def analyze_for_configure(self):
'''solves the problem of the editor not being smart about toggles by using text
to see which toggles are active'''
'''regex toggle check'''
Key("escape").execute() # get out of Find
result = CONTEXT.read_nmax_tries(10)
if result == self.analysis_chars:
self.regex = False
Key("backspace").execute()
elif result == self.analysis_chars[1]:
self.regex = True
Key("delete, backspace").execute()
else:
print("Eclipse configuration failed (%s)" % result)
def analyze_for_configure(self):
'''solves the problem of the editor not being smart about toggles by using text
to see which toggles are active'''
'''regex toggle check'''
Key("escape").execute() # get out of Find
result = CONTEXT.read_nmax_tries(10)
if result == self.analysis_chars:
self.regex = False
Key("backspace").execute()
elif result == self.analysis_chars[1]:
self.regex = True
Key("delete, backspace").execute()
else:
print("Eclipse configuration failed (%s)" % result)
def lines_relative(self, back, n):
if back: #backward
try:
num = CONTEXT.read_nmax_tries(10)
txt = str(int(num) - int(n) + 1) # +1 to include current line
Text(txt).execute()
except ValueError:
utilities.simple_log()
return
Key("enter").execute()
else: #forward
Key("escape, end, home, home").execute(
) # end-home-home to include all of current line
# forward or backward
Key("s-down:" + str(int(n)) + "/5, s-left").execute()
def lines_relative(self, back, n):
if back: #backward
try:
num = CONTEXT.read_nmax_tries(10)
txt = str(int(num) - int(n) + 1) # +1 to include current line
Text(txt).execute()
except ValueError:
utilities.simple_log()
return
Key("enter").execute()
else: #forward
Key("escape, end, home, home").execute(
) # end-home-home to include all of current line
# forward or backward
Key("s-down:" + str(int(n)) + "/5, s-left").execute()