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|
package main
import (
"bytes"
"database/sql"
"encoding/json"
"fmt"
"log"
"os"
"strings"
"time"
tea "github.com/charmbracelet/bubbletea"
"github.com/charmbracelet/lipgloss"
_ "modernc.org/sqlite"
)
var logBuffer bytes.Buffer
// tickMsg is sent every minute to update the display
type tickMsg time.Time
// TimeEntry represents a single time tracking entry
type TimeEntry struct {
ID int64
ClientID int64
StartTime int64 // Unix timestamp
EndTime sql.NullInt64 // Unix timestamp, NULL = in progress
Comment string // Optional comment/description
InvoiceID sql.NullInt64 // Invoice ID if invoiced
InvoiceNumber sql.NullString // Invoice number if invoiced
Index int // Display index (1-based position in client's entry list)
}
// Milestone represents a marker in the timeline showing project phases
type Milestone struct {
ID int64
ClientID int64
Name string
Timestamp int64 // Unix timestamp
}
// DisplayItem represents either a time entry or milestone for unified rendering
type DisplayItem struct {
ItemType string // "entry" or "milestone"
Entry *TimeEntry
Milestone *Milestone
SortTimestamp int64 // For sorting: entry.StartTime or milestone.Timestamp
DisplayIndex int // 1-based display position
CumulativeHours float64 // Hours accumulated up to this point
}
// Client represents a client with their time entries and milestones
type Client struct {
ID int64
Name string
Shortcode string // Invoice prefix (e.g., "NP" for NewPipe)
DisplayItems []DisplayItem
TargetHours float64
Archived bool
ArchivedAt sql.NullInt64 // Unix timestamp of when archived/unarchived
}
// filterEntries extracts only TimeEntry items from DisplayItems
func filterEntries(items []DisplayItem) []TimeEntry {
var entries []TimeEntry
for _, item := range items {
if item.ItemType == "entry" && item.Entry != nil {
entries = append(entries, *item.Entry)
}
}
return entries
}
// InputMode represents the current input mode of the TUI
type InputMode int
const (
InputModeNormal InputMode = iota // Normal navigation mode
InputModeCreatingClient // Creating a new client (entering name)
InputModeCreatingClientShortcode // Creating a new client (entering shortcode)
InputModeCreatingMilestone // Creating a new milestone (entering name)
InputModeEditingMilestone // Editing an existing milestone (entering name)
InputModeInvoicePreview // Previewing invoice creation
InputModeMessage // Showing a message dialog
// Note: InputModeEditingComment and InputModeBlockedEdit are handled by TimestampTableModel component
)
// ClientScrollPosition stores scroll state for a specific client
type ClientScrollPosition struct {
selectedRow int // Currently selected row (0-based)
viewportStart int // First visible row in viewport
}
// ScrollStateEntry represents the saved scroll state for a single client
type ScrollStateEntry struct {
ClientID int64 `json:"client_id"`
CursorPosition int `json:"cursor_position"` // Absolute cursor position (selectedRow) - source of truth
ViewportOffset int `json:"viewport_offset"` // Relative: how many rows before cursor the viewport starts
}
// Model is the bubbletea model for the timetracking TUI
type Model struct {
// Core data
clients []Client
selectedClient int // Index of currently selected client
db *sql.DB // Database connection
// Navigation state
selectedRow int // Currently selected row (0-based)
pageSize int // Number of visible rows (note: viewport is managed by timestampTable)
// Per-client scroll positions (keyed by client ID)
clientScrollPositions map[int64]ClientScrollPosition
// Timestamp table component
timestampTable TimestampTableModel
// Input state
inputMode InputMode // Current input mode
inputBuffer string // Text buffer for input mode (used for client creation, milestone creation)
cursorPos int // Cursor position in input buffer (0 = start)
pendingClientName string // Temporary storage for client name while prompting for shortcode
editingMilestoneID int64 // ID of milestone being edited (for edit mode)
milestoneTimestamp int64 // Timestamp for new milestone being created
// Note: Comment editing state (editingEntryID, originalComment, blockedEditMessage) is now in TimestampTableModel
// View state
archivedView *ArchivedViewModel // nil when in normal mode, non-nil when viewing archived clients
invoicePreview *InvoicePreviewModel // nil when in normal mode, non-nil when previewing invoice
// Message dialog state
messageText string // Text to display in message dialog
// Terminal dimensions
windowWidth int
windowHeight int
}
// NewModel creates a new Model with clients loaded from the database
func NewModel(db *sql.DB) (Model, error) {
clients, err := LoadClients(db)
if err != nil {
return Model{}, fmt.Errorf("failed to load clients: %w", err)
}
// Initialize scroll positions map
scrollPositions := make(map[int64]ClientScrollPosition)
// Try to load saved scroll positions from database (JSON format)
scrollStateJSON, err := LoadUIState(db, "scroll_state")
if err == nil && scrollStateJSON != "" {
var scrollStates []ScrollStateEntry
if err := json.Unmarshal([]byte(scrollStateJSON), &scrollStates); err == nil {
// Load saved positions into map
for _, state := range scrollStates {
cursorPosition := state.CursorPosition
viewportOffset := state.ViewportOffset
// Find the client to check bounds
for _, client := range clients {
if client.ID == state.ClientID {
// Clamp cursor to valid range [0, len(items)-1]
cursorPosition = clampIndex(cursorPosition, len(client.DisplayItems))
// Calculate viewportStart from cursor and relative offset
// viewportStart = cursor - offset (offset = how many rows before cursor)
viewportStart := cursorPosition - viewportOffset
// Clamp viewportStart to be non-negative (viewport can't start before list)
viewportStart = clampMin(viewportStart, 0)
scrollPositions[client.ID] = ClientScrollPosition{
selectedRow: cursorPosition,
viewportStart: viewportStart,
}
break
}
}
}
}
}
// For any clients without saved positions, default to end of list
for _, client := range clients {
if _, exists := scrollPositions[client.ID]; !exists {
if len(client.DisplayItems) > 0 {
scrollPositions[client.ID] = ClientScrollPosition{
selectedRow: len(client.DisplayItems) - 1,
viewportStart: 0, // Will be adjusted by viewport logic
}
} else {
scrollPositions[client.ID] = ClientScrollPosition{
selectedRow: 0,
viewportStart: 0,
}
}
}
}
// Try to load saved selected client ID
selectedClientIndex := 0
savedClientIDStr, err := LoadUIState(db, "selected_client_id")
if err == nil && savedClientIDStr != "" {
var savedClientID int64
if _, err := fmt.Sscanf(savedClientIDStr, "%d", &savedClientID); err == nil {
// Find the client with this ID
for i, client := range clients {
if client.ID == savedClientID {
selectedClientIndex = i
break
}
}
}
}
// Set initial position based on selected client's scroll position
var initialRow, initialViewport int
if len(clients) > 0 && selectedClientIndex < len(clients) {
selectedClient := clients[selectedClientIndex]
initialPos := scrollPositions[selectedClient.ID]
initialRow = initialPos.selectedRow
initialViewport = initialPos.viewportStart
}
// Create border style for timestamp table (will be updated with window size)
borderStyle := lipgloss.NewStyle().
Border(lipgloss.RoundedBorder()).
BorderForeground(ColorTableBorder)
// Create timestamp table with default dimensions (will be updated on first WindowSizeMsg)
timestampTable := NewTimestampTableModel(80, borderStyle)
// Set initial selected row and viewport from loaded state
var initialItemCount int
if len(clients) > 0 {
initialItemCount = len(clients[selectedClientIndex].DisplayItems)
}
timestampTable.SetSelectedRow(initialRow, initialItemCount)
timestampTable.SetViewportStart(initialViewport)
// Note: pageSize will be set on first WindowSizeMsg
model := Model{
clients: clients,
selectedClient: selectedClientIndex,
selectedRow: initialRow,
clientScrollPositions: scrollPositions,
timestampTable: timestampTable,
db: db,
}
return model, nil
}
// Init initializes the model (bubbletea interface)
func (m Model) Init() tea.Cmd {
// Start the periodic tick to update calculated values every minute
return tea.Tick(time.Minute, func(t time.Time) tea.Msg {
return tickMsg(t)
})
}
// calculateRestartableEntryID returns the ID of the entry that can be restarted with 't',
// or -1 if there is no restartable entry.
