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Le filtre était un <select> à valeur unique : impossible de retenir plusieurs nomenclatures, ni de partir de tout pour retirer les postes non voulus — ce qui est la manière naturelle de travailler quand un fournisseur en compte des dizaines. Remplacé par une liste déroulante à cases, avec recherche, « Tout cocher », « Tout décocher », « Ne garder que ces N » sur le résultat d'une recherche, et une croix pour tout réafficher. Décocher depuis l'état « tout » matérialise la liste complète puis en retire le poste, sinon le premier décochage n'aurait rien fait. filters.code3 passe de `string | null` à `string[] | null` : `null` = aucun filtre, `[]` = rien de coché. Distinguer les deux évite la valeur sentinelle qu'imposerait un simple tableau, et rend « Tout décocher » sans ambiguïté. L'URL accepte une liste séparée par des virgules. Au passage : la Grille rechargeait tout depuis le serveur à chaque changement de nomenclature, alors que getProductRows ignore ce filtre et que le tri se fait en local. Le paramètre n'est plus transmis ni dans les dépendances de l'effet — le filtrage est désormais instantané, ce qui compte d'autant plus avec plusieurs cases à cocher. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01Y26nRZxTR57K7h8yqsF675
234 lines
9.8 KiB
TypeScript
234 lines
9.8 KiB
TypeScript
"use client";
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import { create } from "zustand";
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import { persist } from "zustand/middleware";
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import type { GammeCode, GridFilters, GridSummary, ProductRow } from "@/types/grid";
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interface GridState {
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/** Source data from server */
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rows: ProductRow[];
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/** Fast lookup by codein; not persisted */
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rowsByCodein: Record<string, ProductRow>;
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/** Draft edits: codein → new GammeCode */
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draftChanges: Record<string, GammeCode>;
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filters: GridFilters;
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summary: GridSummary;
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displayDensity: "compact" | "normal" | "comfortable";
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/** The active URL search parameters (e.g. ?fournisseur=123&magasin=TOTAL) */
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activeGridQuery: string;
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/** Persisted column visibility state */
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columnVisibility: Record<string, boolean>;
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/** Persisted column sizing state */
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columnSizing: Record<string, number>;
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/** Currently displayed store: "TOTAL" | "292" | "579" */
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activeMagasin: string;
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setActiveMagasin: (code: string) => void;
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// Actions
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setRows: (rows: ProductRow[]) => void;
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setDraftGamme: (codein: string, gamme: GammeCode) => void;
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resetDrafts: () => void;
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/** Clear specific draft changes by codein */
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clearDrafts: (codeins: string[]) => void;
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/** Apply saved drafts onto row.codeGamme so change indicators persist after save */
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applyDraftsToRows: (draftsToApply: Record<string, GammeCode>) => void;
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setFilter: (key: Exclude<keyof GridFilters, "code3">, value: string | null) => void;
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/** Nomenclatures retenues. `null` = aucun filtre, `[]` = rien de coché. */
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setCode3Filter: (codes: string[] | null) => void;
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setDisplayDensity: (density: "compact" | "normal" | "comfortable") => void;
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setActiveGridQuery: (query: string) => void;
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restoreSnapshot: (changes: Record<string, GammeCode>) => void;
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batchSetDraftGamme: (changes: Record<string, GammeCode>) => void;
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setColumnVisibility: (updater: Record<string, boolean> | ((old: Record<string, boolean>) => Record<string, boolean>)) => void;
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setColumnSizing: (updater: Record<string, number> | ((old: Record<string, number>) => Record<string, number>)) => void;
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}
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let summaryTimer: ReturnType<typeof setTimeout> | null = null;
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function indexRows(rows: ProductRow[]): Record<string, ProductRow> {
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const indexed: Record<string, ProductRow> = {};
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for (const row of rows) indexed[row.codein] = row;
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return indexed;
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}
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function computeSummary(rows: ProductRow[], drafts: Record<string, GammeCode>, magasin = "TOTAL"): GridSummary {
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const active = rows.filter((r) => {
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const g = drafts[r.codein] ?? r.codeGamme;
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return g !== "Z";
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});
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const getCa = (r: ProductRow) => magasin === "TOTAL" ? (r.totalCa ?? 0) : (r.caByStore?.[magasin] ?? 0);
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const getQte = (r: ProductRow) => magasin === "TOTAL" ? (r.totalQuantite ?? 0) : (r.quantiteByStore?.[magasin] ?? 0);
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const getMarge = (r: ProductRow) => magasin === "TOTAL" ? (r.totalMarge ?? 0) : (r.margeByStore?.[magasin] ?? 0);
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const totalCa = active.reduce((s, r) => s + getCa(r), 0);
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const totalMarge = active.reduce((s, r) => s + getMarge(r), 0);
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return {
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totalProducts: rows.length,
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totalRows: active.length,
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totalQuantite: active.reduce((s, r) => s + getQte(r), 0),
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totalCa,
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totalMarge,
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tauxMargeGlobal: totalCa > 0 ? (totalMarge / totalCa) * 100 : 0,
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};
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}
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export const useGridStore = create<GridState>()(
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persist(
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(set, get) => ({
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rows: [],
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rowsByCodein: {},
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activeMagasin: "TOTAL",
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draftChanges: {},
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filters: {
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magasin: null,
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codeFournisseur: null,
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code1: null,
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code2: null,
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code3: null,
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codeGamme: null,
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search: "",
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},
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summary: {
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totalProducts: 0,
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totalRows: 0,
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totalQuantite: 0,
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totalCa: 0,
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totalMarge: 0,
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tauxMargeGlobal: 0,
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},
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displayDensity: "normal",
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activeGridQuery: "",
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columnVisibility: {},
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columnSizing: {},
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setActiveMagasin: (code) => {
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set({ activeMagasin: code });
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if (summaryTimer) clearTimeout(summaryTimer);
