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template.js.plugins.grid.treegrid.js Maven / Gradle / Ivy
/**
* jqGrid extension - Tree Grid
* Tony Tomov [email protected]
* http://trirand.com/blog/
* Dual licensed under the MIT and GPL licenses:
* http://www.opensource.org/licenses/mit-license.php
* http://www.gnu.org/licenses/gpl.html
**/
(function (a) {
a.jgrid.extend({setTreeNode: function (c, b) {
return this.each(function () {
var p = this;
if (!p.grid || !p.p.treeGrid) {
return
}
var j = p.p.expColInd, l = p.p.treeReader.expanded_field, s = p.p.treeReader.leaf_field, d = p.p.treeReader.level_field, r = p.p.treeReader.icon_field, n = p.p.treeReader.loaded, u, k, e, h, m, v, t, i;
while (c < b) {
var g = a.jgrid.stripPref(p.p.idPrefix, p.rows[c].id), f = p.p._index[g], q;
t = p.p.data[f];
if (p.p.treeGridModel === "nested") {
if (!t[s]) {
u = parseInt(t[p.p.treeReader.left_field], 10);
k = parseInt(t[p.p.treeReader.right_field], 10);
t[s] = (k === u + 1) ? "true" : "false";
p.rows[c].cells[p.p._treeleafpos].innerHTML = t[s]
}
}
e = parseInt(t[d], 10);
if (p.p.tree_root_level === 0) {
h = e + 1;
m = e
} else {
h = e;
m = e - 1
}
v = "";
v += "").prepend(v);
if (e !== parseInt(p.p.tree_root_level, 10)) {
var o = a(p).jqGrid("getNodeParent", t);
q = o && o.hasOwnProperty(l) ? o[l] : true;
if (!q) {
a(p.rows[c]).css("display", "none")
}
}
a(p.rows[c].cells[j]).find("div.treeclick").bind("click", function (x) {
var w = x.target || x.srcElement, z = a.jgrid.stripPref(p.p.idPrefix, a(w, p.rows).closest("tr.jqgrow")[0].id), y = p.p._index[z];
if (!p.p.data[y][s]) {
if (p.p.data[y][l]) {
a(p).jqGrid("collapseRow", p.p.data[y]);
a(p).jqGrid("collapseNode", p.p.data[y])
} else {
a(p).jqGrid("expandRow", p.p.data[y]);
a(p).jqGrid("expandNode", p.p.data[y])
}
}
return false
});
if (p.p.ExpandColClick === true) {
a(p.rows[c].cells[j]).find("span.cell-wrapper").css("cursor", "pointer").bind("click", function (x) {
var w = x.target || x.srcElement, z = a.jgrid.stripPref(p.p.idPrefix, a(w, p.rows).closest("tr.jqgrow")[0].id), y = p.p._index[z];
if (!p.p.data[y][s]) {
if (p.p.data[y][l]) {
a(p).jqGrid("collapseRow", p.p.data[y]);
a(p).jqGrid("collapseNode", p.p.data[y])
} else {
a(p).jqGrid("expandRow", p.p.data[y]);
a(p).jqGrid("expandNode", p.p.data[y])
}
}
a(p).jqGrid("setSelection", z);
return false
})
}
c++
}
})
}, setTreeGrid: function () {
return this.each(function () {
var j = this, f = 0, d, h = false, c, e, g, b = [];
if (!j.p.treeGrid) {
return
}
if (!j.p.treedatatype) {
a.extend(j.p, {treedatatype: j.p.datatype})
}
j.p.subGrid = false;
j.p.altRows = false;
j.p.pgbuttons = false;
j.p.pginput = false;
j.p.gridview = true;
if (j.p.rowTotal === null) {
j.p.rowNum = 10000
}
j.p.multiselect = false;
j.p.rowList = [];
j.p.expColInd = 0;
d = "ui-icon-triangle-1-" + (j.p.direction === "rtl" ? "w" : "e");
j.p.treeIcons = a.extend({plus: d, minus: "ui-icon-triangle-1-s", leaf: "ui-icon-radio-off"}, j.p.treeIcons || {});
if (j.p.treeGridModel === "nested") {