// An entry is restartable if it's the most recent completed entry and ended < 15min ago.
// Only returns a valid ID if no entry is currently running.
func calculateRestartableEntryID(entries []TimeEntry) int64 {
// Check if there's a running entry
hasRunningEntry := false
for _, entry := range entries {
if !entry.EndTime.Valid {
hasRunningEntry = true
break
}
}
// Only show restartable entry if nothing is running
if hasRunningEntry {
return -1
}
// Find the most recent completed entry
restartableEntry := findMostRecentCompletedEntry(entries)
if restartableEntry != nil {
return restartableEntry.ID
}
return -1
}
// renderInputTextWithCursor renders input text with a cursor at the specified position.
// The cursor is shown as a highlighted character (if on a char) or a block at the end.
func renderInputTextWithCursor(buffer string, cursorPos int) string {
if cursorPos < len(buffer) {
// Cursor is on a character - highlight it with background
before := buffer[:cursorPos]
cursorChar := string(buffer[cursorPos])
after := buffer[cursorPos+1:]
cursorStyle := lipgloss.NewStyle().Background(ColorCursorBackground).Foreground(ColorCursorForeground)
return before + cursorStyle.Render(cursorChar) + after
}
// Cursor is at end - show a block cursor
cursorStyle := lipgloss.NewStyle().Background(ColorCursorBackground)
return buffer + cursorStyle.Render(" ")
}
// renderTabs renders the client tab bar at the top of the view.
func (m Model) renderTabs() string {
var tabs strings.Builder
for i, client := range m.clients {
tabStyle := lipgloss.NewStyle().Padding(0, 1).Foreground(ColorTextDim)
if i == m.selectedClient {
// Highlight selected client
tabStyle = tabStyle.Background(ColorSelectionBackground).Foreground(ColorDialogForeground).Bold(true)
}
tabs.WriteString(tabStyle.Render(client.Name))
if i < len(m.clients)-1 {
tabSep := lipgloss.NewStyle().Foreground(ColorTextDim).Render(" | ")
tabs.WriteString(tabSep)
}
}
return tabs.String() + "\n"
}
// createCustomBorder creates a custom border based on the current input mode.
// For input modes, the bottom border shows the input prompt with cursor.
func (m Model) createCustomBorder() lipgloss.Border {
customBorder := lipgloss.RoundedBorder()
if m.inputMode == InputModeCreatingClient {
// Show input prompt in bottom border with cursor at correct position
text := renderInputTextWithCursor(m.inputBuffer, m.cursorPos)
customBorder.Bottom = "─────New client name: " + text + "─────"
} else if m.inputMode == InputModeCreatingClientShortcode {
// Show shortcode prompt in bottom border
text := renderInputTextWithCursor(m.inputBuffer, m.cursorPos)
customBorder.Bottom = fmt.Sprintf("─────Shortcode for '%s': %s─────", m.pendingClientName, text)
} else if m.inputMode == InputModeCreatingMilestone {
// Show milestone creation prompt in bottom border
text := renderInputTextWithCursor(m.inputBuffer, m.cursorPos)
customBorder.Bottom = "─────New milestone: " + text + "─────"
} else if m.inputMode == InputModeEditingMilestone {
// Show milestone editing prompt in bottom border
text := renderInputTextWithCursor(m.inputBuffer, m.cursorPos)
customBorder.Bottom = "─────Edit milestone: " + text + "─────"
} else {
customBorder.Bottom = "─"
}
return customBorder
}
// renderSummaryFooter renders the hours summary footer for the given client.
// Shows total hours, uninvoiced hours, target hours, and the difference.
func renderSummaryFooter(client Client) string {
entries := filterEntries(client.DisplayItems)
totalHours := calculateTotalHours(entries)
uninvoicedHours := calculateUninvoicedHours(entries)
diff := totalHours - client.TargetHours
diffSign := ""
diffColor := ColorAgeNewest // Green for positive
if diff > 0 {
diffSign = "+"
} else if diff < 0 {
diffColor = ColorError // Red for negative
}
summaryStyle := lipgloss.NewStyle().
Bold(true).
Foreground(ColorAgeNewest)
targetStyle := lipgloss.NewStyle().
Foreground(ColorTextDim)
diffStyle := lipgloss.NewStyle().
Bold(true).
Foreground(diffColor)
uninvoicedStyle := lipgloss.NewStyle().
Bold(true).
Foreground(ColorRestartable) // Orange color for uninvoiced
var footer string
footer += "\n"
footer += summaryStyle.Render(fmt.Sprintf("SUMM: %.1fh", totalHours)) + " "
footer += uninvoicedStyle.Render(fmt.Sprintf("(Uninvoiced: %.1fh)", uninvoicedHours)) + "\n"
footer += targetStyle.Render(fmt.Sprintf("Target: %.0fh", client.TargetHours)) + "\n"
footer += diffStyle.Render(fmt.Sprintf("Diff: %s%.1fh", diffSign, diff)) + "\n"
return footer
}
// renderMessageDialog renders a centered message dialog overlay.
func (m Model) renderMessageDialog() string {
dialogStyle := lipgloss.NewStyle().
Border(lipgloss.RoundedBorder()).
BorderForeground(ColorRestartable). // Orange border for info
Padding(1, 2).
Background(ColorDialogBackground).
Foreground(ColorDialogForeground)
messageStyle := lipgloss.NewStyle().
Foreground(ColorDialogForeground)
instructionStyle := lipgloss.NewStyle().
Foreground(ColorTextDim).
Italic(true)
dialogContent := messageStyle.Render(m.messageText) + "\n\n"
dialogContent += instructionStyle.Render("[Press any key to continue]")
dialog := dialogStyle.Render(dialogContent)
// Create overlay by positioning dialog in center
return lipgloss.Place(
m.windowWidth,
m.windowHeight,
lipgloss.Center,
lipgloss.Center,
dialog,
lipgloss.WithWhitespaceChars(" "),
lipgloss.WithWhitespaceForeground(ColorOverlayBackground),
)
}
// saveCurrentScrollPosition saves the current client's scroll position to the map
func (m *Model) saveCurrentScrollPosition() {
if len(m.clients) > 0 && m.selectedClient < len(m.clients) {
currentClient := m.clients[m.selectedClient]
m.clientScrollPositions[currentClient.ID] = ClientScrollPosition{
selectedRow: m.selectedRow,
viewportStart: m.timestampTable.GetViewportStart(),
}
}
}
// saveUIStateToDB persists the current UI state to the database.
// This saves the selected client ID and all scroll positions as JSON.
func (m *Model) saveUIStateToDB() {
if m.db == nil {
return
}
// Save current scroll position to map first
m.saveCurrentScrollPosition()
// Save selected client ID
if len(m.clients) > 0 && m.selectedClient < len(m.clients) {
currentClient := m.clients[m.selectedClient]
clientIDStr := fmt.Sprintf("%d", currentClient.ID)
if err := SaveUIState(m.db, "selected_client_id", clientIDStr); err != nil {
log.Printf("Failed to save selected client: %v", err)
}
}
// Save scroll state for all clients as JSON array
var scrollStates []ScrollStateEntry
for clientID, pos := range m.clientScrollPositions {
// Calculate relative viewport offset (how many rows before cursor the viewport starts)
viewportOffset := pos.selectedRow - pos.viewportStart
scrollStates = append(scrollStates, ScrollStateEntry{
ClientID: clientID,
CursorPosition: pos.selectedRow, // Absolute cursor position
ViewportOffset: viewportOffset, // Relative offset
})
}
if len(scrollStates) > 0 {
jsonData, err := json.Marshal(scrollStates)
if err != nil {
log.Printf("Failed to marshal scroll state: %v", err)
return
}
if err := SaveUIState(m.db, "scroll_state", string(jsonData)); err != nil {
log.Printf("Failed to save scroll state: %v", err)
}
}
}
// adjustViewportToSelection adjusts the viewport to keep the selected row visible.
