Files
SaveAny-Bot/core/batchtftask/taskinfo.go
Krau 900823cdb9 refactor: refactor task logic for better scalability (#76)
* refactor: a big refactor. wip

* refactor: port handle file

* refactor: place all handlers

* fix: task info nil pointer

* feat: enhance task progress tracking and context management

* feat: cancel task

* feat: stream mode

* feat: silent mode

* feat: dir cmd

* refactor: remove unused old file

* feat: rule cmd

* feat: handle silent mode

* feat: batch task

* fix: batch task progress and temp file cleanup

* refactor: update file creation and cleanup methods for better resource management

* feat: add save command with silent mode handling

* feat: message link

* feat: update message prompts to include file count in storage selection

* feat: slient save links

* refactor: reduce dup code

* feat: rule type

* feat: chose dir

* feat: refactor file handling and storage rules, improve error handling and logging

* feat: rule mode

* feat: telegraph pics

* fix: tphpics nil pointer and inaccurate dirpath

* feat: silent save telegraph

* feat: add suffix to avoid file overwrite

* feat: new storage telegram

* chore: tidy go mod
2025-06-15 23:57:49 +08:00

57 lines
969 B
Go

package batchtftask
type TaskElementInfo interface {
FileName() string
FileSize() int64
StoragePath() string
StorageName() string
}
func (e *TaskElement) FileName() string {
return e.File.Name()
}
func (e *TaskElement) FileSize() int64 {
return e.File.Size()
}
func (e *TaskElement) StoragePath() string {
return e.Path
}
func (e *TaskElement) StorageName() string {
return e.Storage.Name()
}
type TaskInfo interface {
TaskID() string
TotalSize() int64
Downloaded() int64
Count() int
Processing() []TaskElementInfo
}
func (t *Task) TaskID() string {
return t.ID
}
func (t *Task) TotalSize() int64 {
return t.totalSize
}
func (t *Task) Downloaded() int64 {
return t.downloaded.Load()
}
func (t *Task) Count() int {
return len(t.Elems)
}
func (t *Task) Processing() []TaskElementInfo {
processing := make([]TaskElementInfo, 0, len(t.Elems))
for _, elem := range t.processing {
processing = append(processing, elem)
}
return processing
}