How to use assertFailure method in ava

Best JavaScript code snippet using ava

FormElementTest.js

Source:FormElementTest.js Github

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...70 assertSuccess(createFormElement(dataType, mandatory).validate(5.5));71 });72 it("should return success false if passed invalid value on mandatory element", () => {73 const mandatory = true;74 assertFailure(createFormElement(dataType, mandatory).validate("abc"), "numericValueValidation");75 });76 it("should return success false if passed empty or null value on mandatory element", () => {77 const mandatory = true;78 assertFailure(createFormElement(dataType, mandatory).validate(""), "emptyValidationMessage");79 assertFailure(createFormElement(dataType, mandatory).validate(null), "emptyValidationMessage");80 });81 it("should return success false if passed value fails low or high absolute check on mandatory element", () => {82 const mandatory = true;83 assertFailure(createNumericFormElement(mandatory, 5, 5).validate(3), "numberBelowLowAbsolute");84 assertFailure(createNumericFormElement(mandatory, 5, 5).validate(6), "numberAboveHiAbsolute");85 });86 it("should return success true if passed valid value on non mandatory element", () => {87 const mandatory = false;88 assertSuccess(createFormElement(dataType, mandatory).validate(5.5));89 });90 it("should return success false if passed invalid value on non mandatory element", () => {91 const mandatory = false;92 assertFailure(createFormElement(dataType, mandatory).validate("abc"), "numericValueValidation");93 });94 it("should return success true if passed empty or null on non mandatory element", () => {95 const mandatory = false;96 assertSuccess(createFormElement(dataType, mandatory).validate(null));97 });98 });99 describe("FormElement.validate Date Concept", () => {100 let dataType = Concept.dataType.Date;101 it("should return success true if passed valid value on mandatory element", () => {102 const mandatory = true;103 assertSuccess(createFormElement(dataType, mandatory).validate("2020-02-29"));104 assertSuccess(createFormElement(dataType, mandatory).validate("2020-12-31"));105 assertSuccess(createFormElement(dataType, mandatory).validate("2020-1-1"));106 });107 it("should return success false if passed invalid value on mandatory element", () => {108 const mandatory = true;109 assertFailure(createFormElement(dataType, mandatory).validate("2020-02-30"), "invalidDateFormat");110 assertFailure(createFormElement(dataType, mandatory).validate("2019-02-29"), "invalidDateFormat");111 assertFailure(createFormElement(dataType, mandatory).validate("2019-13-01"), "invalidDateFormat");112 });113 it("should return success false if passed empty or null value on mandatory element", () => {114 const mandatory = true;115 assertFailure(createFormElement(dataType, mandatory).validate(""), "emptyValidationMessage");116 assertFailure(createFormElement(dataType, mandatory).validate(null), "emptyValidationMessage");117 });118 it("should return success true if passed valid value on non mandatory element", () => {119 const mandatory = false;120 assertSuccess(createFormElement(dataType, mandatory).validate("2020-02-29"));121 });122 it("should return success false if passed invalid value on non mandatory element", () => {123 const mandatory = false;124 assertFailure(createFormElement(dataType, mandatory).validate("2020-02-30"), "invalidDateFormat");125 assertFailure(createFormElement(dataType, mandatory).validate("2019-02-29"), "invalidDateFormat");126 assertFailure(createFormElement(dataType, mandatory).validate("2019-13-01"), "invalidDateFormat");127 });128 it("should return success true if passed empty or null on non mandatory element", () => {129 const mandatory = false;130 assertSuccess(createFormElement(dataType, mandatory).validate(null));131 assertSuccess(createFormElement(dataType, mandatory).validate(undefined));132 });133 });134 describe("FormElement.validate DateTime Concept", () => {135 let dataType = Concept.dataType.DateTime;136 it("should return success true if passed valid value on mandatory element", () => {137 const mandatory = true;138 assertSuccess(createFormElement(dataType, mandatory).validate(new Date("2020-02-29 12:00")));139 assertSuccess(createFormElement(dataType, mandatory).validate(new Date("2020-02-29 23:59")));140 });141 it("should return success false if passed invalid value on mandatory element", () => {142 const mandatory = true;143 assertFailure(createFormElement(dataType, mandatory).validate(new Date("2020-01-01 24:52")), "invalidDateTimeFormat");144 assertFailure(createFormElement(dataType, mandatory).validate(new Date("2020-01-01 12:95")), "invalidDateTimeFormat");145 assertFailure(createFormElement(dataType, mandatory).validate(new Date("2020-25-30 01:53")), "invalidDateTimeFormat");146 assertFailure(createFormElement(dataType, mandatory).validate(Date.parse("foo")), "invalidDateTimeFormat");147 assertFailure(createFormElement(dataType, mandatory).validate(new Date("2020-01-01 00:00")), "timeValueValidation");148 });149 it("should return success false if passed empty or null value on mandatory element", () => {150 const mandatory = true;151 assertFailure(createFormElement(dataType, mandatory).validate(""), "emptyValidationMessage");152 assertFailure(createFormElement(dataType, mandatory).validate(null), "emptyValidationMessage");153 });154 it("should return success true if passed valid value on non mandatory element", () => {155 const mandatory = false;156 assertSuccess(createFormElement(dataType, mandatory).validate(new Date("2020-02-29 12:00")));157 assertSuccess(createFormElement(dataType, mandatory).validate(new Date("2020-02-29 23:59")));158 });159 it("should return success false if passed invalid value on non mandatory element", () => {160 const mandatory = false;161 assertFailure(createFormElement(dataType, mandatory).validate(new Date("2020-01-01 24:52")), "invalidDateTimeFormat");162 assertFailure(createFormElement(dataType, mandatory).validate(new Date("2020-01-01 12:95")), "invalidDateTimeFormat");163 assertFailure(createFormElement(dataType, mandatory).validate(new Date("2020-25-30 01:53")), "invalidDateTimeFormat");164 assertFailure(createFormElement(dataType, mandatory).validate(Date.parse("foo")), "invalidDateTimeFormat");165 assertFailure(createFormElement(dataType, mandatory).validate(new Date("2020-01-01 00:00")), "timeValueValidation");166 });167 it("should return success true if passed empty or null on non mandatory element", () => {168 const mandatory = false;169 assertSuccess(createFormElement(dataType, mandatory).validate(null));170 });171 });172 describe("FormElement.validate Time Concept", () => {173 let dataType = Concept.dataType.Time;174 it("should return success true if passed valid value on mandatory element", () => {175 const mandatory = true;176 assertSuccess(createFormElement(dataType, mandatory).validate("23:59"));177 assertSuccess(createFormElement(dataType, mandatory).validate("0:00"));178 });179 it("should return success false if passed invalid value on mandatory element", () => {180 const mandatory = true;181 assertFailure(createFormElement(dataType, mandatory).validate("24:20"), "invalidTimeFormat");182 assertFailure(createFormElement(dataType, mandatory).validate("28:00"), "invalidTimeFormat");183 });184 it("should return success false if passed empty or null value on mandatory element", () => {185 const mandatory = true;186 assertFailure(createFormElement(dataType, mandatory).validate(""), "emptyValidationMessage");187 assertFailure(createFormElement(dataType, mandatory).validate(null), "emptyValidationMessage");188 assertFailure(createFormElement(dataType, mandatory).validate(undefined), "emptyValidationMessage");189 });190 it("should return success true if passed valid value on non mandatory element", () => {191 const mandatory = false;192 assertSuccess(createFormElement(dataType, mandatory).validate("23:59"));193 assertSuccess(createFormElement(dataType, mandatory).validate("0:00"));194 });195 it("should return success false if passed invalid value on non mandatory element", () => {196 const mandatory = false;197 assertFailure(createFormElement(dataType, mandatory).validate("24:20"), "invalidTimeFormat");198 assertFailure(createFormElement(dataType, mandatory).validate("28:00"), "invalidTimeFormat");199 });200 it("should return success true if passed empty or null value on non mandatory element", () => {201 const mandatory = false;202 assertSuccess(createFormElement(dataType, mandatory).validate(null));203 assertSuccess(createFormElement(dataType, mandatory).validate(undefined));204 });205 });206 describe("FormElement.validate Text Concept", () => {207 let dataType = Concept.dataType.Text;208 it("should return success true if passed valid value on mandatory element", () => {209 const mandatory = true;210 assertSuccess(createTextFormElement(mandatory, "^\\d{10}$", "Require 10 digits").validate("9919999199"));211 });212 it("should return success false if passed invalid value on mandatory element", () => {213 const mandatory = true;214 assertFailure(createTextFormElement(mandatory, "^\\d{10}$", "Require 10 digits").validate("991999919"), "Require 10 digits");215 });216 it("should return success false if passed empty or null value on mandatory element", () => {217 const mandatory = true;218 assertFailure(createTextFormElement(mandatory, "^\\d{10}$", "Require 10 digits").validate(""), "emptyValidationMessage");219 assertFailure(createTextFormElement(mandatory, "^\\d{10}$", "Require 10 digits").validate(null), "emptyValidationMessage");220 assertFailure(createTextFormElement(mandatory, "^\\d{10}$", "Require 10 digits").validate(undefined), "emptyValidationMessage");221 });222 it("should return success true if passed valid value on non mandatory element", () => {223 const mandatory = true;224 assertSuccess(createTextFormElement(mandatory, "^\\d{10}$", "Require 10 digits").validate("9919999199"));225 });226 it("should return success false if passed invalid value on non mandatory element", () => {227 const mandatory = true;228 assertFailure(createTextFormElement(mandatory, "^\\d{10}$", "Require 10 digits").validate("991999919"), "Require 10 digits");229 });230 it("should return success true if passed empty or null value on non mandatory element", () => {231 const mandatory = false;232 assertSuccess(createTextFormElement(mandatory, "^\\d{10}$", "Require 10 digits").validate(""));233 assertSuccess(createTextFormElement(mandatory, "^\\d{10}$", "Require 10 digits").validate(null));234 assertSuccess(createTextFormElement(mandatory, "^\\d{10}$", "Require 10 digits").validate(undefined));235 });236 });...

