def __init__(self):
self.progress = itertools.cycle('|/-\\')
self.gathering = 'Gathering output...'
with pager.nopager():
with redirect.nolog():
sys.stdout.write('\r' + self.gathering)
self.sio = StringIO()
def __init__(self):
self.progress = itertools.cycle('|/-\\')
self.gathering = 'Gathering output...'
with pager.nopager():
with redirect.nolog():
sys.stdout.write('\r' + self.gathering)
self.sio = StringIO()
def ttypager(text):
"""Page through text on a text terminal."""
lines = string.split(plain(text), '\n')
if redirect.state != redirect.NOLOG_STATE:
with redirect.logonly():
sys.stdout.write(string.join(lines, '\n') + '\n')
if redirect.state == redirect.LOGONLY_STATE:
return
with pager.nopager():
with redirect.nolog():
height = min(bits.get_width_height(term)[1] for term in range(bits.get_term_count()))
r = inc = height - 1
sys.stdout.write(string.join(lines[:inc], '\n') + '\n')
while True:
if lines[r:]:
prompt = '-- any key to advance; PgUp to page up; q to quit --'
else:
prompt = '-- END; PgUp to page up; q to quit --'
prompt_len = len(prompt)
sys.stdout.write(prompt)
c = bits.get_key()
# Write the spaces one at a time to defeat word-wrap
sys.stdout.write('\r')
for i in range(prompt_len):
sys.stdout.write(' ')
sys.stdout.write('\r')
if c in (ord('q'), ord('Q')):
break
elif c in (ord('\r'), ord('\n'), bits.KEY_DOWN, bits.MOD_CTRL | ord('n')):
if lines[r:]:
sys.stdout.write(lines[r] + '\n')
r = r + 1
continue
if c == bits.KEY_HOME:
bits.clear_screen()
r = 0
if c == bits.KEY_END:
bits.clear_screen()
r = len(lines) - inc
if r < 0:
r = 0
if c in (bits.KEY_UP, bits.MOD_CTRL | ord('p')):
bits.clear_screen()
r = r - 1 - inc
if r < 0:
r = 0
if c in (bits.KEY_PAGE_UP, ord('b'), ord('B')):
bits.clear_screen()
r = r - inc - inc
if r < 0:
r = 0
if lines[r:]:
sys.stdout.write(string.join(lines[r:r+inc], '\n') + '\n')
r = r + inc
if not lines[r:]:
r = len(lines)
def init_pydoc():
global pydoc_initialized
if not pydoc_initialized:
import redirect
with redirect.nolog():
print "Initializing pydoc..."
import pydoc
import ttypager
pydoc.getpager = ttypager.getpager
pydoc_initialized = True
def init_pydoc():
global pydoc_initialized
if not pydoc_initialized:
import redirect
with redirect.nolog():
print "Initializing pydoc..."
import pydoc
import ttypager
pydoc.getpager = ttypager.getpager
pydoc_initialized = True
def __call__(self, *args, **kwds):
init_pydoc()
import pydoc
import redirect
with redirect.nolog():
return pydoc.help(*args, **kwds)
def _readline(prompt=""):
global width, height, line_x, line_y, buffer_max, history, ctrl_o_index, completer
with redirect.nolog():
with pager.nopager():
sys.stdout.write(prompt)
line_buffer = ''
pos = 0
prev_len = 0
term_count = bits.get_term_count()
width = [0] * term_count
height = [0] * term_count
line_x = [0] * term_count
line_y = [0] * term_count
for term in range(term_count):
width[term], height[term] = bits.get_width_height(term)
line_x[term], line_y[term] = bits.get_xy(term)
buffer_max = min((width[term] - 2 - line_x[term]) + ((height[term] - 1) * (width[term] - 1)) for term in range(term_count))
history_index = len(history)
history_state = dict()
completer_state = 0
if ctrl_o_index is not None:
if ctrl_o_index < len(history):
history_index = ctrl_o_index
line_buffer = history[history_index]
pos = len(line_buffer)
ctrl_o_index = None
while True:
# Update history
history_state[history_index] = (line_buffer, pos)
try:
# clear any characters after the current line buffer
trailing_len = prev_len - len(line_buffer)
if trailing_len > 0:
for term in range(term_count):
trailing_x, trailing_y = PositionCursor(len(line_buffer), line_x[term], line_y[term], term)
