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@sandmiz
sandmiz committed Jan 4, 2021
1 parent bbd08bf commit b7c90dd
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Showing 2 changed files with 63 additions and 37 deletions.
7 changes: 4 additions & 3 deletions pyspikon/blockinparser.py
View file
Original file line number Diff line number Diff line change
Expand Up @@ -5,7 +5,9 @@ def recursion_parse(inputs):
if c in data['targets'][1]['blocks']:
values = []
for v in list(data['targets'][1]['blocks'][c]['inputs'].values()):
if type(v[1]) == str:
if type(v)==str:
values.append(v)
elif type(v[1]) == str:
values.append(v[1])
else:
values.append(v[1][1])
Expand Down Expand Up @@ -118,7 +120,6 @@ def flippermotor_speed(inputs):

def parse(opcode, inputs, ifnotfind=None):
try:
# (eval(f'{opcode}({inputs})'))
return eval(f'{opcode}({inputs})')
except ZeroDivisionError:
except:
return ifnotfind
93 changes: 59 additions & 34 deletions pyspikon/convert.py
View file
Original file line number Diff line number Diff line change
Expand Up @@ -218,6 +218,10 @@ def functionparse(i, program, lineseparator='\n'):
else:
for ind, variabler, listr in itertools.zip_longest(itertools.count(), list(data['targets'][1]['variables']), list(data['targets'][1]['lists'])):
if variabler==None and listr==None:
if ind == max(0, len(data['targets'][1]['variables'])-1):
secs= str(data['targets'][1]['blocks'][i]['inputs']['VALUE'][1][1])
program = program + \
f'{lineseparator}for indexrow, row in enumerate({str(newmatrixlight)}):{lineseparator} for indexcol, column in enumerate(row):{lineseparator} hub.light_matrix.set_pixel(indexrow, indexcol, brightness=column){lineseparator}wait_for_seconds({secs}){lineseparator}hub.light_matrix.off()'
break
if False if variabler==None else secs == data['targets'][1]['variables'][variabler][0]:
program = program + \
Expand All @@ -229,6 +233,8 @@ def functionparse(i, program, lineseparator='\n'):
break
elif ind == len(data['targets'][1]['variables'])-1:
secs= str(data['targets'][1]['blocks'][i]['inputs']['VALUE'][1][1])
program = program + \
f'{lineseparator}for indexrow, row in enumerate({str(newmatrixlight)}):{lineseparator} for indexcol, column in enumerate(row):{lineseparator} hub.light_matrix.set_pixel(indexrow, indexcol, brightness=column){lineseparator}wait_for_seconds({secs}){lineseparator}hub.light_matrix.off()'
elif data['targets'][1]['blocks'][i]['opcode'] == 'flipperdisplay_ledImage':
matrixlight = mat(array(list(data['targets'][1]['blocks'][data['targets'][1]['blocks']
[i]['inputs']['MATRIX'][1]]['fields']['field_flipperdisplay_custom-matrix'][0])))
Expand Down Expand Up @@ -256,7 +262,7 @@ def functionparse(i, program, lineseparator='\n'):
if inputs2 in data['targets'][1]['variables']:
inputsrepl.append((data['targets'][1]['variables'][inputs2][0], len(inputsfunc)))
inputsfunc.append(len(inputsfunc)*123)
if inputs2 in data['targets'][1]['list']:
if inputs2 in data['targets'][1]['lists']:
inputsrepl.append((data['targets'][1]['lists'][inputs2][0], len(inputsfunc)))
inputsfunc.append(len(inputsfunc)*123)
if inputs2 in data['targets'][1]['blocks']:
Expand Down Expand Up @@ -389,68 +395,87 @@ def control_parser(i, program, lineseparator='\n'):
times = str(data['targets'][1]['blocks']
[i]['inputs']['TIMES'][1][1])
program = program+f"{lineseparator}for c in range({times}):"
iif = data['targets'][1]['blocks'][i]['inputs']['SUBSTACK'][1]
while iif != None:
program = program+functionparse(iif, "", "\n ") if functionparse(
iif, "", "\n ") != "" and functionparse(
iif, "", "\n ") != None else control_parser(iif, program, lineseparator+" ")
iif = data['targets'][1]['blocks'][iif]['next']
try:
iif = data['targets'][1]['blocks'][i]['inputs']['SUBSTACK'][1]
while iif != None:
program = program+functionparse(iif, "", lineseparator+" ") if functionparse(
iif, "", lineseparator+" ") != "" and functionparse(
iif, "", lineseparator+" ") != None else control_parser(iif, program, lineseparator+" ")
iif = data['targets'][1]['blocks'][iif]['next']
except:
pass
if data['targets'][1]['blocks'][i]['opcode'] == "control_forever":
program = program+f"{lineseparator}while True:"
iif = data['targets'][1]['blocks'][i]['inputs']['SUBSTACK'][1]
while iif != None and iif != "":
program = program+functionparse(iif, "", "\n ") if functionparse(
iif, "", "\n ") != "" and functionparse(
iif, "", "\n ") != None else control_parser(iif, program, lineseparator+" ")
iif = data['targets'][1]['blocks'][iif]['next']