j.p.treeReader = a.extend({level_field: "level", left_field: "lft", right_field: "rgt", leaf_field: "isLeaf", expanded_field: "expanded", loaded: "loaded", icon_field: "icon"}, j.p.treeReader)
} else {
if (j.p.treeGridModel === "adjacency") {
j.p.treeReader = a.extend({level_field: "level", parent_id_field: "parent", leaf_field: "isLeaf", expanded_field: "expanded", loaded: "loaded", icon_field: "icon"}, j.p.treeReader)
}
}
for (e in j.p.colModel) {
if (j.p.colModel.hasOwnProperty(e)) {
c = j.p.colModel[e].name;
if (c === j.p.ExpandColumn && !h) {
h = true;
j.p.expColInd = f
}
f++;
for (g in j.p.treeReader) {
if (j.p.treeReader.hasOwnProperty(g) && j.p.treeReader[g] === c) {
b.push(c)
}
}
}
}
a.each(j.p.treeReader, function (i, k) {
if (k && a.inArray(k, b) === -1) {
if (i === "leaf_field") {
j.p._treeleafpos = f
}
f++;
j.p.colNames.push(k);
j.p.colModel.push({name: k, width: 1, hidden: true, sortable: false, resizable: false, hidedlg: true, editable: true, search: false})
}
})
})
}, expandRow: function (b) {
this.each(function () {
var e = this;
if (!e.grid || !e.p.treeGrid) {
return
}
var d = a(e).jqGrid("getNodeChildren", b), c = e.p.treeReader.expanded_field;
a(d).each(function () {
var f = e.p.idPrefix + a.jgrid.getAccessor(this, e.p.localReader.id);
a(a(e).jqGrid("getGridRowById", f)).css("display", "");
if (this[c]) {
a(e).jqGrid("expandRow", this)
}
})
})
}, collapseRow: function (b) {
this.each(function () {
var e = this;
if (!e.grid || !e.p.treeGrid) {
return
}
var d = a(e).jqGrid("getNodeChildren", b), c = e.p.treeReader.expanded_field;
a(d).each(function () {
var f = e.p.idPrefix + a.jgrid.getAccessor(this, e.p.localReader.id);
a(a(e).jqGrid("getGridRowById", f)).css("display", "none");
if (this[c]) {
a(e).jqGrid("collapseRow", this)
}
})
})
}, getRootNodes: function () {
var b = [];
this.each(function () {
var e = this;
if (!e.grid || !e.p.treeGrid) {
return
}
switch (e.p.treeGridModel) {
case"nested":
var d = e.p.treeReader.level_field;
a(e.p.data).each(function () {
if (parseInt(this[d], 10) === parseInt(e.p.tree_root_level, 10)) {
b.push(this)
}
});
break;
case"adjacency":
var c = e.p.treeReader.parent_id_field;
a(e.p.data).each(function () {
if (this[c] === null || String(this[c]).toLowerCase() === "null") {
b.push(this)
}
});
break
}
});
return b
}, getNodeDepth: function (c) {
var b = null;
this.each(function () {
if (!this.grid || !this.p.treeGrid) {
return
}
var e = this;
switch (e.p.treeGridModel) {
case"nested":
var d = e.p.treeReader.level_field;
b = parseInt(c[d], 10) - parseInt(e.p.tree_root_level, 10);
break;
case"adjacency":
b = a(e).jqGrid("getNodeAncestors", c).length;
break
}
});
return b
}, getNodeParent: function (c) {
var b = null;
this.each(function () {
var g = this;
if (!g.grid || !g.p.treeGrid) {
return
}
switch (g.p.treeGridModel) {
case"nested":
var f = g.p.treeReader.left_field, l = g.p.treeReader.right_field, h = g.p.treeReader.level_field, k = parseInt(c[f], 10), j = parseInt(c[l], 10), d = parseInt(c[h], 10);
a(this.p.data).each(function () {
if (parseInt(this[h], 10) === d - 1 && parseInt(this[f], 10) < k && parseInt(this[l], 10) > j) {
