def test_empty_project(self):
dirname = abspath(join(self.root_dir, "empty_project"))
self.directories.append(dirname)
p = Project(project_save_path=dirname)
p.save()
p2 = Project.from_dir(dirname)
self.assert_(compare_projects(p, p2))
def create_simple_project():
""" Returns a simple project with a single experiment and a single context """
ctx = DataContext(name="main")
ctx["a"] = 5
ctx["b"] = 7
ctx["c"] = 11
proj = Project(contexts = [ctx])
exp = Experiment(code=SAMPLE_CODE_1, shared_context=ctx)
proj.add_experiment(exp)
return proj
def create_simple_project():
""" Returns a simple project with a single experiment and a single context """
ctx = DataContext(name="main")
ctx["a"] = 5
ctx["b"] = 7
ctx["c"] = 11
proj = Project(contexts=[ctx])
exp = Experiment(code=SAMPLE_CODE_1, shared_context=ctx)
proj.add_experiment(exp)
return proj
def test_multi_experiment_project(self):
dirname = abspath(join(self.root_dir, "project3"))
self.directories.append(dirname)
p1 = create_multi_experiment_proj()
p1.save(dirname)
p2 = Project.from_dir(dirname)
self.assert_(compare_projects(p1, p2))
def test_simple_project(self):
dirname = abspath(join(self.root_dir, "simple_project"))
self.directories.append(dirname)
p1 = create_simple_project()
p1.save(dirname)
p2 = Project.from_dir(dirname)
self.assert_(compare_projects(p1, p2))
def __init__(self, code=None, data_context=None, *args, **kwargs):
super(Application, self).__init__(*args, **kwargs)
# Set the global app object in the scripting module.
scripting.app = self
self.project = Project()
if data_context is not None:
self.project.add_context(data_context)
if code is not None:
exp = Experiment(code=code, shared_context=data_context)
else:
exp = Experiment(shared_context=data_context)
self.project.add_experiment(exp)
# XXX: the @on_trait_change decorator is not working for this!
self.on_trait_change(
self._context_items_modified,
'project:active_experiment:context:items_modified')
def create_multi_experiment_proj():
""" Returns a project with two contexts and two experiments.
"""
ctx = DataContext(name="main")
ctx["a"] = 5
ctx["b"] = 7
ctx["c"] = 11
ctx2 = DataContext(name="secondary")
ctx2["a"] = 4
ctx2["b"] = 16
ctx2["c"] = 32
ctx2["m"] = 64
ctx2["n"] = 128
proj = Project(contexts = [ctx, ctx2])
e1 = Experiment(code=SAMPLE_CODE_1, shared_context=ctx)
e2 = Experiment(code=SAMPLE_CODE_2, shared_context=ctx)
proj.experiments = [e1, e2]
return proj
def create_multi_experiment_proj():
""" Returns a project with two contexts and two experiments.
"""
ctx = DataContext(name="main")
ctx["a"] = 5
ctx["b"] = 7
ctx["c"] = 11
ctx2 = DataContext(name="secondary")
ctx2["a"] = 4
ctx2["b"] = 16
ctx2["c"] = 32
ctx2["m"] = 64
ctx2["n"] = 128
proj = Project(contexts=[ctx, ctx2])
e1 = Experiment(code=SAMPLE_CODE_1, shared_context=ctx)
e2 = Experiment(code=SAMPLE_CODE_2, shared_context=ctx)
proj.experiments = [e1, e2]
return proj
def _new_project(self):
""" Implementation for creating a new project. This can contain
UI code.
"""
# fixme: Ask user it they want to save. If so, do it.
self.workbench.app.project.save()
# Close any editors associated with the old project.
# (Perhaps) all of them.
# fixme, we just close the current experiment.
old_editor = self.get_editor(self.workbench.app.project)
old_editor.close()
# Create a new project and set it as the application project.
self.workbench.app.project = Project()
self.workbench.app.project.add_experiment(Experiment())
# Bring it up in the editor.
self.edit(self.workbench.app.project)
def __init__(self, code=None, data_context=None, *args, **kwargs):
super(Application, self).__init__(*args, **kwargs)
# Set the global app object in the scripting module.
scripting.app = self
self.project = Project()
if data_context is not None:
self.project.add_context(data_context)
if code is not None:
exp = Experiment(code=code, shared_context=data_context)
else:
exp = Experiment(shared_context=data_context)
self.project.add_experiment(exp)
# XXX: the @on_trait_change decorator is not working for this!
self.on_trait_change(self._context_items_modified,
'project:active_experiment:context:items_modified')
class Application(HasTraits):
""" The Application object that ties together an execution model,
the canvas, the function search window, and the shell.
