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How to use inserts method in argos

Best JavaScript code snippet using argos

RBTree.test.ts

Source:RBTree.test.ts

1import * as _ from 'lodash';2import {load, buildTree, getInserts, newTree} from './loaderUtil';3import {RBTree} from '../src/RBTree';4const SAMPLE_FILE = __dirname + '/samples/10k';5describe('Test RBTree API', () => {6  test('clear()', () => {7    const inserts = getInserts(load(SAMPLE_FILE));8    const tree = buildTree(RBTree, inserts);9    tree.clear();10    inserts.forEach(function(data) {11      expect(tree.find(data)).toBe(null);12    });13  });14  test('dup', () => {15    const tree = newTree(RBTree);16    expect(tree.insert(100)).toBe(true);17    expect(tree.insert(101)).toBe(true);18    expect(tree.insert(101)).toBe(false);19    expect(tree.insert(100)).toBe(false);20    tree.remove(100);21    expect(tree.insert(100)).toBe(true);22    expect(tree.insert(100)).toBe(false);23  });24  test('nonexist()', () => {25    const tree = newTree(RBTree);26    expect(tree.remove(100)).toBe(false);27    tree.insert(100);28    expect(tree.remove(101)).toBe(false);29    expect(tree.remove(100)).toBe(true);30  });31  test('min()', () => {32    let tree = newTree(RBTree);33    expect(tree.min()).toEqual(null);34    const inserts = getInserts(load(SAMPLE_FILE));35    tree = buildTree(RBTree, inserts);36    expect(tree.min()).toEqual(_.min(inserts));37  });38  test('max()', () => {39    let tree = newTree(RBTree);40    expect(tree.max()).toEqual(null);41    const inserts = getInserts(load(SAMPLE_FILE));42    tree = buildTree(RBTree, inserts);43    expect(tree.max()).toEqual(_.max(inserts));44  });45  test('forwardIt()', () => {46    const inserts = getInserts(load(SAMPLE_FILE));47    const tree = buildTree(RBTree, inserts);48    let items = [];49    const it = tree.iterator();50    let data;51    while ((data = it.next()) !== null) {52      items.push(data);53    }54    inserts.sort(function(a, b) {55      return a - b;56    });57    expect(items).toEqual(inserts);58    items = [];59    tree.each(function(data) {60      items.push(data);61    });62    expect(items).toEqual(inserts);63  });64  test('forwardItBreak()', () => {65    const inserts = getInserts(load(SAMPLE_FILE));66    const tree = buildTree(RBTree, inserts);67    let items = [];68    const it = tree.iterator();69    let data;70    while ((data = it.next()) !== null) {71      items.push(data);72    }73    inserts.sort(function(a, b) {74      return a - b;75    });76    expect(items).toEqual(inserts);77    items = [];78    let i = 0;79    tree.each(function(data) {80      items.push(data);81      if (i === 3) {82        return false;83      }84      i++;85    });86    expect(items.length).toBe(4);87  });88  test('reverseIt()', () => {89    const inserts = getInserts(load(SAMPLE_FILE));90    const tree = buildTree(RBTree, inserts);91    let items = [];92    const it = tree.iterator();93    let data;94    while ((data = it.prev()) !== null) {95      items.push(data);96    }97    inserts.sort(function(a, b) {98      return b - a;99    });100    expect(items).toEqual(inserts);101    items = [];102    tree.reach(function(data) {103      items.push(data);104    });105    expect(items).toEqual(inserts);106  });107  test('reverseItBreak()', () => {108    const inserts = getInserts(load(SAMPLE_FILE));109    const tree = buildTree(RBTree, inserts);110    let items = [];111    const it = tree.iterator();112    let data;113    while ((data = it.prev()) !== null) {114      items.push(data);115    }116    inserts.sort(function(a, b) {117      return b - a;118    });119    expect(items).toEqual(inserts);120    items = [];121    let i = 0;122    tree.reach(function(data) {123      items.push(data);124      if (i === 3) {125        return false;126      }127      i++;128    });129    expect(items.length).toBe(4);130  });131  test('switchIt()', () => {132    const inserts = getInserts(load(SAMPLE_FILE));133    const tree = buildTree(RBTree, inserts);134    inserts.sort(function(a, b) {135      return a - b;136    });137    function doSwitch(after) {138      const items = [];139      const it = tree.iterator();140      for (let i = 0; i < after; i++) {141        items.push(it.next());142      }143      let data;144      while ((data = it.prev()) !