// Delegates to the timestampTable component which manages the viewport.
func (m *Model) adjustViewportToSelection() {
m.timestampTable.adjustViewportToSelection()
}
// switchToClient switches to the next or previous client with wrap-around.
// If forward is true, moves to the next client; if false, moves to the previous.
// Saves current client's scroll position and restores target client's position.
func (m *Model) switchToClient(forward bool) {
if len(m.clients) == 0 {
return
}
// Save current client's scroll position (to memory and DB)
m.saveCurrentScrollPosition()
// Switch to next/previous client
if forward {
m.selectedClient = (m.selectedClient + 1) % len(m.clients)
} else {
m.selectedClient = (m.selectedClient - 1 + len(m.clients)) % len(m.clients)
}
// Restore target client's scroll position
targetClient := m.clients[m.selectedClient]
if pos, exists := m.clientScrollPositions[targetClient.ID]; exists {
m.selectedRow = pos.selectedRow
m.timestampTable.SetViewportStart(pos.viewportStart)
// Bounds check in case client's items changed
m.selectedRow = clampIndex(m.selectedRow, len(targetClient.DisplayItems))
} else {
// No saved position - default to end
if len(targetClient.DisplayItems) > 0 {
m.selectedRow = len(targetClient.DisplayItems) - 1
} else {
m.selectedRow = 0
}
m.timestampTable.SetViewportStart(0)
}
// Sync the timestamp table with new position
m.syncTimestampTableToCurrentClient()
// Save UI state to database
m.saveUIStateToDB()
}
// reloadClients reloads all clients from the database.
// Returns an error if the reload fails.
func (m *Model) reloadClients() error {
newClients, err := LoadClients(m.db)
if err != nil {
return fmt.Errorf("failed to reload clients: %w", err)
}
m.clients = newClients
return nil
}
// preserveSelection ensures the current selection remains valid after data changes.
// Adjusts selectedClient and selectedRow if they're out of bounds.
// Call this after reloading clients when you want to keep the user's current position.
func (m *Model) preserveSelection() {
// Bounds check for selected client
m.selectedClient = clampIndex(m.selectedClient, len(m.clients))
// Bounds check for selected row within current client
if len(m.clients) > 0 && m.selectedClient < len(m.clients) {
currentClient := m.clients[m.selectedClient]
m.selectedRow = clampIndex(m.selectedRow, len(currentClient.DisplayItems))
}
// Adjust viewport to ensure selection is visible
m.adjustViewportToSelection()
}
// scrollToLastEntry moves the selection to the last item in the current client's list.
// This is useful after adding a new entry or milestone to automatically show it to the user.
// Call this after reloading clients when a new item was added.
func (m *Model) scrollToLastEntry() {
if len(m.clients) == 0 || m.selectedClient >= len(m.clients) {
return
}
currentClient := m.clients[m.selectedClient]
if len(currentClient.DisplayItems) > 0 {
m.selectedRow = len(currentClient.DisplayItems) - 1
} else {
m.selectedRow = 0
}
// Adjust viewport to ensure the last entry is visible
m.adjustViewportToSelection()
}
// syncTimestampTableToCurrentClient updates the timestamp table component's selected row and viewport.
// Call this after data changes that might have affected the entry count.
func (m *Model) syncTimestampTableToCurrentClient() {
if len(m.clients) == 0 || m.selectedClient >= len(m.clients) {
return
}
currentClient := m.clients[m.selectedClient]
m.timestampTable.SetSelectedRow(m.selectedRow, len(currentClient.DisplayItems))
// Note: viewport is already managed by timestampTable, no need to set it here
}
// handleInputModeKeys handles keyboard input when in client creation mode
func (m Model) handleInputModeKeys(msg tea.KeyMsg) (tea.Model, tea.Cmd) {
switch msg.Type {
case tea.KeyEscape, tea.KeyCtrlC:
// Cancel input mode
m.inputMode = InputModeNormal
m.inputBuffer = ""
m.cursorPos = 0
return m, nil
case tea.KeyEnter:
// Move to shortcode input
if m.inputBuffer == "" {
// Empty name, just cancel
m.inputMode = InputModeNormal
return m, nil
}
// Save the name and move to shortcode input
m.pendingClientName = m.inputBuffer
m.inputMode = InputModeCreatingClientShortcode
m.inputBuffer = ""
m.cursorPos = 0
log.Printf("Client name entered: %s, now prompting for shortcode", m.pendingClientName)
return m, nil
case tea.KeyBackspace:
// Remove character before cursor
if m.cursorPos > 0 {
m.inputBuffer = m.inputBuffer[:m.cursorPos-1] + m.inputBuffer[m.cursorPos:]
m.cursorPos = saturatingDec(m.cursorPos, 0)
}
return m, nil
case tea.KeyLeft:
m.cursorPos = saturatingDec(m.cursorPos, 0)
return m, nil
case tea.KeyRight:
m.cursorPos = saturatingInc(m.cursorPos, len(m.inputBuffer))
return m, nil
case tea.KeyHome, tea.KeyCtrlA:
m.cursorPos = 0
return m, nil
case tea.KeyEnd, tea.KeyCtrlE:
m.cursorPos = len(m.inputBuffer)
return m, nil
case tea.KeyCtrlLeft:
// Jump to previous word boundary
if m.cursorPos > 0 {
// Skip spaces
for m.cursorPos > 0 && m.inputBuffer[m.cursorPos-1] == ' ' {
m.cursorPos = saturatingDec(m.cursorPos, 0)
}
// Skip word characters
for m.cursorPos > 0 && m.inputBuffer[m.cursorPos-1] != ' ' {
m.cursorPos = saturatingDec(m.cursorPos, 0)
}
}
return m, nil
case tea.KeyCtrlRight:
// Jump to next word boundary
if m.cursorPos < len(m.inputBuffer) {
// Skip word characters
for m.cursorPos < len(m.inputBuffer) && m.inputBuffer[m.cursorPos] != ' ' {
m.cursorPos = saturatingInc(m.cursorPos, len(m.inputBuffer))
}
// Skip spaces
for m.cursorPos < len(m.inputBuffer) && m.inputBuffer[m.cursorPos] == ' ' {
m.cursorPos = saturatingInc(m.cursorPos, len(m.inputBuffer))
}
}
return m, nil
default:
// Check for ctrl+backspace or ctrl+w (delete word) - terminals may send ctrl+h or ctrl+backspace
if msg.String() == "ctrl+backspace" || msg.String() == "ctrl+h" || msg.String() == "ctrl+w" {
if m.cursorPos > 0 {
// Find start of word
newPos := m.cursorPos
// Skip spaces
for newPos > 0 && m.inputBuffer[newPos-1] == ' ' {
newPos--
}
// Skip word characters
for newPos > 0 && m.inputBuffer[newPos-1] != ' ' {
newPos--
}
// Delete from newPos to cursor
m.inputBuffer = m.inputBuffer[:newPos] + m.inputBuffer[m.cursorPos:]
m.cursorPos = newPos
}
return m, nil
}
// Don't insert keys that have modifiers (ctrl, alt, etc.)
keyStr := msg.String()
if msg.Alt || len(keyStr) > 1 && (keyStr[:5] == "ctrl+" || keyStr[:4] == "alt+") {
// Ignore keys with modifiers
return m, nil
}
// Handle any other key input (including spaces, letters, numbers, etc.)
