KaneAI - World’s First E2E Software Testing Agent.Signup for Private Beta 
How to use createNode method in ts-auto-mock
Best JavaScript code snippet using ts-auto-mock
tree.unit.js
Source:tree.unit.js 
1import TreeNode, { TRAVERSAL_DF_PRE, TRAVERSAL_DF_POST, TRAVERSAL_BF } from 'handsontable/utils/dataStructures/tree';2function createNode(id, childs = []) {3 const node = new TreeNode({ id });4 childs.forEach((childNode) => {5 node.addChild(childNode);6 });7 return node;8}9describe('TreeNode', () => {10 it('should construct properly', () => {11 const node = createNode('test');12 expect(node.data.id).toBe('test');13 expect(node.childs).toEqual([]);14 expect(node.parent).toBeNull();15 });16 describe('addChild()', () => {17 it('should add a node as child and link itself as a parent', () => {18 const node = createNode('parent');19 const nodeChild = createNode('child');20 node.addChild(nodeChild);21 expect(node.childs.length).toBe(1);22 expect(node.childs[0]).toBe(nodeChild);23 expect(node.childs[0].parent).toBe(node);24 });25 });26 describe('cloneTree()', () => {27 it('should clone a tree deeply (with its childs) - cloning a root node', () => {28 /**29 * Tree structure:30 * .--(B1)--.31 * .-(C1) .-(C2)-.----.32 * (D1) (D2) (D3) (D4)33 */34 const nodes = {};35 const tree = createNode('B1', [36 nodes.c1 = createNode('C1', [37 nodes.d1 = createNode('D1'),38 ]),39 nodes.c2 = createNode('C2', [40 nodes.d2 = createNode('D2'),41 nodes.d3 = createNode('D3'),42 nodes.d4 = createNode('D4'),43 ]),44 ]);45 const clonedTree = tree.cloneTree();46 // Check if the references were break.47 expect(clonedTree).not.toBe(tree);48 expect(clonedTree.childs[0]).not.toBe(nodes.c1);49 expect(clonedTree.childs[0].childs[0]).not.toBe(nodes.d1);50 expect(clonedTree.childs[1]).not.toBe(nodes.c2);51 expect(clonedTree.childs[1].childs[0]).not.toBe(nodes.d2);52 expect(clonedTree.childs[1].childs[1]).not.toBe(nodes.d3);53 expect(clonedTree.childs[1].childs[2]).not.toBe(nodes.d4);54 // Check if the cloned nodes cloned nodes data.55 expect(clonedTree.data).not.toBe(tree.data);56 expect(clonedTree.data).toEqual(tree.data);57 expect(clonedTree.childs[1].data).not.toBe(nodes.c2.data);58 expect(clonedTree.childs[1].data).toEqual(nodes.c2.data);59 });60 it('should clone a tree deeply (with its childs) - cloning a node from the middle of the tree', () => {61 /**62 * Tree structure:63 * .--(B1)--.64 * .-(C1) .-(C2)-.----.65 * (D1) (D2) (D3) (D4)66 */67 const nodes = {};68 const tree = createNode('B1', [69 nodes.c1 = createNode('C1', [70 nodes.d1 = createNode('D1'),71 ]),72 nodes.c2 = createNode('C2', [73 nodes.d2 = createNode('D2'),74 nodes.d3 = createNode('D3'),75 nodes.d4 = createNode('D4'),76 ]),77 ]);78 const clonedTree = nodes.c2.cloneTree();79 // Check if the references were break.80 expect(clonedTree).not.toBe(tree);81 expect(clonedTree.childs[0]).not.toBe(nodes.d2);82 expect(clonedTree.childs[1]).not.toBe(nodes.d3);83 expect(clonedTree.childs[2]).not.toBe(nodes.d4);84 expect(clonedTree.parent).toBe(null);85 // Check if the cloned nodes cloned nodes data.86 expect(clonedTree.data).not.toBe(tree.data);87 expect(clonedTree.data).toEqual(nodes.c2.data);88 expect(clonedTree.childs[1].data).not.toBe(nodes.d3.data);89 expect(clonedTree.childs[1].data).toEqual(nodes.d3.data);90 });91 });92 describe('replaceTreeWith()', () => {93 it('should replace a tree node with cloned nodes (a tree overwrite example)', () => {94 /**95 * Tree structure:96 * .