== null) {145        items.push(data);146      }147      const forward = inserts.slice(0, after);148      const reverse = inserts.slice(0, after - 1).reverse();149      const all = forward.concat(reverse);150      expect(items).toEqual(all);151    }152    doSwitch(1);153    doSwitch(10);154    // doSwitch(1000);155    // doSwitch(9000);156  });157  test('emptyIt()', () => {158    const tree = newTree(RBTree);159    let it = tree.iterator();160    expect(it.next()).toBe(null);161    it = tree.iterator();162    expect(it.prev()).toBe(null);163  });164  test('lowerBound()', () => {165    const inserts = getInserts(load(SAMPLE_FILE));166    const tree = buildTree(RBTree, inserts);167    inserts.sort(function(a, b) {168      return a - b;169    });170    for (let i = 1; i < inserts.length - 1; ++i) {171      const item = inserts[i];172      const iter = tree.lowerBound(item);173      expect(iter.data()).toEqual(item);174      expect(iter.prev()).toEqual(inserts[i - 1]);175      iter.next();176      expect(iter.next()).toEqual(inserts[i + 1]);177      const prev = tree.lowerBound(item - 0.1);178      expect(prev.data()).toEqual(inserts[i]);179      const next = tree.lowerBound(item + 0.1);180      expect(next.data()).toEqual(inserts[i + 1]);181    }182    // test edges183    let iter = tree.lowerBound(-1);184    expect(iter.data()).toEqual(inserts[0]);185    const last = inserts[inserts.length - 1];186    iter = tree.lowerBound(last);187    expect(iter.data()).toEqual(last);188    iter = tree.lowerBound(last + 1);189    expect(iter.data()).toEqual(null);190  });191  test('upperBound()', () => {192    const inserts = getInserts(load(SAMPLE_FILE));193    const tree = buildTree(RBTree, inserts);194    inserts.sort(function(a, b) {195      return a - b;196    });197    for (let i = 0; i < inserts.length - 2; ++i) {198      const item = inserts[i];199      const iter = tree.upperBound(item);200      expect(iter.data()).toEqual(inserts[i + 1]);201      expect(iter.prev()).toEqual(inserts[i]);202      iter.next();203      expect(iter.next()).toEqual(inserts[i + 2]);204      const prev = tree.upperBound(item - 0.1);205      expect(prev.data()).toEqual(inserts[i]);206      const next = tree.upperBound(item + 0.1);207      expect(next.data()).toEqual(inserts[i + 1]);208    }209    // test edges210    let iter = tree.upperBound(-1);211    expect(iter.data()).toEqual(inserts[0]);212    const last = inserts[inserts.length - 1];213    iter = tree.upperBound(last);214    expect(iter.data()).toEqual(null);215    iter = tree.upperBound(last + 1);216    expect(iter.data()).toEqual(null);217    // test empty218    const empty = new RBTree(function(a, b) {219      return a.val - b.val;220    });221    iter = empty.upperBound({val: 0});222    expect(iter.data()).toEqual(null);223  });224  test('find', () => {225    const inserts = getInserts(load(SAMPLE_FILE));226    const tree = buildTree(RBTree, inserts);227    for (let i = 1; i < inserts.length - 1; ++i) {228      const item = inserts[i];229      expect(tree.find(item)).toEqual(item);230      expect(tree.find(item + 0.1)).toEqual(null);231    }232  });233  test('findIter()', () => {234    const inserts = getInserts(load(SAMPLE_FILE));235    const tree = buildTree(RBTree, inserts);236    inserts.sort(function(a, b) {237      return a - b;238    });239    for (let i = 1; i < inserts.length - 1; ++i) {240      const item = inserts[i];241      const iter = tree.findIter(item);242      expect(iter.data()).toEqual(item);243      expect(iter.prev()).toEqual(inserts[i - 1]);244      iter.next();245      expect(iter.next()).toEqual(inserts[i + 1]);246      expect(tree.findIter(item + 0.1)).toEqual(null);247    }248  });249});250describe('Test RBTree Correctness', () => {251  test('Correctness Validation', () => {252    const tree = newTree(RBTree);253    const tests = load(SAMPLE_FILE);254    let elems = 0;255    tests.forEach(function(n) {256      if (n > 0) {257        // insert258        expect(tree.insert(n)).toBe(true);259        expect(tree.find(n)).toBe(n);260        elems++;261      } else {262        // remove263        n = -n;264        expect(tree.remove(n)).toBe(true);265        expect(tree.find(n)).toBe(null);266        elems--;267      }268      expect(tree.size).toEqual(elems);269      expect(rbAssert(tree._root, tree._comparator));270    });271  });272});273function isRed(node) {274  return node !== null && node.red;275}276function rbAssert(root, comparator) {277  if (root === null) {278    return 1;279  } else {280    const ln = root.left;281    const rn = root.right;282    // red violation283    if (isRed(root)) {284      expect(isRed(ln) || isRed(rn)).toBe(false);285    }286    const lh = rbAssert(ln, comparator);287    const rh = rbAssert(rn, comparator);288    // invalid binary search tree289    expect((ln !== null && comparator(ln.data, root.data) >= 0) ||290      (rn !== null && comparator(rn.data, root.data) <= 0)).toBe(false);291    // black height mismatch292    expect(lh !== 0 && rh !== 0 && lh !== rh).toBe(false);293    // count black links294    if (lh !== 0 && rh !== 0) {295      return isRed(root) ? lh : lh + 1;296    } else {297      return 0;298    }299  }...