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authentication_test.py

Source:authentication_test.py Github

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...51 username, password, ipaddress.ip_address(ip_address))52 self.assertIsNotNone(authenticated_participation)53 self.assertIsNotNone(cookie)54 self.assertIs(authenticated_participation, self.participation)55 def assertFailure(self, username, password, ip_address):56 authenticated_participation, cookie = validate_login(57 self.session, self.contest, self.timestamp,58 username, password, ipaddress.ip_address(ip_address))59 self.assertIsNone(authenticated_participation)60 self.assertIsNone(cookie)61 def test_successful_login(self):62 self.assertSuccess("myuser", "mypass", "127.0.0.1")63 def test_no_user(self):64 self.assertFailure("myotheruser", "mypass", "127.0.0.1")65 def test_no_participation_for_user_in_contest(self):66 other_contest = self.add_contest(allow_password_authentication=True)67 other_user = self.add_user(68 username="myotheruser", password=build_password("mypass"))69 self.add_participation(contest=other_contest, user=other_user)70 self.assertFailure("myotheruser", "mypass", "127.0.0.1")71 def test_participation_specific_password(self):72 self.participation.password = build_password("myotherpass")73 self.assertFailure("myuser", "mypass", "127.0.0.1")74 self.assertSuccess("myuser", "myotherpass", "127.0.0.1")75 def test_unallowed_password_authentication(self):76 self.contest.allow_password_authentication = False77 self.assertFailure("myuser", "mypass", "127.0.0.1")78 def test_unallowed_hidden_participation(self):79 self.contest.block_hidden_participations = True80 self.participation.hidden = True81 self.assertFailure("myuser", "mypass", "127.0.0.1")82 def test_invalid_password_stored_in_user(self):83 # It's invalid, as it's not created by build_password.84 self.user.password = "mypass"85 # Mainly checks that no exception is raised.86 self.assertFailure("myuser", "mypass", "127.0.0.1")87 def test_invalid_password_stored_in_participation(self):88 # It's invalid, as it's not created by build_password.89 self.participation.password = "myotherpass"90 # Mainly checks that no exception is raised.91 self.assertFailure("myuser", "myotherpass", "127.0.0.1")92 def test_ip_lock(self):93 self.contest.ip_restriction = True94 self.participation.ip = [ipaddress.ip_network("10.0.0.0/24")]95 self.assertSuccess("myuser", "mypass", "10.0.0.1")96 self.assertFailure("myuser", "wrongpass", "10.0.0.1")97 self.assertFailure("myuser", "mypass", "10.0.1.1")98 self.participation.ip = [ipaddress.ip_network("10.9.0.0/24"),99 ipaddress.ip_network("127.0.0.1/32")]100 self.assertSuccess("myuser", "mypass", "127.0.0.1")101 self.assertFailure("myuser", "mypass", "127.0.0.0")102 self.assertSuccess("myuser", "mypass", "10.9.0.7")103 # Corner cases.104 self.participation.ip = []105 self.assertFailure("myuser", "mypass", "10.0.0.1")106 self.participation.ip = None107 self.assertSuccess("myuser", "mypass", "10.0.0.1")108 def test_deactivated_ip_lock(self):109 self.contest.ip_restriction = False110 self.participation.ip = [ipaddress.ip_network("10.0.0.0/24")]111 self.assertSuccess("myuser", "mypass", "10.0.1.1")112class TestAuthenticateRequest(DatabaseMixin, unittest.TestCase):113 def setUp(self):114 super(TestAuthenticateRequest, self).setUp()115 self.timestamp = make_datetime()116 self.contest = self.add_contest()117 self.user = self.add_user(118 username="myuser", password=build_password("mypass"))119 self.participation = self.add_participation(120 contest=self.contest, user=self.user)121 _, self.cookie = validate_login(122 