b = this;
return false
}
});
break;
case"adjacency":
var i = g.p.treeReader.parent_id_field, e = g.p.localReader.id;
a(this.p.data).each(function () {
if (this[e] === a.jgrid.stripPref(g.p.idPrefix, c[i])) {
b = this;
return false
}
});
break
}
});
return b
}, getNodeChildren: function (c) {
var b = [];
this.each(function () {
var g = this;
if (!g.grid || !g.p.treeGrid) {
return
}
switch (g.p.treeGridModel) {
case"nested":
var f = g.p.treeReader.left_field, l = g.p.treeReader.right_field, h = g.p.treeReader.level_field, k = parseInt(c[f], 10), j = parseInt(c[l], 10), d = parseInt(c[h], 10);
a(this.p.data).each(function () {
if (parseInt(this[h], 10) === d + 1 && parseInt(this[f], 10) > k && parseInt(this[l], 10) < j) {
b.push(this)
}
});
break;
case"adjacency":
var i = g.p.treeReader.parent_id_field, e = g.p.localReader.id;
a(this.p.data).each(function () {
if (this[i] == a.jgrid.stripPref(g.p.idPrefix, c[e])) {
b.push(this)
}
});
break
}
});
return b
}, getFullTreeNode: function (c) {
var b = [];
this.each(function () {
var g = this, h;
if (!g.grid || !g.p.treeGrid) {
return
}
switch (g.p.treeGridModel) {
case"nested":
var f = g.p.treeReader.left_field, m = g.p.treeReader.right_field, i = g.p.treeReader.level_field, l = parseInt(c[f], 10), k = parseInt(c[m], 10), d = parseInt(c[i], 10);
a(this.p.data).each(function () {
if (parseInt(this[i], 10) >= d && parseInt(this[f], 10) >= l && parseInt(this[f], 10) <= k) {
b.push(this)
}
});
break;
case"adjacency":
if (c) {
b.push(c);
var j = g.p.treeReader.parent_id_field, e = g.p.localReader.id;
a(this.p.data).each(function (n) {
h = b.length;
for (n = 0; n < h; n++) {
if (a.jgrid.stripPref(g.p.idPrefix, b[n][e]) === this[j]) {
b.push(this);
break
}
}
})
}
break
}
});
return b
}, getNodeAncestors: function (c) {
var b = [];
this.each(function () {
if (!this.grid || !this.p.treeGrid) {
return
}
var d = a(this).jqGrid("getNodeParent", c);
while (d) {
b.push(d);
d = a(this).jqGrid("getNodeParent", d)
}
});
return b
}, isVisibleNode: function (c) {
var b = true;
this.each(function () {
var f = this;
if (!f.grid || !f.p.treeGrid) {
return
}
var e = a(f).jqGrid("getNodeAncestors", c), d = f.p.treeReader.expanded_field;
a(e).each(function () {
b = b && this[d];
if (!b) {
return false
}
})
});
return b
}, isNodeLoaded: function (c) {
var b;
this.each(function () {
var f = this;
if (!f.grid || !f.p.treeGrid) {
return
}
var d = f.p.treeReader.leaf_field, e = f.p.treeReader.loaded;
if (c !== undefined) {
if (c[e] !== undefined) {
b = c[e]
} else {
if (c[d] || a(f).jqGrid("getNodeChildren", c).length > 0) {
b = true
} else {
b = false
}
}
} else {
b = false
}
});
return b
}, expandNode: function (b) {
return this.each(function () {
if (!this.grid || !this.p.treeGrid) {
return
}
var h = this.p.treeReader.expanded_field, i = this.p.treeReader.parent_id_field, f = this.p.treeReader.loaded, c = this.p.treeReader.level_field, k = this.p.treeReader.left_field, j = this.p.treeReader.right_field;
if (!b[h]) {
var d = a.jgrid.getAccessor(b, this.p.localReader.id);