--(B1)--.97 * .-(C1) .-(C2)-.----.98 * (D1) (D2) (D3) (D4)99 */100 const nodes = {};101 createNode('B1', [102 nodes.c1 = createNode('C1', [103 nodes.d1 = createNode('D1'),104 ]),105 nodes.c2 = createNode('C2', [106 nodes.d2 = createNode('D2'),107 nodes.d3 = createNode('D3'),108 nodes.d4 = createNode('D4'),109 ]),110 ]);111 const clonedTree = nodes.c2.cloneTree();112 clonedTree.walkDown(({ data }) => {113 data.test = `${data.id}_test`;114 });115 nodes.c2.replaceTreeWith(clonedTree);116 // Check if the references were break.117 expect(nodes.c2.data).toEqual(clonedTree.data);118 expect(nodes.c2.childs[0]).not.toBe(nodes.d2);119 expect(nodes.c2.childs[0].data).not.toBe(nodes.d2.data);120 expect(nodes.c2.childs[0].data.test).toBe('D2_test');121 expect(nodes.c2.childs[1]).not.toBe(nodes.d3);122 expect(nodes.c2.childs[1].data).not.toBe(nodes.d3.data);123 expect(nodes.c2.childs[1].data.test).toBe('D3_test');124 expect(nodes.c2.childs[2]).not.toBe(nodes.d4);125 expect(nodes.c2.childs[2].data).not.toBe(nodes.d4.data);126 expect(nodes.c2.childs[2].data.test).toBe('D4_test');127 });128 it('should replace a tree node with cloned nodes (a tree replacing example)', () => {129 /**130 * Tree structure:131 * .--(B1)--.132 * .-(C1) .-(C2)-.----.133 * (D1) (D2) (D3) (D4)134 */135 const nodes = {};136 createNode('B1', [137 nodes.c1 = createNode('C1', [138 nodes.d1 = createNode('D1'),139 ]),140 nodes.c2 = createNode('C2', [141 nodes.d2 = createNode('D2'),142 nodes.d3 = createNode('D3'),143 nodes.d4 = createNode('D4'),144 ]),145 ]);146 const clonedTree = nodes.c2.cloneTree();147 clonedTree.walkDown(({ data }) => {148 data.id = `${data.id}\``;149 });150 /**151 * Tree structure after replacing:152 * .--(B1)--.153 * .-(C1) .-(C2)-.-----.154 * (D1) (D2) .-(C2`) (D4)155 * |156 * .-------.-----.157 * (D2`) (D3`) (D4`)158 */159 nodes.d3.replaceTreeWith(clonedTree);160 // Check if the references were break.161 expect(nodes.d3.data).toEqual({ id: 'C2`' });162 expect(nodes.d3.childs.length).toBe(3);163 expect(nodes.d3.childs[0].data).toEqual({ id: 'D2`' });164 expect(nodes.d3.childs[1].data).toEqual({ id: 'D3`' });165 expect(nodes.d3.childs[2].data).toEqual({ id: 'D4`' });166 });167 });168 describe('walkDown()', () => {169 it('should properly traverse a tree using default startegy (breadth first)', () => {170 /**171 * Tree structure:172 * .---------------(A1)--------------.173 * .--(B1)--. .--(B2)--------.174 * .-(C1) .-(C2)-.----. .----(C3)--. .--(C4)--.175 * (D1) (D2) (D3) (D4) (D5) (D6) (D7) (D8)176 */177 const tree = createNode('A1', [178 createNode('B1', [179 createNode('C1', [180 createNode('D1'),181 ]),182 createNode('C2', [183 createNode('D2'),184 createNode('D3'),185 createNode('D4'),186 ]),187 ]),188 createNode('B2', [189 createNode('C3', [190 createNode('D5'),191 createNode('D6'),192 ]),193 createNode('C4', [194 createNode('D7'),195 createNode('D8'),196 ]),197 ]),198 ]);199 const traversalOrder = [];200 tree.walkDown(node => void traversalOrder.push(node.data.id));201 expect(traversalOrder.join(' -> '))202 .toBe('A1 -> B1 -> B2 -> C1 -> C2 -> C3 -> C4 -> D1 -> D2 -> D3 -> D4 -> D5 -> D6 -> D7 -> D8');203 });204 it('should properly traverse a tree using depth-first pre-order startegy', () => {205 /**206 * Tree structure:207 * .