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summaryTimer = setTimeout(() => {
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const state = get();
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set({ summary: computeSummary(state.rows, state.draftChanges, state.activeMagasin) });
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}, 80);
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},
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setRows: (rows) => {
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set({ rows, rowsByCodein: indexRows(rows) });
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if (summaryTimer) clearTimeout(summaryTimer);
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summaryTimer = setTimeout(() => {
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const state = get();
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set({ summary: computeSummary(state.rows, state.draftChanges, state.activeMagasin) });
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}, 120);
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},
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setDraftGamme: (codein, gamme) => {
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const { rowsByCodein, draftChanges: oldDrafts } = get();
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const originalRow = rowsByCodein[codein];
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const originalGamme = originalRow?.codeGamme;
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const draftChanges = { ...oldDrafts };
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if (gamme === originalGamme) {
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// If the new value matches initial, remove it from drafts
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delete draftChanges[codein];
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} else {
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// Otherwise, record the change
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draftChanges[codein] = gamme;
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}
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set({ draftChanges });
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if (summaryTimer) clearTimeout(summaryTimer);
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summaryTimer = setTimeout(() => {
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const state = get();
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set({ summary: computeSummary(state.rows, state.draftChanges, state.activeMagasin) });
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}, 80);
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},
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resetDrafts: () => {
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set({ draftChanges: {} });
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if (summaryTimer) clearTimeout(summaryTimer);
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summaryTimer = setTimeout(() => {
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const state = get();
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set({ summary: computeSummary(state.rows, {}, state.activeMagasin) });
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}, 80);
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},
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clearDrafts: (codeins) => {
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const draftChanges = { ...get().draftChanges };
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codeins.forEach((id) => delete draftChanges[id]);
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set({ draftChanges });
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if (summaryTimer) clearTimeout(summaryTimer);
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summaryTimer = setTimeout(() => {
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const state = get();
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set({ summary: computeSummary(state.rows, state.draftChanges, state.activeMagasin) });
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}, 80);
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},
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/** Apply saved drafts onto row.codeGamme so isModified works after clearing drafts */
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applyDraftsToRows: (draftsToApply: Record<string, GammeCode>) => {
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const rows = get().rows.map(r => {
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const newGamme = draftsToApply[r.codein];
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if (newGamme !== undefined) {
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return { ...r, codeGamme: newGamme };
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}
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return r;
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});
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set({ rows, rowsByCodein: indexRows(rows), summary: computeSummary(rows, get().draftChanges, get().activeMagasin) });
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},
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setFilter: (key, value) => {
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set((state) => ({ ...state, filters: { ...state.filters, [key]: value } }));
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},
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setCode3Filter: (codes) => {
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set((state) => ({ ...state, filters: { ...state.filters, code3: codes } }));
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},
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setDisplayDensity: (density) => set({ displayDensity: density }),
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setActiveGridQuery: (query) => set({ activeGridQuery: query }),
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restoreSnapshot: (changes) => {
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set({ draftChanges: changes, summary: computeSummary(get().rows, changes, get().activeMagasin) });
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},
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batchSetDraftGamme: (newChanges) => {
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const { rows, rowsByCodein, draftChanges: oldDrafts } = get();
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const updatedDrafts = { ...oldDrafts };
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Object.entries(newChanges).forEach(([codein, gamme]) => {
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const originalRow = rowsByCodein[codein];
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const originalGamme = originalRow?.codeGamme;
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if (gamme === originalGamme) {
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delete updatedDrafts[codein];
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} else {
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updatedDrafts[codein] = gamme;
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}
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});
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set({ draftChanges: updatedDrafts });
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if (summaryTimer) clearTimeout(summaryTimer);
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summaryTimer = setTimeout(() => {
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const state = get();
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set({ summary: computeSummary(rows, state.draftChanges, state.activeMagasin) });
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}, 80);
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},
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setColumnVisibility: (updater) => {
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set((state) => ({
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columnVisibility: typeof updater === 'function' ? updater(state.columnVisibility) : updater
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}));
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},
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setColumnSizing: (updater) => {
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set((state) => ({
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columnSizing: typeof updater === 'function' ? updater(state.columnSizing) : updater
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}));
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},
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}),
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{
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name: "collectflow-grid-storage",
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// Only persist filters, display density, drafts, active grid query, and column visibility/sizing
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partialize: (state) => ({
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filters: state.filters,
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displayDensity: state.displayDensity,
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draftChanges: state.draftChanges,
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activeGridQuery: state.activeGridQuery,
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columnVisibility: state.columnVisibility,
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columnSizing: state.columnSizing,
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}),
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}
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)
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);
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