all.js

Source:all.js

1export function runCommonTests(getUtil) {2  test("list tables should work", async() => {3    await getUtil().listTableTests()4  })5  test("column tests", async() => {6    await getUtil().tableColumnsTests()7  })8  test("table view tests", async () => {9    await getUtil().tableViewTests()10  })11  test("stream tests", async () => {12    if (getUtil().dbType === 'cockroachdb') {13      return14    }15    await getUtil().streamTests()16  })17  test("query tests", async () => {18    await getUtil().queryTests()19  })20  test("table filter tests", async () => {21    await getUtil().filterTests()22  })23  test("table triggers", async () => {24    await getUtil().triggerTests()25  })26  test("primary key tests", async () => {27    await getUtil().primaryKeyTests()28  })29  describe("Alter Table Tests", () => {30    beforeEach(async() => {31      await prepareTestTable(getUtil())32    })33    test("should past alter table tests", async () => {34      await getUtil().alterTableTests()35    })36    test("should alter indexes", async () => {37      await getUtil().indexTests()38    })39  })40  describe("Table Structure", () => {41    test("should fetch table properties", async() => {42      await getUtil().tablePropertiesTests()43    })44  })45  describe("Data modification", () => {46    beforeEach(async () => {47      await prepareTestTable(getUtil())48    })49  50    test("should insert good data", async () => {51      await itShouldInsertGoodData(getUtil())52    })53    test("should not insert bad data", async () => {54      await itShouldNotInsertBadData(getUtil())55    })56    test("should apply all types of changes", async () => {57      await itShouldApplyAllTypesOfChanges(getUtil())58    })59    test("should not commit on change error", async () => {60      await itShouldNotCommitOnChangeError(getUtil())61    })62  })63}64// test functions below65const prepareTestTable = async function(util) {66  await util.knex.schema.dropTableIfExists("test_inserts")67  await util.knex.schema.createTable("test_inserts", (table) => {68    table.integer("id").primary().notNullable()69    table.specificType("firstName", "varchar(255)")70    table.specificType("lastName", "varchar(255)")71  })72}73export const itShouldInsertGoodData = async function(util) {74  const inserts = [75    {76      table: 'test_inserts',77      schema: util.options.defaultSchema,78      data: [{79        id: 1,80        firstName: 'Terry',81        lastName: 'Tester'82      }]83    },84    {85      table: 'test_inserts',86      schema: util.options.defaultSchema,87      data: [{88        id: 2,89        firstName: 'John',90        lastName: 'Doe'91      }]92    }93  ]94  await util.connection.applyChanges({ inserts: inserts })95  const results = await util.knex.select().table('test_inserts')96  expect(results.length).toBe(2)97}98export const itShouldNotInsertBadData = async function(util) {99  const inserts = [100    {101      table: 'test_inserts',102      schema: util.options.defaultSchema,103      data: [{104        id: 1,105        firstName: 'Terry',106        lastName: 'Tester'107      }]108    },109    {110      table: 'test_inserts',111      schema: util.options.defaultSchema,112      data: [{113        id: 1,114        firstName: 'John',115        lastName: 'Doe'116      }]117    }118  ]119  await expect(util.connection.applyChanges({ inserts: inserts })).rejects.toThrow()120  const results = await util.knex.select().table('test_inserts')121  expect(results.length).toBe(0)122}123export const itShouldApplyAllTypesOfChanges = async function(util) {124  const changes = {125    inserts: [126      {127        table: 'test_inserts',128        schema: util.options.defaultSchema,129        data: [{130          id: 1,131          firstName: 'Tom',132          lastName: 'Tester'133        }]134      },135      {136        table: 'test_inserts',137        schema: util.options.defaultSchema,138        data: [{139          id: 2,140          firstName: 'Jane',141          lastName: 'Doe'142        }]143      }144    ],145    updates: [146      {147        table: 'test_inserts',148        schema: util.options.defaultSchema,149        pkColumn: 'id',150        primaryKey: 1,151        column: 'firstName',152        value: 'Testy'153      }154    ],155    deletes: [156      {157        table: 'test_inserts',158        schema: util.options.defaultSchema,159        pkColumn: 'id',160        primaryKey: 2,161      }162    ]163  }164  await util.connection.applyChanges(changes)165  const results = await util.knex.select().table('test_inserts')166  expect(results.length).toBe(1)167  const firstResult = { ...results[0] }168  // hack for cockroachdb169  firstResult.id = Number(firstResult.id)170  expect(firstResult).toStrictEqual({171    id: 1,172    firstName: 'Testy',173    lastName: 'Tester'174  })175}176export const itShouldNotCommitOnChangeError = async function(util) {177  const inserts = [178    {179      table: 'test_inserts',180      schema: util.options.defaultSchema,181      data: [{182        id: 1,183        firstName: 'Terry',184        lastName: 'Tester'185      }]186    }187  ]188  await util.connection.applyChanges({ inserts: inserts })189  const changes = {190    inserts: [191      {192        table: 'test_inserts',193        schema: util.options.defaultSchema,194        data: [{195          id: 2,196          firstName: 'Tom',197          lastName: 'Tester'198        }]199      },200      {201        table: 'test_inserts',202        schema: util.options.defaultSchema,203        data: [{204          id: 3,205          firstName: 'Jane',206          lastName: 'Doe'207        }]208      }209    ],210    updates: [211      {212        table: 'test_inserts',213        schema: util.options.defaultSchema,214        pkColumn: 'id',215        primaryKey: 1,216        column: 'id',217        value: 2218      }219    ],220    deletes: [221      {222        table: 'test_inserts',223        schema: util.options.defaultSchema,224        pkColumn: 'id',225        primaryKey: 1,226      }227    ]228  }229  await expect(util.connection.applyChanges(changes)).rejects.toThrow()230  const results = await util.knex.select().table('test_inserts')231  expect(results.length).toBe(1)232  const firstResult = { ...results[0]}233  // hack for cockroachdb234  firstResult.id = Number(firstResult.id)235  expect(firstResult).toStrictEqual({236    id: 1,237    firstName: 'Terry',238    lastName: 'Tester'239  })...

