gecko/browser/devtools/markupview/test/browser_inspector_markup_edit.js

451 lines
14 KiB
JavaScript

/* Any copyright", " is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Tests that various editors work as expected. Also checks
* that the various changes are properly undoable and redoable.
* For each step in the test, we:
* - Run the setup for that test (if any)
* - Check that the node we're editing is as we expect
* - Make the change, check that the change was made as we expect
* - Undo the change, check that the node is back in its original state
* - Redo the change, check that the node change was made again correctly.
*
* This test mostly tries to verify that the editor makes changes to the
* underlying DOM, not that the UI updates - UI updates are based on
* underlying DOM changes, and the mutation tests should cover those cases.
*/
function test() {
let inspector;
let {
getInplaceEditorForSpan: inplaceEditor
} = Cu.import("resource:///modules/devtools/InplaceEditor.jsm", {});
waitForExplicitFinish();
// Will hold the doc we're viewing
let doc;
// Holds the MarkupTool object we're testing.
let markup;
/**
* Edit a given editableField
*/
function editField(aField, aValue)
{
aField.focus();
EventUtils.sendKey("return", inspector.panelWin);
let input = inplaceEditor(aField).input;
input.value = aValue;
EventUtils.sendKey("return", inspector.panelWin);
}
/**
* Check that the appropriate attributes are assigned to a node.
*
* @param {HTMLNode} aElement
* The node to check.
* @param {Object} aAttributes
* An object containing the arguments to check.
* e.g. {id="id1",class="someclass"}
*
* NOTE: When checking attribute values bare in mind that node.getAttribute()
* returns attribute values provided by the HTML parser. The parser only
* provides unescaped entities so & will return &.
*/
function assertAttributes(aElement, aAttributes)
{
let attrs = Object.getOwnPropertyNames(aAttributes);
is(aElement.attributes.length, attrs.length,
"Node has the correct number of attributes");
for (let attr of attrs) {
is(aElement.getAttribute(attr), aAttributes[attr],
"Node has the correct " + attr + " attribute.");
}
}
// All the mutation types we want to test.
let edits = [
{
desc: "Change an attribute",
before: function() {
assertAttributes(doc.querySelector("#node1"), {
id: "node1",
class: "node1"
});
},
execute: function(after) {
inspector.once("markupmutation", after);
let editor = markup.getContainer(doc.querySelector("#node1")).editor;
let attr = editor.attrs["class"].querySelector(".editable");
editField(attr, 'class="changednode1"');
},
after: function() {
assertAttributes(doc.querySelector("#node1"), {
id: "node1",
class: "changednode1"
});
}
},
{
desc: 'Try changing an attribute to a quote (") - this should result ' +
'in it being set to an empty string',
before: function() {
assertAttributes(doc.querySelector("#node22"), {
id: "node22",
class: "unchanged"
});
},
execute: function(after) {
let editor = markup.getContainer(doc.querySelector("#node22")).editor;
let attr = editor.attrs["class"].querySelector(".editable");
editField(attr, 'class="""');
executeSoon(after);
},
after: function() {
assertAttributes(doc.querySelector("#node22"), {
id: "node22",
class: ""
});
}
},
{
desc: "Remove an attribute",
before: function() {
assertAttributes(doc.querySelector("#node4"), {
id: "node4",
class: "node4"
});
},
execute: function(after) {
inspector.once("markupmutation", after);
let editor = markup.getContainer(doc.querySelector("#node4")).editor;
let attr = editor.attrs["class"].querySelector(".editable");
editField(attr, '');
},
after: function() {
assertAttributes(doc.querySelector("#node4"), {
id: "node4",
});
}
},
{
desc: "Add an attribute by clicking the empty space after a node",
before: function() {
assertAttributes(doc.querySelector("#node14"), {
id: "node14",
});
},
execute: function(after) {
