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5 json lib #1

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2ad9133
Update README.md
silbermantel Apr 24, 2020
63db456
remove whitespaces, no functional change
Apr 24, 2020
054febb
Revert "Update README.md"
Apr 24, 2020
04fc227
Merge pull request #4 from silbermantel/cleanup
silbermantel Apr 24, 2020
665ff5a
5 provide POC vcvreader
Apr 24, 2020
db002fe
improve POC
Apr 24, 2020
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148 changes: 74 additions & 74 deletions combinePatchlets.py
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Original file line number Diff line number Diff line change
Expand Up @@ -23,180 +23,180 @@
import random
import os

print('')
print('')
print("Current working directory is: " + os.getcwd())
print('')
print('')

#os.chdir(path)

## Get name of new combined patch
fname = input("What is name of the new combined patch? ")
print('')
fname = input("What is name of the new combined patch? ")
print('')

# Get names and contents of patchlets to combine
print("Input names of patchlets to combine (leave off '.vcv')")
print("Put all patchlets in the current directory or add the full path")
print("Hit [Enter] to finish")
print("")
print("")

done = 0
pl = 0
patchlets = []
while done==0:
while done==0:
temp = input("Name of patchlet #" + str(pl+1) + " ")
if temp=="":
if temp=="":
done = 1
else:
else:
if os.path.exists(temp+".vcv"):
patchlets.append(temp)
patchlets.append(temp)
pl = pl + 1
else:
print("Error: file not found")


newPatch = []; newModules = []; newCables = []; modIdMap = []

# Loop through patchlets, adding modules to new module block and cables to new cable block
for k in range(0,len(patchlets)):
print(patchlets[k] + '.vcv')
for k in range(0,len(patchlets)):

print(patchlets[k] + '.vcv')

# Read contents of patchlet
f = open(patchlets[k] + '.vcv')
A = []
for line in f:
A.append(line)
f.close()
f.close()

# Create the first 3 lines of a new patch ("{","version: #.#.#", "modules: ["})
if k==0:
newPatch.append(A[0])
if k==0:
newPatch.append(A[0])
newPatch.append(A[1])
newPatch.append(A[2])
# Extract the module block (moduleBlock)

# Extract the module block (moduleBlock)
openBracket = -99
for i in range(0,len(A)):
for i in range(0,len(A)):
if ('"modules":' in A[i]):
moduleBlockStart = i+1
openBracket = 1
else:
if ('[' in A[i]): openBracket = openBracket + 1
if (']' in A[i]): openBracket = openBracket - 1
if ('[' in A[i]): openBracket = openBracket + 1
if (']' in A[i]): openBracket = openBracket - 1
if openBracket==0:
moduleBlockEnd = i
openBracket=99
moduleBlock = A[moduleBlockStart:moduleBlockEnd]
moduleBlock = A[moduleBlockStart:moduleBlockEnd]

# Change the row to the patchlet number
# Change the module id to a random number
for i in range(0,len(moduleBlock)):
for i in range(0,len(moduleBlock)):
if (moduleBlock[i][:14] == ' "pos": ['):
moduleBlock[i+2] = ' '+str(k)
if (moduleBlock[i][:11]== ' "id":'):
temp = moduleBlock[i][12:]; temp = temp.split(","); idnum = int(temp[0])
if (moduleBlock[i][:11]== ' "id":'):
temp = moduleBlock[i][12:]; temp = temp.split(","); idnum = int(temp[0])
temp = random.randint(1,65536)
moduleBlock[i] = (' "id": ' + str(temp)+',\n')
moduleBlock[i] = (' "id": ' + str(temp)+',\n')
modIdMap.append((idnum,temp,k))

# Ensure that all the modules end with a comma
if len(moduleBlock)>0:
moduleBlock[-1] = ' },\n'
# Extract the cable block
moduleBlock[-1] = ' },\n'

# Extract the cable block
openBracket = -99
for i in range(moduleBlockEnd+1,len(A)):
for i in range(moduleBlockEnd+1,len(A)):
if ('"cables":' in A[i]):
cableBlockStart = i+1
openBracket = 1
else:
if ('[' in A[i]): openBracket = openBracket + 1
if (']' in A[i]): openBracket = openBracket - 1
if ('[' in A[i]): openBracket = openBracket + 1
if (']' in A[i]): openBracket = openBracket - 1
if openBracket==0:
cableBlockEnd = i
openBracket=99
cableBlock = A[cableBlockStart:cableBlockEnd]
cableBlock = A[cableBlockStart:cableBlockEnd]