start.js

Source:start.js

1import {2    listBroadcast,3    listStream,4    insertStream,5    bindBroadcast,6    insertBroadcast,7} from '../youtube';8const fetch = require('node-fetch');9const findBroadcast = async () => {10    const broadcasts = await listBroadcast();11    let broadcast = false;12    console.log(broadcasts);13    broadcasts.forEach((item) => {14        if (item.snippet.title === process.env.BROADCAST_TITLE) {15            broadcast = item;16        }17    });18    return broadcast;19}20const getStreamKey = async (streamId) => {21    const stream = await listStream(streamId);22    return stream.cdn.ingestionInfo.streamName;23}24const getInserts = async (session) => {25    // first, let's see if the inserts are stored in the session26    let inserts = session.inserts;27    if (inserts) {28        console.log('Found broadcast in session...');29        return session.inserts;30    }31    // if not in session, try user created broadcasts32    inserts = {};33    const existingBroadcast = await findBroadcast();34    if (existingBroadcast) {35        console.log('Found existing broadcast by name...');36        inserts.broadcast = existingBroadcast.id;37        const boundStream = existingBroadcast.contentDetails.boundStreamId;38        // broadcast already has bound stream, use it39        if (boundStream) {40            console.log('Found existing bound stream...');41            inserts.stream = boundStream;42            session.inserts = inserts;43            return inserts;44        }45        // broadcast doesn't have a bound stream yet, create one and bind it46        else {47            console.log('Creating and binding new stream...');48            const newStreamId = await insertStream();49            inserts.stream = newStreamId;50            await bindBroadcast(inserts);51            session.inserts = inserts;52            return inserts;53        }54    }55    // no broadcast exists with our name56    else {57        console.log('Creating new broadcast and stream...');58        const newBroadcastId = await insertBroadcast();59        const newStreamId = await insertStream();60        inserts = {61            broadcast: newBroadcastId,62            stream: newStreamId,63        };64        await bindBroadcast(inserts);65        session.inserts = inserts;66        return inserts;67    }68}69const stream = async (session) => {70    console.log(`Attempting to stream...`);71    const inserts = await getInserts(session);72    const streamKey = await getStreamKey(inserts.stream);73    fetch(`http://localhost:${process.env.OBS_HTTP_PORT}/start`, {74        method: 'POST',75        headers: {76            Accept: 'application/json',77            'Content-Type': 'application/json',78        },79        body: JSON.stringify({80            streamKey,81        }),82    });83    return inserts;84};...

