NoteWorthy Composer Forum

"""joeSelReverse.py Reverses the Notes that are selected in a NoteWorthy Composer staff
 
see:
    https://github.com/nwsw/nwc2ut-python     
"""
 
import sys
# import joeNWCtxtInPythonNew as nwctxt
import nwctxt # see https://github.com/nwsw/nwc2ut-python
import logging
logging.basicConfig(filename='joeNWC_PY.log',level=logging.DEBUG)  # DEBUG => print ALL msgs
 
clip = nwctxt.NWC2Clip()
PlayContext = nwctxt.NWC2PlayContext()
txtItemL = clip.Items
clipItemL = [nwctxt.NWC2ClipItem(txtItem) for txtItem in txtItemL]
first2 = clipItemL[:2]
reversedClipItemL = first2 + list(reversed(clipItemL[2:]))
reversedTextItemL = [item.ReconstructClipText() for item in reversedClipItemL]
 
print clip.GetClipHeader()
for textItem in reversedTextItemL[2:]:
    #print "clipItem.GetObjType()= %s, type(clipItem.GetObjType())= %s, "%(clipItem.GetObjType(), type(clipItem.GetObjType()))
    print textItem
print clip.GetClipFooter()
 
 
# TO DEBUG uncomment below to report to NWC STDOUT DIALOG & to CAUSE NO STAFF MODIFICATION
# sys.exit(nwctxt.NWC2RC_REPORT)

    IS NOT <path>\NoteWorthy Composer 2\Scripts\
    BUT IS <path>\NoteWorthy Composer 2\

System => Windows NT cmptrName 5.1 build 2600 (Windows XP Professional Service Pack 3) i586
Build Date => Sep 17 2009 19:13:11
Compiler => MSVC9 (Visual C++ 2008)
Architecture => x86
Configure Command => cscript /nologo configure.js  "--disable-all" "--enable-cli" "--enable-zlib"
Server API => Command Line Interface

import sys
instr = sys.stdin.read()
f = open('joesFirstTestOut.txt', 'w'); f.write(instr); f.close()

C:\...Scripts>python joesFirst.py<joesFirstTestIn.txt

group: joe
name: joesFirst.py
command: python scripts\joesFirst.py 
input type: clip text
options: 
    compress input:         [ ]
    returns file text:      [ ]
    long task handling:     [ ]
    prompts for user input: [ ]

group: joe
name: joesFirst.py
command: python scripts\joesFirst.py 
input type: clip text
options: 
    compress input:         [ ]
    returns file text:      [ ]
    long task handling:     [X]
    prompts for user input: [ ]

test: 001 time: Fri Aug 07 13:48:51 2009 file: ambeaut.nwctxt       -> OK  
test: 002 time: Fri Aug 07 13:48:54 2009 file: bosgbaa.nwctxt       -> OK   
test: 003 time: Fri Aug 07 13:48:55 2009 file: hillhbr.nwctxt       -> OK     
test: 004 time: Fri Aug 07 13:48:56 2009 file: hussaut.nwctxt       -> OK     
test: 005 time: Fri Aug 07 13:49:39 2009 file: JesusLM.nwctxt       -> OK    
test: 006 time: Fri Aug 07 13:49:39 2009 file: mozhall.nwctxt       -> OK    
test: 007 time: Fri Aug 07 14:01:02 2009 file: ocanada.nwctxt       -> OK    
test: 008 time: Fri Aug 07 14:01:02 2009 file: wamr01-intrt.nwctxt  -> OK   
test: 009 time: Fri Aug 07 14:01:22 2009 file: wamr02s-dies.nwctxt  -> OK  
test: 010 time: Fri Aug 07 14:01:43 2009 file: wamr07-lacri.nwctxt  -> OK    
test: 011 time: Fri Aug 07 14:01:49 2009 file: wamr10-sanct.nwctxt  -> OK   
test: 012 time: Fri Aug 07 14:01:55 2009 file: wamr12-agnus.nwctxt  -> OK   

