func updateCacheInfo(pdoc *doc.Package, urpids, urpts *http.Cookie) (string, string) {
pdoc.ViewedTime = time.Now().UTC().Unix()
updateCachePros(pdoc)
updateProInfos(pdoc)
return updateUrPros(pdoc, urpids, urpts)
}
func updateRecentPros(pdoc *doc.Package) {
// Only projects with import path length is less than 40 letters will be showed.
if len(pdoc.ImportPath) < 40 {
index := -1
listLen := len(recentViewedPros)
curPro := &recentPro{
Path: pdoc.ImportPath,
Synopsis: pdoc.Synopsis,
ViewedTime: time.Now().UTC().Unix(),
IsGoRepo: pdoc.ProjectName == "Go" &&
strings.Index(pdoc.ImportPath, ".") == -1,
Views: pdoc.Views,
}
pdoc.ViewedTime = curPro.ViewedTime
// Check if in the list
for i, s := range recentViewedPros {
if s.Path == curPro.Path {
index = i
break
}
}
s := make([]*recentPro, 0, recentViewedProNum)
s = append(s, curPro)
switch {
case index == -1 && listLen < recentViewedProNum:
// Not found and list is not full
s = append(s, recentViewedPros...)
case index == -1 && listLen >= recentViewedProNum:
// Not found but list is full
s = append(s, recentViewedPros[:recentViewedProNum-1]...)
case index > -1:
// Found
s = append(s, recentViewedPros[:index]...)
s = append(s, recentViewedPros[index+1:]...)
}
recentViewedPros = s
}
}
func updateRecentPros(pdoc *doc.Package) {
index := -1
listLen := len(recentViewedPros)
curPro := &recentPro{
Path: pdoc.ImportPath,
ViewedTime: time.Now().UTC().Unix(),
IsGoRepo: pdoc.ProjectName == "Go",
Views: pdoc.Views,
}
pdoc.ViewedTime = curPro.ViewedTime
// Check if in the list
for i, s := range recentViewedPros {
if s.Path == curPro.Path {
index = i
break
}
}
s := make([]*recentPro, 0, recentViewedProNum)
s = append(s, curPro)
switch {
case index == -1 && listLen < recentViewedProNum:
// Not found and list is not full
s = append(s, recentViewedPros...)
case index == -1 && listLen >= recentViewedProNum:
// Not found but list is full
s = append(s, recentViewedPros[:recentViewedProNum-1]...)
case index > -1:
// Found
s = append(s, recentViewedPros[:index]...)
s = append(s, recentViewedPros[index+1:]...)
}
recentViewedPros = s
}
// ConvertDataFormat converts data from database acceptable format to useable format.
func ConvertDataFormat(pdoc *doc.Package, pdecl *models.PkgDecl) error {
// Consts
pdoc.Consts = make([]*doc.Value, 0, 5)
for _, v := range strings.Split(pdecl.Consts, "&$#") {
val := new(doc.Value)
for j, s := range strings.Split(v, "&V#") {
switch j {
case 0: // Name
val.Name = s
case 1: // Doc
val.Doc = s
case 2: // Decl
val.Decl = s
case 3: // URL
val.URL = s
}
}
pdoc.Consts = append(pdoc.Consts, val)
}
pdoc.Consts = pdoc.Consts[:len(pdoc.Consts)-1]
// Variables
pdoc.Vars = make([]*doc.Value, 0, 5)
for _, v := range strings.Split(pdecl.Vars, "&$#") {
val := new(doc.Value)
for j, s := range strings.Split(v, "&V#") {
switch j {
case 0: // Name
val.Name = s
case 1: // Doc
val.Doc = s
case 2: // Decl
val.Decl = s
case 3: // URL
val.URL = s
}
}
pdoc.Vars = append(pdoc.Vars, val)
}
pdoc.Vars = pdoc.Vars[:len(pdoc.Vars)-1]
// Functions
pdoc.Funcs = make([]*doc.Func, 0, 10)
for _, v := range strings.Split(pdecl.Funcs, "&$#") {
val := new(doc.Func)
for j, s := range strings.Split(v, "&F#") {
switch j {
case 0: // Name
val.Name = s
case 1: // Doc
val.Doc = s
case 2: // Decl
val.Decl = s
case 3: // URL
val.URL = s
case 4: // Code
val.Code = *codeDecode(&s)
}
}
pdoc.Funcs = append(pdoc.Funcs, val)
}
pdoc.Funcs = pdoc.Funcs[:len(pdoc.Funcs)-1]
// Types
pdoc.Types = make([]*doc.Type, 0, 10)
for _, v := range strings.Split(pdecl.Types, "&##") {
val := new(doc.Type)
for j, s := range strings.Split(v, "&$#") {
switch j {
case 0: // Type
for y, s2 := range strings.Split(s, "&T#") {
switch y {
case 0: // Name
val.Name = s2
case 1: // Doc
val.Doc = s2
case 2: // Decl
val.Decl = s2
case 3: // URL
val.URL = s2
}
}
case 1: // Functions
val.Funcs = make([]*doc.Func, 0, 2)
for _, v2 := range strings.Split(s, "&M#") {
val2 := new(doc.Func)
for y, s2 := range strings.Split(v2, "&F#") {
switch y {
case 0: // Name
val2.Name = s2
case 1: // Doc
val2.Doc = s2
case 2: // Decl
val2.Decl = s2
case 3: // URL
val2.URL = s2
case 4: // Code
val2.Code = *codeDecode(&s2)
}
}
val.Funcs = append(val.Funcs, val2)
}
val.Funcs = val.Funcs[:len(val.Funcs)-1]
case 3: // Methods.
val.Methods = make([]*doc.Func, 0, 5)
for _, v2 := range strings.Split(s, "&M#") {
val2 := new(doc.Func)
for y, s2 := range strings.Split(v2, "&F#") {
switch y {
case 0: // Name
val2.Name = s2
case 1: // Doc
val2.Doc = s2
case 2: // Decl
val2.Decl = s2
case 3: // URL
val2.URL = s2
case 4: // Code
val2.Code = *codeDecode(&s2)
}
}
val.Methods = append(val.Methods, val2)
}
val.Methods = val.Methods[:len(val.Methods)-1]
}
}
pdoc.Types = append(pdoc.Types, val)
}
pdoc.Types = pdoc.Types[:len(pdoc.Types)-1]
// Dirs.
pdoc.Dirs = strings.Split(pdecl.Dirs, "|")
pdoc.Dirs = pdoc.Dirs[:len(pdoc.Dirs)-1]
// Imports.
pdoc.Imports = strings.Split(pdecl.Imports, "|")
// Files.
pdoc.Files = strings.Split(pdecl.Files, "|")
return nil
}