// Insert at cursor position
m.inputBuffer = m.inputBuffer[:m.cursorPos] + msg.String() + m.inputBuffer[m.cursorPos:]
m.cursorPos += len(msg.String())
return m, nil
}
}
// handleCreatingClientShortcodeKeys handles keyboard input when entering client shortcode
func (m Model) handleCreatingClientShortcodeKeys(msg tea.KeyMsg) (tea.Model, tea.Cmd) {
switch msg.Type {
case tea.KeyEscape, tea.KeyCtrlC:
// Cancel client creation
m.inputMode = InputModeNormal
m.inputBuffer = ""
m.cursorPos = 0
m.pendingClientName = ""
return m, nil
case tea.KeyEnter:
// Create client with name and shortcode
if m.inputBuffer == "" {
// Empty shortcode, just cancel
m.inputMode = InputModeNormal
m.pendingClientName = ""
return m, nil
}
// Convert shortcode to uppercase
shortcode := m.inputBuffer
// Already uppercase from input handling below
if err := CreateClient(m.db, m.pendingClientName, shortcode); err != nil {
log.Printf("Error creating client: %v", err)
// Stay in input mode to let user try again
return m, nil
}
// Reload clients from database
newClients, err := LoadClients(m.db)
if err != nil {
log.Printf("Error reloading clients: %v", err)
m.inputMode = InputModeNormal
m.inputBuffer = ""
m.cursorPos = 0
m.pendingClientName = ""
return m, nil
}
m.clients = newClients
// Switch to the newly created client
for i, client := range m.clients {
if client.Name == m.pendingClientName {
m.selectedClient = i
m.selectedRow = 0
m.timestampTable.SetViewportStart(0)
break
}
}
m.syncTimestampTableToCurrentClient()
m.inputMode = InputModeNormal
m.inputBuffer = ""
m.cursorPos = 0
log.Printf("Created client: %s with shortcode %s", m.pendingClientName, shortcode)
m.pendingClientName = ""
return m, nil
case tea.KeyBackspace:
if m.cursorPos > 0 {
m.inputBuffer = m.inputBuffer[:m.cursorPos-1] + m.inputBuffer[m.cursorPos:]
m.cursorPos = saturatingDec(m.cursorPos, 0)
}
return m, nil
case tea.KeyLeft:
m.cursorPos = saturatingDec(m.cursorPos, 0)
return m, nil
case tea.KeyRight:
m.cursorPos = saturatingInc(m.cursorPos, len(m.inputBuffer))
return m, nil
case tea.KeyHome, tea.KeyCtrlA:
m.cursorPos = 0
return m, nil
case tea.KeyEnd, tea.KeyCtrlE:
m.cursorPos = len(m.inputBuffer)
return m, nil
default:
// Don't insert keys that have modifiers (ctrl, alt, etc.)
keyStr := msg.String()
if msg.Alt || len(keyStr) > 1 && (keyStr[:5] == "ctrl+" || keyStr[:4] == "alt+") {
return m, nil
}
// Handle any other key input - convert to uppercase for shortcodes
input := msg.String()
if len(input) == 1 && input[0] >= 'a' && input[0] <= 'z' {
input = string(input[0] - 32) // Convert to uppercase
}
// Insert at cursor position
m.inputBuffer = m.inputBuffer[:m.cursorPos] + input + m.inputBuffer[m.cursorPos:]
m.cursorPos += len(input)
return m, nil
}
}
// handleMessageKeys handles keyboard input when showing a message dialog
func (m Model) handleMessageKeys(msg tea.KeyMsg) (tea.Model, tea.Cmd) {
// Any key dismisses the message dialog
m.inputMode = InputModeNormal
m.messageText = ""
return m, nil
}
// handleCreatingMilestoneKeys handles keyboard input when creating a new milestone
func (m Model) handleCreatingMilestoneKeys(msg tea.KeyMsg) (tea.Model, tea.Cmd) {
switch msg.Type {
case tea.KeyEscape, tea.KeyCtrlC:
// Cancel milestone creation
m.inputMode = InputModeNormal
m.inputBuffer = ""
m.cursorPos = 0
m.milestoneTimestamp = 0
return m, nil
case tea.KeyEnter:
// Create milestone
if m.inputBuffer == "" {
// Empty name, just cancel
m.inputMode = InputModeNormal
m.milestoneTimestamp = 0
return m, nil
}
currentClient := m.clients[m.selectedClient]
if err := CreateMilestone(m.db, currentClient.ID, m.inputBuffer, m.milestoneTimestamp); err != nil {
log.Printf("Error creating milestone: %v", err)
m.inputMode = InputModeNormal
m.inputBuffer = ""
m.cursorPos = 0
m.milestoneTimestamp = 0
return m, nil
}
log.Printf("Created milestone '%s' at timestamp %d", m.inputBuffer, m.milestoneTimestamp)
// Reload clients from database
if err := m.reloadClients(); err != nil {
log.Printf("Error reloading clients: %v", err)
}
// Preserve selection (or try to select the new milestone)
m.preserveSelection()
m.syncTimestampTableToCurrentClient()
m.inputMode = InputModeNormal
m.inputBuffer = ""
m.cursorPos = 0
m.milestoneTimestamp = 0
return m, nil
case tea.KeyBackspace:
if m.cursorPos > 0 {
m.inputBuffer = m.inputBuffer[:m.cursorPos-1] + m.inputBuffer[m.cursorPos:]
m.cursorPos = saturatingDec(m.cursorPos, 0)
}
return m, nil
case tea.KeyLeft:
m.cursorPos = saturatingDec(m.cursorPos, 0)
return m, nil
case tea.KeyRight:
m.cursorPos = saturatingInc(m.cursorPos, len(m.inputBuffer))
return m, nil
case tea.KeyHome, tea.KeyCtrlA:
m.cursorPos = 0
return m, nil
case tea.KeyEnd, tea.KeyCtrlE:
m.cursorPos = len(m.inputBuffer)
return m, nil
default:
// Don't insert keys that have modifiers (ctrl, alt, etc.)
keyStr := msg.String()
if msg.Alt || len(keyStr) > 1 && (keyStr[:5] == "ctrl+" || keyStr[:4] == "alt+") {
return m, nil
}
// Handle any other key input
m.inputBuffer = m.inputBuffer[:m.cursorPos] + msg.String() + m.inputBuffer[m.cursorPos:]
m.cursorPos += len(msg.String())
return m, nil
}
}
// handleEditingMilestoneKeys handles keyboard input when editing an existing milestone
func (m Model) handleEditingMilestoneKeys(msg tea.KeyMsg) (tea.Model, tea.Cmd) {
switch msg.Type {
case tea.KeyEscape, tea.KeyCtrlC:
// Cancel milestone editing
m.inputMode = InputModeNormal
m.inputBuffer = ""
m.cursorPos = 0
m.editingMilestoneID = 0
return m, nil
case tea.KeyEnter:
// Update milestone
if m.inputBuffer == "" {
// Empty name, just cancel
m.inputMode = InputModeNormal
m.editingMilestoneID = 0
return m, nil
}
if err := UpdateMilestone(m.db, m.editingMilestoneID, m.inputBuffer); err != nil {
log.Printf("Error updating milestone: %v", err)
m.inputMode = InputModeNormal
m.inputBuffer = ""
m.cursorPos = 0
m.editingMilestoneID = 0
return m, nil
}
log.Printf("Updated milestone %d to '%s'", m.editingMilestoneID, m.inputBuffer)
// Reload clients from database
if err := m.reloadClients(); err != nil {
log.Printf("Error reloading clients: %v", err)
}
// Preserve selection
m.preserveSelection()
m.syncTimestampTableToCurrentClient()
m.inputMode = InputModeNormal
m.inputBuffer = ""
m.cursorPos = 0
m.editingMilestoneID = 0
return m, nil
case tea.KeyBackspace:
if m.cursorPos > 0 {
m.inputBuffer = m.inputBuffer[:m.cursorPos-1] + m.inputBuffer[m.cursorPos:]
m.cursorPos = saturatingDec(m.cursorPos, 0)
}
return m, nil
case tea.KeyLeft:
m.cursorPos = saturatingDec(m.cursorPos, 0)
return m, nil
case tea.KeyRight:
m.cursorPos = saturatingInc(m.cursorPos, len(m.inputBuffer))
return m, nil
case tea.KeyHome, tea.KeyCtrlA:
m.cursorPos = 0
return m, nil
case tea.KeyEnd, tea.KeyCtrlE:
m.cursorPos = len(m.inputBuffer)
return m, nil
default:
// Don't insert keys that have modifiers (ctrl, alt, etc.)
