MessageNumberSet) IsSuperset(other MessageNumberSet) bool
IsSuperset determines if every item of this set is in the other set.
func (MessageNumberSet) Iter ¶
func (set MessageNumberSet) Iter() <-chan MessageNumber
Iter returns a channel of type MessageNumber that you can range over.
func (MessageNumberSet) Remove ¶
func (set MessageNumberSet) Remove(i MessageNumber)
Remove allows the removal of a single item in the set.
func (MessageNumberSet) SymmetricDifference ¶
func (set MessageNumberSet) SymmetricDifference(other MessageNumberSet) MessageNumberSet
SymmetricDifference returns a new set with items in the current set or the other set but not in both.
func (MessageNumberSet) ToSlice ¶
func (set MessageNumberSet) ToSlice() []MessageNumber
ToSlice returns the elements of the current set as a slice
func (MessageNumberSet) Union ¶
func (set MessageNumberSet) Union(other MessageNumberSet) MessageNumberSet
Union returns a new set with all items in both sets.
type MissedMessage ¶
MissedMessage represents a message we expected to get from the server in an OVERVIEW range but wasn't returned. Save the message id for retry later.
type Part ¶
type Part struct { ID int64 Hash string `sql:"index;size:16"` Subject string `sql:"size:512"` TotalSegments int `sql:"index"` Posted time.Time From string Xref string `sql:"size:1024"` GroupName string `sql:"index"` Binary Binary BinaryID sql.NullInt64 Segments []Segment }
Part struct
type Regex ¶
type Regex struct { ID int Regex string `sql:"size:2048"` Description string Status bool Ordinal int GroupRegex string Kind string Compiled *RegexpUtil `sql:"-"` // Ignore for DB CompiledGroupRegex *RegexpUtil `sql:"-"` // Ignore for DB }
Regex Comment
type RegexpUtil ¶
RegexpUtil embed regexp.Regexp in a new type so we can extend it
func (*RegexpUtil) FindStringSubmatchMap ¶
func (r *RegexpUtil) FindStringSubmatchMap(s string) map[string]string
FindStringSubmatchMap returns named matches in a map
type Release ¶
type Release struct { ID int64 Hash string CreatedAt time.Time Posted time.Time Name string SearchName string OriginalName string From string Status int Grabs int Size int64 Group Group GroupID sql.NullInt64 Category DBCategory `gorm:"column:category"` CategoryID sql.NullInt64 NZB string `sql:"size:0" gorm:"column:nzb"` }
Release struct
func (*Release) CategoryName ¶
CategoryName returns the constant Category of the Release's Category