Quelle  app-render-usage-tab.ts

import { nothing } from "lit";
import type { AppViewState } from "./app-view-state.ts";
import type { UsageState } from "./controllers/usage.ts";
import { loadUsage, loadSessionTimeSeries, loadSessionLogs } from "./controllers/usage.ts";
import { renderUsage } from "./views/usage.ts";

// Module-scope debounce for usage date changes (avoids type-unsafe hacks on state object)
let usageDateDebounceTimeout: number | null = null;
const debouncedLoadUsage = (state: UsageState) => {
  if (usageDateDebounceTimeout) {
    clearTimeout(usageDateDebounceTimeout);
  }
  usageDateDebounceTimeout = window.setTimeout(() => void loadUsage(state), 400);
};

export function renderUsageTab(state: AppViewState) {
  if (state.tab !== "usage") {
    return nothing;
  }

  return renderUsage({
    data: {
      loading: state.usageLoading,
      error: state.usageError,
      sessions: state.usageResult?.sessions ?? [],
      sessionsLimitReached: (state.usageResult?.sessions?.length ?? 0) >= 1000,
      totals: state.usageResult?.totals ?? null,
      aggregates: state.usageResult?.aggregates ?? null,
      costDaily: state.usageCostSummary?.daily ?? [],
    },
    filters: {
      startDate: state.usageStartDate,
      endDate: state.usageEndDate,
      selectedSessions: state.usageSelectedSessions,
      selectedDays: state.usageSelectedDays,
      selectedHours: state.usageSelectedHours,
      query: state.usageQuery,
      queryDraft: state.usageQueryDraft,
      timeZone: state.usageTimeZone,
    },
    display: {
      chartMode: state.usageChartMode,
      dailyChartMode: state.usageDailyChartMode,
      sessionSort: state.usageSessionSort,
      sessionSortDir: state.usageSessionSortDir,
      recentSessions: state.usageRecentSessions,
      sessionsTab: state.usageSessionsTab,
      visibleColumns: state.usageVisibleColumns as import("./views/usage.ts").UsageColumnId[],
      contextExpanded: state.usageContextExpanded,
      headerPinned: state.usageHeaderPinned,
    },
    detail: {
      timeSeriesMode: state.usageTimeSeriesMode,
      timeSeriesBreakdownMode: state.usageTimeSeriesBreakdownMode,
      timeSeries: state.usageTimeSeries,
      timeSeriesLoading: state.usageTimeSeriesLoading,
      timeSeriesCursorStart: state.usageTimeSeriesCursorStart,
      timeSeriesCursorEnd: state.usageTimeSeriesCursorEnd,
      sessionLogs: state.usageSessionLogs,
      sessionLogsLoading: state.usageSessionLogsLoading,
      sessionLogsExpanded: state.usageSessionLogsExpanded,
      logFilters: {
        roles: state.usageLogFilterRoles,
        tools: state.usageLogFilterTools,
        hasTools: state.usageLogFilterHasTools,
        query: state.usageLogFilterQuery,
      },
    },
    callbacks: {
      filters: {
        onStartDateChange: (date) => {
          state.usageStartDate = date;
          state.usageSelectedDays = [];
          state.usageSelectedHours = [];
          state.usageSelectedSessions = [];
          debouncedLoadUsage(state);
        },
        onEndDateChange: (date) => {
          state.usageEndDate = date;
          state.usageSelectedDays = [];
          state.usageSelectedHours = [];
          state.usageSelectedSessions = [];
          debouncedLoadUsage(state);
        },
        onRefresh: () => loadUsage(state),
        onTimeZoneChange: (zone) => {
          state.usageTimeZone = zone;
          state.usageSelectedDays = [];
          state.usageSelectedHours = [];
          state.usageSelectedSessions = [];
          void loadUsage(state);
        },
        onToggleHeaderPinned: () => {
          state.usageHeaderPinned = !state.usageHeaderPinned;
        },
        onSelectHour: (hour, shiftKey) => {
          if (shiftKey && state.usageSelectedHours.length > 0) {
            const allHours = Array.from({ length: 24 }, (_, i) => i);
            const lastSelected = state.usageSelectedHours[state.usageSelectedHours.length - 1];
            const lastIdx = allHours.indexOf(lastSelected);
            const thisIdx = allHours.indexOf(hour);
            if (lastIdx !== -1 && thisIdx !== -1) {
              const [start, end] = lastIdx < thisIdx ? [lastIdx, thisIdx] : [thisIdx, lastIdx];
              const range = allHours.slice(start, end + 1);
              state.usageSelectedHours = [...new Set([...state.usageSelectedHours, ...range])];
            }
          } else if (state.usageSelectedHours.includes(hour)) {
            state.usageSelectedHours = state.usageSelectedHours.filter((h) => h !== hour);
          } else {
            state.usageSelectedHours = [...state.usageSelectedHours, hour];
          }
        },
        onQueryDraftChange: (query) => {
          state.usageQueryDraft = query;
          if (state.usageQueryDebounceTimer) {
            window.clearTimeout(state.usageQueryDebounceTimer);
          }
          state.usageQueryDebounceTimer = window.setTimeout(() => {
            state.usageQuery = state.usageQueryDraft;
            state.usageQueryDebounceTimer = null;
          }, 250);
        },
        onApplyQuery: () => {
          if (state.usageQueryDebounceTimer) {
            window.clearTimeout(state.usageQueryDebounceTimer);
            state.usageQueryDebounceTimer = null;
          }
          state.usageQuery = state.usageQueryDraft;
        },
        onClearQuery: () => {
          if (state.usageQueryDebounceTimer) {
            window.clearTimeout(state.usageQueryDebounceTimer);
            state.usageQueryDebounceTimer = null;
          }
          state.usageQueryDraft = "";
          state.usageQuery = "";
        },
        onSelectDay: (day, shiftKey) => {
          if (shiftKey && state.usageSelectedDays.length > 0) {
            // Shift-click: select range from last selected to this day
            const allDays = (state.usageCostSummary?.daily ?? []).map((d) => d.date);
            const lastSelected = state.usageSelectedDays[state.usageSelectedDays.length - 1];
            const lastIdx = allDays.indexOf(lastSelected);
            const thisIdx = allDays.indexOf(day);
            if (lastIdx !== -1 && thisIdx !== -1) {
              const [start, end] = lastIdx < thisIdx ? [lastIdx, thisIdx] : [thisIdx, lastIdx];
              const range = allDays.slice(start, end + 1);
              state.usageSelectedDays = [...new Set([...state.usageSelectedDays, ...range])];
            }
          } else if (state.usageSelectedDays.includes(day)) {
            state.usageSelectedDays = state.usageSelectedDays.filter((d) => d !== day);
          } else {
            state.usageSelectedDays = [day];
          }
        },
        onClearDays: () => {
          state.usageSelectedDays = [];
        },
        onClearHours: () => {
          state.usageSelectedHours = [];
        },
        onClearSessions: () => {
          state.usageSelectedSessions = [];
          state.usageTimeSeries = null;
          state.usageSessionLogs = null;
        },
        onClearFilters: () => {
          state.usageSelectedDays = [];
          state.usageSelectedHours = [];
          state.usageSelectedSessions = [];
          state.usageTimeSeries = null;
          state.usageSessionLogs = null;
        },
      },
      display: {
        onChartModeChange: (mode) => {
          state.usageChartMode = mode;
        },
        onDailyChartModeChange: (mode) => {
          state.usageDailyChartMode = mode;
        },
        onSessionSortChange: (sort) => {
          state.usageSessionSort = sort;
        },
        onSessionSortDirChange: (dir) => {
          state.usageSessionSortDir = dir;
        },
        onSessionsTabChange: (tab) => {
          state.usageSessionsTab = tab;
        },
        onToggleColumn: (column) => {
          if (state.usageVisibleColumns.includes(column)) {
            state.usageVisibleColumns = state.usageVisibleColumns.filter(
              (entry) => entry !== column,
            );
          } else {
            state.usageVisibleColumns = [...state.usageVisibleColumns, column];
          }
        },
      },
      details: {
        onToggleContextExpanded: () => {
          state.usageContextExpanded = !state.usageContextExpanded;
        },
        onToggleSessionLogsExpanded: () => {
          state.usageSessionLogsExpanded = !state.usageSessionLogsExpanded;
        },
        onLogFilterRolesChange: (next) => {
          state.usageLogFilterRoles = next;
        },
        onLogFilterToolsChange: (next) => {
          state.usageLogFilterTools = next;
        },
        onLogFilterHasToolsChange: (next) => {
          state.usageLogFilterHasTools = next;
        },
        onLogFilterQueryChange: (next) => {
          state.usageLogFilterQuery = next;
        },
        onLogFilterClear: () => {
          state.usageLogFilterRoles = [];
          state.usageLogFilterTools = [];
          state.usageLogFilterHasTools = false;
          state.usageLogFilterQuery = "";
        },
        onSelectSession: (key, shiftKey) => {
          state.usageTimeSeries = null;
          state.usageSessionLogs = null;
          state.usageRecentSessions = [
            key,
            ...state.usageRecentSessions.filter((entry) => entry !== key),
          ].slice(0, 8);

