How to use createNode method in ts-auto-mock

Best JavaScript code snippet using ts-auto-mock

tree.unit.js

Source:tree.unit.js Github

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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;...

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EGovTree.js

Source:EGovTree.js Github

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...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");...

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Using AI Code Generation

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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("./

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Using AI Code Generation

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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>();

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Using AI Code Generation

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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{

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Using AI Code Generation

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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);

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Using AI Code Generation

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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>();

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Using AI Code Generation

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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

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Using AI Code Generation

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1const { createMock } = require('ts-auto-mock');2const mock = createMock({3 birthday: new Date(),4 address: {5 }6});7console.log(mock);

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Using AI Code Generation

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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{

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