self.session, self.contest, self.timestamp, self.user.username,123 "mypass", ipaddress.ip_address("10.0.0.1"))124 def attempt_authentication(self, **kwargs):125 # The arguments need to be passed as keywords and are timestamp, cookie126 # and ip_address. A missing argument means the default value is used127 # instead. An argument passed as None means that None will be used.128 return authenticate_request(129 self.session, self.contest,130 kwargs.get("timestamp", self.timestamp),131 kwargs.get("cookie", self.cookie),132 ipaddress.ip_address(kwargs.get("ip_address", "10.0.0.1")))133 def assertSuccess(self, **kwargs):134 # Assert that the authentication succeeds in any way (be it through IP135 # autologin or thanks to the cookie) and return the cookie that should136 # be set (or None, if it should be cleared/left unset).137 # The arguments are the same as those of attempt_authentication.138 authenticated_participation, cookie = \139 self.attempt_authentication(**kwargs)140 self.assertIsNotNone(authenticated_participation)141 self.assertIs(authenticated_participation, self.participation)142 return cookie143 def assertSuccessAndCookieRefreshed(self, **kwargs):144 # Assert that the authentication succeeds and that a cookie is returned145 # as well, to be refreshed on the client. (This typically indicates146 # that the authentication was performed through the cookie.)147 # The arguments are the same as those of attempt_authentication.148 cookie = self.assertSuccess(**kwargs)149 self.assertIsNotNone(cookie)150 return cookie151 def assertSuccessAndCookieCleared(self, **kwargs):152 # Assert that the authentication succeeds and no cookie is returned,153 # meaning that it needs to be cleared (or left unset) on the client.154 # (This typically indicates that the authentication occurred by IP155 # autologin.)156 # The arguments are the same as those of attempt_authentication.157 cookie = self.assertSuccess(**kwargs)158 self.assertIsNone(cookie)159 def assertFailure(self, **kwargs):160 # Assert that the authentication fails.161 # The arguments are the same as those of attempt_authentication.162 authenticated_participation, cookie = \163 self.attempt_authentication(**kwargs)164 self.assertIsNone(authenticated_participation)165 self.assertIsNone(cookie)166 @patch.object(config, "cookie_duration", 10)167 def test_cookie_contains_timestamp(self):168 self.contest.ip_autologin = False169 self.contest.allow_password_authentication = True170 # The cookie allows to authenticate.171 self.assertSuccessAndCookieRefreshed()172 # Until the duration expires.173 new_cookie = self.assertSuccessAndCookieRefreshed(174 timestamp=self.timestamp + timedelta(seconds=8))175 # But not after it expires.176 self.assertFailure(timestamp=self.timestamp + timedelta(seconds=14))177 # Unless the cookie is refreshed.178 self.assertSuccessAndCookieRefreshed(179 timestamp=self.timestamp + timedelta(seconds=14),180 cookie=new_cookie)181 def test_cookie_contains_password(self):182 self.contest.ip_autologin = False183 # Cookies are of no use if one cannot login by password.184 self.contest.allow_password_authentication = False185 self.assertFailure()186 # The cookie works with all methods as it holds the plaintext password.187 self.contest.allow_password_authentication = True188 self.user.password = hash_password("mypass", method="bcrypt")189 self.assertSuccessAndCookieRefreshed()190 self.user.password = hash_password("mypass", method="plaintext")191 self.assertSuccessAndCookieRefreshed()192 # Cookies contain the password, which is validated every time.193 self.user.password = build_password("newpass")194 self.assertFailure()195 # Contest-specific