try:
iif = data['targets'][1]['blocks'][i]['inputs']['SUBSTACK'][1]
while iif != None:
program = program+functionparse(iif, "", lineseparator+" ") if functionparse(
iif, "", lineseparator+" ") != "" and functionparse(
iif, "", lineseparator+" ") != None else control_parser(iif, program, lineseparator+" ")
iif = data['targets'][1]['blocks'][iif]['next']
except:
pass
if data['targets'][1]['blocks'][i]['opcode'] == "control_if" or data['targets'][1]['blocks'][i]['opcode'] == "control_if_else":
try:
inputscondition = list(
data['targets'][1]['blocks'][data['targets'][1]['blocks'][i]['inputs']['CONDITION'][1]]['inputs'].values())
fieldscondition = list(
data['targets'][1]['blocks'][data['targets'][1]['blocks'][i]['inputs']['CONDITION'][1]]['fields'].values())
inputscondition = list([ic[1][1]
inputscondition = list([ic[1] if ic[1] == str else ic[1][1]
for ic in inputscondition])
fieldscondition = list([ic[0][0]
fieldscondition = list([ic[0] if ic[0] == str else ic[0][0]
for ic in fieldscondition])
condition = bparser.parse(data['targets'][1]['blocks'][data['targets'][1]['blocks']
[i]['inputs']['CONDITION'][1]]['opcode'], inputscondition+fieldscondition)
except:
condition = ""
program = program+f"{lineseparator}if {''.join(condition)}:"
iif = data['targets'][1]['blocks'][i]['inputs']['SUBSTACK'][1]
while iif != None:
program = program+functionparse(iif, "", "\n ") if functionparse(
iif, "", "\n ")!="" else control_parser(iif, program, lineseparator+" ")
iif = data['targets'][1]['blocks'][iif]['next']
if data['targets'][1]['blocks'][i]['opcode'] == "control_if_else":
program = program+f"{lineseparator}else:"
iif = data['targets'][1]['blocks'][i]['inputs']['SUBSTACK2'][1]
program = program + \
f"{lineseparator}if {condition if type(condition)!=list else ''.join(condition)}:"
try:
iif = data['targets'][1]['blocks'][i]['inputs']['SUBSTACK'][1]
while iif != None:
program = program+functionparse(iif, "", "\n ") if functionparse(
iif, "", "\n ") != "" and functionparse(
iif, "", "\n ") != None else control_parser(iif, program, lineseparator+" ")
program = program+functionparse(iif, "", lineseparator+" ") if functionparse(
iif, "", lineseparator+" ") != "" and functionparse(
iif, "", lineseparator+" ") != None else control_parser(iif, program, lineseparator+" ")
iif = data['targets'][1]['blocks'][iif]['next']
except KeyError:
pass
if data['targets'][1]['blocks'][i]['opcode'] == "control_if_else":
program = program+f"{lineseparator}else:"
try:
iif = data['targets'][1]['blocks'][i]['inputs']['SUBSTACK2'][1]
while iif != None:
program = program+functionparse(iif, "", lineseparator+" ") if functionparse(
iif, "", lineseparator) != "" and functionparse(
iif, "", lineseparator) != None else control_parser(iif, program, lineseparator+" ")
iif = data['targets'][1]['blocks'][iif]['next']
except:
pass
if data['targets'][1]['blocks'][i]['opcode'] == "control_repeat_until":
try:
inputscondition = list(
data['targets'][1]['blocks'][data['targets'][1]['blocks'][i]['inputs']['CONDITION'][1]]['inputs'].values())
fieldscondition = list(
data['targets'][1]['blocks'][data['targets'][1]['blocks'][i]['inputs']['CONDITION'][1]]['fields'].values())
inputscondition = list([ic[1][1]
inputscondition = list([ic[1] if ic[1] == str else ic[1][1]
for ic in inputscondition])
fieldscondition = list([ic[0][0]
fieldscondition = list([ic[0] if ic[0] == str else ic[0][0]
for ic in fieldscondition])
condition = bparser.parse(data['targets'][1]['blocks'][data['targets'][1]['blocks']
[i]['inputs']['CONDITION'][1]]['opcode'], inputscondition+fieldscondition)
except:
condition = ""
program = program + \
f"{lineseparator}while not {''.join(condition)}:"
iif = data['targets'][1]['blocks'][i]['inputs']['SUBSTACK'][1]
while iif != None:
program = program+functionparse(iif, "", "\n ")
iif = data['targets'][1]['blocks'][iif]['next']
f"{lineseparator}while not {condition if type(condition)!=list else ''.join(condition)}:"
try:
iif = data['targets'][1]['blocks'][i]['inputs']['SUBSTACK'][1]
while iif != None:
program = program+functionparse(iif, "", lineseparator+" ") if functionparse(
iif, "", lineseparator+" ") != "" and functionparse(
iif, "", lineseparator+" ") != None else control_parser(iif, program, lineseparator+" ")
iif = data['targets'][1]['blocks'][iif]['next']
except KeyError:
pass
return program
fparseresults=functionparse(i, program)
cparseresults=control_parser(i, program)
Expand Down

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