var e = a("#" + this.p.idPrefix + a.jgrid.jqID(d), this.grid.bDiv)[0];
var g = this.p._index[d];
if (a(this).jqGrid("isNodeLoaded", this.p.data[g])) {
b[h] = true;
a("div.treeclick", e).removeClass(this.p.treeIcons.plus + " tree-plus").addClass(this.p.treeIcons.minus + " tree-minus")
} else {
if (!this.grid.hDiv.loading) {
b[h] = true;
a("div.treeclick", e).removeClass(this.p.treeIcons.plus + " tree-plus").addClass(this.p.treeIcons.minus + " tree-minus");
this.p.treeANode = e.rowIndex;
this.p.datatype = this.p.treedatatype;
if (this.p.treeGridModel === "nested") {
a(this).jqGrid("setGridParam", {postData: {nodeid: d, n_left: b[k], n_right: b[j], n_level: b[c]}})
} else {
a(this).jqGrid("setGridParam", {postData: {nodeid: d, parentid: b[i], n_level: b[c]}})
}
a(this).trigger("reloadGrid");
b[f] = true;
if (this.p.treeGridModel === "nested") {
a(this).jqGrid("setGridParam", {postData: {nodeid: "", n_left: "", n_right: "", n_level: ""}})
} else {
a(this).jqGrid("setGridParam", {postData: {nodeid: "", parentid: "", n_level: ""}})
}
}
}
}
})
}, collapseNode: function (b) {
return this.each(function () {
if (!this.grid || !this.p.treeGrid) {
return
}
var d = this.p.treeReader.expanded_field;
if (b[d]) {
b[d] = false;
var e = a.jgrid.getAccessor(b, this.p.localReader.id);
var c = a("#" + this.p.idPrefix + a.jgrid.jqID(e), this.grid.bDiv)[0];
a("div.treeclick", c).removeClass(this.p.treeIcons.minus + " tree-minus").addClass(this.p.treeIcons.plus + " tree-plus")
}
})
}, SortTree: function (e, c, b, d) {
return this.each(function () {
if (!this.grid || !this.p.treeGrid) {
return
}
var k, f, m, j = [], n = this, l, h, g = a(this).jqGrid("getRootNodes");
l = a.jgrid.from(g);
l.orderBy(e, c, b, d);
h = l.select();
for (k = 0, f = h.length; k < f; k++) {
m = h[k];
j.push(m);
a(this).jqGrid("collectChildrenSortTree", j, m, e, c, b, d)
}
a.each(j, function (i) {
var o = a.jgrid.getAccessor(this, n.p.localReader.id);
a("#" + a.jgrid.jqID(n.p.id) + " tbody tr:eq(" + i + ")").after(a("tr#" + a.jgrid.jqID(o), n.grid.bDiv))
});
l = null;
h = null;
j = null
})
}, collectChildrenSortTree: function (b, f, g, d, c, e) {
return this.each(function () {
if (!this.grid || !this.p.treeGrid) {
return
}
var k, h, n, l, m, j;
l = a(this).jqGrid("getNodeChildren", f);
m = a.jgrid.from(l);
m.orderBy(g, d, c, e);
j = m.select();
for (k = 0, h = j.length; k < h; k++) {
n = j[k];
b.push(n);
a(this).jqGrid("collectChildrenSortTree", b, n, g, d, c, e)
}
})
}, setTreeRow: function (b, c) {
var d = false;
this.each(function () {
var e = this;
if (!e.grid || !e.p.treeGrid) {
return
}
d = a(e).jqGrid("setRowData", b, c)
});
return d
}, delTreeNode: function (b) {
return this.each(function () {
var h = this, n = h.p.localReader.id, j, g = h.p.treeReader.left_field, m = h.p.treeReader.right_field, d, e, k, l;
if (!h.grid || !h.p.treeGrid) {
return
}
var c = h.p._index[b];
if (c !== undefined) {
d = parseInt(h.p.data[c][m], 10);
e = d - parseInt(h.p.data[c][g], 10) + 1;
var f = a(h).jqGrid("getFullTreeNode", h.p.data[c]);
if (f.length > 0) {