passwords take precedence over global ones.196 self.participation.password = build_password("mypass")197 self.assertSuccessAndCookieRefreshed()198 # And they do so in the negative case too.199 self.user.password = build_password("mypass")200 self.participation.password = build_password("newpass")201 self.assertFailure()202 def test_ip_autologin(self):203 self.contest.ip_autologin = True204 self.contest.allow_password_authentication = False205 self.participation.ip = [ipaddress.ip_network("10.0.0.1/32")]206 self.assertSuccessAndCookieCleared()207 self.assertFailure(ip_address="10.1.0.1")208 self.participation.ip = [ipaddress.ip_network("10.0.0.0/24")]209 self.assertFailure()210 def test_ip_autologin_with_ambiguous_addresses(self):211 # If two users have the same IP address neither of them can autologin.212 self.contest.ip_autologin = True213 self.contest.allow_password_authentication = False214 self.participation.ip = [ipaddress.ip_network("10.0.0.1/32")]215 other_user = self.add_user()216 other_participation = self.add_participation(217 contest=self.contest, user=other_user,218 ip=[ipaddress.ip_network("10.0.0.1/32")])219 self.assertFailure()220 # In fact, they don't even fall back to cookie-based authentication.221 self.contest.allow_password_authentication = True222 self.assertFailure()223 # But if IP autologin is disabled altogether, ambiguous IP addresses224 # are disregarded and cookie-based authentication kicks in.225 self.contest.ip_autologin = False226 self.assertSuccessAndCookieRefreshed()227 # Ambiguous IP addresses are allowed if only one of them is non-hidden228 # (and hidden users are barred from logging in).229 self.contest.ip_autologin = True230 self.contest.block_hidden_participations = True231 other_participation.hidden = True232 self.assertSuccessAndCookieCleared()233 # But not if hidden users aren't blocked.234 self.contest.block_hidden_participations = False235 self.assertFailure()236 def test_invalid_password_in_database(self):237 self.contest.ip_autologin = False238 self.contest.allow_password_authentication = True239 self.user.password = "not a valid password"240 self.assertFailure()241 self.user.password = build_password("mypass")242 self.participation.password = "not a valid password"243 self.assertFailure()244 def test_invalid_cookie(self):245 self.contest.ip_autologin = False246 self.contest.allow_password_authentication = True247 self.assertFailure(cookie=None)248 self.assertFailure(cookie="not a valid cookie")249 def test_no_user(self):250 self.session.delete(self.user)251 self.assertFailure()252 def test_no_participation_for_user_in_contest(self):253 self.session.delete(self.participation)254 self.assertFailure()255 def test_hidden_user(self):256 self.contest.ip_autologin = True257 self.contest.allow_password_authentication = True258 self.contest.block_hidden_participations = True259 self.participation.hidden = True260 self.assertFailure()261 def test_ip_lock(self):262 self.contest.ip_autologin = True263 self.contest.allow_password_authentication = True264 self.contest.ip_restriction = True265 self.participation.ip = [ipaddress.ip_network("10.0.0.0/24"),266 ipaddress.ip_network("127.0.0.1/32")]267 self.assertSuccessAndCookieCleared(ip_address="127.0.0.1")268 self.assertSuccessAndCookieRefreshed(ip_address="10.0.0.1")269 self.assertFailure(ip_address="10.1.0.1")270 self.contest.ip_restriction = False271 self.assertSuccessAndCookieRefreshed()272 # Corner cases.273 self.contest.ip_restriction = True274 self.participation.ip = []275 self.assertFailure()276 self.participation.ip = None277 self.assertSuccessAndCookieRefreshed()278if __name__ == "__main__":...

