#!/usr/env python

import sys
import os
import cgi
import glob
import re
#import pickle
import string 
#sys.path.append('/home/bertram')   
sys.path.append('mc_runjob/py_script/') 

from Configurator import *
from MCRunjobDefaults import *
from CardReader import CardReplacerWrapper
from MyTools import my_sed1

if __name__=='__main__':
    
    time_stamp = global_Defaults['TimeStamp']

    generator=''
    
    inputs = sys.argv[1:]
    if len(inputs)==0:
	#print 'problem'
	command = 'Request.py'
    elif len(inputs)==1:
	command = inputs[0]
    execfile(command)
    command = 'Defaults.py'
    execfile(command)

    try:
        keywordDict = dict
    except:
        keywordDict = keywordDict
    #print keywordDict

    print_string = '#MiniDB \nStandardD0 0 \nSaveOnMake\n'
    print print_string



    request_macro = 'Request.macro'
    fileout=open(request_macro,'w') 
    print_string = ''
    print_string = 'attach samglobal'
    print '%s'%print_string

    try:
        Global_Values = keywordDict['Global']
    except:
        Global_Values = keywordDict['global']

    tmp_Global= DefaultDict['global']
    #print tmp_Global
    for item in tmp_Global.keys():
	if item not in Global_Values.keys():
	    Global_Values[item] = tmp_Global[item]
    #print Global_Values
    #print global_ValidTypes
    for item in global_ValidTypes.keys():
	#print item 
	if (string.lower(item) in Global_Values.keys()):
	    print_string =  'cfg samglobal define %s'%global_ValidTypes[item]+' %s'%item+' %s '%Global_Values[string.lower(item)]	
	    print '%s'%print_string


    try:
        Generator_Values = keywordDict['Generated']
    except:
        Generator_Values = keywordDict['generated']

    tmp_Generator = DefaultDict['generated']
    #print tmp_Generator
    for item in tmp_Generator.keys():
 	if item not in Generator_Values.keys():
 	    Generator_Values[item] = tmp_Generator[item]

    #print Generator_Values

    item='Generator'
    if string.lower(item) in Generator_Values.keys():
 	generator = Generator_Values[string.lower(item)]
 	print_string = 'attach %s'%generator
 	print '\n%s'%print_string

    #print d0configurator_ValidTypes.keys()
    #print GenConfigurator_ValidTypes.keys()
    #print d0messmixin_ValidTypes.keys()
    #if generator == 'pythia' : print pythia_ValidTypes.keys()

    for item in GenConfigurator_ValidTypes.keys():
 	if (item != 'Generator'):
 	    print_string =  'cfg %s define '%generator
 	    if (string.lower(item)) in Generator_Values.keys():
 		print_string = '%s'%print_string+'%s'%GenConfigurator_ValidTypes[item]+' %s '%item+' %s'%Generator_Values[string.lower(item)]
 		print '%s'%print_string

    for item in d0messmixin_ValidTypes.keys():
        if item not in GenConfigurator_ValidTypes.keys():
 	    if (item != 'Generator'):
 		print_string =  'cfg %s define '%generator
 		if (string.lower(item)) in Generator_Values.keys():
 		    print_string = '%s'%print_string+'%s'%d0messmixin_ValidTypes[item]+' %s '%item+' %s'%Generator_Values[string.lower(item)]
 		    print '%s'%print_string

    for item in d0configurator_ValidTypes.keys():
 	if item not in GenConfigurator_ValidTypes.keys():
 	    if (item != 'Generator'):
 		print_string =  'cfg %s define '%generator
 		if (string.lower(item)) in Generator_Values.keys():
 		    print_string = '%s'%print_string+'%s'%d0configurator_ValidTypes[item]+' %s '%item+' %s'%Generator_Values[string.lower(item)]
 		    print '%s'%print_string
    
    if generator == 'pythia' :
 	for item in pythia_ValidTypes.keys():
 	    if item not in GenConfigurator_ValidTypes.keys():
 		if item not in d0configurator_ValidTypes.keys():
 		    if ( item == 'PDFLibFunc'):
 			print_string =  'cfg %s define '%generator
 			if (string.lower(item)) in Generator_Values.keys():
 			    print_string = '%s'%print_string+'%s'%pythia_ValidTypes[item]+' %s '%item+' %s'%string.upper(Generator_Values[string.lower(item)])
 			    print '%s'%print_string
 		    elif (item != 'Generator'):
 			print_string =  'cfg %s define '%generator
 			if (string.lower(item)) in Generator_Values.keys():
 			    print_string = '%s'%print_string+'%s'%pythia_ValidTypes[item]+' %s '%item+' %s'%Generator_Values[string.lower(item)]
 			    print '%s'%print_string		
    