---------------(A1)--------------.208 * .--(B1)--. .--(B2)--------.209 * .-(C1) .-(C2)-.----. .----(C3)--. .--(C4)--.210 * (D1) (D2) (D3) (D4) (D5) (D6) (D7) (D8)211 */212 const tree = createNode('A1', [213 createNode('B1', [214 createNode('C1', [215 createNode('D1'),216 ]),217 createNode('C2', [218 createNode('D2'),219 createNode('D3'),220 createNode('D4'),221 ]),222 ]),223 createNode('B2', [224 createNode('C3', [225 createNode('D5'),226 createNode('D6'),227 ]),228 createNode('C4', [229 createNode('D7'),230 createNode('D8'),231 ]),232 ]),233 ]);234 const traversalOrder = [];235 tree.walkDown(node => void traversalOrder.push(node.data.id), TRAVERSAL_DF_PRE);236 expect(traversalOrder.join(' -> '))237 .toBe('A1 -> B1 -> C1 -> D1 -> C2 -> D2 -> D3 -> D4 -> B2 -> C3 -> D5 -> D6 -> C4 -> D7 -> D8');238 });239 it('should properly traverse a tree using depth-first post-order startegy', () => {240 /**241 * Tree structure:242 * .---------------(A1)--------------.243 * .--(B1)--. .--(B2)--------.244 * .-(C1) .-(C2)-.----. .----(C3)--. .--(C4)--.245 * (D1) (D2) (D3) (D4) (D5) (D6) (D7) (D8)246 */247 const tree = createNode('A1', [248 createNode('B1', [249 createNode('C1', [250 createNode('D1'),251 ]),252 createNode('C2', [253 createNode('D2'),254 createNode('D3'),255 createNode('D4'),256 ]),257 ]),258 createNode('B2', [259 createNode('C3', [260 createNode('D5'),261 createNode('D6'),262 ]),263 createNode('C4', [264 createNode('D7'),265 createNode('D8'),266 ]),267 ]),268 ]);269 const traversalOrder = [];270 tree.walkDown(node => void traversalOrder.push(node.data.id), TRAVERSAL_DF_POST);271 expect(traversalOrder.join(' -> '))272 .toBe('D1 -> C1 -> D2 -> D3 -> D4 -> C2 -> B1 -> D5 -> D6 -> C3 -> D7 -> D8 -> C4 -> B2 -> A1');273 });274 it('should properly traverse a tree using breadth-first startegy', () => {275 /**276 * Tree structure:277 * .---------------(A1)--------------.278 * .--(B1)--. .--(B2)--------.279 * .-(C1) .-(C2)-.----. .----(C3)--. .--(C4)--.280 * (D1) (D2) (D3) (D4) (D5) (D6) (D7) (D8)281 */282 const tree = createNode('A1', [283 createNode('B1', [284 createNode('C1', [285 createNode('D1'),286 ]),287 createNode('C2', [288 createNode('D2'),289 createNode('D3'),290 createNode('D4'),291 ]),292 ]),293 createNode('B2', [294 createNode('C3', [295 createNode('D5'),296 createNode('D6'),297 ]),298 createNode('C4', [299 createNode('D7'),300 createNode('D8'),301 ]),302 ]),303 ]);304 const traversalOrder = [];305 tree.walkDown(node => void traversalOrder.push(node.data.id), TRAVERSAL_BF);306 expect(traversalOrder.join(' -> '))307 .toBe('A1 -> B1 -> B2 -> C1 -> C2 -> C3 -> C4 -> D1 -> D2 -> D3 -> D4 -> D5 -> D6 -> D7 -> D8');308 });309 it('should stop traversing when `false` is returned', () => {310 /**311 * Tree structure:312 * .---------------(A1)--------------.313 * .--(B1)--. .--(B2)--------.314 * .-(C1) .-(C2)-.----. .----(C3)--. .--(C4)--.315 * (D1) (D2) (D3) (D4) (D5) (D6) (D7) (D8)316 */317 const tree = createNode('A1', [318 createNode('B1', [319 createNode('C1', [320 createNode('D1'),321 ]),322 createNode('C2', [323 createNode('D2'),324 createNode('D3'),325 createNode('D4'),326 ]),327 ]),328 createNode('B2', [329 createNode('C3', [330 createNode('D5'),331 createNode('D6'),332 ]),333 createNode('C4', [334 createNode('D7'),335 createNode('D8'),336 ]),337 ]),338 ]);339 const traversalOrder = [];340 const walker = (node) => {341 traversalOrder.push(node.data.id);342 return node.data.id !