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auth-counters.js

Source:auth-counters.js Github

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...41 ++expected[mech].received;42 ++expected[mech].successful;43 assertStats();44}45function assertFailure(creds, mech) {46 if (expected[mech] === undefined) {47 expected[mech] = {received: 0, successful: 0};48 }49 assert.eq(test.auth(creds), false);50 ++expected[mech].received;51 assertStats();52}53// Initial condition, one auth by admin during user setups above.54// Using negotiated SCRAM-SHA-256 only.55assertStats();56// user1 should negotiate and succeed at SHA157assertSuccess({user: 'user1', pwd: 'pwd'}, 'SCRAM-SHA-1');58// user and user256 should both negotiate and success at SHA25659assertSuccess({user: 'user256', pwd: 'pwd'}, 'SCRAM-SHA-256');60assertSuccess({user: 'user', pwd: 'pwd'}, 'SCRAM-SHA-256');61// user, user1, and user256 as above, but explicitly asking for mechanisms.62assertSuccess({user: 'user1', pwd: 'pwd', mechanism: 'SCRAM-SHA-1'}, 'SCRAM-SHA-1');63assertSuccess({user: 'user256', pwd: 'pwd', mechanism: 'SCRAM-SHA-256'}, 'SCRAM-SHA-256');64assertSuccess({user: 'user', pwd: 'pwd', mechanism: 'SCRAM-SHA-1'}, 'SCRAM-SHA-1');65assertSuccess({user: 'user', pwd: 'pwd', mechanism: 'SCRAM-SHA-256'}, 'SCRAM-SHA-256');66// Incorrect password.67assertFailure({user: 'user1', pwd: 'haxx'}, 'SCRAM-SHA-1');68assertFailure({user: 'user256', pwd: 'haxx'}, 'SCRAM-SHA-256');69assertFailure({user: 'user', pwd: 'haxx'}, 'SCRAM-SHA-256');70assertFailure({user: 'user', pwd: 'haxx', mechanism: 'SCRAM-SHA-1'}, 'SCRAM-SHA-1');71// Incorrect mechanism.72assertFailure({user: 'user1', pwd: 'pwd', mechanism: 'SCRAM-SHA-256'}, 'SCRAM-SHA-256');73assertFailure({user: 'user256', pwd: 'pwd', mechanism: 'SCRAM-SHA-1'}, 'SCRAM-SHA-1');74const finalStats =75 assert.commandWorked(admin.runCommand({serverStatus: 1})).security.authentication.mechanisms;76MongoRunner.stopMongod(mongod);77printjson(finalStats);...