"""
######################################################################
# Application Traits
######################################################################
# The currently loaded, active project
project = Instance(Project)
# The Function Library
# fixme: This should probably not live here.
function_library = Instance(FunctionLibrary, args=())
# Window for displaying HTML help for functions.
#
# FIXME: This should not live here.
# It would be better to re-factor this into an active_help_item
# trait with an HTML Editor.
html_window = Instance(HtmlInfoUI, args=())
# Status bar text
status = Str
######################################################################
# object interface
######################################################################
def __init__(self, code=None, data_context=None, *args, **kwargs):
super(Application, self).__init__(*args, **kwargs)
# Set the global app object in the scripting module.
scripting.app = self
self.project = Project()
if data_context is not None:
self.project.add_context(data_context)
if code is not None:
exp = Experiment(code=code, shared_context=data_context)
else:
exp = Experiment(shared_context=data_context)
self.project.add_experiment(exp)
# XXX: the @on_trait_change decorator is not working for this!
self.on_trait_change(
self._context_items_modified,
'project:active_experiment:context:items_modified')
######################################################################
# Application interface
######################################################################
### load/save python scripts #########################################
def load_script(self, filename):
pass
def save_script(self, filename=""):
pass
### execution_model scripting api ####################################
# fixme: Should this be a add_function, or is that to specific?
# fixme: Make it scriptable...
@scriptable
def add_function_to_execution_model(self, function_call, x=None, y=None):
""" Add a function/expression/etc to the active execution model.
Include optional information about the location of the item
on the canvas.
"""
# fixme: Can the project ever be None?
self.project.active_experiment.exec_model.add_function(function_call)
return
def remove_function_from_execution_model(self, function_call):
"""Remove a function from the execution model"""
#FIXME: Should this take a UUID instead of a reference?
self.project.active_experiment.exec_model.remove_function(
function_call)
return
def update_function_variable_binding(self, function_call, variable,
new_binding):
""" Assign a variable a new binding"""
#FIXME: Should this be pushed into the execution model?
variable.binding = new_binding
self.project.active_experiment.controller.update_nodes(
[], [], [function_call.uuid])
return
def update_node_with_edits(self, node, edited_node):
""" Update a function/expression in the execution model with an edited
copy.
"""
node.copy_traits(edited_node)
self.project.active_experiment.controller.update_nodes([], [],
[node.uuid])
def expand_all_boxes(self):
"""Expand all of the boxes on the canvas"""
self.project.active_experiment.controller.expand_boxes()
return
def collapse_all_boxes(self):
"""Collapse all of the boxes on the canvas"""
self.project.active_experiment.controller.collapse_boxes()
return
def scale_and_center(self):
"""Set the appropriate zoom level and position to see all of the
blocks on the canvas"""
self.project.active_experiment.controller.scale_and_center()
def relayout_boxes(self):
"""Re-layout all of the boxes on the screen"""
self.project.active_experiment.controller.position_nodes()
def expand_box(self, box):
"""Expand a particular box on the canvas"""
# FIXME: Should this operate on the UUID of the box, or
# the underlying model object?
box.expanded = True
def collapse_box(self, box):
# FIXME: Should this operate on the UUID of the box, or
# the underlying model object?
box.expanded = False
# fixme: Make it scriptable...
def select_function_on_canvas(self, item):
""" Mark an item as selected on the canvas.
Currently selected items are unselected.
"""
#fixme: We really should have an execution_view_model that
# keeps track of selection, etc. so that views other
# than the canvas can react to and control changes in
# a more coherent way.
controller = self.project.active_experiment.controller
# Clear out current selection so that we don't end up trying
# to add to a current selection... (fixme: is this necessary)
controller.canvas.selection_manager.unselect_all()
# Find the canvas box that cooresponds to the FunctionCall
# object that we have and select it.
# fixme: This should really be done on a ExecutionModelView
# object which is yet to be invented...
canvas_box = controller._nodes[item]
controller.canvas.selection_manager.select_item(canvas_box)
# group/ungroup functions
### html window scripting api ############################################
# fixme: When we get an active_help_item, these should disappear...
def html_window_set_text(self, text):
self.html_window.set_text(text)
def html_window_set_html(self, text):
self.html_window.set_html(text)
def html_window_set_function_help(self, function_name, module_name):
self.html_window.set_function_help(function_name, module_name)
### project scripting api ################################################
def new_project(self):
""" Set the active project on the application.
"""
#fixme: This is no different than setting the actual trait.
# perhaps get rid of it.
self.project = Project()
### Private interface ####################################################
### Trait handlers #######################################################
def _context_items_modified(self, event):
""" Trigger the update on the context UI.
Since the events from the lower levels of the wrapped contexts get
vetoed by their wrappers, and since we only want to look down at the
lower level instead of looking at the functions, too, we do this instead
of making the editor just listen to the changes.
"""
self.context_viewer.update_variables()
def new_project(self):
""" Set the active project on the application.
"""
#fixme: This is no different than setting the actual trait.
# perhaps get rid of it.
self.project = Project()
class Application(HasTraits):
""" The Application object that ties together an execution model,
the canvas, the function search window, and the shell.