print_buffer(" " * trailing_len, trailing_x, trailing_y, term)
prev_len = len(line_buffer)
for term in range(term_count):
# print the current line buffer
print_buffer(line_buffer, line_x[term], line_y[term], term)
# move the cursor to location of pos within the line buffer
PositionCursor(pos, line_x[term], line_y[term], term)
c = bits.get_key()
def ctrl(k):
return bits.MOD_CTRL | ord(k)
if c == ord('\r') or c == ord('\n') or c == ctrl('o'):
if line_buffer or (history and history[-1]):
history.append(line_buffer)
if c == ctrl('o'): # Ctrl-O
ctrl_o_index = history_index + 1
sys.stdout.write('\n')
return line_buffer + '\n'
if not (c == ord('\t') or c == ctrl('i')):
# reset completer state to force restart of the completer
completer_state = 0
if c == bits.KEY_HOME or c == ctrl('a'):
# start of line
pos = 0
elif c == bits.KEY_LEFT or c == ctrl('b'):
# left
if pos != 0:
pos -= 1
elif c == ctrl('d'):
# EOF
if len(line_buffer) == 0:
return ""
if pos < len(line_buffer):
line_buffer, pos = delete_char(line_buffer, pos)
elif c == bits.KEY_DELETE:
if pos < len(line_buffer):
line_buffer, pos = delete_char(line_buffer, pos)
elif c == bits.KEY_END or c == ctrl('e'):
# end of line
pos = len(line_buffer)
elif c == bits.KEY_RIGHT or c == ctrl('f'):
# right
if pos != len(line_buffer):
pos += 1
elif c == ord('\b') or c == ctrl('h'):
# backspace
line_buffer, pos = delete_char_left(line_buffer, pos)
elif c == ord('\t') or c == ctrl('i'):
# tab completion
if completer is not None:
if completer_state != 0:
for c in range(len(current_completion)):
line_buffer, pos = delete_char_left(line_buffer, pos)
else:
cur = pos
while pos != 0 and line_buffer[pos-1] != ' ':
pos -= 1
saved_str = line_buffer[pos:cur]
line_buffer = line_buffer[:pos] + line_buffer[cur:]
current_completion = completer(saved_str, completer_state)
completer_state += 1
if current_completion is not None:
for c in current_completion:
line_buffer, pos = insert_char(line_buffer, c, pos)
else:
for c in saved_str:
line_buffer, pos = insert_char(line_buffer, c, pos)
completer_state = 0
elif c == ctrl('k'):
# delete from current to end of line
line_buffer = line_buffer[:pos]
elif c == ctrl('l'):
# clear screen
bits.clear_screen()
sys.stdout.write(prompt)
for term in range(term_count):
line_x[term], line_y[term] = bits.get_xy(term);
elif c == bits.KEY_DOWN or c == ctrl('n'):
# Next line in history
if history_index < len(history):
history_index += 1
if history_index == len(history):
line_buffer, pos = history_state.get(history_index)
else:
line_buffer, pos = history_state.get(history_index, (history[history_index], len(history[history_index])))
elif c == bits.KEY_UP or c == ctrl('p'):
# Previous line in history
if history_index > 0:
history_index -= 1
line_buffer, pos = history_state.get(history_index, (history[history_index], len(history[history_index])))
elif c == ctrl('u'):
# delete from current to beginning of line
line_buffer = line_buffer[pos:]
pos = 0
elif c == ctrl('w'):
# delete previous word
cur = pos
while pos != 0 and line_buffer[pos-1] == ' ':
pos -= 1
while pos != 0 and line_buffer[pos-1] != ' ':
pos -= 1
line_buffer = line_buffer[:pos] + line_buffer[cur:]
elif c == ctrl('z') or c == bits.KEY_ESC:
if len(line_buffer) == 0:
return ""
elif c in key_hooks:
key_hooks[c]()
elif c < 256 and chr(c) in string.printable:
# printable
line_buffer, pos = insert_char(line_buffer, chr(c), pos)
else:
pass
except IOError:
pass
def getvalue(self):
with pager.nopager():
with redirect.nolog():
sys.stdout.write('\r' + ' ' * (len(self.gathering) + 1) + '\r')
return self.sio.getvalue()
def pause():
with redirect.nolog():
print "\nPress any key to continue..."
