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pywb/wombat/test/overrides-css.js
John Berlin 94784d6e5d wombat overhaul! fixes #449 (#451)
wombat:
 - I: function overrides applied by wombat now better appear to be the original new function name same as originals when possible
 - I: WombatLocation now looks and behaves more like the original Location interface
 - I: The custom storage class now looks and behaves more like the original Storage
 - I: SVG image rewriting has been improved: both the href and xlink:href deprecated since SVG2 now rewritten always
 - I: document.open now handles the case of creation of a new window
 - I: Request object rewriting of the readonly href property is now correctly handled
 - I: EventTarget.addEventListener, removeEventListener overrides now preserve the original this argument of the wrapped listener
 - A: document.close override to ensure wombat is initialized after write or writeln usage
 - A: reconstruction of <doctype...> in rewriteHTMLComplete IFF it was included in the original string of HTML
 - A: document.body setter override to ensure rewriting of the new body or frameset
 - A: Attr.[value, nodeValue, textContent] added setter override to perform URL rewrites
 - A: SVGElements rewriting of the filter, style, xlink:href, href, and src attributes
 - A: HTMLTrackElement rewriting of the src attribute of the
 - A: HTMLQuoteElement and HTMLModElement rewriting of the cite attribute
 - A: Worklet.addModule: Loads JS module specified by a URL.
 - A: HTMLHyperlinkElementUtils overrides to the areaelement
 - A: ShadowRootoverrides to: innerHTML even though inherites from DocumentFragement and Node it still has innerHTML getter setter.
 - A: ShadowRoot, Element, DocumentFragment append, prepend: adds strings of HTML or a new Node inherited from ParentNode
 - A: StylePropertyMap override: New way to access and set CSS properties.
 - A: Response.redirecthttps rewriting of the URL argument.
 - A:  UIEvent, MouseEvent, TouchEvent, KeyboardEvent, WheelEvent, InputEvent, and CompositionEven constructor and init{even-name} overrides in order to ensure that wombats JS Proxy usage does not affect their defined behaviors
 - A: XSLTProcessor override to ensure its usage is not affected by wombats JS Proxy usage.
 - A: navigator.unregisterProtocolHandler: Same override as existing navigator.registerProtocolHandler but from the inverse operation
 - A: PresentationRequest: Constructor takes a URL or an array of URLs.
 - A: EventSource and WebSocket override in order to ensure that they do not cause live leaks
 - A: overrides for the child node interface
 - Fix: autofetch worker creatation of the backing worker when it is operating within an execution context with a null origin
tests:
  - A: 559 tests specific to wombat and client side rewritting
pywb:
  - Fix: a few broken tests due to iana.org requiring a user agent in its requests
rewrite:
  - introduced a new JSWorkerRewriter class in order to support rewriting via wombat workers in the context of all supported worker variants via
  - ensured rewriter app correctly sets the static prefix
ci:
 - Modified travis.yml to specifically enumerate jobs
documentation:
  - Documented new wombat, wombat proxy moded, wombat workers
auto-fetch:
 - switched to mutation observer when in proxy mode so that the behaviors can operate in tandem with the autofetcher
2019-05-15 11:42:51 -07:00

213 lines
5.7 KiB
JavaScript

import test from 'ava';
import { CSS } from './helpers/testedValues';
import TestHelper from './helpers/testHelper';
/**
* @type {TestHelper}
*/
let helper = null;
test.before(async t => {
helper = await TestHelper.init(t);
await helper.initWombat();
});
test.beforeEach(async t => {
t.context.sandbox = helper.sandbox();
t.context.server = helper.server();
t.context.testPage = helper.testPage();
});
test.afterEach.always(async t => {
await helper.ensureSandbox();
});
test.after.always(async t => {
await helper.stop();
});
for (const attrToProp of CSS.styleAttrs.attrs) {
test(`style.${attrToProp.attr}: assignments should be rewritten`, async t => {
const { sandbox } = t.context;
const result = await sandbox.evaluate(
CSS.styleAttrs.testFNAttr,
attrToProp
);
t.notDeepEqual(result, CSS.styleAttrs.unrw);
});
}
for (const attrToProp of CSS.styleAttrs.attrs) {
