###############################################################################
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## Copyright (C) 2014-2016, New York University.
## Copyright (C) 2011-2014, NYU-Poly.
## Copyright (C) 2006-2011, University of Utah.
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## Contact: contact@vistrails.org
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## This file is part of VisTrails.
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###############################################################################

# Vistrails initialization file
##############################################################################

##############################################################################
# Basic configuration

# Comment this to bypass the logging mechanism
# configuration.nologger = True

# Uncomment this to prevent VisTrails's splash screen from appearing
# configuration.showSplash = False

# Uncomment this to enable VisTrails's python shell by default
# configuration.pythonPrompt = True

# Uncomment this to switch to the non-caching execution model
# configuration.useCache = False

# Uncomment this to start VisTrails with maximized windows
# configuration.maximizeWindows = True

# Uncomment this if you run multiple monitors, to start VisTrails
# with different windows in different monitors
# configuration.multiHeads = True

# Set verbosenessLevel to 1 or 2 to enable dumping of non-critical warnings
# and information messages to stderr.
# configuration.verbosenessLevel = 1 # 2#!/usr/bin/env python
# Vistrails initialization file
################################################################################

##############################################################################
# VisTrails packages.

# VisTrails packages are collections of modules that provide user-specified
# functionality to VisTrails. Use addPackage to let VisTrails know which 
# packages you want enabled.

# Interpackage dependencies must currently be handled manually by the user.

# For example, the spreadsheet package depends on VTK for some functionality,
# so if you want that functionality, you should add the vtk package before
# the spreadsheet package.

# the vtk package is the main visualization package for VisTrails
addPackage('vtk')

# pythonCalc is an example package intended simply to demonstrate how to
# create new packages
addPackage('pythonCalc')

# ImageMagick uses the ImageMagick command-line suite to perform various
# tasks on images (conversion, filtering, etc).
#addPackage('ImageMagick')

# The spreadsheet package enables the Visualization Spreadsheet
addPackage('spreadsheet')

# The URL package provides an easy way to download files and use them as
# regular files in VisTrails pipelines.
addPackage('URL')

#matplotlib/pylab package for plotting and histograms
addPackage('pylab')

################################################################################
# Hooks

# Currently, there is only one hook in VisTrails: the startup hook. By adding
# arbitrary callables to the startup hook, it is possible to run user-defined
# code after all packages have been initialized, but before VisTrails runs.

# This is intended to show that it is possible to have user-defined code
# in specific places in VisTrails. If you think you need a hook somewhere that
# we haven't allowed yet, please let us know, and we'll include it in a future
# release.

def testHook():
    """Prints the Module class hierarchy to stdout."""
    def printTree(n, indent = 0):
        def iprint(str):
            print '%s%s' % (" " * indent, str)
        iprint('Class: %s' % n.descriptor.name)
        for c in n.children:
            printTree(c, indent+4)
            
    import modules
    import modules.module_registry
    t = modules.module_registry.registry.classTree
    printTree(t)

# Uncomment this line to install the startup hook
# addStartupHook(testHook)


##############################################################################
# If you have an appropriate Qt license, you can install signal inspectors,
# which might make debugging a whole lot easier. To do that, uncomment the
# following lines.


# import qt
# connections = {}
# def connectHandler(*args):
#     """This handler writes all signal connections to /tmp/signalslotnames.txt"""
#     emitter = args[0].__class__.__name__
#     signal = args[1]
#     f = signal.find('(')
#     if f == -1:
#         signal = signal[1:]
#     else:
#         signal = signal[1:f]
#     try:
#         receiver = args[2].im_class.__name__
#         slot = args[2].im_func.__name__
#     except AttributeError:
#         receiver = args[2].__self__.__class__.__name__
#         slot = args[2].__class__.__name__
#     entry = (emitter, signal, receiver, slot)
#     print entry
#     global connections
#     try:
#         connections[emitter].add((signal, receiver, slot))
#     except:
#         connections[emitter] = set(((signal, receiver, slot),))
#     signals = {}
#     slots = {}
#     sig_count = 1
#     slot_count = 1
#     f = file('/tmp/connections.txt', 'w')
#     f.write('digraph {\n')
#     for (k, v) in connections.iteritems():
#         print k, v
#         recs = {}
#         for (sig, rec, sl) in v:
#             if not signals.has_key(sig):
#                 signals[sig] = sig_count
#                 sig_count += 1
#             if not slots.has_key(sl):
#                 slots[sl] = slot_count
#                 slot_count += 1
#             try:
#                 recs[rec].append( str(signals[sig]) + ':' + str(slots[sl]))
#             except:
#                 recs[rec] = [str(signals[sig]) + ':' + str(slots[sl])]
#         for rec, sigslotlist in recs.iteritems():
#             f.write('%s -> %s [label = "%s"];\n' % (k, rec, ";".join(sigslotlist)))
# #     if not entry in connections:
# #         f = file('/tmp/connections.txt', 'a')
# #         f.write("%s %s %s\n" % emi)
# #         f.close()
# #     connections.add(entry)
#     f.write('}\n')
#     f.close()
#     f = file('/tmp/signalslotnames.txt', 'w')
#     sigs = [(v, k) for (k, v) in signals.items()]
#     sigs.sort()
#     sls = [(v, k) for (k, v) in slots.items()]
#     sls.sort()
#     f.write('signals: \n')
#     for (k,v) in sigs:
#         f.write('%s: %s\n' % (k, v))
#     f.write('slots: \n')
#     for (k,v) in sls:
#         f.write('%s: %s\n' % (k, v))


# This line hooks connectHandler to Qt's signals. You can use user-defined
# code here.
# qt.enableSignalDebugging(connectCall = connectHandler)