def enumerantListCode(enumerants, comments = None):
lines = []
size = len(enumerants)
enumerantWidth = maxLength(enumerants, len) + 1
commentWidth = maxLength(comments, len)
for i in xrange(size):
enum = enumerants[i]
if i < size - 1:
enum += ','
comment = ''
if comments is not None and comments[i]:
comment = ' /* %s */' % (comments[i].ljust(commentWidth))
lines.append(('%s%s' % (enum.ljust(enumerantWidth), comment)).rstrip())
return lines
def enumerantListCode(enumerants, comments=None):
lines = []
size = len(enumerants)
enumerantWidth = maxLength(enumerants, len) + 1
commentWidth = maxLength(comments, len)
for i in xrange(size):
enum = enumerants[i]
if i < size - 1:
enum += ','
comment = ''
if comments is not None and comments[i]:
comment = ' /* %s */' % (comments[i].ljust(commentWidth))
lines.append(('%s%s' % (enum.ljust(enumerantWidth), comment)).rstrip())
return lines
def align(code):
tmp = []
maxlen = [ 0,0,0,0 ]
for i in code:
l = lengths(i[1].split(' '))
maxlen = maxLength(maxlen,l)
if len(code)>1 and maxlen[3]>0:
maxlen[2] = maxlen[2] + 4
for i in code:
s = i[1].split(' ')
if len(s)>3:
s[3] = ' '.join(s[3:])
else:
s.append('')
tmp.append((i[0], '#define ' + s[1].ljust(maxlen[1]+1) + s[2].ljust(maxlen[2]+1) + s[3]))
return tmp
def align(code):
tmp = []
maxlen = [0, 0, 0, 0]
for i in code:
l = lengths(i[1].split(' '))
maxlen = maxLength(maxlen, l)
if len(code) > 1 and maxlen[3] > 0:
maxlen[2] = maxlen[2] + 4
for i in code:
s = i[1].split(' ')
if len(s) > 3:
s[3] = ' '.join(s[3:])
else:
s.append('')
tmp.append((i[0], '#define ' + s[1].ljust(maxlen[1] + 1) +
s[2].ljust(maxlen[2] + 1) + s[3]))
return tmp
def enumerationQueryCode(enumerants, test, name, type):
var = 'p'
if type == 'CGtype':
var = 't'
ret = []
ret.append('\ninline bool %s(const %s %s)' % (name, type, var))
ret.append('{')
subset = [i for i in enumerants if test(i)]
if len(subset):
width = maxLength(subset, lambda i: (len(i.name)))
ret.append(' return')
last = subset.pop()
for i in subset:
ret.append(' %s==%s ||' % (var, i.name.ljust(width)))
ret.append(' %s==%s;' % (var, last.name))
else:
ret.append(' return false;')
ret.append('}')
return '\n'.join(ret)
def enumerationQueryCode(enumerants, test, name, type):
var = 'p'
if type=='CGtype':
var = 't'
ret = []
ret.append('\ninline bool %s(const %s %s)'%(name,type,var))
ret.append('{')
subset = [i for i in enumerants if test(i)];
if len(subset):
width = maxLength(subset, lambda i:( len(i.name) ))
ret.append(' return')
last = subset.pop()
for i in subset:
ret.append(' %s==%s ||'%(var,i.name.ljust(width)))
ret.append(' %s==%s;'%(var,last.name))
else:
ret.append(' return false;')
ret.append('}')
return '\n'.join(ret)
def enumerationQueryCode(enumerants, test, name, type):
var = "p"
if type == "CGtype":
var = "t"
ret = []
ret.append("\ninline bool %s(const %s %s)" % (name, type, var))
ret.append("{")
subset = [i for i in enumerants if test(i)]
if len(subset):
width = maxLength(subset, lambda i: (len(i.name)))
ret.append(" return")
last = subset.pop()
for i in subset:
ret.append(" %s==%s ||" % (var, i.name.ljust(width)))
ret.append(" %s==%s;" % (var, last.name))
else:
ret.append(" return false;")
ret.append("}")
return "\n".join(ret)