test(`style["${
attrToProp.attr
}"]: assignments should be rewritten`, async t => {
const { sandbox } = t.context;
const result = await sandbox.evaluate(
CSS.styleAttrs.testFNPropName,
attrToProp
);
t.notDeepEqual(result, CSS.styleAttrs.unrw);
});
if (attrToProp.attr !== attrToProp.propName) {
test(`style["${
attrToProp.propName
}"]: assignments should be rewritten`, async t => {
const { sandbox } = t.context;
const result = await sandbox.evaluate(
CSS.styleAttrs.testFNPropName,
attrToProp
);
t.notDeepEqual(result, CSS.styleAttrs.unrw);
});
}
}
for (const attrToProp of CSS.styleAttrs.attrs) {
test(`style.setProperty("${
attrToProp.attr
}", "value"): value should be rewritten`, async t => {
const { sandbox } = t.context;
const result = await sandbox.evaluate(
CSS.styleAttrs.testFNSetProp,
attrToProp.attr,
attrToProp.unrw
);
t.notDeepEqual(result, attrToProp.unrw);
});
if (attrToProp.attr !== attrToProp.propName) {
test(`style.setProperty("${
attrToProp.propName
}", "value"): value should be rewritten`, async t => {
const { sandbox } = t.context;
const result = await sandbox.evaluate(
CSS.styleAttrs.testFNSetProp,
attrToProp.propName,
attrToProp.unrw
);
t.notDeepEqual(result, attrToProp.unrw);
});
}
}
for (const attrToProp of CSS.styleAttrs.attrs) {
test(`style.cssText: assignments of '${
attrToProp.propName
}' should be rewritten`, async t => {
const { sandbox } = t.context;
const result = await sandbox.evaluate(
CSS.styleAttrs.testFNCssText,
attrToProp
);
t.notDeepEqual(result, attrToProp.unrw);
});
}
for (const aTest of CSS.styleTextContent.tests) {
test(`style.textContent: assignments using an css definitions containing '${
aTest.name
}' should be rewritten`, async t => {
const { sandbox } = t.context;
const result = await sandbox.evaluate(
CSS.styleTextContent.testFN,
aTest.unrw
);
t.notDeepEqual(result, aTest.unrw);
});
}
for (const aTest of CSS.StyleSheetInsertRule.tests) {
test(`CSSStyleSheet.insertRule: inserting a new rule containing '${
aTest.name
}' should be rewritten`, async t => {
const { sandbox } = t.context;
const result = await sandbox.evaluate(
CSS.StyleSheetInsertRule.testFN,
aTest.unrw
);
t.notDeepEqual(result, aTest.unrw);
});
}
for (const aTest of CSS.CSSRuleCSSText.tests) {
test(`CSSRule.cssText: modifying an existing rule to become a new rule containing '${
aTest.name
}' should be rewritten`, async t => {
const { sandbox } = t.context;
const result = await sandbox.evaluate(
CSS.CSSRuleCSSText.testFN,
aTest.unrw
);
t.notDeepEqual(result, aTest.unrw);
});
}
for (const attrToProp of CSS.StylePropertyMap.tests) {
test(`StylePropertyMap.set("${
attrToProp.attr
}", "value"): value should be rewritten`, async t => {
const { sandbox } = t.context;
const result = await sandbox.evaluate(
CSS.StylePropertyMap.testFNSet,
attrToProp.propName,
attrToProp.unrw
);
t.notDeepEqual(result, attrToProp.unrw);
});
if (!CSS.StylePropertyMap.noAppend.has(attrToProp.attr)) {
test(`StylePropertyMap.append("${
attrToProp.attr
}", "value"): value should be rewritten`, async t => {
const { sandbox } = t.context;
const result = await sandbox.evaluate(
CSS.StylePropertyMap.testFNAppend,
attrToProp.propName,
attrToProp.unrw
);
t.notDeepEqual(result, attrToProp.unrw);
});
}
}
for (const attrToProp of CSS.CSSKeywordValue.tests) {
test(`new CSSKeywordValue("${
attrToProp.propName
}", "value"): value should be rewritten`, async t => {
const { sandbox } = t.context;
const result = await sandbox.evaluate(
CSS.CSSKeywordValue.testFN,
attrToProp.propName,
attrToProp.unrw
);
t.notDeepEqual(result, attrToProp.unrw);
});
}
for (const attrToProp of CSS.CSSStyleValue.tests) {
if (CSS.CSSStyleValue.skipped.has(attrToProp.attr)) continue;
test(`CSSStyleValue.parse("${
attrToProp.propName
}", "value"): value should be rewritten`, async t => {
const { sandbox } = t.context;
const result = await sandbox.evaluate(
CSS.CSSStyleValue.testFNParse,
attrToProp.propName,
attrToProp.unrw
);
t.notDeepEqual(result, attrToProp.unrw);
});
test(`CSSStyleValue.parseAll("${
attrToProp.propName
}", "value"): value should be rewritten`, async t => {
const { sandbox } = t.context;
const result = await sandbox.evaluate(
CSS.CSSStyleValue.testFNParseAll,
attrToProp.propName,
attrToProp.unrw
);
t.notDeepEqual(result, attrToProp.unrw);
});
}