inspector.once("markupmutation", after);
let editor = markup.getContainer(doc.querySelector("#node14")).editor;
let attr = editor.newAttr;
editField(attr, 'class="newclass" style="color:green"');
},
after: function() {
assertAttributes(doc.querySelector("#node14"), {
id: "node14",
class: "newclass",
style: "color:green"
});
}
},
{
desc: 'Try add an attribute containing a quote (") attribute by ' +
'clicking the empty space after a node - this should result ' +
'in it being set to an empty string',
before: function() {
assertAttributes(doc.querySelector("#node23"), {
id: "node23",
});
},
execute: function(after) {
let editor = markup.getContainer(doc.querySelector("#node23")).editor;
let attr = editor.newAttr;
editField(attr, 'class="newclass" style="""');
executeSoon(after);
},
after: function() {
assertAttributes(doc.querySelector("#node23"), {
id: "node23",
class: "newclass",
style: ""
});
}
},
{
desc: "Try add attributes by adding to an existing attribute's entry",
before: function() {
assertAttributes(doc.querySelector("#node24"), {
id: "node24",
});
},
execute: function(after) {
let editor = markup.getContainer(doc.querySelector("#node24")).editor;
let attr = editor.attrs["id"].querySelector(".editable");
editField(attr, attr.textContent + ' class="""');
executeSoon(after);
},
after: function() {
assertAttributes(doc.querySelector("#node24"), {
id: "node24",
class: ""
});
}
},
{
desc: "Edit text",
before: function() {
let node = doc.querySelector('.node6').firstChild;
is(node.nodeValue, "line6", "Text should be unchanged");
},
execute: function(after) {
inspector.once("markupmutation", after);
let node = doc.querySelector('.node6').firstChild;
let editor = markup.getContainer(node).editor;
let field = editor.elt.querySelector("pre");
editField(field, "New text");
},
after: function() {
let node = doc.querySelector('.node6').firstChild;
is(node.nodeValue, "New text", "Text should be changed.");
},
},
{
desc: "Add an attribute value containing < > &uuml; \" & '",
before: function() {
assertAttributes(doc.querySelector("#node25"), {
id: "node25",
});
},
execute: function(after) {
inspector.once("markupmutation", after);
let editor = markup.getContainer(doc.querySelector("#node25")).editor;
let attr = editor.newAttr;
editField(attr, 'src="somefile.html?param1=<a>&param2=&uuml;"bl\'ah"');
},
after: function() {
assertAttributes(doc.querySelector("#node25"), {
id: "node25",
src: "somefile.html?param1=&lt;a&gt;&param2=&uuml;&quot;bl&apos;ah"
});
}
},
];
// Create the helper tab for parsing...
gBrowser.selectedTab = gBrowser.addTab();
gBrowser.selectedBrowser.addEventListener("load", function onload() {
gBrowser.selectedBrowser.removeEventListener("load", onload, true);
doc = content.document;
waitForFocus(setupTest, content);
}, true);
content.location = "http://mochi.test:8888/browser/browser/devtools/markupview/test/browser_inspector_markup_edit.html";
function setupTest() {
var target = TargetFactory.forTab(gBrowser.selectedTab);
gDevTools.showToolbox(target, "inspector").then(function(toolbox) {
inspector = toolbox.getCurrentPanel();
runTests();
});
}
function runTests() {
inspector.selection.once("new-node", startTests);
executeSoon(function() {
inspector.selection.setNode(doc.body);
});
}
function startTests() {
let startNode = doc.documentElement.cloneNode();
markup = inspector.markup;
markup.expandAll();
let cursor = 0;
function nextEditTest() {
executeSoon(function() {
if (cursor >= edits.length) {
addAttributes();
} else {
let step = edits[cursor++];
info("START " + step.desc);
if (step.setup) {
step.setup();
}
step.before();
info("before execute");
step.execute(function() {
info("after execute");
step.after();
ok(markup.undo.canUndo(), "Should be able to undo.");
markup.undo.undo();
step.before();
ok(markup.undo.canRedo(), "Should be able to redo.");
markup.undo.redo();
