def igoto(win):
try:
choice = stdwin.askstr('Go to node (full name):', '')
except KeyboardInterrupt:
return
if not choice:
stdwin.message('Sorry, Go to has no default')
return
imove(win, choice)
def igoto(win):
try:
choice = stdwin.askstr('Go to node (full name):', '')
except KeyboardInterrupt:
return
if not choice:
stdwin.message('Sorry, Go to has no default')
return
imove(win, choice)
def key_G(self): # goto
try:
reply = stdwin.askstr('Go to document:', self.cur_addr)
except KeyboardInterrupt:
return
addr = string.strip(reply)
if not addr:
return
self.follow(addr)
def key_G(self): # goto
try:
reply = stdwin.askstr('Go to document:', self.cur_addr)
except KeyboardInterrupt:
return
addr = string.strip(reply)
if not addr:
return
self.follow(addr)
def key_f(self): # Find string
if last_regex:
prog, pat = last_regex
else:
prog, pat = None, ''
try:
pat = stdwin.askstr('Enter regular expression:', pat)
except KeyboardInterrupt:
return
self.find(pat)
def key_f(self): # Find string
if last_regex:
prog, pat = last_regex
else:
prog, pat = None, ''
try:
pat = stdwin.askstr('Enter regular expression:', pat)
except KeyboardInterrupt:
return
self.find(pat)
def isearch(win):
try:
pat = stdwin.askstr('Search pattern:', win.pat)
except KeyboardInterrupt:
return
if not pat:
pat = win.pat
if not pat:
stdwin.message('No previous pattern')
return
try:
cpat = regexp.compile(pat)
except regexp.error, msg:
stdwin.message('Bad pattern: ' + msg)
return
def key_i(self): # find keyword in index
try:
reply = stdwin.askstr('Find keyword(s) in index:', '')
except KeyboardInterrupt:
return
words = string.split(reply)
if not words:
return
scheme, host, port, path, search, anchor = \
wwwlib.parse_addr(self.cur_addr)
if len(search) > 1: hist = H_NOP
else: hist = H_PUSH
search = '?' + string.joinfields(words, '+')
addr = wwwlib.unparse_addr(scheme,host,port,path,search,'')
self.follow(addr, hist)
def isearch(win):
try:
pat = stdwin.askstr('Search pattern:', win.pat)
except KeyboardInterrupt:
return
if not pat:
pat = win.pat
if not pat:
stdwin.message('No previous pattern')
return
try:
cpat = regexp.compile(pat)
except regexp.error, msg:
stdwin.message('Bad pattern: ' + msg)
return
def key_i(self): # find keyword in index
try:
reply = stdwin.askstr('Find keyword(s) in index:', '')
except KeyboardInterrupt:
return
words = string.split(reply)
if not words:
return
scheme, host, port, path, search, anchor = \
wwwlib.parse_addr(self.cur_addr)
if len(search) > 1: hist = H_NOP
else: hist = H_PUSH
search = '?' + string.joinfields(words, '+')
addr = wwwlib.unparse_addr(scheme, host, port, path, search, '')
self.follow(addr, hist)
def ichoice(win, prompt, list, default):
if not list:
stdwin.fleep()
return
if not default:
topic, ref = list[0]
default = topic
try:
choice = stdwin.askstr(prompt, default)
except KeyboardInterrupt:
return
if not choice:
return
choice = string.lower(choice)
n = len(choice)
for topic, ref in list:
topic = string.lower(topic)
if topic[:n] == choice:
imove(win, ref)
return
stdwin.message('Sorry, no topic matches ' + `choice`)
def ichoice(win, prompt, list, default):
if not list:
stdwin.fleep()
return
if not default:
topic, ref = list[0]
default = topic
try:
choice = stdwin.askstr(prompt, default)
except KeyboardInterrupt:
return
if not choice:
return
choice = string.lower(choice)
n = len(choice)
for topic, ref in list:
topic = string.lower(topic)
if topic[:n] == choice:
imove(win, ref)
return
stdwin.message('Sorry, no topic matches ' + ` choice `)
def askstr(prompt, default):
return stdwin.askstr(prompt, default)
def askstr(prompt, default): return stdwin.askstr(prompt, default)