keyStr := msg.String()
if msg.Alt || len(keyStr) > 1 && (keyStr[:5] == "ctrl+" || keyStr[:4] == "alt+") {
return m, nil
}
// Handle any other key input
m.inputBuffer = m.inputBuffer[:m.cursorPos] + msg.String() + m.inputBuffer[m.cursorPos:]
m.cursorPos += len(msg.String())
return m, nil
}
}
// handleInvoicePreviewUpdate handles updates when in invoice preview mode
func (m Model) handleInvoicePreviewUpdate(msg tea.Msg) (tea.Model, tea.Cmd) {
// Delegate to invoice preview component
updatedPreview, cmd, action := m.invoicePreview.Update(msg)
m.invoicePreview = updatedPreview
switch action {
case InvoiceActionCancel:
// User cancelled, exit preview mode
m.inputMode = InputModeNormal
m.invoicePreview = nil
return m, cmd
case InvoiceActionConfirm:
// Invoice was created successfully, reload and exit
if err := m.reloadClients(); err != nil {
log.Printf("Error reloading clients: %v", err)
}
m.preserveSelection()
m.inputMode = InputModeNormal
m.invoicePreview = nil
return m, cmd
}
return m, cmd
}
// Note: handleEditCommentKeys() and handleBlockedEditKeys() have been moved to TimestampTableModel component
// handleWindowSizeMsg handles terminal window resize events
func (m Model) handleWindowSizeMsg(msg tea.WindowSizeMsg) Model {
m.windowWidth = msg.Width
m.windowHeight = msg.Height
// Reserve space for tabs (1 line), border (2 lines), header (1 line), blank separator (1 line), and footer summary (3 lines)
m.pageSize = clampMin(msg.Height-9, 1)
// Update timestamp table component with new dimensions
m.timestampTable.SetWindowWidth(m.windowWidth)
m.timestampTable.SetPageSize(m.pageSize)
// Adjust viewport to ensure cursor is visible within current window size
// This respects the loaded viewport offset and only adjusts if necessary
m.adjustViewportToSelection()
return m
}
// handleDeleteEntry handles a deletion request from the timestamp table component
func (m Model) handleDeleteEntry(msg DeleteEntryMsg, currentClient Client) (Model, tea.Cmd) {
if err := DeleteEntry(m.db, msg.EntryID); err != nil {
// Check if error is due to invoice protection
if strings.Contains(err.Error(), "invoiced") {
m.inputMode = InputModeMessage
m.messageText = "Cannot delete invoiced entry. Invoiced entries are immutable to preserve billing integrity."
log.Printf("Blocked deletion of invoiced entry %d", msg.EntryID)
return m, nil
}
log.Printf("Error deleting entry: %v", err)
return m, nil
}
log.Printf("Deleted entry %d for client %s", msg.EntryID, currentClient.Name)
// Reload all clients from database
if err := m.reloadClients(); err != nil {
log.Printf("Error reloading clients: %v", err)
return m, nil
}
// Preserve selection (deleting doesn't add entries)
m.preserveSelection()
// Sync to component
m.syncTimestampTableToCurrentClient()
return m, nil
}
// handleDeleteMilestone handles a deletion request for a milestone from the timestamp table component
func (m Model) handleDeleteMilestone(msg DeleteMilestoneMsg) (Model, tea.Cmd) {
if err := DeleteMilestone(m.db, msg.MilestoneID); err != nil {
log.Printf("Error deleting milestone: %v", err)
return m, nil
}
log.Printf("Deleted milestone %d", msg.MilestoneID)
// Reload all clients from database
if err := m.reloadClients(); err != nil {
log.Printf("Error reloading clients: %v", err)
return m, nil
}
// Preserve selection (deleting doesn't add items)
m.preserveSelection()
// Sync to component
m.syncTimestampTableToCurrentClient()
return m, nil
}
// handleMoveMilestoneUp handles moving a milestone up (adopting previous item's timestamp)
func (m Model) handleMoveMilestoneUp(msg MoveMilestoneUpMsg) (Model, tea.Cmd) {
currentClient := m.clients[m.selectedClient]
// Find the milestone in the display items
milestoneIndex := -1
for i, item := range currentClient.DisplayItems {
if item.ItemType == "milestone" && item.Milestone != nil && item.Milestone.ID == msg.MilestoneID {
milestoneIndex = i
break
}
}
if milestoneIndex <= 0 {
// Can't move up (already first item or not found)
return m, nil
}
// Get previous item's timestamp
previousItem := currentClient.DisplayItems[milestoneIndex-1]
var newTimestamp int64
if previousItem.ItemType == "entry" && previousItem.Entry != nil {
newTimestamp = previousItem.Entry.StartTime
} else if previousItem.ItemType == "milestone" && previousItem.Milestone != nil {
newTimestamp = previousItem.Milestone.Timestamp
}
// When moving up to an entry's timestamp, the milestone will naturally sort before it
// (milestones come before entries at the same timestamp by design)
// So we don't need any offset here
// Update milestone timestamp
if err := UpdateMilestoneTimestamp(m.db, msg.MilestoneID, newTimestamp); err != nil {
log.Printf("Error moving milestone up: %v", err)
return m, nil
}
log.Printf("Moved milestone %d up to timestamp %d", msg.MilestoneID, newTimestamp)
// Reload clients from database
if err := m.reloadClients(); err != nil {
log.Printf("Error reloading clients: %v", err)
return m, nil
}
// Try to keep selection on the moved milestone
// Find it in the new list
for i, item := range m.clients[m.selectedClient].DisplayItems {
if item.ItemType == "milestone" && item.Milestone != nil && item.Milestone.ID == msg.MilestoneID {
m.selectedRow = i
break
}
}
m.adjustViewportToSelection()
m.syncTimestampTableToCurrentClient()
return m, nil
}
// handleMoveMilestoneDown handles moving a milestone down (adopting next item's timestamp)
func (m Model) handleMoveMilestoneDown(msg MoveMilestoneDownMsg) (Model, tea.Cmd) {
currentClient := m.clients[m.selectedClient]
// Find the milestone in the display items
milestoneIndex := -1
for i, item := range currentClient.DisplayItems {
if item.ItemType == "milestone" && item.Milestone != nil && item.Milestone.ID == msg.MilestoneID {
milestoneIndex = i
break
}
}
if milestoneIndex < 0 || milestoneIndex >= len(currentClient.DisplayItems)-1 {
// Can't move down (already last item or not found)
return m, nil
}
// Get next item's timestamp
nextItem := currentClient.DisplayItems[milestoneIndex+1]
var targetTimestamp int64
if nextItem.ItemType == "entry" && nextItem.Entry != nil {
targetTimestamp = nextItem.Entry.StartTime
} else if nextItem.ItemType == "milestone" && nextItem.Milestone != nil {
targetTimestamp = nextItem.Milestone.Timestamp
}
// Find the last item with the same timestamp, so we move after all items at that timestamp
var newTimestamp int64 = targetTimestamp
foundDifferent := false
for i := milestoneIndex + 2; i < len(currentClient.DisplayItems); i++ {
item := currentClient.DisplayItems[i]
var itemTimestamp int64
if item.ItemType == "entry" && item.Entry != nil {
itemTimestamp = item.Entry.StartTime
} else if item.ItemType == "milestone" && item.Milestone != nil {
itemTimestamp = item.Milestone.Timestamp
}
if itemTimestamp == targetTimestamp {
// Still same timestamp, keep going
continue
} else {