for (j = 0; j < f.length; j++) {
a(h).jqGrid("delRowData", f[j][n])
}
}
if (h.p.treeGridModel === "nested") {
k = a.jgrid.from(h.p.data).greater(g, d, {stype: "integer"}).select();
if (k.length) {
for (l in k) {
if (k.hasOwnProperty(l)) {
k[l][g] = parseInt(k[l][g], 10) - e
}
}
}
k = a.jgrid.from(h.p.data).greater(m, d, {stype: "integer"}).select();
if (k.length) {
for (l in k) {
if (k.hasOwnProperty(l)) {
k[l][m] = parseInt(k[l][m], 10) - e
}
}
}
}
}
})
}, addChildNode: function (g, n, z, k) {
var t = this[0];
if (z) {
var o = t.p.treeReader.expanded_field, w = t.p.treeReader.leaf_field, b = t.p.treeReader.level_field, h = t.p.treeReader.parent_id_field, d = t.p.treeReader.left_field, x = t.p.treeReader.right_field, p = t.p.treeReader.loaded, c, y, j, m, r, s, q = 0, l = n, v, u;
if (k === undefined) {
k = false
}
if (g === undefined || g === null) {
r = t.p.data.length - 1;
if (r >= 0) {
while (r >= 0) {
q = Math.max(q, parseInt(t.p.data[r][t.p.localReader.id], 10));
r--
}
}
g = q + 1
}
var C = a(t).jqGrid("getInd", n);
v = false;
if (n === undefined || n === null || n === "") {
n = null;
l = null;
c = "last";
m = t.p.tree_root_level;
r = t.p.data.length + 1
} else {
c = "after";
y = t.p._index[n];
j = t.p.data[y];
n = j[t.p.localReader.id];
m = parseInt(j[b], 10) + 1;
var e = a(t).jqGrid("getFullTreeNode", j);
if (e.length) {
r = e[e.length - 1][t.p.localReader.id];
l = r;
r = a(t).jqGrid("getInd", l) + 1
} else {
r = a(t).jqGrid("getInd", n) + 1
}
if (j[w]) {
v = true;
j[o] = true;
a(t.rows[C]).find("span.cell-wrapperleaf").removeClass("cell-wrapperleaf").addClass("cell-wrapper").end().find("div.tree-leaf").removeClass(t.p.treeIcons.leaf + " tree-leaf").addClass(t.p.treeIcons.minus + " tree-minus");
t.p.data[y][w] = false;
j[p] = true
}
}
s = r + 1;
if (z[o] === undefined) {
z[o] = false
}
if (z[p] === undefined) {
z[p] = false
}
z[b] = m;
if (z[w] === undefined) {
z[w] = true
}
if (t.p.treeGridModel === "adjacency") {
z[h] = n
}
if (t.p.treeGridModel === "nested") {
var f, B, A;
if (n !== null) {
u = parseInt(j[x], 10);
f = a.jgrid.from(t.p.data);
f = f.greaterOrEquals(x, u, {stype: "integer"});
B = f.select();
if (B.length) {
for (A in B) {
if (B.hasOwnProperty(A)) {
B[A][d] = B[A][d] > u ? parseInt(B[A][d], 10) + 2 : B[A][d];
B[A][x] = B[A][x] >= u ? parseInt(B[A][x], 10) + 2 : B[A][x]
}
}
}
z[d] = u;
z[x] = u + 1
} else {
u = parseInt(a(t).jqGrid("getCol", x, false, "max"), 10);
B = a.jgrid.from(t.p.data).greater(d, u, {stype: "integer"}).select();
if (B.length) {
for (A in B) {
if (B.hasOwnProperty(A)) {
B[A][d] = parseInt(B[A][d], 10) + 2
}
}
}
B = a.jgrid.from(t.p.data).greater(x, u, {stype: "integer"}).select();
if (B.length) {
for (A in B) {
if (B.hasOwnProperty(A)) {
B[A][x] = parseInt(B[A][x], 10) + 2
}
}
}
z[d] = u + 1;
z[x] = u + 2
}
}
if (n === null || a(t).jqGrid("isNodeLoaded", j) || v) {
a(t).jqGrid("addRowData", g, z, c, l);
a(t).jqGrid("setTreeNode", r, s)
}
if (j && !j[o] && k) {
a(t.rows[C]).find("div.treeclick").click()
}
}
}})
})(jQuery);
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