# Ensure that all the cables end with a comma
if len(cableBlock)>0:
cableBlock[-1] = ' },\n'
# Add this module block to newModules

# Add this module block to newModules
for i in range(0,len(moduleBlock)):
newModules.append(moduleBlock[i])

# Add this cable block to newCables
for i in range(0,len(cableBlock)):
newCables.append(cableBlock[i])

# Ensure that there is no comma at the end of the new module and cable blocks
newModules[-1] = ' }\n'
if len(newCables)>0:
if len(newCables)>0:
newCables[-1] = ' }\n'

# Close module block with bracket and comma
newModules.append(' ],\n')
newModules.append(' ],\n')

# Close cable block with bracket (no comma)
newCables.append(' ]\n')

# Add the new module block to the new patch
for i in range(0,len(newModules)):
newPatch.append(newModules[i])

# Add the new cable block to the new patch
newPatch.append(' "cables": [\n')
newPatch.append(' "cables": [\n')
for i in range(0,len(newCables)):
newPatch.append(newCables[i])

# Close patch with brace
# Close patch with brace
newPatch.append('}\n')

# change the module ids in the cables to match the random module ids
id = []
for i in range(0,len(newPatch)):

# change the module ids in the cables to match the random module ids
id = []
for i in range(0,len(newPatch)):
if (newPatch[i][:11]== ' "id":'):
temp = newPatch[i][12:]; temp = temp.split(",");
temp = newPatch[i][12:]; temp = temp.split(",");
id.append(int(temp[0]))
for i in range(0,len(newPatch)):
if (newPatch[i][:22]== ' "rightModuleId":'):
for i in range(0,len(newPatch)):
if (newPatch[i][:22]== ' "rightModuleId":'):
#print("in " + newPatch[i])
temp = newPatch[i][23:]; temp = temp.split(","); idnum = int(temp[0])
for j in range(0,len(modIdMap)):
if modIdMap[j][0]==idnum:
newPatch[i] = (' "rightModuleId" :'+ str(modIdMap[j][1]) + ',\n')
#print(str(modIdMap[j][0])+" "+str(modIdMap[j][1]))
if modIdMap[j][0]==idnum:
newPatch[i] = (' "rightModuleId" :'+ str(modIdMap[j][1]) + ',\n')
#print(str(modIdMap[j][0])+" "+str(modIdMap[j][1]))
#print(idnum)
#print("out " + newPatch[i])
if (newPatch[i][:21]== ' "leftModuleId":'):
temp = newPatch[i][22:]; temp = temp.split(","); idnum = int(temp[0])
#print("out " + newPatch[i])
if (newPatch[i][:21]== ' "leftModuleId":'):
temp = newPatch[i][22:]; temp = temp.split(","); idnum = int(temp[0])
for j in range(0,len(modIdMap)):
if modIdMap[j][0]==idnum:
if modIdMap[j][0]==idnum:
newPatch[i] = (' "leftModuleId": '+ str(modIdMap[j][1]) + ',\n')
if (newPatch[i][:23]== ' "outputModuleId":'):
temp = newPatch[i][24:]; temp = temp.split(","); idnum = int(temp[0])
if (newPatch[i][:23]== ' "outputModuleId":'):
temp = newPatch[i][24:]; temp = temp.split(","); idnum = int(temp[0])
for j in range(0,len(modIdMap)):
if modIdMap[j][0]==idnum:
if modIdMap[j][0]==idnum:
newPatch[i] = (' "outputModuleId": '+ str(modIdMap[j][1]) + ',\n')
if (newPatch[i][:22]== ' "inputModuleId":'):
temp = newPatch[i][23:]; temp = temp.split(","); idnum = int(temp[0])
if (newPatch[i][:22]== ' "inputModuleId":'):
temp = newPatch[i][23:]; temp = temp.split(","); idnum = int(temp[0])
for j in range(0,len(modIdMap)):
if modIdMap[j][0]==idnum:
if modIdMap[j][0]==idnum:
newPatch[i] = (' "inputModuleId": '+ str(modIdMap[j][1]) + ',\n')

' "rightModuleId": 269,'
# Write new patch to file

# Write new patch to file
f = open(fname+'.vcv','w')
for j in range(0,len(newPatch)):
f.write(newPatch[j])
f.close()
print("")
f.close()
print("")
print(fname + '.vcv created')
print("")
print("")
print('Merge Completed')

# latest problem: when combining multiple copies of the same patch, the cables and left/right modules are messed up


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