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'use strict'; const { action, assert, utils, wiki } = require( 'api-testing' ); describe( 'The edit action', function testEditAction() { let alice; let Clark = action.getAnon(); before( async () => { alice = await action.alice(); Clark = await Clark.account( 'Clark_' ); } ); const pageA = utils.title( 'Edit_A_' ); const edits = {}; const testEditAndLog = async ( page, user ) => { const edit = await user.edit( page, { text: utils.uniq(), summary: utils.uniq() } ); const rev1 = await user.getRevision( page ); assert.equal( rev1.revid, edit.newrevid ); assert.equal( rev1.user, edit.param_user ); assert.equal( rev1.comment, edit.param_summary ); assert.equal( rev1.timestamp, edit.newtimestamp ); assert.equal( rev1.slots.main[ '' ], edit.param_text ); const rc1 = await user.getChangeEntry( { rctitle: page } ); assert.equal( rc1.type, edit.oldrevid ? 'edit' : 'new' ); assert.equal( rc1.revid, edit.newrevid ); assert.equal( rc1.user, edit.param_user ); assert.equal( rc1.comment, edit.param_summary ); assert.equal( rc1.timestamp, edit.newtimestamp ); const html1 = await user.getHtml( page ); assert.include( html1, edit.param_text ); return edit; }; it( 'allows a page to be created and modified by a logged in user', async () => { edits.pageA1 = await testEditAndLog( pageA, alice ); edits.pageA2 = await testEditAndLog( pageA, alice ); } ); it( 'allows a page to be created and modified by an anonymous user', async () => { const title = utils.title(); const anon = action.getAnon(); const { name } = await anon.meta( 'userinfo', {} ); anon.username = name; await testEditAndLog( title, anon ); } ); it( 'skips redundant edit', async () => { const result = await alice.edit( pageA, { text: edits.pageA2.param_text, summary: 'some new fancy comment' } ); assert.notExists( result.newrevid ); assert.exists( result.nochange ); } ); it( 'logs page creation', async () => { const log = await alice.getLogEntry( { letitle: pageA, letype: 'create' } ); assert.equal( log.action, 'create' ); assert.equal( log.user, edits.pageA1.param_user ); assert.equal( log.comment, edits.pageA1.param_summary ); assert.equal( log.timestamp, edits.pageA1.newtimestamp ); } ); it( 'applies pre-save transform', async () => { await alice.edit( pageA, { text: 'Hi -- ~~~~', summary: 'test signature' } ); const rev = await alice.getRevision( pageA ); assert.notMatch( rev.slots.main[ '' ], /~~~~/ ); assert.match( rev.slots.main[ '*' ], /Alice/ ); } ); it( 'enforces the createonly and nocreate flags', async () => { const pageB = utils.title( 'Edit_B_' ); const error1 = await alice.actionError( 'edit', { title: pageB, token: await alice.token( 'csrf' ), text: 'Updated content', summary: 'update', nocreate: true }, 'POST' ); assert.equal( error1.code, 'missingtitle' ); await alice.edit( pageB, { text: 'Initial content', summary: 'create', createonly: true } ); const error2 = await alice.actionError( 'edit', { title: pageB, token: await alice.token( 'csrf' ), text: 'Initial content again', summary: 'create again', createonly: true }, 'POST' ); assert.equal( error2.code, 'articleexists' ); await alice.edit( pageB, { text: 'Updated content', summary: 'update', nocreate: true } ); } ); it( 'allows bots to set the bot flag (or not)', async () => { const robby = await action.robby(); await robby.edit( pageA, { text: 'Bot content', summary: 'botting', bot: true } ); await wiki.runAllJobs(); const rc1 = await alice.getChangeEntry( { rctitle: pageA } ); assert.exists( rc1.bot ); await robby.edit( pageA, { text: 'Not bot content', summary: 'not botting' } ); await wiki.runAllJobs(); const rc2 = await alice.getChangeEntry( { rctitle: pageA } ); assert.notExists( rc2.bot ); } ); it( 'does not allow regular users to set the bot flag', async () => { await alice.edit( pageA, { text: 'Fake bot content', summary: 'fake botting', bot: true } ); const rc1 = await alice.getChangeEntry( { rctitle: pageA } ); assert.notExists( rc1.bot ); } ); it( 'allows users to set the minor flag', async () => { await alice.edit( pageA, { text: 'Minor content', summary: 'minor