#Joe Dorocak's small additions to kahman's :
#pyNWC-a .nwctxt syntax parser (I/O) in python
#Created by NWC forum user kahman.
#Use it however you please.  Feel free to modify it, but please return all modifications to the forum.
#See below for known bugs.
#If you want to "translate" it into another computer language, feel free to do so.  If you want to modify it, feel free to do so.
#Basically, what it does is you can give it a line of code and it will process it by | and :, so |Note|Dur:4th|Pos:0 becomes the line of code ['Note', {'Dur': '4th', 'Pos': '0'}]
#If anyone makes any modifications, post them here.
#At some point, someone should write a converter to/from MXML...sigh.
#Oh, and at some point, I'll work on a program to convert from this back to NWCTXT.
#If you find a bug, please post it here.
#Known bugs:
#   *Cannot import lyrics that have line-breaks in them.
"""
nwcTxtParse.py Translates NWCTextFormat to PythonListDictFormat

Usage:   nwcTxtParse.py infileName    outfileName
Example: nwcTxtParse.py mySong.nwctxt mySong.py
"""


def parsefile(_file):
    "parse one file"
    _file=_file.split('\n') #split the file by line
    for x in range(len(_file)):    #for each remaining line,
        _file[x]=parseline(_file[x])   #parse it seperately
    while 1:    #until error occurs
        try:
            _file.remove(None)  #remove a None from the list
        except ValueError:  #if there is no None,
            break   #break
    return _file

def parseline(line):
    "parse one line"
    output=[]
    if line=='':    #if line is blank,
        return None     #destroy it
    elif line[0]=='#':  #or if it's a comment,
        return None     #destroy it
    elif line[0]=='!':  #or if it's start/end marker,
        return None     #destroy it
    line=line.split('|')    #split the line by |
    output.append(line[1])   #set what object it is
    output.append({})
    for x in line[2:]:  #then for each property/value
        y=(x.split(':')) #split it into property and value
        output[1][y[0]]=y[1]    #and add these to the dictionary
    return output

def writefile(tree):
    "write a file"
    output='!NoteWorthyComposer(2.0)\n'   #start empty output
    for x in tree:  #for each line
        output=output+writeline(x)+'\n' #process it seperately
    output=output+'!NoteWorthyComposer-End'
    return output

def writeline(line):
    "write a line"
    output='|'  #start empty output
    output=output+line[0]
    for x in line[1].keys():
        output=output+'|%s:%s' %(x, line[1][x])
    return output


import sys

N_ARGS = 2  

def main(argv=None):
	if argv == None: argv=sys.argv
	args = argv[1:]  #NOTE: args[0] != argv[0] == <full path to example.py>
	if len(args) != N_ARGS or "-h" in args or "--help" in args:
		print __doc__
		sys.exit(2)
	
	f = open(args[0], 'r'); s = f.read(); f.close()        # get the input file into s
	s2 = parsefile(s)                                      # translate s into s2
	f = open(args[1], 'w'); f.write(str(s2)); f.close()    # write str(s2) into the output file
	print 'Translated ' + str(args[0]) + ' yielding ' + str(args[1])
	

if __name__ == '__main__':
	sys.exit(main())

"""
nwcPy2nwcXml.py Translates 
	FROM: nwcPythonListDictFormat (kahman's nwctxt to python converter pyNWC-a output) 
	TO: jdorocak's homegrown xml (So I can use data folding in a text editor.) :)

Usage:   nwcPy2nwcXml.py infileName  outfileName
Example: nwcPy2nwcXml.py mySong.py   mySong.xml
Author:  Joe Dorocak
License: Use this as you please. :) 
         Use with caution - I have done minimal testing. No warranty is implied. :) 
"""

class ConvertToXML():
    """
    Converts 
        FROM: nwcPythonListDictFormat (NWC Virtuoso kahman's nwctxt to python converter pyNWC-a output) 
        TO: jdorocak's homegrown xml (So I can use data folding in a text editor.) :)
    rs == resultString; il == indentationLevel; aprs(il,str) == appendToResultString(indentationLevel,strToAppend)
    data == string output of kahman's nwctxt to python converter 
    ix == index of current pythonListDict item;
    joe's xml syntax for nwctxtPy files inferred from analysis of data (i added elements named j*):