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shouldFail.test.js

Source:shouldFail.test.js Github

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...17 this.failer = await Failer.new();18 });19 describe('shouldFail', function () {20 it('rejects if no failure occurs', async function () {21 await assertFailure(shouldFail(this.failer.dontFail()));22 });23 it('accepts a revert', async function () {24 await shouldFail(this.failer.failWithRevert());25 });26 it('accepts a throw', async function () {27 await shouldFail(this.failer.failWithThrow());28 });29 it('accepts an out of gas', async function () {30 await shouldFail(this.failer.failWithOutOfGas({ gas: 2000000 }));31 });32 });33 describe('reverting', function () {34 it('rejects if no failure occurs', async function () {35 await assertFailure(shouldFail.reverting(this.failer.dontFail()));36 });37 it('accepts a revert', async function () {38 await shouldFail.reverting(this.failer.failWithRevert());39 });40 it('rejects a throw', async function () {41 await assertFailure(shouldFail.reverting(this.failer.failWithThrow()));42 });43 it('rejects an outOfGas', async function () {44 await assertFailure(shouldFail.reverting(this.failer.failWithOutOfGas({ gas: 2000000 })));45 });46 });47 describe('throwing', function () {48 it('rejects if no failure occurs', async function () {49 await assertFailure(shouldFail.throwing(this.failer.dontFail()));50 });51 it('accepts a throw', async function () {52 await shouldFail.throwing(this.failer.failWithThrow());53 });54 it('rejects a throw', async function () {55 await assertFailure(shouldFail.throwing(this.failer.failWithRevert()));56 });57 it('rejects an outOfGas', async function () {58 await assertFailure(shouldFail.throwing(this.failer.failWithOutOfGas({ gas: 2000000 })));59 });60 });61 describe('outOfGas', function () {62 it('rejects if no failure occurs', async function () {63 await assertFailure(shouldFail.outOfGas(this.failer.dontFail()));64 });65 it('accepts an out of gas', async function () {66 await shouldFail.outOfGas(this.failer.failWithOutOfGas({ gas: 2000000 }));67 });68 it('rejects a revert', async function () {69 await assertFailure(shouldFail.outOfGas(this.failer.failWithRevert()));70 });71 it('rejects a throw', async function () {72 await assertFailure(shouldFail.outOfGas(this.failer.failWithThrow()));73 });74 });...

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Using AI Code Generation

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1const test = require('ava');2const assert = require('assert');3test('foo', t => {4 t.throws(() => {5 assert.fail();6 });7});8test('bar', async t => {9 const bar = Promise.resolve('bar');10 t.is(await bar, 'bar');11});12const test = require('ava');13const assert = require('assert');14test('foo', t => {15 t.throws(() => {16 assert.fail();17 });18});19test('bar', async t => {20 const bar = Promise.resolve('bar');21 t.is(await bar, 'bar');22});

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Using AI Code Generation

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1const test = require('ava');2test('foo', t => {3 t.pass();4});5test('bar', async t => {6 const bar = Promise.resolve('bar');7 t.is(await bar, 'bar');8});9const test = require('ava');10test('foo', t => {11 t.pass();12});13test('bar', async t => {14 const bar = Promise.resolve('bar');15 t.is(await bar, 'bar');16});17test('baz', t => {18 t.fail();19});

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Using AI Code Generation

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1const test = require('ava');2const assertFailure = require('./assertFailure');3const assert = require('assert');4test('assertFailure', async t => {5 await assertFailure(async () => {6 assert(false);7 }, 'Expected assertion to fail');8});