          if (shiftKey && state.usageSelectedSessions.length > 0) {
            // Shift-click: select range from last selected to this session
            // Sort sessions same way as displayed (by tokens or cost descending)
            const isTokenMode = state.usageChartMode === "tokens";
            const sortedSessions = [...(state.usageResult?.sessions ?? [])].toSorted((a, b) => {
              const valA = isTokenMode ? (a.usage?.totalTokens ?? 0) : (a.usage?.totalCost ?? 0);
              const valB = isTokenMode ? (b.usage?.totalTokens ?? 0) : (b.usage?.totalCost ?? 0);
              return valB - valA;
            });
            const allKeys = sortedSessions.map((s) => s.key);
            const lastSelected =
              state.usageSelectedSessions[state.usageSelectedSessions.length - 1];
            const lastIdx = allKeys.indexOf(lastSelected);
            const thisIdx = allKeys.indexOf(key);
            if (lastIdx !== -1 && thisIdx !== -1) {
              const [start, end] = lastIdx < thisIdx ? [lastIdx, thisIdx] : [thisIdx, lastIdx];
              const range = allKeys.slice(start, end + 1);
              state.usageSelectedSessions = [
                ...new Set([...state.usageSelectedSessions, ...range]),
              ];
            }
          } else if (
            state.usageSelectedSessions.length === 1 &&
            state.usageSelectedSessions[0] === key
          ) {
            state.usageSelectedSessions = [];
          } else {
            state.usageSelectedSessions = [key];
          }

          state.usageTimeSeriesCursorStart = null;
          state.usageTimeSeriesCursorEnd = null;

          if (state.usageSelectedSessions.length === 1) {
            void loadSessionTimeSeries(state, state.usageSelectedSessions[0]);
            void loadSessionLogs(state, state.usageSelectedSessions[0]);
          }
        },
        onTimeSeriesModeChange: (mode) => {
          state.usageTimeSeriesMode = mode;
        },
        onTimeSeriesBreakdownChange: (mode) => {
          state.usageTimeSeriesBreakdownMode = mode;
        },
        onTimeSeriesCursorRangeChange: (start, end) => {
          state.usageTimeSeriesCursorStart = start;
          state.usageTimeSeriesCursorEnd = end;
        },
      },
    },
  });
}