"""
######################################################################
# Application Traits
######################################################################
# The currently loaded, active project
project = Instance(Project)
# The Function Library
# fixme: This should probably not live here.
function_library = Instance(FunctionLibrary, args=())
# Window for displaying HTML help for functions.
#
# FIXME: This should not live here.
# It would be better to re-factor this into an active_help_item
# trait with an HTML Editor.
html_window = Instance(HtmlInfoUI, args=())
# Status bar text
status = Str
######################################################################
# object interface
######################################################################
def __init__(self, code=None, data_context=None, *args, **kwargs):
super(Application, self).__init__(*args, **kwargs)
# Set the global app object in the scripting module.
scripting.app = self
self.project = Project()
if data_context is not None:
self.project.add_context(data_context)
if code is not None:
exp = Experiment(code=code, shared_context=data_context)
else:
exp = Experiment(shared_context=data_context)
self.project.add_experiment(exp)
# XXX: the @on_trait_change decorator is not working for this!
self.on_trait_change(self._context_items_modified,
'project:active_experiment:context:items_modified')
######################################################################
# Application interface
######################################################################
### load/save python scripts #########################################
def load_script(self, filename):
pass
def save_script(self, filename=""):
pass
### execution_model scripting api ####################################
# fixme: Should this be a add_function, or is that to specific?
# fixme: Make it scriptable...
@scriptable
def add_function_to_execution_model(self, function_call,
x=None, y=None):
""" Add a function/expression/etc to the active execution model.
Include optional information about the location of the item
on the canvas.
"""
# fixme: Can the project ever be None?
self.project.active_experiment.exec_model.add_function(function_call)
return
def remove_function_from_execution_model(self, function_call):
"""Remove a function from the execution model"""
#FIXME: Should this take a UUID instead of a reference?
self.project.active_experiment.exec_model.remove_function(function_call)
return
def update_function_variable_binding(self, function_call, variable, new_binding):
""" Assign a variable a new binding"""
#FIXME: Should this be pushed into the execution model?
variable.binding = new_binding
self.project.active_experiment.controller.update_nodes([],[],[function_call.uuid])
return
def update_node_with_edits(self, node, edited_node):
""" Update a function/expression in the execution model with an edited
copy.
"""
node.copy_traits(edited_node)
self.project.active_experiment.controller.update_nodes([], [], [node.uuid])
def expand_all_boxes(self):
"""Expand all of the boxes on the canvas"""
self.project.active_experiment.controller.expand_boxes()
return
def collapse_all_boxes(self):
"""Collapse all of the boxes on the canvas"""
self.project.active_experiment.controller.collapse_boxes()
return
def scale_and_center(self):
"""Set the appropriate zoom level and position to see all of the
blocks on the canvas"""
self.project.active_experiment.controller.scale_and_center()
def relayout_boxes(self):
"""Re-layout all of the boxes on the screen"""
self.project.active_experiment.controller.position_nodes()
def expand_box(self, box):
"""Expand a particular box on the canvas"""
# FIXME: Should this operate on the UUID of the box, or
# the underlying model object?
box.expanded = True
def collapse_box(self, box):
# FIXME: Should this operate on the UUID of the box, or
# the underlying model object?
box.expanded = False
# fixme: Make it scriptable...
def select_function_on_canvas(self, item):
""" Mark an item as selected on the canvas.
Currently selected items are unselected.
"""
#fixme: We really should have an execution_view_model that
# keeps track of selection, etc. so that views other
# than the canvas can react to and control changes in
# a more coherent way.
controller = self.project.active_experiment.controller
# Clear out current selection so that we don't end up trying
# to add to a current selection... (fixme: is this necessary)
controller.canvas.selection_manager.unselect_all()
# Find the canvas box that cooresponds to the FunctionCall
# object that we have and select it.
# fixme: This should really be done on a ExecutionModelView
# object which is yet to be invented...
canvas_box = controller._nodes[item]
controller.canvas.selection_manager.select_item(canvas_box)
# group/ungroup functions
### html window scripting api ############################################
# fixme: When we get an active_help_item, these should disappear...
def html_window_set_text(self, text):
self.html_window.set_text(text)
def html_window_set_html(self, text):
self.html_window.set_html(text)
def html_window_set_function_help(self, function_name, module_name):
self.html_window.set_function_help(function_name, module_name)
### project scripting api ################################################
def new_project(self):
""" Set the active project on the application.
"""
#fixme: This is no different than setting the actual trait.
# perhaps get rid of it.
self.project = Project()
### Private interface ####################################################
### Trait handlers #######################################################
def _context_items_modified(self, event):
""" Trigger the update on the context UI.
Since the events from the lower levels of the wrapped contexts get
vetoed by their wrappers, and since we only want to look down at the
lower level instead of looking at the functions, too, we do this instead
of making the editor just listen to the changes.
"""
self.context_viewer.update_variables()
def new_project(self):
""" Set the active project on the application.
"""
#fixme: This is no different than setting the actual trait.
# perhaps get rid of it.
self.project = Project()