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Using AI Code Generation

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1const test = require('ava');2test('will fail', t => {3 t.fail();4});5test('will pass', t => {6 t.pass();7});8const test = require('ava');9test('will throw', t => {10 t.throws(() => {11 throw new Error('foo');12 }, 'foo');13});14test('will not throw', t => {15 t.notThrows(() => {16 throw new Error('foo');17 }, 'bar');18});19const test = require('ava');20test('will throw', async t => {21 await t.throwsAsync(Promise.reject(new Error('foo')), 'foo');22});23test('will not throw', async t => {24 await t.notThrowsAsync(Promise.reject(new Error('foo')), 'bar');25});26const test = require('ava');27test('will pass', t => {28 t.pass();29});30const test = require('ava');31test('will fail', t => {32 t.fail();33});34const test = require('ava');35test('will pass', t => {36 t.regex('unicorn', /unicorn/);37});38const test = require('ava');39test('will pass', t => {40 t.notRegex('unicorn', /rainbow/);41});42const test = require('ava');43test('will pass', t => {44 t.snapshot('unicorn');45});46const test = require('ava');47test('will pass', t => {48 t.match('unicorn', 'unicorn');49});50const test = require('ava');51test('will pass', t => {52 t.notMatch('unicorn', 'rainbow');53});54const test = require('ava');

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Using AI Code Generation

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1const test = require('ava');2const assertFailure = require('./assertFailure');3test('assertFailure', t => {4 return assertFailure(t, Promise.reject(new Error('foo')), 'foo');5});6const test = require('ava');7const assertFailure = require('./assertFailure');8test('assertFailure', t => {9 return assertFailure(t, Promise.reject(new Error('foo')), 'bar');10});11### 10. `assertRejects(t, promise, expected)`12const test = require('ava');13const assertRejects = require('assert-rejects');14test('assertRejects', t => {15 return assertRejects(t, Promise.reject(new Error('foo')), 'foo');16});17const test = require('ava');18const assertRejects = require('assert-rejects');19test('assertRejects', t => {20 return assertRejects(t, Promise.reject(new Error('foo')), 'bar');21});22### 11. `assertThrowsAsync(t, function, expected, message)`23const test = require('ava');24const assertThrowsAsync = require('assert-throws-async');25test('assertThrowsAsync', t => {26 return assertThrowsAsync(t, Promise.reject(new Error('foo')), 'foo');27});28const test = require('ava');29const assertThrowsAsync = require('assert-throws-async');30test('assertThrowsAsync', t => {31 return assertThrowsAsync(t, Promise.reject(new Error('foo')), 'bar');32});33### 12. `assertThrowsAsyncWithMessage(t

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Using AI Code Generation

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1const test = require('ava');2const assert = require('assert');3test('assertFailure', t => {4 assert(false);5});6const test = require('ava');7const assert = require('assert');8test('assertFailure', t => {9 assert(true);10});11const test = require('ava');12const assert = require('assert');13test('assertFailure', t => {14 assert.equal(1, 2);15});16const test = require('ava');17const assert = require('assert');18test('assertFailure', t => {19 assert.equal(1, 1);20});21const test = require('ava');22const assert = require('assert');23test('assertFailure', t => {24 assert.equal(1, '1');25});26const test = require('ava');27const assert = require('assert');28test('assertFailure', t => {29 assert.equal(1, 1, 'one equals one');30});31const test = require('ava');32const assert = require('assert');33test('assertFailure', t => {34 assert.equal(1, 2, 'one equals one');35});36const test = require('ava');37const assert = require('assert');38test('assertFailure', t => {39 assert.equal(1, '1', 'one equals one');40});41const test = require('ava');42const assert = require('assert');43test('assertFailure', t => {44 assert.fail('a', 'b', 'one equals one');45});46const test = require('ava');47const assert = require('assert');48test('assertFailure', t

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Using AI Code Generation

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1const test = require('ava');2const { assertFailure, assertSuccess } = require('folktale-validations');3const { create } = require('../src/validate');4test('validate', t => {5 const validate = create({6 });7 const result = validate({ name: 'J', age: 20 });8 assertFailure(result, failures => {9 t.is(failures.length, 2);10 t.is(failures[0].message, 'Name must be longer than 3 characters');11 t.is(failures[1].message, 'You must be older than 21');12 });13});

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