// Found different timestamp, use it
newTimestamp = itemTimestamp
foundDifferent = true
break
}
}
// If we didn't find a different timestamp (moving to last position),
// add 1 second to the target timestamp to ensure it sorts after
if !foundDifferent {
newTimestamp = targetTimestamp + 1
}
// Update milestone timestamp
if err := UpdateMilestoneTimestamp(m.db, msg.MilestoneID, newTimestamp); err != nil {
log.Printf("Error moving milestone down: %v", err)
return m, nil
}
log.Printf("Moved milestone %d down to timestamp %d", msg.MilestoneID, newTimestamp)
// Reload clients from database
if err := m.reloadClients(); err != nil {
log.Printf("Error reloading clients: %v", err)
return m, nil
}
// Try to keep selection on the moved milestone
// Find it in the new list
for i, item := range m.clients[m.selectedClient].DisplayItems {
if item.ItemType == "milestone" && item.Milestone != nil && item.Milestone.ID == msg.MilestoneID {
m.selectedRow = i
break
}
}
m.adjustViewportToSelection()
m.syncTimestampTableToCurrentClient()
return m, nil
}
// handleUpdateComment handles a comment update request from the timestamp table component
func (m Model) handleUpdateComment(msg UpdateCommentMsg) (Model, tea.Cmd) {
if err := UpdateEntryComment(m.db, msg.EntryID, msg.Comment); err != nil {
log.Printf("Error updating comment: %v", err)
return m, nil
}
log.Printf("Updated comment for entry %d", msg.EntryID)
// Reload all clients from database
if err := m.reloadClients(); err != nil {
log.Printf("Error reloading clients: %v", err)
return m, nil
}
// Preserve selection (editing doesn't add entries)
m.preserveSelection()
// Sync to component
m.syncTimestampTableToCurrentClient()
return m, nil
}
// handleAdjustStartTime handles a start time adjustment request from the timestamp table component
func (m Model) handleAdjustStartTime(msg AdjustStartTimeMsg) (Model, tea.Cmd) {
if err := UpdateEntryStartTime(m.db, msg.EntryID, msg.MinutesDelta); err != nil {
// Show error message to user
m.inputMode = InputModeMessage
m.messageText = fmt.Sprintf("Cannot adjust start time: %s", err.Error())
log.Printf("Error adjusting start time for entry %d: %v", msg.EntryID, err)
return m, nil
}
log.Printf("Adjusted start time for entry %d by %d minutes", msg.EntryID, msg.MinutesDelta)
// Reload all clients from database
if err := m.reloadClients(); err != nil {
log.Printf("Error reloading clients: %v", err)
return m, nil
}
// Preserve selection (adjustment doesn't add entries)
m.preserveSelection()
// Sync to component
m.syncTimestampTableToCurrentClient()
return m, nil
}
// handleAdjustEndTime handles an end time adjustment request from the timestamp table component
func (m Model) handleAdjustEndTime(msg AdjustEndTimeMsg) (Model, tea.Cmd) {
if err := UpdateEntryEndTime(m.db, msg.EntryID, msg.MinutesDelta); err != nil {
// Show error message to user
m.inputMode = InputModeMessage
m.messageText = fmt.Sprintf("Cannot adjust end time: %s", err.Error())
log.Printf("Error adjusting end time for entry %d: %v", msg.EntryID, err)
return m, nil
}
log.Printf("Adjusted end time for entry %d by %d minutes", msg.EntryID, msg.MinutesDelta)
// Reload all clients from database
if err := m.reloadClients(); err != nil {
log.Printf("Error reloading clients: %v", err)
return m, nil
}
// Preserve selection (adjustment doesn't add entries)
m.preserveSelection()
// Sync to component
m.syncTimestampTableToCurrentClient()
return m, nil
}
// handleTableKeys handles table navigation and editing keys by delegating to timestamp table component
func (m Model) handleTableKeys(msg tea.KeyMsg, currentClient Client) (Model, tea.Cmd) {
// Delegate to timestamp table component
updatedTable, cmd, customMsg := m.timestampTable.Update(msg, currentClient.DisplayItems)
m.timestampTable = updatedTable
// Sync selectedRow from component to parent
m.selectedRow = m.timestampTable.GetSelectedRow()
// Handle custom messages from component
if customMsg != nil {
switch msg := customMsg.(type) {
case DeleteEntryMsg:
return m.handleDeleteEntry(msg, currentClient)
case DeleteMilestoneMsg:
return m.handleDeleteMilestone(msg)
case UpdateCommentMsg:
return m.handleUpdateComment(msg)
case AdjustStartTimeMsg:
return m.handleAdjustStartTime(msg)
case AdjustEndTimeMsg:
return m.handleAdjustEndTime(msg)
case MoveMilestoneUpMsg:
return m.handleMoveMilestoneUp(msg)
case MoveMilestoneDownMsg:
return m.handleMoveMilestoneDown(msg)
}
}
// Adjust viewport to keep selection visible
m.adjustViewportToSelection()
// Save current scroll position after navigation
m.saveCurrentScrollPosition()
return m, cmd
}
// handleArchiveClient handles the 'ctrl+a' key to archive the current client
func (m Model) handleArchiveClient() (Model, tea.Cmd) {
currentClient := m.clients[m.selectedClient]
clientID := currentClient.ID
if err := ArchiveClient(m.db, clientID); err != nil {
log.Printf("Error archiving client: %v", err)
return m, nil
}
log.Printf("Archived client: %s", currentClient.Name)
// Reload active clients from database
newClients, err := LoadClients(m.db)
if err != nil {
log.Printf("Error reloading clients: %v", err)
return m, nil
}
m.clients = newClients
// After archiving, switch to first client if available
if len(m.clients) > 0 {
m.selectedClient = 0
m.selectedRow = 0
m.timestampTable.SetViewportStart(0)
m.syncTimestampTableToCurrentClient()
}
return m, nil
}
// handleInvoiceKey handles the 'i' key to enter invoice preview mode
func (m Model) handleInvoiceKey() (Model, tea.Cmd) {
currentClient := m.clients[m.selectedClient]
// Get uninvoiced entries (filter out milestones)
entries := filterEntries(currentClient.DisplayItems)
uninvoicedEntries := []TimeEntry{}
for _, entry := range entries {
if !entry.InvoiceID.Valid && entry.EndTime.Valid {
uninvoicedEntries = append(uninvoicedEntries, entry)
}
}
if len(uninvoicedEntries) == 0 {
// Show message dialog instead of silent log
m.inputMode = InputModeMessage
m.messageText = fmt.Sprintf("No uninvoiced entries for client '%s'", currentClient.Name)
log.Printf("No uninvoiced entries for client %s", currentClient.Name)
return m, nil
}
// Check if client has a shortcode
if currentClient.Shortcode == "" {
m.inputMode = InputModeMessage
m.messageText = fmt.Sprintf("Client '%s' must have a shortcode before creating invoices", currentClient.Name)
log.Printf("Client %s missing shortcode", currentClient.Name)
return m, nil
}
// Generate invoice number with client shortcode
invoiceNumber, err := GenerateInvoiceNumber(m.db, currentClient.Shortcode)
if err != nil {
log.Printf("Error generating invoice number: %v", err)
return m, nil
}
// Calculate total hours
var totalHours float64
for _, entry := range uninvoicedEntries {
if entry.EndTime.Valid {
durationSeconds := entry.EndTime.Int64 - entry.StartTime
totalHours += float64(durationSeconds) / 3600.0
}
}