Using AI Code Generation

1var argosy = require('argosy')2var pipeline = require('argosy-pipeline')3var inserts = require('argosy-pipeline').inserts4var service = argosy()5service.pipe(inserts(function (msg) {6})).pipe(process.stdout)7service.accept({test: 'hello world'})8var argosy = require('argosy')9var pipeline = require('argosy-pipeline')10var service = argosy()11service.pipe(filter(function (msg) {12})).pipe(process.stdout)13service.accept({test: 'hello world'})14var argosy = require('argosy')15var pipeline = require('argosy-pipeline')16var service = argosy()17service.pipe(map(function (msg) {18})).pipe(process.stdout)19service.accept({test: 'hello world'})20var argosy = require('argosy')21var pipeline = require('argosy-pipeline')22var service = argosy()23service.pipe(merge()).pipe(process.stdout)24service.accept({test: 'hello world'})25var argosy = require('argosy')26var pipeline = require('argosy-pipeline')27var service = argosy()28service.pipe(reduce(function (acc, msg) {29}, '')).pipe(process.stdout)30service.accept({test: 'hello'})31service.accept({test: ' world'})

Using AI Code Generation

1var argosy = require('argosy')2var argosyPattern = require('argosy-pattern')3var pattern = argosyPattern()4var argosyPattern = require('argosy-pattern')5var pattern = argosyPattern()6var argosy = require('argosy')7var service = argosy()8    .use('role:math,cmd:sum', function (msg, cb) {9        cb(null, { answer: msg.left + msg.right })10    })11    .use('role:math,cmd:sum', function (msg, cb) {12        cb(null, { answer: msg.left + msg.right })13    })14    .listen({ port: 8000 })15var client = argosy()16    .use(function (msg, cb) {17        cb(null, { left: 1, right: 2 })18    })19    .use(pattern({20        answer: insert('sum')21    }))22    .use(function (msg, cb) {23        cb()24    })25    .connect(8000)26### pattern(pattern, [options])27var pattern = require('argosy-pattern')28var msg = {29}30var matcher = pattern({31})32var matcher = pattern({33})34var matcher = pattern({35    quux: insert('quux')36})

Using AI Code Generation

1var argosy = require('argosy')2var pattern = require('argosy-pattern')3var service = argosy()4service.pipe(argosy.acceptor({port: 8000}))5service.accept({hello: insert('name')}, function (msg, respond) {6    respond(null, {hello: msg.name})7})

Using AI Code Generation

1var pattern = require('argosy-pattern')2var insertsPattern = inserts({ name: String })3### `matches(pattern, data)`4var pattern = require('argosy-pattern')5var matchesPattern = matches({ name: String })6### `matchesAny(pattern, data)`7var pattern = require('argosy-pattern')8var matchesAnyPattern = matchesAny([{ name: String }])9### `matchesAll(pattern, data)`10var pattern = require('argosy-pattern')11var matchesAllPattern = matchesAll([{ name: String }])12### `matchesSome(pattern, data)`13var pattern = require('argosy-pattern')

Using AI Code Generation

1var argosy = require('argosy')2var pattern = require('argosy-pattern')3var service = argosy()4service.accept({5    insert: insert({6    })7})8service.pipe(argosy.pattern({9    insert: insert({10    })11})).pipe(service)12service.on('insert', function (request, cb) {13    console.log('insert request', request)14    cb(null, { inserted: true })15})16service.insert({17}, function (err, response) {18    console.log('inserted', response)19})

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