== 'C3';343 };344 tree.walkDown(walker, TRAVERSAL_DF_PRE);345 expect(traversalOrder.join(' -> ')).toBe('A1 -> B1 -> C1 -> D1 -> C2 -> D2 -> D3 -> D4 -> B2 -> C3');346 traversalOrder.length = 0;347 tree.walkDown(walker, TRAVERSAL_DF_POST);348 expect(traversalOrder.join(' -> ')).toBe('D1 -> C1 -> D2 -> D3 -> D4 -> C2 -> B1 -> D5 -> D6 -> C3');349 traversalOrder.length = 0;350 tree.walkDown(walker, TRAVERSAL_BF);351 expect(traversalOrder.join(' -> ')).toBe('A1 -> B1 -> B2 -> C1 -> C2 -> C3');352 });353 });354 describe('walkUp()', () => {355 it('should properly traverse a tree', () => {356 /**357 * Tree structure:358 * .---------------(A1)--------------.359 * .--(B1)--. .--(B2)--------.360 * .-(C1) .-(C2)-.----. .----(C3)--. .--(C4)--.361 * (D1) (D2) (D3) (D4) (D5) (D6) (D7) (D8)362 */363 const nodes = {};364 const tree = createNode('A1', [365 createNode('B1', [366 nodes.c1 = createNode('C1', [367 nodes.d1 = createNode('D1'),368 ]),369 createNode('C2', [370 nodes.d2 = createNode('D2'),371 createNode('D3'),372 createNode('D4'),373 ]),374 ]),375 createNode('B2', [376 createNode('C3', [377 createNode('D5'),378 nodes.d6 = createNode('D6'),379 ]),380 nodes.c4 = createNode('C4', [381 createNode('D7'),382 createNode('D8'),383 ]),384 ]),385 ]);386 {387 const traversalOrder = [];388 tree.walkUp(node => void traversalOrder.push(node.data.id));389 expect(traversalOrder.join(' -> ')).toBe('A1');390 }391 {392 const traversalOrder = [];393 nodes.c1.walkUp(node => void traversalOrder.push(node.data.id));394 expect(traversalOrder.join(' -> ')).toBe('C1 -> B1 -> A1');395 }396 {397 const traversalOrder = [];398 nodes.d1.walkUp(node => void traversalOrder.push(node.data.id));399 expect(traversalOrder.join(' -> ')).toBe('D1 -> C1 -> B1 -> A1');400 }401 {402 const traversalOrder = [];403 nodes.d6.walkUp(node => void traversalOrder.push(node.data.id));404 expect(traversalOrder.join(' -> ')).toBe('D6 -> C3 -> B2 -> A1');405 }406 {407 const traversalOrder = [];408 nodes.c4.walkUp(node => void traversalOrder.push(node.data.id));409 expect(traversalOrder.join(' -> ')).toBe('C4 -> B2 -> A1');410 }411 });412 it('should stop traversing when `false` is returned', () => {413 /**414 * Tree structure:415 * .---------------(A1)--------------.416 * .--(B1)--. .--(B2)--------.417 * .-(C1) .-(C2)-.----. .----(C3)--. .--(C4)--.418 * (D1) (D2) (D3) (D4) (D5) (D6) (D7) (D8)419 */420 const nodes = {};421 const tree = createNode('A1', [422 createNode('B1', [423 createNode('C1', [424 createNode('D1'),425 ]),426 createNode('C2', [427 nodes.d2 = createNode('D2'),428 createNode('D3'),429 createNode('D4'),430 ]),431 ]),432 nodes.b2 = createNode('B2', [433 createNode('C3', [434 createNode('D5'),435 nodes.d6 = createNode('D6'),436 ]),437 createNode('C4', [438 createNode('D7'),439 createNode('D8'),440 ]),441 ]),442 ]);443 const traversalOrder = [];444 const walker = (node) => {445 traversalOrder.push(node.data.id);446 return node.data.id !== 'B2';447 };448 tree.walkUp(walker);449 expect(traversalOrder.join(' -> ')).toBe('A1');450 traversalOrder.length = 0;451 nodes.d6.walkUp(walker);452 expect(traversalOrder.join(' -> ')).toBe('D6 -> C3 -> B2');453 traversalOrder.length = 0;...
