def computeBody (self,s,start,sigStart,codeEnd):
'''Return the body of a section.'''
trace = False and not g.unitTesting
# Never indent any text; discard the entire signature.
body1 = ''
body2 = s[self.sigEnd:codeEnd]
body2 = g.removeLeadingBlankLines(body2)
# Don't warn about missing tail newlines: they will be added.
if trace:
# g.trace(s[start:sigStart])
g.trace('body: %s' % repr(body1 + body2),'\n',g.callers())
return body1,body2
def computeBody(self, s, start, sigStart, codeEnd):
'''Return the body of a section.'''
trace = False and not g.unitTesting
# Never indent any text; discard the entire signature.
body1 = ''
body2 = s[self.sigEnd: codeEnd]
body2 = g.removeLeadingBlankLines(body2)
# Don't warn about missing tail newlines: they will be added.
if trace:
# g.trace(s[start:sigStart])
g.trace('body: %s' % repr(body1 + body2), '\n', g.callers())
return body1, body2
def computeBody(self, s, start, sigStart, codeEnd):
'''Compute the body of an rst node.'''
trace = False and not g.unitTesting
body1 = s[start: sigStart]
# Adjust start backwards to get a better undent.
if body1.strip():
while start > 0 and s[start - 1] in (' ', '\t'):
start -= 1
# Never indent any text; discard the entire signature.
body1 = s[start: sigStart]
body2 = s[self.sigEnd + 1: codeEnd]
body2 = g.removeLeadingBlankLines(body2) # 2009/12/28
body = body1 + body2
# Don't warn about missing tail newlines: they will be added.
if trace: g.trace('body: %s' % repr(body))
return body1, body2
def computeBody(self, s, start, sigStart, codeEnd):
'''Compute the body of an rst node.'''
trace = False and not g.unitTesting
body1 = s[start:sigStart]
# Adjust start backwards to get a better undent.
if body1.strip():
while start > 0 and s[start - 1] in (' ', '\t'):
start -= 1
# Never indent any text; discard the entire signature.
body1 = s[start:sigStart]
body2 = s[self.sigEnd + 1:codeEnd]
body2 = g.removeLeadingBlankLines(body2) # 2009/12/28
body = body1 + body2
# Don't warn about missing tail newlines: they will be added.
if trace: g.trace('body: %s' % repr(body))
return body1, body2