    <jNwctxtPy>
        <SongInfo count=1></SongInfo>
        <PgSetup count=1></PgSetup>
        <jFonts><Font count=12></Font></jFonts>
        <PgMargins count=1></PgMargins>
        <jStaves>
            <jStaff>
                <AddStaff count=1></AddStaff>
                <StaffProperties count=2></StaffProperties>
                <StaffInstrument count=1></StaffInstrument>
                <Clef count=n></Clef>  
                <Key count=n></Key>
                <Tempo count=n></Tempo>	
                <Note count=n></Note>	
                <Chord count=n></Chord>	
                <Bar count=n></Bar>			
            </jStaff>			
    </jStaves>
    </jNwctxtPy>
    """
    def __init__(self, indata):
        """
        data == data to be converted.  FROM: nwcPythonListDictFormat (kahman's nwctxt to python converter pyNWC-a output) 
        rs == resultString; converted data jdorocak's homegrown xml (So I can use data folding in a text editor.) :)
        """
        self.data = eval(indata)
        self.data.append(['End', {'Joe': 'End', 'Pos': 'Whatever'}])
        self.rs = ''          
		
    def toxml(self):
        self.aprs(0,'<jNwctxtPy>')


        #SongInfo
        self.aprs(1,'<SongInfo count=1>')
        ix = 0
        print len(self.data)
        for k,v in self.data[ix][1].iteritems():
            self.aprs (2,'<' + k + '>' + str(v) + '</' + k + '>')
        self.aprs (1,'</SongInfo>')

        #PgSetup
        self.aprs (1,'<PgSetup count=1>')
        ix = 1 
        for k,v in self.data[ix][1].iteritems():
            self.aprs (2,'<' + k + '>' + str(v) + '</' + k + '>'   )
        self.aprs (1,'</PgSetup>')

        #Fonts
        self.aprs (1,'<jFonts>')
        for ix in range(2,14):
            self.aprs (2,'<Font count=12>')
            for k,v in self.data[ix][1].iteritems():
                self.aprs (3,'<' + k + '>' + str(v) + '</' + k + '>'   )
            self.aprs (2,'</Font>')
        self.aprs (1,'</jFonts>')

        #PgMargins
        self.aprs (1,'<PgSetup count=1>')
        ix = 15 
        for k,v in self.data[ix][1].iteritems():
            self.aprs (2,'<' + k + '>' + str(v) + '</' + k + '>'   )
        self.aprs (1,'</PgSetup>')



        self.aprs (1,'<jStaves>')
        self.aprs (2,'<jStaff>')
        #AddStaff 
        ix = 16
        for ix in range(ix,len(self.data)-1):
            #if self.data[ix+1][0] == 'AddStaff': self.aprs (2,'<jStaff>')    #ix+1 needed to add ['End',{'Joe':'whatever'}]
            self.aprs (3,'<'+ self.data[ix][0] +'>')
            for k,v in self.data[ix][1].iteritems():
                self.aprs (4,'<' + k + '>' + str(v) + '</' + k + '>'   )
            self.aprs (3,'</'+ self.data[ix][0] +'>')
            if self.data[ix+1][0] == 'AddStaff': #ix+1 needed to add ['End',{'Joe':'whatever'}]
                self.aprs (2,'</jStaff>')   
                self.aprs (2,'<jStaff>')

        self.aprs (2,'</jStaff>')
        self.aprs (1,'</jStaves>')


        self.aprs(0,'</jNwctxtPy>')
        return self.rs

    def aprs(self, il, strToAppend):
        """aprs(il,str) == appendToResultString(indentationLevel,strToAppend)"""
        self.rs = ''.join([self.rs, il*2*' '+strToAppend+'\n'])
        #print il*2*' '+strToAppend
    
		
import sys

N_ARGS = 2  

def main(argv=None):
    if argv == None: argv=sys.argv
    args = argv[1:]  #NOTE: args[0] != argv[0] == <full path to example.py>
    if len(args) != N_ARGS or "-h" in args or "--help" in args:
        print __doc__
        sys.exit(2)

    f = open(args[0], 'r'); s = f.read(); f.close()          # get the input file into s
    cx = ConvertToXML(s)                                     # make a new converter for s 
    sXml = cx.toxml()                                        # translate s into sXml
    f = open(args[1], 'w'); f.write(sXml); f.close()    # write str(s2) into the output file
    print 'Translated ' + str(args[0]) + ' yielding ' + str(args[1])
	

if __name__ == '__main__':
    sys.exit(main())