EGovTree.js
Source:EGovTree.js
...51var t = new NamTree(d);52//alert (t);53//if(userRole.toLowerCase() == 'fo') {54//}55t.createNode( "", "1", "Transactions");56t.createNode( "", "2", "Reports");57t.createNode( "", "3", "Masters");58t.createNode( "", "4", "Processing");59t.createNode( "", "5", "Set-up");60t.createNode( "", "101", "Receipts", "1");61 t.createNode( "", "1011", "Property Tax Collection", "101");62 t.createNode( "", "1012", "Other Taxes Collection", "101");63 t.createNode( "", "10121", "Field", "1012");64 t.createNode( "", "10122", "Office", "1012");65 t.createNode( "", "1013", "Miscellaneous Receipts", "101");66 t.createNode( "", "1014", "View Receipts","101");67 t.createNode( "", "1015", "Reverse Receipts","101");68t.createNode( "", "104", "Bills Accounting", "1");69 t.createNode( "", "1040", "Bill Register", "104");70 t.createNode( "", "1041", "Contractors Bill", "104");71 t.createNode( "", "10411", "Enter Contractor Bill", "1041");72 t.createNode( "", "10412", "View Contractor Bill", "1041");73 t.createNode( "", "10413", "Reverse Contractor Bill", "1041");74 t.createNode( "", "1042", "Suppliers Bill", "104");75 t.createNode( "", "10421", "Enter Supplier Bill", "1042");76 t.createNode( "", "10422", "View Supplier Bill", "1042");77 t.createNode( "", "10423", "Reverse Supplier Bill", "1042");78 t.createNode( "", "1043", "Salary Bill", "104");79 t.createNode( "", "10431", "Create Salary Bill", "1043");80 t.createNode( "", "10432", "View Salary Bill", "1043");81 t.createNode( "", "10433", "Reverse Salary Bill", "1043");82t.createNode( "", "102", "Payments", "1");83 t.createNode( "", "1021", "Bank Payments", "102");84 t.createNode( "", "10211", "Bank Payment", "1021");85 t.createNode( "", "10212", "View Bank Payments", "1021");86 t.createNode( "", "10213", "Reverse Bank Payments","1021");87 t.createNode( "", "1022", "Cash Payments", "102");88 t.createNode( "", "10221", "Cash Payment", "1022");89 t.createNode( "", "10222", "View Cash Payments","1022");90 t.createNode( "", "10223", "Reverse Cash Payments","1022");91 t.createNode( "", "1023", "Subledger Payments", "102");92 t.createNode( "", "10231", "Advance Payment", "1023");93 t.createNode( "", "10232", "Pay Supplier/Contractor", "1023");94 t.createNode( "", "10233", "View Subledger Payments", "1023");95 t.createNode( "", "10234", "Reverse Subledger Payments", "1023");96 t.createNode( "", "1024", "Salary Payment", "102");97 t.createNode( "", "10241", "Pay Salary", "1024");98 t.createNode( "", "10242", "View Salary Payment", "1024");99 t.createNode( "", "10243", "reverse Salary Payment", "1024");100t.createNode( "", "105", "Journal Proper", "1");101 t.createNode( "", "1051", "Create Journal Proper", "105");102 t.createNode( "", "1052", "Confirm Journal Proper", "105");103 t.createNode( "", "1053", "View Journal Proper", "105");104 t.createNode( "", "1054", "Modify Journal Proper", "105");105 t.createNode( "", "1055", "Reverse Journal Proper","105");106t.createNode( "", "103", "Contra entry", "1");107 t.createNode( "", "1031", "Cash Deposit", "103");108 t.createNode( "", "1032", "Cash Withdrawal", "103");109 t.createNode( "", "1033", "Bank to Bank Transfer", "103");110 t.createNode( "", "1034", "Inter-Fund Transfer", "103");111 t.createNode( "", "1035", "View Contra Entries", "103");112 t.createNode( "", "1036", "Reverse Contra Entries", "103");113 t.createNode( "", "1037", "Pay-in", "103");114t.createNode( "", "106", "BRS", "1");115t.createNode( "", "201", "Accounting Records", "2");116 t.createNode( "", "2019", "Bill Register Report", "201");117 t.createNode( "", "2016", "Trial Balance", "201");118 t.createNode( "", "2011", "Cash Book", "201");119 t.createNode( "", "2012", "Bank Book", "201");120 t.createNode( "", "2013", "Journal Book", "201");121 t.createNode( "", "2014", "General Ledger", "201");122 t.createNode( "", "2015", "Sub-Ledger", "201");123 