change', minor: true } ); const rev1 = await alice.getRevision( pageA ); assert.exists( rev1.minor ); const rc1 = await alice.getChangeEntry( { rctitle: pageA } ); assert.exists( rc1.minor ); } ); it( 'does not allow anon users to set the minor flag', async () => { const anon = action.getAnon(); await anon.edit( pageA, { text: 'Anon minor content', summary: 'anon minor change', minor: true } ); const rev1 = await alice.getRevision( pageA ); assert.notExists( rev1.minor ); const rc1 = await alice.getChangeEntry( { rctitle: pageA } ); assert.notExists( rc1.minor ); } ); it( 'allows a user to create a page and add sections', async () => { const pageB = utils.title( 'Page_B' ); const editText = 'Some random text'; const sectionText1 = 'Some text for the first section'; const sectionText2 = 'Some text for the second section'; await Clark.edit( pageB, { text: editText } ); await Clark.edit( pageB, { section: 'new', sectiontitle: 'First', text: sectionText1 } ); await Clark.edit( pageB, { section: 'new', sectiontitle: 'Second', text: sectionText2 } ); const firstModification = await Clark.getHtml( pageB ); assert.include( firstModification, editText ); assert.include( firstModification, sectionText1 ); assert.include( firstModification, sectionText2 ); await Clark.edit( pageB, { section: 0, text: `${editText} some text` } ); const secondModification = await Clark.getHtml( pageB ); assert.include( secondModification, `${editText} some text` ); assert.include( secondModification, sectionText1 ); assert.include( secondModification, sectionText2 ); await Clark.edit( pageB, { section: 1, text: `== First ==\n${sectionText1} some text` } ); const thirdModification = await Clark.getHtml( pageB ); assert.include( thirdModification, `${editText} some text` ); assert.include( thirdModification, `${sectionText1} some text` ); assert.include( thirdModification, sectionText2 ); await Clark.edit( pageB, { section: 1, text: '' } ); const fourthModification = await Clark.getHtml( pageB ); assert.include( fourthModification, `${editText} some text` ); assert.notInclude( fourthModification, '== First ==' ); assert.include( fourthModification, sectionText2 ); } ); it( 'allows a user to append text to the end of the page and prepend text to the beginning of the page', async () => { const page = utils.title( 'Page_' ); const text = 'text'; const bottom = 'bottom'; const top = 'top'; await Clark.edit( page, { text: text } ); await Clark.edit( page, { appendtext: bottom } ); await Clark.edit( page, { prependtext: top } ); const pageContent = await Clark.getHtml( page ); assert.include( pageContent, `${top}${text}${bottom}` ); } ); it( 'should allow a user make edits on a page passing the timestamp from the previous edit on the same page the basetimetamp', async () => { const page = utils.title( 'Page_' ); const editContent = 'An edit from Clark'; const rev1 = await alice.edit( page, { text: 'An edit from Alice' } ); await Clark.edit( page, { text: editContent, basetimestamp: rev1.timestamp } ); const pageContent = await Clark.getHtml( page ); assert.include( pageContent, editContent ); } ); it( 'should throw an error when a user tries to set the basetimestamp to a date/time different from the timestamp of the previous edit', async () => { const page = utils.title( 'Page_' ); const rev1 = await alice.edit( page, { text: 'An edit from Alice' } ); await Clark.edit( page, { text: 'An edit from Clark', basetimestamp: rev1.timestamp } ); const error = await alice.actionError( 'edit', { title: page, text: 'Another edit by Alice', token: await alice.token( 'csrf' ), basetimestamp: '2001-01-01T00:00:00Z' }, 'POST' ); assert.equal( error.code, 'editconflict' ); } ); it( 'should throw an error when a wrong value is passed to md5', async () => { const page = utils.title( 'Page' ); const error = await Clark.actionError( 'edit', { title: page, token: await Clark.token( 'csrf' ), text: 'Some Text', summary: 'Bad md5', md5: 'sometext' }, 'POST' ); assert.equal( error.code, 'badmd5' ); } ); it( 'should edit the page when the correct md5 hash of the text parameter is passed to it', async () => { const page = utils.title( 'Page_' ); const text = 'An edit with the correct md5'; await Clark.edit( page, { text: text, md5: 'd19dc30a12f31ec3684743bc010ef148' } ); const pageContent = await Clark.getHtml( page ); assert.include( pageContent, text ); } ); it( 'should edit the page when the correct md5 hash of the appendtext is passed to the md5 parameter as the appendtext parameter should override the text parameter', async () => { const page = utils.title( 'Page_' ); const text = 'An edit containing text and appendtext parameters with the correct md5'; const bottom = 'An edit just for the bottom'; await Clark.edit( page, { text: text, appendtext: bottom, md5: '83edcea6d422ba921d0442ca29abce1d' } ); const pageContent = await Clark.getHtml( page ); assert.notInclude( pageContent, text ); assert.include( pageContent, bottom ); } ); it( 'should edit the page when the correct md5 hash of the prependtext is passed to the md5 parameter as the prependtext parameter should override the text parameter', async () => { const page = utils.title( 'Page_' ); const text = 'An edit containing text and appendtext parameters with the correct md5'; const top = 'An edit just for the top'; await Clark.edit( page, { text: text, prependtext: top, md5: '0f5f08a431409bc0c504c090fe4f2f11' } ); const pageContent = await Clark.getHtml( page ); assert.notInclude( pageContent, text ); assert.include( pageContent, top ); } ); it( 'should edit the page when the correct md5 hash of the prependtext and appendtext concatenated is passed to the md5 parameter', async () => { const page = utils.title( 'Page_' ); const text = 'An edit containing text and appendtext parameters with the correct md5'; const top = 'An edit just for the top'; const bottom = 'An edit just for the bottom'; await Clark.edit( page, { text: text, prependtext: top, appendtext: bottom, md5: 'b1df72139fc1202b6d817d9b1459e2d5' } ); const pageContent = await Clark.getHtml( page ); assert.notInclude( pageContent, text ); assert.include( pageContent, top + bottom ); } ); it( 'should throw an error when the wrong md5 hash of the prependtext and appendtext concatenated is passed to the md5 parameter', async () => { const page = utils.title( 'Page_' ); const text = 'An edit containing text and appendtext parameters with the correct md5'; const top = 'An edit just for the top'; const bottom = 'An edit just for the bottom'; const error = await Clark.actionError( 'edit', { title: page, token: await Clark.token( 'csrf' ), text: text, prependtext: top, appendtext: bottom, summary: 'Bad md5', md5: 'badmd5139fc1202b6d817d9b1459e2d5' }, 'POST' ); assert.equal( error.code, 'badmd5' ); } ); it( 'should override the text parameter with the appendtext parameter', async () => { const page = utils.title( 'Page_' ); const text = 'A text that is to be overriden'; const bottom = 'This text should override the text parameter'; await Clark.edit( page, { text: text, appendtext: bottom } ); const pageContent = await Clark.getHtml( page ); assert.notInclude( pageContent, text ); assert.include( pageContent, bottom ); } ); it( 'should override the text parameter with the prependtext parameter', async () => { const page = utils.title( 'Page_' ); const text = 'A text that is to be overriden'; const top = 'This text should override the text parameter'; await Clark.edit( page, { text: text, prependtext: top } ); const pageContent = await Clark.getHtml( page ); assert.notInclude( pageContent, text ); assert.include( pageContent, top ); } ); it( 'should override the text parameter with the appendtext and prependtext parameters', async () => { const page = utils.title( 'Page_' ); const text = 'A text that is to be overriden'; const top = 'This text should override the text parameter on top'; const bottom = 'This text should override the text parameter at the end'; await Clark.edit( page, { text: text, prependtext: top, appendtext: bottom } ); const pageContent = await Clark.getHtml( page ); assert.notInclude( pageContent, text ); assert.include( pageContent, top + bottom ); } ); } );

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