// Create invoice preview component
m.invoicePreview = NewInvoicePreviewModel(
m.db,
currentClient.ID,
currentClient.Name,
uninvoicedEntries,
invoiceNumber,
totalHours,
m.windowWidth,
m.windowHeight,
)
m.inputMode = InputModeInvoicePreview
log.Printf("Previewing invoice %s with %d entries (%.2f hours)", invoiceNumber, len(uninvoicedEntries), totalHours)
return m, nil
}
// handleMilestoneKey handles the 'm' key to create or edit a milestone
func (m Model) handleMilestoneKey() (Model, tea.Cmd) {
currentClient := m.clients[m.selectedClient]
if len(currentClient.DisplayItems) == 0 {
// No items - create milestone at current time
m.inputMode = InputModeCreatingMilestone
m.inputBuffer = ""
m.cursorPos = 0
m.milestoneTimestamp = time.Now().Unix()
log.Printf("Creating milestone at current time")
return m, nil
}
// Get selected item
selectedItem := currentClient.DisplayItems[m.selectedRow]
if selectedItem.ItemType == "milestone" && selectedItem.Milestone != nil {
// Edit existing milestone
m.inputMode = InputModeEditingMilestone
m.editingMilestoneID = selectedItem.Milestone.ID
m.inputBuffer = selectedItem.Milestone.Name
m.cursorPos = len(selectedItem.Milestone.Name)
log.Printf("Editing milestone %d", selectedItem.Milestone.ID)
return m, nil
} else if selectedItem.ItemType == "entry" && selectedItem.Entry != nil {
// Create new milestone at entry's start time
m.inputMode = InputModeCreatingMilestone
m.inputBuffer = ""
m.cursorPos = 0
m.milestoneTimestamp = selectedItem.Entry.StartTime
log.Printf("Creating milestone at entry start time %d", selectedItem.Entry.StartTime)
return m, nil
}
return m, nil
}
// handleForceNewEntry handles the 'ctrl+t' key to force start a new entry
func (m Model) handleForceNewEntry() (Model, tea.Cmd) {
currentClient := m.clients[m.selectedClient]
clientID := currentClient.ID
// Check if there's a running entry
runningEntry, err := GetRunningEntry(m.db, clientID)
if err != nil {
log.Printf("Error checking running entry: %v", err)
return m, nil
}
if runningEntry != nil {
// Already running - do nothing (no-op)
log.Printf("Cannot force-start new entry: entry %d is already running", runningEntry.ID)
return m, nil
}
// Start the new entry
if err := StartNewEntry(m.db, clientID); err != nil {
log.Printf("Error starting new entry: %v", err)
return m, nil
}
log.Printf("Force-started new entry for client %s", currentClient.Name)
// Reload all clients from database
if err := m.reloadClients(); err != nil {
log.Printf("Error reloading clients: %v", err)
return m, nil
}
// Scroll to the newly added entry
m.scrollToLastEntry()
m.syncTimestampTableToCurrentClient()
return m, nil
}
// handleToggleTracking handles the 't' key to toggle time tracking (start/stop/restart)
func (m Model) handleToggleTracking() (Model, tea.Cmd) {
currentClient := m.clients[m.selectedClient]
clientID := currentClient.ID
// Check if there's a running entry
runningEntry, err := GetRunningEntry(m.db, clientID)
if err != nil {
log.Printf("Error checking running entry: %v", err)
return m, nil
}
addedNewEntry := false // Track whether we added a new entry
if runningEntry != nil {
// Stop the running entry
if err := StopEntry(m.db, runningEntry.ID); err != nil {
log.Printf("Error stopping entry: %v", err)
return m, nil
}
log.Printf("Stopped entry %d for client %s", runningEntry.ID, currentClient.Name)
} else {
// No running entry - check if we should restart the last one
lastEntry, err := GetLastCompletedEntry(m.db, clientID)
if err != nil {
log.Printf("Error checking last entry: %v", err)
return m, nil
}
if lastEntry != nil && lastEntry.EndTime.Valid {
// Check if ended less than 15 minutes ago
minutesSinceEnd := (time.Now().Unix() - lastEntry.EndTime.Int64) / 60
if minutesSinceEnd < 15 {
// Restart the last entry
if err := RestartEntry(m.db, lastEntry.ID); err != nil {
// Check if error is due to invoice protection
if strings.Contains(err.Error(), "invoiced") {
m.inputMode = InputModeMessage
m.messageText = "Cannot restart invoiced entry. Use Ctrl+T to start a new entry instead."
log.Printf("Blocked restart of invoiced entry %d", lastEntry.ID)
return m, nil
}
log.Printf("Error restarting entry: %v", err)
return m, nil
}
log.Printf("Restarted entry %d for client %s", lastEntry.ID, currentClient.Name)
addedNewEntry = true
} else {
// Start a new entry
if err := StartNewEntry(m.db, clientID); err != nil {
log.Printf("Error starting new entry: %v", err)
return m, nil
}
log.Printf("Started new entry for client %s", currentClient.Name)
addedNewEntry = true
}
} else {
// No previous entries, start a new one
if err := StartNewEntry(m.db, clientID); err != nil {
log.Printf("Error starting new entry: %v", err)
return m, nil
}
log.Printf("Started new entry for client %s", currentClient.Name)
addedNewEntry = true
}
}
// Reload all clients from database
if err := m.reloadClients(); err != nil {
log.Printf("Error reloading clients: %v", err)
return m, nil
}
// If we added a new entry, scroll to it; otherwise preserve selection
if addedNewEntry {
m.scrollToLastEntry()
} else {
m.preserveSelection()
}
m.syncTimestampTableToCurrentClient()
return m, nil
}
// handleArchivedViewUpdate handles updates when in archived view mode
func (m Model) handleArchivedViewUpdate(msg tea.Msg) (tea.Model, tea.Cmd) {
// Delegate to archived view component
updatedView, cmd, shouldExit := m.archivedView.Update(msg)
m.archivedView = updatedView
// If archived view signals exit, reload active clients and reset view
if shouldExit {
m.archivedView = nil
activeClients, err := LoadClients(m.db)
if err != nil {
log.Printf("Error loading active clients: %v", err)
return m, nil
}
m.clients = activeClients
// Reset selection to first client
if len(m.clients) > 0 {
m.selectedClient = 0
m.selectedRow = 0
m.timestampTable.SetViewportStart(0)
m.syncTimestampTableToCurrentClient()
}
}
return m, cmd
}
// Update handles messages and updates the model (bubbletea interface)
func (m Model) Update(msg tea.Msg) (tea.Model, tea.Cmd) {
// Early delegation to archived view if active
if m.archivedView != nil {
return m.handleArchivedViewUpdate(msg)
}
switch msg := msg.(type) {
case tickMsg:
// Periodic tick to update calculated values (durations, totals, etc.)
// Simply returning triggers a re-render, and schedule the next tick
return m, tea.Tick(time.Minute, func(t time.Time) tea.Msg {
return tickMsg(t)
})
case tea.WindowSizeMsg:
return m.handleWindowSizeMsg(msg), nil
case tea.FocusMsg:
// Terminal gained focus - reload data to pick up any external changes
log.Printf("Terminal gained focus - reloading data")
if err := m.reloadClients(); err != nil {
log.Printf("Error reloading clients on focus: %v", err)
return m, nil
}
m.preserveSelection()
m.syncTimestampTableToCurrentClient()
return m, nil
case tea.BlurMsg:
// Terminal lost focus - could use this to save state, pause timers, etc.