t.createNode( "", "2017", "Day Book", "201");124 t.createNode( "", "2018", "SubLedger Schedule", "201");125t.createNode( "", "202", "Financial Statements", "2");126 t.createNode( "", "2021", "Balance Sheet", "202");127 t.createNode( "", "2022", "Income & Expenditure Statement", "202");128//t.createNode( "", "203", "Sub-Ledger Schedules", "2");129 //t.createNode( "", "2031", "Contractors/Suppliers Schedule", "203");130 //t.createNode( "", "2032", "Festival Advance", "203");131 //t.createNode( "", "2033", "Housing Advance", "203");132 133t.createNode( "", "301", "Chart Of Accounts", "3");134 t.createNode( "", "3011", "Chart of Accounts", "301");135 t.createNode( "", "3012", "Bank Accounts", "301");136t.createNode( "", "3019", "CostCentre", "3");137t.createNode( "", "3020", "Department", "3");138t.createNode( "", "3021", "Division", "3");139t.createNode( "", "302", "User-defined Codes", "3");140t.createNode( "", "311", "Tax Setup", "3");141t.createNode( "", "303", "Source of Financing", "3");142//t.createNode( "", "307", "Department", "3");143t.createNode( "", "308", "Bill Collector", "3");144t.createNode( "", "309", "Administrative Hierarchy", "3");145t.createNode( "", "304", "Procurement Orders", "3");146 //t.createNode( "", "3041", "Create Procurement Order", "304");147 //t.createNode( "", "3042", "Modify Procurement Order", "304");148 //t.createNode( "", "3043", "View Procurement Orders", "304");149t.createNode( "", "3018", "Scheme", "3");150t.createNode( "", "3022", "Project", "3");151 // t.createNode( "", "30181", "Create Scheme", "3018");152 // t.createNode( "", "30182", "View Scheme", "3018");153 // t.createNode( "", "30183", "Modify Scheme", "3018");154 // t.createNode( "", "30184", "Delete Scheme", "3018");155 156 //t.createNode( "", "30191", "Create CostCentre", "3019");157 //t.createNode( "", "30192", "View CostCentre", "3019");158 //t.createNode( "", "30193", "Modify CostCentre", "3019");159 //t.createNode( "", "30194", "Delete CostCentre", "3019");160t.createNode( "", "305", "Supplier/Contractor", "3");161 t.createNode( "", "3051", "Create Supplier/Contractor", "305");162 t.createNode( "", "3052", "View Supplier/Contractor", "305");163 t.createNode( "", "3053", "Modify Supplier/Contractor", "305");164t.createNode( "", "306", "Setup Cheque in Hand/Cash in Hand", "3"); 165t.createNode( "", "307", "Accounting Entity", "3");166t.createNode( "", "401", "Financial Year", "4");167 t.createNode( "", "4011", "Opening", "401");168 t.createNode( "", "4012", "Close Period", "401"); 169 //t.createNode( "", "4013", "Transfering closing balances", "401");170t.createNode( "", "501", "Chart of Accounts", "5");171t.createNode( "", "503", "Funds", "5");172t.createNode( "", "504", "Functions", "5");173t.createNode( "", "505", "ULB Details", "5");174t.createNode( "", "507", "Code-Screen Mapping", "5");175t.createNode( "", "508", "Creditors Recoveries", "5");176t.createNode( "", "506", "Budget", "5");177 t.createNode( "", "5061", "Create Budget", "506");178 t.createNode( "", "5062", "Copy Budget", "506");179 t.createNode( "", "5063", "Approve Budget", "506");180 t.createNode( "", "5064", "Supplimentary", "506");181t.createNode( "", "509", "Assets", "5");182 t.createNode( "", "5091", "Asset Category", "509");183 t.createNode( "", "5092", "Asset", "509");184 t.createNode( "", "5093", "Depreciation Add", "509");185 186 187t.normalBackgroundColor="white" ;188t.highlightedbackgroundColor="blue";189t.normalColor="navy";190t.highlightedColor="white";191t.fontFamily="tahoma";192t.fontSize="8pt";193t.indent="20";194t.searchIsRequired="true";195t.addImg("main" , "/egi/resources/erp2/images/main.gif");196t.addImg("sub" , "/egi/resources/erp2/images/sub.gif");197t.addImg("accounthead","/egi/resources/erp2/images/head.gif");198t.addImg("account","/egi/resources/erp2/images/account.gif");...