    if generator == 'herwig' :
	for item in herwig_ValidTypes.keys():
	    if item not in GenConfigurator_ValidTypes.keys():
		if item not in d0configurator_ValidTypes.keys():
		    if (item != 'Generator'):
			print_string =  'cfg %s define '%generator
			if (string.lower(item)) in Generator_Values.keys():
			    print_string = '%s'%print_string+'%s'%herwig_ValidTypes[item]+' %s '%item+' %s'%Generator_Values[string.lower(item)]
			    print '%s'%print_string		
    
    if generator == 'isajet' :
	for item in isajet_ValidTypes.keys():
	    if item not in GenConfigurator_ValidTypes.keys():
		if item not in d0configurator_ValidTypes.keys():
		    if (item != 'Generator'):
			print_string =  'cfg %s define '%generator
			if (string.lower(item)) in Generator_Values.keys():
			    print_string = '%s'%print_string+'%s'%isajet_ValidTypes[item]+' %s '%item+' %s'%Generator_Values[string.lower(item)]
			    print '%s'%print_string		
    


    
    try:
        D0gstar_Values = keywordDict['Simulated']
    except:
        D0gstar_Values = keywordDict['simulated']
    tmp_D0gstar = DefaultDict['simulated']
    for item in tmp_D0gstar.keys():
	if item not in D0gstar_Values.keys():
	    D0gstar_Values[item] = tmp_D0gstar[item]
    #D0gstar_Values = keywordDict['simulated']
    print_string =  '\n attach d0gstar'
    print '%s'%print_string
    for item in d0gstar_ValidTypes.keys():
	if string.lower(item) in D0gstar_Values.keys():
	    print_string = 'cfg d0gstar define %s'%d0gstar_ValidTypes[item]+' %s'%item+' %s'%D0gstar_Values[string.lower(item)]
	    print '%s'%print_string
    for item in d0configurator_ValidTypes.keys():
	if item not in d0gstar_ValidTypes.keys():
	    if string.lower(item) in D0gstar_Values.keys():
		print_string = 'cfg d0gstar define %s'%d0configurator_ValidTypes[item]+' %s'%item+' %s'%D0gstar_Values[string.lower(item)]
		print '%s'%print_string
	    

    
    if keywordDict.has_key('Digitized'):
        D0sim_Values = keywordDict['Digitized']
    elif keywordDict.has_key('digitized'):
        D0sim_Values = keywordDict['digitized']
    else:
        D0sim_Values = {}
        

    tmp_D0sim = DefaultDict['digitized']
    #print tmp_D0sim, D0sim_Values
    for item in tmp_D0sim.keys():
	if item not in D0sim_Values.keys():
	    D0sim_Values[item] = tmp_D0sim[item]
    #D0sim_Values = keywordDict['digitized']
    #print D0sim_Values
    #print d0sim_ValidTypes
    print_string =  '\n attach d0sim'
    print '%s'%print_string
    for item in d0sim_ValidTypes.keys():
	if string.lower(item) in D0sim_Values.keys():
	    #print item 
	    if string.lower(item) == 'minbiopt' :
		#print item, D0sim_Values[string.lower(item)] 
		if D0sim_Values[string.lower(item)] == 'poisson': 
		    value = 'Poisson'
		    #print value
		elif D0sim_Values[string.lower(item)] == 'fixed':
		    value = 'Fixed'
		print_string = 'cfg d0sim define %s'%d0sim_ValidTypes[item]+' %s'%item+' %s'%value
	    else:
		print_string = 'cfg d0sim define %s'%d0sim_ValidTypes[item]+' %s'%item+' %s'%D0sim_Values[string.lower(item)]
	    print '%s'%print_string
    for item in d0configurator_ValidTypes.keys():
	if item not in d0sim_ValidTypes.keys():
	    if string.lower(item) in D0sim_Values.keys():
		print_string = 'cfg d0sim define %s'%d0configurator_ValidTypes[item]+' %s'%item+' %s'%D0sim_Values[string.lower(item)]
		print '%s'%print_string
	    
    if keywordDict.has_key('Reconstructed'):
        D0Reco_Values = keywordDict['Reconstructed']
    elif keywordDict.has_key('reconstructed'):
        D0Reco_Values = keywordDict['reconstructed']
    else:
        D0Reco_Values = {}

    tmp_D0Reco = DefaultDict['reconstructed']
    #print tmp_D0sim
    for item in tmp_D0Reco.keys():
	if item not in D0Reco_Values.keys():
	    D0Reco_Values[item] = tmp_D0Reco[item]
    print_string =  '\n attach d0reco'
    print '%s'%print_string
    for item in d0reco_ValidTypes.keys():
	if string.lower(item) in D0Reco_Values.keys():
	    print_string = 'cfg d0reco define %s'%d0reco_ValidTypes[item]+' %s'%item+' %s'%D0Reco_Values[string.lower(item)]
	    print '%s'%print_string
    for item in d0configurator_ValidTypes.keys():
	if item not in d0reco_ValidTypes.keys():
	    if string.lower(item) in D0Reco_Values.keys():
		print_string = 'cfg d0reco define %s'%d0configurator_ValidTypes[item]+' %s'%item+' %s'%D0Reco_Values[string.lower(item)]
		print '%s'%print_string