log.Printf("Terminal lost focus")
return m, nil
case tea.KeyMsg:
// Handle input mode separately
if m.inputMode == InputModeCreatingClient {
return m.handleInputModeKeys(msg)
}
// Handle client shortcode input mode
if m.inputMode == InputModeCreatingClientShortcode {
return m.handleCreatingClientShortcodeKeys(msg)
}
// Handle milestone creation mode
if m.inputMode == InputModeCreatingMilestone {
return m.handleCreatingMilestoneKeys(msg)
}
// Handle milestone editing mode
if m.inputMode == InputModeEditingMilestone {
return m.handleEditingMilestoneKeys(msg)
}
// Note: InputModeEditingComment and InputModeBlockedEdit are handled by TimestampTableModel component
// Handle invoice preview mode
if m.inputMode == InputModeInvoicePreview {
return m.handleInvoicePreviewUpdate(msg)
}
// Handle message mode
if m.inputMode == InputModeMessage {
return m.handleMessageKeys(msg)
}
// Handle cases that don't require a current client
keyStr := msg.String()
// Handle global commands first (don't need current client)
if keyStr == "q" || keyStr == "ctrl+c" {
// Save UI state before quitting
m.saveUIStateToDB()
return m, tea.Quit
}
if keyStr == "ctrl+n" {
// Enter client creation mode
m.inputMode = InputModeCreatingClient
m.inputBuffer = ""
m.cursorPos = 0
return m, nil
}
if keyStr == "ctrl+u" {
// Enter archived view
archivedView, err := NewArchivedViewModel(m.db, m.windowWidth, m.windowHeight)
if err != nil {
log.Printf("Error creating archived view: %v", err)
return m, nil
}
m.archivedView = archivedView
return m, nil
}
// Check if we have any clients before proceeding
if len(m.clients) == 0 {
return m, nil
}
// Now we can safely access the current client
currentClient := m.clients[m.selectedClient]
// Delegate table navigation and editing keys to timestamp table component
tableKeys := map[string]bool{
"up": true, "down": true, "k": true, "j": true,
"pgup": true, "pgdown": true, "home": true, "end": true,
"g": true, "G": true, "e": true, "ctrl+d": true,
"ctrl+left": true, "ctrl+right": true,
"ctrl+shift+left": true, "ctrl+shift+right": true,
}
if tableKeys[keyStr] {
return m.handleTableKeys(msg, currentClient)
}
// Handle commands that require a current client
switch keyStr {
case "ctrl+a":
return m.handleArchiveClient()
case "t":
return m.handleToggleTracking()
case "ctrl+t":
return m.handleForceNewEntry()
case "tab":
// Switch to next client (with wrap-around)
m.switchToClient(true)
m.syncTimestampTableToCurrentClient()
case "shift+tab":
// Switch to previous client (with wrap-around)
m.switchToClient(false)
m.syncTimestampTableToCurrentClient()
case "i":
return m.handleInvoiceKey()
case "m":
return m.handleMilestoneKey()
}
}
return m, nil
}
// View renders the UI (bubbletea interface)
func (m Model) View() string {
if m.windowWidth == 0 {
return "Loading..."
}
// Early delegation to archived view if active
if m.archivedView != nil {
return m.archivedView.View()
}
// Check if we have any clients
if len(m.clients) == 0 {
return "No clients found. Press Ctrl+N to create a new client."
}
currentClient := m.clients[m.selectedClient]
// Render tabs
tabs := m.renderTabs()
var output string
// Create custom border with input prompt in bottom if in input mode
customBorder := m.createCustomBorder()
// Define border style for the table
borderStyle := lipgloss.NewStyle().
Border(customBorder).
BorderForeground(ColorTableBorder)
// Render table using timestamp table component
// Calculate restartable entry ID directly from current entries
entries := filterEntries(currentClient.DisplayItems)
restartableEntryID := calculateRestartableEntryID(entries)
output += m.timestampTable.View(currentClient.DisplayItems, restartableEntryID)
// Render summary footer
output += renderSummaryFooter(currentClient)
// Apply border to entire view
finalView := borderStyle.Render(output)
// If in message mode, overlay the message dialog
if m.inputMode == InputModeMessage {
return m.renderMessageDialog()
}
// If in invoice preview mode, overlay the preview dialog
if m.inputMode == InputModeInvoicePreview && m.invoicePreview != nil {
return m.invoicePreview.View()
}
return tabs + finalView
}
func main() {
// Unset CI environment variable to enable interactive mode in Bubble Tea
// (muesli/termenv checks CI and disables TTY detection if set)
os.Unsetenv("CI")
// Set up standard logger to buffer output and dump to stderr on exit
log.SetOutput(&logBuffer)
defer func() {
if logBuffer.Len() > 0 {
fmt.Fprintf(os.Stderr, "%s", logBuffer.String())
}
}()
// Parse command line arguments
// Default database path: ~/.local/share/timetrack/timetrack.db (XDG data dir)
// Legacy fallback: If ~/kot/work/timetracking.db exists, use it (author's personal location)
homeDir, err := os.UserHomeDir()
if err != nil {
log.Panicf("Failed to get user home directory: %v", err)
}
authorDbPath := homeDir + "/kot/work/timetracking.db"
xdgDbPath := homeDir + "/.local/share/timetrack/timetrack.db"
var dbPath string
// Check if author's personal path exists (legacy reason)
if _, err := os.Stat(authorDbPath); err == nil {
dbPath = authorDbPath
} else {
// Use XDG path (will be created if needed)
dbPath = xdgDbPath
// Ensure directory exists
xdgDbDir := homeDir + "/.local/share/timetrack"
if err := os.MkdirAll(xdgDbDir, 0755); err != nil {
log.Panicf("Failed to create data directory: %v", err)
}
}
// Check for migrate command
if len(os.Args) >= 2 && os.Args[1] == "migrate" {
if len(os.Args) != 3 {
printUsage()
os.Exit(1)
}
dbPath = os.Args[2]
fmt.Printf("Running migrations on database: %s\n\n", dbPath)
// Initialize database (which runs migrations)
db, err := InitDB(dbPath)
if err != nil {
log.Panicf("Failed to initialize database: %v", err)
}
defer db.Close()
fmt.Println("\n✓ All migrations completed successfully")
return
}
// Check for create-invoice command
if len(os.Args) >= 2 && os.Args[1] == "create-invoice" {
if len(os.Args) != 4 {
fmt.Fprintf(os.Stderr, "Usage: timetrack create-invoice <database> <client-name>\n")
os.Exit(1)
}
dbPath = os.Args[2]
clientName := os.Args[3]
// Initialize database
db, err := InitDB(dbPath)
if err != nil {
log.Panicf("Failed to initialize database: %v", err)
}
defer db.Close()
// Create invoice
if err := createInvoiceCLI(db, clientName); err != nil {
log.Panicf("%v", err)
}
return
}
// Check for import-client command
if len(os.Args) >= 2 && os.Args[1] == "import-client" {
if len(os.Args) != 5 && len(os.Args) != 6 {
printUsage()
os.Exit(1)
}
dbPath = os.Args[2]
clientName := os.Args[3]
jsonPath := os.Args[4]
// Optional shortcode parameter
shortcode := ""
if len(os.Args) == 6 {
shortcode = os.Args[5]
}
// Initialize database
db, err := InitDB(dbPath)
if err != nil {
log.Panicf("Failed to initialize database: %v", err)
}
defer db.Close()
// Import client
if err := importClient(db, clientName, jsonPath, shortcode); err != nil {
log.Panicf("Failed to import client: %v", err)
}
return
}
// Check for --repl flag
replMode := false
filteredArgs := os.Args[1:]
for i, arg := range filteredArgs {
if arg == "--repl" {
replMode = true
filteredArgs = append(filteredArgs[:i], filteredArgs[i+1:]...)
break
}
}
// TUI mode (default)
if len(filteredArgs) > 0 {
dbPath = filteredArgs[0]
}
// Initialize database
db, err := InitDB(dbPath)
if err != nil {
log.Panicf("Failed to initialize database: %v", err)
}
defer db.Close()
// Repl mode
if replMode {
if err := RunRepl(db); err != nil {
log.Panicf("Failed to run repl: %v", err)
}
return
}
// Create model with database
model, err := NewModel(db)
if err != nil {
log.Panicf("Failed to create model: %v", err)
}
// Start bubbletea program with focus reporting enabled
p := tea.NewProgram(model, tea.WithAltScreen(), tea.WithReportFocus())
if _, err := p.Run(); err != nil {
log.Panicf("Failed to run TUI: %v", err)
}
}
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