Using AI Code Generation
1var ts_auto_mock_1 = require("ts-auto-mock");2var test2_1 = require("./test2");3var test2 = ts_auto_mock_1.createNode(test2_1.Test2);4console.log(test2);5var ts_auto_mock_2 = require("ts-auto-mock");6var test3_1 = require("./test3");7var test3 = ts_auto_mock_2.createNode(test3_1.Test3);8console.log(test3);9var ts_auto_mock_3 = require("ts-auto-mock");10var test4_1 = require("./test4");11var test4 = ts_auto_mock_3.createNode(test4_1.Test4);12console.log(test4);13var ts_auto_mock_4 = require("ts-auto-mock");14var test5_1 = require("./test5");15var test5 = ts_auto_mock_4.createNode(test5_1.Test5);16console.log(test5);17var ts_auto_mock_5 = require("ts-auto-mock");18var test6_1 = require("./test6");19var test6 = ts_auto_mock_5.createNode(test6_1.Test6);20console.log(test6);21var ts_auto_mock_6 = require("ts-auto-mock");22var test7_1 = require("./test7");23var test7 = ts_auto_mock_6.createNode(test7_1.Test7);24console.log(test7);25var ts_auto_mock_7 = require("ts-auto-mock");26var test8_1 = require("./test8");27var test8 = ts_auto_mock_7.createNode(test8_1.Test8);28console.log(test8);29var ts_auto_mock_8 = require("ts-auto-mock");30var test9_1 = require("./
Using AI Code Generation
1const myMock = createMock<MyInterface>();2const myMock = createMock<MyInterface>();3const myMock = createMock<MyInterface>();4const myMock = createMock<MyInterface>();5const myMock = createMock<MyInterface>();6const myMock = createMock<MyInterface>();7const myMock = createMock<MyInterface>();8const myMock = createMock<MyInterface>();9const myMock = createMock<MyInterface>();10const myMock = createMock<MyInterface>();11const myMock = createMock<MyInterface>();12import { createMock } from 'ts-auto-mock';13const myMock = createMock<MyInterface>();
Using AI Code Generation
1import {createNode} from 'ts-auto-mock/extension';2const node = createNode('tsconfig.json');3import {createNode} from 'ts-auto-mock/extension';4const node = createNode('tsconfig.json');5import {createNode} from 'ts-auto-mock/extension';6const node = createNode('tsconfig.json');7{8 "compilerOptions": {9 "paths": {10 }11 },12}13{14 "compilerOptions": {15 "paths": {16 }17 },18}19{20 "compilerOptions": {21 "paths": {22 }23 },24}25{
Using AI Code Generation
1const { createMock } = require('ts-auto-mock');2const mock = createMock('test1');3console.log(mock);4const { createMock } = require('ts-auto-mock');5const mock = createMock('test2');6console.log(mock);7const { createMock } = require('ts-auto-mock');8const mock = createMock('test3');9console.log(mock);10const { createMock } = require('ts-auto-mock');11const mock = createMock('test4');12console.log(mock);13const { createMock } = require('ts-auto-mock');14const mock = createMock('test5');15console.log(mock);16const { createMock } = require('ts-auto-mock');17const mock = createMock('test6');18console.log(mock);19const { createMock } = require('ts-auto-mock');20const mock = createMock('test7');21console.log(mock);22const { createMock } = require('ts-auto-mock');23const mock = createMock('test8');24console.log(mock);25const { createMock } = require('ts-auto-mock');26const mock = createMock('test9');27console.log(mock);28const { createMock } = require('ts-auto-mock');29const mock = createMock('test10');30console.log(mock);31const { createMock } = require('ts-auto-mock');32const mock = createMock('test11');33console.log(mock);
Using AI Code Generation
