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NameActionExpected ResultSuccessMissing Features
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Open EnsoDouble-click the Enso executable. Select any of the authentication methods (Google, GitHub, Email). Follow the prompts.
Wait for compilation to complete.		The Unnamed project opens with two connected nodes 0 . up_to 100 . to_vector . map noise and second sort. It should obey the following:

- Connections should be coloured.
- It should open without any issue on macOS and Windows.		1. The scatterplot visualisation should be shown by default.
2. Signing is currently a problem on macOS
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Open the ScatterplotSelect the sort node and open the visualisation with the eye icon and select "scatterplot".A scatterplot should be visible showing the random data above. You should be able to

- Zoom the scatter-plot view.
- Pan when zoomed.
- Show all data on the scatter-plot by pressing the "Fit" button.
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Change the VisualisationChange the visualisation, without selecting a new node, to:

1. JSON
2. Table
3. Histogram

Detatch the visualisation and move it somewhere. Pin it back.		You see well-formed visualisations for the listed ones.
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Maximise the WindowMaximise the IDE window using the following methods:

- Clicking on the button.
- Double-clicking on the titlebar (on Windows and Linux)		The IDE should be left in a maximised state, with things still working.1. There is no title-bar with which to maximise on the mac.
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Zoom and PanZoom out in the IDE, and pan to centre all nodes. Leave the IDE in a non-default zoom and pan state.Everything should keep working.
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Open the SearcherOpen the searcher by:

1. Moving the mouse far away from the existing nodes.
2. Pressing <TAB>.		The searcher should open under the mouse with the following properties:

- Hints should be sorted by "popularity".
- Common suggested examples should be at the top.
- Documentation should be visible.
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Choose an ExampleSelect the Example: Parse JSON and hit <enter>.The example should be inserted into the document as a single node. The output should be a JSON structure { "a": 10, "b": 20 }
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Change the Searcher SelectionRe-open the searcher. Change the selection by:

- Using the up and down arrows.
- Typing read and highlighting the first File.read entry.		File.read should show up when filtered for, and should have documentation.
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Create a FileIn a known location on disk (suggest: ~/enso_test) create a new file. Put the contents of the file as quux foo bar baz quux.Check that the file contents match the the expected string.
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Add `File.read`Press <enter> in the searcher to add the File.read node. Provide it with the path (File.home / "enso_test").You have a File.read node that reads the specified file. It should not be a dataflow error.
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Get `this` SuggestionsSelect the File.read node and press <TAB>. Search for split. Select it and press <enter>.The searcher opens below the read node with hints based on the result type. You should be able to:

- Change the selected suggestion with the arrow keys.
- Select split and have a new node created below the existing node.
- The searcher should disappear.
- The new split node should be selected.
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Create a StringClick on the background to deselect the split node. Press <tab> and type "foo bar baz".A new node is created with the expected text.
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Connect the New NodeConnect the new text1 node to the split node in place of File.read.The result of the split node should be ["foo", "bar", "baz"].
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Reconnect `split`Connect the output of File.read to split. Ensure that the result is updated.The result of the split node should be ["quux", "foo", "bar", "baz", "quux"].
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Get More HintsSelect the split node and press <tab>. Create the node .map (x -> x.characters.length). Check that the result is correct.We get the following:

- Hints for the Vector type.
- The result of the node should be [3, 3, 3, 4].
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Edit the NodeEdit the map node by cmd + click ing on the node. Edit the lambda to .length.The result of the node should be the same as above. The node should stay selected after editing.
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Add a `sort` NodeSelect the map node and press <tab>. Type sor and select sort.We get the following:

- Hints for Vector in the searcher.
- The values in the list should be sorted (3, 3, 3, 4, 4).
- The sort node should remain selected.
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Get the `head`With the sort node selected press <tab>. Type head and press <enter>.
You should see the head node created:

- It should be selected.
- Its result should be 3.
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Do MathsWith the head node selected, press <tab>. Type + 3 and press <enter>.
The new node should be selected and have the result 6.
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Edit the NumberEdit the number to 3.5 using cmd + click.The new node should have the result 6.5.
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Create a StringCreate a new node containing the text Hello.txt. Connect this to the input of File.read.The File.read node should become a dataflow error, stating that the file is not found. Hover over the output port to check the error.
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Disconnect This NodeReplace the connection with the original path value in the File.read node.The error disappears and the contents in the visualisation are quux foo bar bax quux.
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Remove a NodeSelect the File.read node and add a length node. Remove the length node by selecting it and pressing <delete>.The node should be deleted, along with its incoming connection.
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Group NodesSelect, using a drag selection the nodes split, map, sort, and head. Press <cmd> + <g> to collapse the nodes into a function.A new node, here.func1 appears on the "stage", with the result being 3.
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Enter the NodeDouble-click on here.func1 to enter the node.You should enter the node and see the nodes split, map, sort, and head. These nodes should:

- Have values be shown.
- Have the same layout as before.
- Not have any visualisation of the function input.		1. Function inputs and outputs should be visualised.
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Test VisusalisationsOpen the visualisation on the sort node. Ensure that Table, JSON, Historgram, and Scatterplot all work as expected. Ensure that they can be panned and scrolled.All visualisations are working correctly.
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Exit the FunctionDouble-click on the background to go to the top level.You should be back at the top level, and the breadcrumbs should show "Unnamed" > "func1" where "func1" is greyed out.
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Rename the ProjectDouble-click on the project name in the top bar and rename it to My_Project. Press enter.The project name changes and nothing else is edited.
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Use BreadcrumbsClick on the "func1" breadcrumb.You have entered "func1" and the same things as above work.
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Test Quick Vis ModesSelect the split node and press and hold <space>. Let go of space and press <space>.The visualisation should:

- Appear when holding space.
- Disappear when letting go of space.
- Appear when pressing space and stay when space is released.
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Save the ProjectWhile still in func1, press <cmd> + <s> to save the project. Exit the IDE.The project should be saved under ~/enso/projects/My_Project.
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Re-Open the IDERe-open the IDE. Press <cmd> + <o> to open a list of projects. It should contain My_Project. Select it and press <enter>.The IDE should start with the normal Unnamed project. My_Project should be opened, with everything in the same place as before. It should:

- Have the same visualisations open.
- Have the view be inside func1.

Currently, the zoom and pan state will be reset. This is expected.		1. The project searcher should not show a node.
2. The project state should restore you to the same point in the call stack.
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Edit the FunctionInside func` select the head node. Delete it. Open the code editor by pressing <cmd> + <~> or <cmd> + <`> and reconnect the output. Close the text editor.The project should be functional and the text editor won't have broken things.1. Function inputs and outputs should be visualised.
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Move Multiple NodesSelect all of the nodes in the body of func1. Move them.The nodes should move, maintaining their relative layout.
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Go to the Top LevelClick on the breadcrumb named My_Project to go to the top level.You see the top-level graph, and the breadcrumbs panel has been updated.
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Edit in the TextOpen the text editor using the above command. Add a new parameter value with default 0 to the func1 definition. Close the text editor.You will be unable to enter func1 for the moment.
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Create a NumberCreate a new node containing 3 and connect it to the second input to func1.func1 should have a valid output and not display as an error.
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Create another NumberCreate a new node containing 15. Connect it in place of func1 in the node func1 + 3.5.The result of that node should be 18.5.
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Delete `here.func1`.Select the node here.func1 and press <del>.The node is deleted from the stage. All other nodes continue working.1. It should be removed from the breadcrumbs.
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Undo your DeletionPress cmd/ctrl + z to undo the deletion of func1. You may need to do it multiple times due to the fact that operations aren't yet batched.After a few presses, func1 re-appears with its connections.
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Redo an OperationSelect the 3 node and edit it to read 6. Press cmd + z to undo that operation. Press cmd + y to redo that operation.The node's value should change back to 3 and then back to 6.
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Test GeoMapPress tab to create a node with the expression Geo.point 51.477 0. Open the visualisation using the eye icon and select "Geo Map"The output of this node should be a Table with columns latitude longitude and elevation. When selecting Geo map you should see this point on the map at Greenwich in London.
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Full Screen VisualisationsWith the Geo.point node selected press <space> twice. Check that you can pan and zoom the map. Press <space> once to deactivate it.The map visualisation should go full screen, and then when deactivating it should become small again. The map should be able to be panned and zoomed in both full-screen and windowed modes.1. There should be a button to full-screen visualisations.
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Test Type-Based ColouringCreate a node containing "foo" and another node containing "bar". Concatenate the two nodes using +.Both the original nodes and the output node should have the same port colouring.
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Quick preview visualisationPress cmd and hover over a nodes output. Hover over the output port.A visualization should appear and be visible above other nodes. When you hover without <cmd> you should see, in order, the simple type name, long type name, and visualisation.
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Test State SavingSelect the node concatenating the text and press <space> to open its visualisation. Select all three nodes in that network and save the project. Close and re-open the IDE, and then re-open My_ProjectYou should have the project re-opened with the same three nodes selected and the visualisation on the concatenation node open.
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