    
    if keywordDict.has_key ('Root-tuple'):
        Recoanalyze_Values = keywordDict['Root-tuple']
    else:
        Recoanalyze_Values = {}
    tmp_Recoanalyze = DefaultDict['root-tuple']
    #print tmp_D0sim
    for item in tmp_Recoanalyze.keys():
	if item not in Recoanalyze_Values.keys():
	    Recoanalyze_Values[item] = tmp_Recoanalyze[item]
    if len(Recoanalyze_Values)>0:
        print_string =  '\n attach recoanalyze'
        print '%s'%print_string

    for item in recoanalyze_ValidTypes.keys():
	if string.lower(item) in Recoanalyze_Values.keys():
	    print_string = 'cfg recoanalyze define %s'%recoanalyze_ValidTypes[item]+' %s'%item+' %s'%Recoanalyze_Values[string.lower(item)]
	    print '%s'%print_string
    for item in d0configurator_ValidTypes.keys():
	if item not in recoanalyze_ValidTypes.keys():
	    if string.lower(item) in Recoanalyze_Values.keys():
		print_string = 'cfg recoanalyze define %s'%d0configurator_ValidTypes[item]+' %s'%item+' %s'%Recoanalyze_Values[string.lower(item)]
		print '%s'%print_string

    default_file = 'macro.default'
    if os.path.exists(default_file):
	file=open(default_file,'r')
	linelist=file.readlines()
	for line in linelist:
	    print line

    

####
    """
    fileout.write(print_string)
                        fileout.write(print_string)

                item='Generator'
                if item in Generator_Values.keys():
                    generator = Generator_Values[item]
                    print_string = 'attach %s \n'%generator
                    print '<br> %s <br>'%print_string
                    fileout.write(print_string)
   


                print_string = 'attach d0gstar \n'
                print '<br> %s <br>'%print_string
                fileout.write(print_string)
                for item in D0gstar_Values.keys():
                    if item in d0gstar_ValidTypes.keys():
                        print_string = 'cfg d0gstar define %s'%d0gstar_ValidTypes[item]+' %s'%item+' %s \n'%D0gstar_Values[item]
                    elif item in d0configurator_ValidTypes.keys():
                        print_string =  'cfg d0gstar define %s'%d0configurator_ValidTypes[item]+' %s '%item+' %s \n'%D0gstar_Values[item]
                    print '%s <br>'%print_string
                    fileout.write(print_string)
                
                print_string =  'attach d0sim \n'
                print '<br> %s <br>'%print_string
                fileout.write(print_string)
                for item in D0sim_Values.keys():
                    if item in d0sim_ValidTypes.keys():
                        print_string =  'cfg d0sim define %s'%d0sim_ValidTypes[item]+' %s'%item+' %s \n'%D0sim_Values[item]
                    elif item in d0configurator_ValidTypes.keys():
                        print_string =  'cfg d0sim define %s'%d0configurator_ValidTypes[item]+' %s '%item+' %s \n'%D0sim_Values[item]
                    print '%s <br>'%print_string
                    fileout.write(print_string)
                
                print_string =  '\n attach d0reco \n'
                print '<br> %s <br>'%print_string
                fileout.write(print_string)
                for item in D0reco_Values.keys():
                    if item in d0reco_ValidTypes.keys():
                        print_string = 'cfg d0reco define %s'%d0reco_ValidTypes[item]+' %s'%item+' %s \n'%D0reco_Values[item]
                    elif item in d0configurator_ValidTypes.keys():
                        print_string =  'cfg d0reco define %s'%d0configurator_ValidTypes[item]+' %s '%item+' %s \n'%D0reco_Values[item]
                    print '%s <br>'%print_string
                    fileout.write(print_string)
                
                print '<br> attach recoanalyze <br>'
                for item in Recoanalyze_Values.keys():
                    if item in recoanalyze_ValidTypes.keys():
                        print 'cfg recoanalyze define %s'%recoanalyze_ValidTypes[item]+' %s'%item+' %s <br>'%Recoanalyze_Values[item]
                    elif item in d0configurator_ValidTypes.keys():
                        print 'cfg recoanalyze define %s'%d0configurator_ValidTypes[item]+' %s '%item+' %s<br>'%Recoanalyze_Values[item]

                fileout.close()
                

    """