"strings"
)
-// layoutFileName is the file of the view layout in the directory of an agent.
-const layoutFileName = "layout.json"
-
-// viewLayout splits the view of a turn request into user messages that only
-// grow between batches. The view goes out as the same messages as in the
-// request before, while their lines give the same text, and the new lines
-// follow as one new message. So the end of the view of each earlier turn stays
-// a message end. On the ChatGPT backend, the first request of a turn with this
-// layout read the view of the turn before from the prompt cache in each of 10
-// turns, and with the view in one message it missed once in 5.
-//
-// The first message starts with "<chat>\n". The closing tag goes into the
-// state message after the view, so that no view message changes when lines
-// come. The layout keeps the line count and a hash of the text of each message
-// in layout.json, so it outlives a restart.
-type viewLayout struct {
- path string
- Messages []layoutMessage `json:"messages"`
-}
-
-// layoutMessage is one view message: its number of lines and the hash of its
-// text.
-type layoutMessage struct {
- Lines int `json:"lines"`
- Hash string `json:"hash"`
-}
-
-// loadLayout reads the layout at path. A missing file gives an empty layout.
-func loadLayout(path string) (*viewLayout, error) {
- layout := &viewLayout{
+// viewLayoutFileName is the file of the view layout in the directory of an
+// agent.
+const viewLayoutFileName = "layout.json"
+
+// loadViewLayout reads the layout at path. A missing file gives an empty
+// layout.
+func loadViewLayout(path string) (*ViewLayout, error) {
+ layout := &ViewLayout{
path: path,
}
return layout, nil
}
+// ViewLayout splits the view of a turn request into user messages that only
+// grow between batches. The view goes out as the same messages as in the
+// request before, while their lines give the same text, and the new lines
+// follow as one new message. So the end of the view of each earlier turn stays
+// a message end. On the ChatGPT backend, the first request of a turn with this
+// layout read the view of the turn before from the prompt cache in each of 10
+// turns, and with the view in one message it missed once in 5.
+//
+// The first message starts with "<chat>\n". The closing tag goes into the
+// state message after the view, so that no view message changes when lines
+// come. The layout keeps the line count and a hash of the text of each message
+// in layout.json, so it outlives a restart.
+type ViewLayout struct {
+ path string
+ Messages []ViewLayoutMessage `json:"messages"`
+}
+
// Split returns the view messages for lines and saves the layout. It keeps the
// earlier messages up to the first one whose text differs, and puts the rest
// of the lines into one new message.
-func (l *viewLayout) Split(lines []string) ([]string, error) {
+func (l *ViewLayout) Split(lines []string) ([]string, error) {
var texts []string
- var kept []layoutMessage
+ var kept []ViewLayoutMessage
start := 0
for _, message := range l.Messages {
if start+message.Lines > len(lines) {
}
text := viewMessage(len(texts) == 0, lines[start:start+message.Lines])
- if textHash(text) != message.Hash {
+ if viewTextHash(text) != message.Hash {
break
}
if start < len(lines) || len(texts) == 0 {
text := viewMessage(len(texts) == 0, lines[start:])
texts = append(texts, text)
- kept = append(kept, layoutMessage{
+ kept = append(kept, ViewLayoutMessage{
Lines: len(lines) - start,
- Hash: textHash(text),
+ Hash: viewTextHash(text),
})
}
return texts, nil
}
+// ViewLayoutMessage is one view message: its number of lines and the hash of
+// its text.
+type ViewLayoutMessage struct {
+ Lines int `json:"lines"`
+ Hash string `json:"hash"`
+}
+
// viewMessage returns the text of a view message with lines. The first one
// opens the chat.
func viewMessage(first bool, lines []string) string {
return text
}
-// textHash returns a short hash of text.
-func textHash(text string) string {
+// viewTextHash returns a short hash of text.
+func viewTextHash(text string) string {
sum := sha256.Sum256([]byte(text))
return hex.EncodeToString(sum[:16])
}