def t_str_SOMESTRG(tok):
r'(?P<val>.+\s*)(lngt:\s*(\d+)\s*|$)' # some string
#strval = tok.lexer.lexmatch.group("val")
#print "String: '%s'" % strval
#tok.value = "SOMESTR" # strval
goto_state(tok,'INITIAL') # begin the string group
return tok
def t_str_SOMESTRG(tok):
r"(?P<val>.+\s*)(lngt:\s*(\d+)\s*|$)" # some string
# strval = tok.lexer.lexmatch.group("val")
# print "String: '%s'" % strval
# tok.value = "SOMESTR" # strval
goto_state(tok, "INITIAL") # begin the string group
return tok
def t_prec_SOMEINT(tok):
r"(?P<val>\d+)\s*" # some int
strval = tok.lexer.lexmatch.group("val")
#print ("PREC INT: '%s'" % strval)
tok.value = int(strval)
goto_state(tok, "INITIAL")
return tok
def t_prec_algn_len_SOMEINT(tok):
r'(?P<val>\d+)\s*' # some int
strval = tok.lexer.lexmatch.group("val")
#print "INT: '%s'" % strval
#tok.value = strval
#tok.value = "SOMEINT"
goto_state(tok,'INITIAL')
return tok
def t_STRG(tok):
r"strg:\s*"
# print 'enter str state'
goto_state(tok, "str") # begin the string group
# strval = tok.lexer.lexmatch.group("val")
# strlen = int(tok.lexer.lexmatch.group("len"))
# print "String start"
# tok.value = strval # only take the first n chars given by the len
return tok
def t_STRG(tok):
r'strg:\s*'
#print 'enter str state'
goto_state(tok,'str') # begin the string group
#strval = tok.lexer.lexmatch.group("val")
#strlen = int(tok.lexer.lexmatch.group("len"))
#print "String start"
#tok.value = strval # only take the first n chars given by the len
return tok
def t_ATTR_PREC(tok):
r'prec\s*:\s*'
tok.value = 'prec'
#print("entering ADDR_PREC:%s" % tok.value)
goto_state(tok,'prec') # begin the string group
return tok
def t_sign_SIGNED(tok):
r"signed|unsigned"
# print ('found signed in sign state')
goto_state(tok, "INITIAL") # end the capture
return tok
def t_adr_HEXVAL(tok):
r"(?P<hexval>[0-9a-f]+)(\s|$)"
# tok.value = "HEXVAL" #int(tok.lexer.lexmatch.group("hexval"),16)
# print("hexval1 %s " % tok.value)
goto_state(tok, "INITIAL")
return tok
def t_ATTR_ALGN(tok):
r"algn\s*:\s*"
tok.value = "algn"
# print("entering ADDR_ALGN:%s" % tok.value)
goto_state(tok, "algn") # begin the string group
return tok
def t_ATTR_SIGN(tok):
r"sign\s*:\s*"
tok.value = "sign"
# print("entering ATTR_SIGN:%s" % tok.value)
goto_state(tok, "sign")
return tok
def t_ADDR_ATTR(tok):
r"addr\s*:\s*"
goto_state(tok, "adr") # begin the string group
return tok
def t_ATTR_PREC(tok):
r"prec\s*:\s*"
tok.value = "prec"
#print("entering ADDR_PREC:%s" % tok.value)
goto_state(tok, "prec") # begin the string group
return tok
def t_ADDR_ATTR(tok):
r'addr\s*:\s*'
#tok.value = 'addr'
#print("entering ADDR_ATTR:%s" % tok.value)
goto_state(tok,'adr') # begin the string group
return tok
def t_ATTR_ALGN(tok):
r'algn\s*:\s*'
tok.value = 'algn'
#print("entering ADDR_ALGN:%s" % tok.value)
goto_state(tok,'algn') # begin the string group
return tok
def t_ATTR_SIGN(tok):
r'sign\s*:\s*'
tok.value = 'sign'
#print("entering ATTR_SIGN:%s" % tok.value)
goto_state(tok,'sign')
return tok
def t_adr_HEXVAL(tok) :
'(?P<hexval>[0-9a-f]+)(\s|$)'
#tok.value = "HEXVAL" #int(tok.lexer.lexmatch.group("hexval"),16)
#print("hexval1 %s " % tok.value)
goto_state(tok,'INITIAL')
return tok
def t_SIGNED(tok):
r'signed|unsigned'
#print 'found signed'
goto_state(tok,'INITIAL') # end the capture
return tok
