sanfx

from PyQt4 import QtCore,QtGui
from tableModel import TableModel
#import tableModel.TableModel as PaletteTableModel
import sys

class PaletteListModel(QtCore.QAbstractListModel):

	def __init__(self, colors = [], parent = None):
		super(PaletteListModel,self).__init__(parent)
		self.__colors = colors

sanfx

import os

def sequenceExists(seqPath, firstFrame, lastFrame, sep=None):

    """ Checks if sequence exist on disk.
           seqPath (string): image sequence path

               example: J:/Footages/33x01_02a/33x01_02a.%04d.sgi
               where %04d can be any sequence like 0001-0265, 231-689  but not KFd001- KFd567 string
               change buildPath at line 21 to customize for compatibility

sanfx

import nuke

sel = nuke.selectedNodes()
if sel:
    # create backdrop for selection
    bckDrop = nukescripts.autoBackdrop()
    for eachNode in sel:
        if eachNode.Class() == 'Read':
            bckDrop.setName(eachNode.name(), uncollide=True) 
else:

sanfx

import nuke
y = [os.path.dirname(each['file'].getValue()) for each in nuke.selectedNodes() if each.Class() == 'Read' and not os.path.exists(os.path.dirname(each['file'].getValue()))]
sa = nuke.Panel("printFilePath", 600)
sa.addMultilineTextInput("Error'd Read Nodes","\n".join(y))

sanfx

def orderSelectionToList():
    """ Set the node order in list same as order in DAG 
         Returns:
            selNodes(List): sorted node order in list as in DAG
    """
    selNodes = nuke.selectedNodes()
    lastNode = nuke.selectedNode()  
    if lastNode.dependencies()[0] in selNodes:
        return list(reversed(selNodes))
    else:

sanfx

if orderSelectionToList()[0].dependencies()[0].Class() == 'Read':
    nuke.message("Cannot Move up further to %s" % orderSelectionToList()[0].dependencies()[0].name())
else:
    selection = orderSelectionToList()
    lastNode = orderSelectionToList()[-1]#.dependent()[0]
    lastNodeDep = orderSelectionToList()[-1].dependent()[0]
    moveNode = orderSelectionToList()[0].dependencies()[0]
    [each.setSelected(False) for each in orderSelectionToList()]
    moveNode.setSelected(True)
    nuke.extractSelected()

sanfx

for each in nuke.allNodes('Read'):
    if not len(each.dependent()):
        if not each.maxOutputs() == 0:
            print nuke.delete(each)

sanfx

# Add Custom menu for scripts
menubar=nuke.menu("Nodes")
m=menubar.addMenu("San")


# Add Python scripts to the custom menu
m.addCommand("Move Up", "import moveupdown; \
 moveupdown.moveUp()", icon="PostageStamp.png")

m.addCommand("Move Down", "import moveupdown; \

sanfx

sel = nuke.selectedNode()
for i in range(0, sel.inputs()):

print "input %s of %s is connected to %s " % (i, sel.name(), sel.input(i).name())

sanfx

import sys
import ast
import logging


class ItemNotString(Exception):
	pass


class FilterList(object):