1import { createNode } from 'ts-auto-mock';2import { MyInterface } from './test2';3const myInterface: MyInterface = createNode<MyInterface>({4 properties: {5 myProperty: {6 },7 },8});9import { createNode } from 'ts-auto-mock';10export interface MyInterface {11 myProperty: string;12}13import { createMock } from 'ts-auto-mock';14const myClass = createMock<MyClass>();15import { createMock } from 'ts-auto-mock';16export class MyClass {17 myProperty: string;18}19import { createPartialMock } from 'ts-auto-mock';20const myClass = createPartialMock<MyClass>();21import { createPartialMock } from 'ts-auto-mock';22export class MyClass {23 myProperty: string;24}25import { createSpy } from 'ts-auto-mock';26const myClass = createSpy<MyClass>();
Using AI Code Generation
1import { createNode } from 'ts-auto-mock';2export const node = createNode('test1');3export const node2 = createNode('test1', { excludePrivate: true });4export const node3 = createNode('test1', { excludePrivate: true, includeProperties: true });5export const node4 = createNode('test1', { excludePrivate: true, includeProperties: true, includeMethods: true });6export const node5 = createNode('test1', { excludePrivate: true, includeProperties: true, includeMethods: true, includeGetters: true });7export const node6 = createNode('test1', { excludePrivate: true, includeProperties: true, includeMethods: true, includeGetters: true, includeSetters: true });8export const node7 = createNode('test1', { excludePrivate: true, includeProperties: true, includeMethods: true, includeGetters: true, includeSetters: true, includeStatic: true });9export const node8 = createNode('test1', { excludePrivate: true, includeProperties: true, includeMethods: true, includeGetters: true, includeSetters: true, includeStatic: true, includeConstructors: true });10export const node9 = createNode('test1', { excludePrivate: true, includeProperties: true, includeMethods: true, includeGetters: true, includeSetters: true, includeStatic: true, includeConstructors: true, includePrivate: true });11export const node10 = createNode('test1', { excludePrivate: true, includeProperties: true, includeMethods: true, includeGetters: true, includeSetters: true, includeStatic: true, includeConstructors: true, includePrivate: true, includeProtected: true });12export const node11 = createNode('test1', { excludePrivate: true, includeProperties: true, includeMethods: true, includeGetters: true, includeSetters: true, includeStatic: true, includeConstructors: true, includePrivate: true, includeProtected: true, includeAbstract: true });13export const node12 = createNode('test1', { excludePrivate: true, includeProperties: true, includeMethods: true, includeGetters: true, includeSetters: true, includeStatic: true, includeConstructors: true, include
Using AI Code Generation
1const { createMock } = require('ts-auto-mock');2const mock = createMock({3 birthday: new Date(),4 address: {5 }6});7console.log(mock);
Using AI Code Generation
1const { createNode } = require('ts-auto-mock');2const node = createNode({3});4console.log(node);5{6}7const { createNode } = require('ts-auto-mock');8const node = createNode({9 {10 },11 {12 }13});14console.log(node);15{16 {17 },18 {19 }20}21const { createNode } = require('ts-auto-mock');22const node = createNode({23 {24 {25 },26 {27 }28 },29 {30 {31 },32 {33 }34 }35});36console.log(node);37{
Automation Testing Tutorials
Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.
LambdaTest Learning Hubs:
- JUnit Tutorial
- TestNG Tutorial
- Webdriver Tutorial
- WebDriverIO Tutorial
- Protractor Tutorial
- Selenium 4 Tutorial
- Jenkins Tutorial
- NUnit Tutorial
- Jest Tutorial
- Playwright Tutorial
- Cypress Tutorial
- PyTest Tutorial
YouTube
You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.
Run ts-auto-mock automation tests on LambdaTest cloud grid
Perform automation testing on 3000+ real desktop and mobile devices online.
Try LambdaTest Now !!
Get 100 minutes of automation test minutes FREE!!
Was this article helpful?