step.after();
info("END " + step.desc);
nextEditTest();
});
}
});
}
nextEditTest();
}
function addAttributes() {
let test = {
desc: "Add attributes by adding to an existing attribute's entry",
setup: function() {
inspector.selection.setNode(doc.querySelector("#node18"));
},
before: function() {
assertAttributes(doc.querySelector("#node18"), {
id: "node18",
});
is(inspector.highlighter.nodeInfo.classesBox.textContent, "",
"No classes in the infobar before edit.");
},
execute: function(after) {
inspector.once("markupmutation", function() {
// needed because we need to make sure the infobar is updated
// not just the markupview (which happens in this event loop)
executeSoon(after);
});
let editor = markup.getContainer(doc.querySelector("#node18")).editor;
let attr = editor.attrs["id"].querySelector(".editable");
editField(attr, attr.textContent + ' class="newclass" style="color:green"');
},
after: function() {
assertAttributes(doc.querySelector("#node18"), {
id: "node18",
class: "newclass",
style: "color:green"
});
is(inspector.highlighter.nodeInfo.classesBox.textContent, ".newclass",
"Correct classes in the infobar after edit.");
}
};
testAsyncSetup(test, editTagName);
}
function editTagName() {
let test = {
desc: "Edit the tag name",
setup: function() {
inspector.selection.setNode(doc.querySelector("#retag-me"));
},
before: function() {
let node = doc.querySelector("#retag-me");
let container = markup.getContainer(node);
is(node.tagName, "DIV", "retag-me should be a div.");
ok(container.selected, "retag-me should be selected.");
ok(container.expanded, "retag-me should be expanded.");
is(doc.querySelector("#retag-me-2").parentNode, node,
"retag-me-2 should be a child of the old element.");
},
execute: function(after) {
inspector.once("markupmutation", after);
let node = doc.querySelector("#retag-me");
let editor = markup.getContainer(node).editor;
let field = editor.tag;
editField(field, "p");
},
after: function() {
let node = doc.querySelector("#retag-me");
let container = markup.getContainer(node);
is(node.tagName, "P", "retag-me should be a p.");
ok(container.selected, "retag-me should be selected.");
ok(container.expanded, "retag-me should be expanded.");
is(doc.querySelector("#retag-me-2").parentNode, node,
"retag-me-2 should be a child of the new element.");
}
};
testAsyncSetup(test, removeElementWithDelete);
}
function removeElementWithDelete() {
let test = {
desc: "Remove an element with the delete key",
before: function() {
ok(!!doc.querySelector("#node18"), "Node 18 should exist.");
},
execute: function() {
inspector.selection.setNode(doc.querySelector("#node18"));
},
executeCont: function() {
EventUtils.sendKey("delete", inspector.panelWin);
},
after: function() {
ok(!doc.querySelector("#node18"), "Node 18 should not exist.")
}
};
testAsyncExecute(test, finishUp);
}
function testAsyncExecute(test, callback) {
info("START " + test.desc);
test.before();
inspector.selection.once("new-node", function BIMET_testAsyncExecNewNode() {
test.executeCont();
test.after();
undoRedo(test, callback);
});
executeSoon(function BIMET_setNode1() {
test.execute();
});
}
function testAsyncSetup(test, callback) {
info("START " + test.desc);
inspector.selection.once("new-node", function BIMET_testAsyncSetupNewNode() {
test.before();
test.execute(function() {
test.after();
undoRedo(test, callback);
});
});
executeSoon(function BIMET_setNode2() {
test.setup();
});
}
function undoRedo(test, callback) {
ok(markup.undo.canUndo(), "Should be able to undo.");
markup.undo.undo();
executeSoon(function() {
test.before();
ok(markup.undo.canRedo(), "Should be able to redo.");
markup.undo.redo();
executeSoon(function() {
test.after();
info("END " + test.desc);
callback();
});
});
}
function finishUp() {
while (markup.undo.canUndo()) {
markup.undo.undo();
}
doc = inspector = null;
gBrowser.removeCurrentTab();
finish();
}
}