_bits.get_key()
def ttypager(text):
"""Page through text on a text terminal."""
try:
import efi
efi_options = ["f to write file"]
except ImportError as e:
efi_options = []
lines = string.split(plain(text), '\n')
if redirect.state != redirect.NOLOG_STATE:
with redirect.logonly():
sys.stdout.write(string.join(lines, '\n') + '\n')
if redirect.state == redirect.LOGONLY_STATE:
return
with pager.nopager():
with redirect.nolog():
height = min(bits.get_width_height(term)[1] for term in range(bits.get_term_count()))
r = inc = height - 1
sys.stdout.write(string.join(lines[:inc], '\n') + '\n')
while True:
if lines[r:]:
advance = ['any key to advance']
else:
advance = ['END']
if r > inc:
back = ["Up/PgUp to go back"]
else:
back = []
options = "; ".join(advance + back + efi_options + ["q to quit"])
prompt = '-- {} --'.format(options)
prompt_len = len(prompt)
sys.stdout.write(prompt)
c = bits.get_key()
# Write the spaces one at a time to defeat word-wrap
sys.stdout.write('\r')
for i in range(prompt_len):
sys.stdout.write(' ')
sys.stdout.write('\r')
if efi_options and c in (ord('f'), ord('F')):
ttydir = efi.get_boot_fs()
filepath = os.path.normpath(str.strip(readline._readline("filename: "), "\n"))
basepath, fname = os.path.split(filepath)
for dirname in str.split(basepath, os.sep):
if dirname is not "":
ttydir = ttydir.mkdir(dirname)
print "Saving {}...".format(filepath),
ttydir.create(fname).write(string.join(lines, '\n') + '\n')
print "Done"
print "Hit any key to continue..."
c = bits.get_key()
if c in (ord('q'), ord('Q')):
break
elif c in (ord('\r'), ord('\n'), bits.KEY_DOWN, bits.MOD_CTRL | ord('n')):
if lines[r:]:
sys.stdout.write(lines[r] + '\n')
r = r + 1
continue
if c == bits.KEY_HOME:
bits.clear_screen()
r = 0
if c == bits.KEY_END:
bits.clear_screen()
r = len(lines) - inc
if r < 0:
r = 0
if c in (bits.KEY_UP, bits.MOD_CTRL | ord('p')):
bits.clear_screen()
r = r - 1 - inc
if r < 0:
r = 0
if c in (bits.KEY_PAGE_UP, ord('b'), ord('B')):
bits.clear_screen()
r = r - inc - inc
if r < 0:
r = 0
if lines[r:]:
sys.stdout.write(string.join(lines[r:r+inc], '\n') + '\n')
r = r + inc
if not lines[r:]:
r = len(lines)
def _readline(prompt=""):
global width, height, line_x, line_y, buffer_max, history, kill_ring, kill_accumulate, ctrl_o_index, completer
with redirect.nolog():
with pager.nopager():
sys.stdout.write(prompt)
line_buffer = ''
pos = 0
prev_len = 0
term_count = bits.get_term_count()
width = [0] * term_count
height = [0] * term_count
line_x = [0] * term_count
line_y = [0] * term_count
for term in range(term_count):
width[term], height[term] = bits.get_width_height(term)
line_x[term], line_y[term] = bits.get_xy(term)
buffer_max = min((width[term] - 2 - line_x[term]) +
((height[term] - 1) * (width[term] - 1))
for term in range(term_count))
history_index = len(history)
history_state = dict()
completer_state = 0
last_yank_start = None
kill_accumulate = False
if ctrl_o_index is not None:
if ctrl_o_index < len(history):
history_index = ctrl_o_index
line_buffer = history[history_index]
pos = len(line_buffer)
ctrl_o_index = None
while True:
# Update history
history_state[history_index] = (line_buffer, pos)
try:
# clear any characters after the current line buffer
trailing_len = prev_len - len(line_buffer)
if trailing_len > 0:
for term in range(term_count):
trailing_x, trailing_y = PositionCursor(
len(line_buffer), line_x[term], line_y[term],
term)
print_buffer(" " * trailing_len, trailing_x,
trailing_y, term)
prev_len = len(line_buffer)
for term in range(term_count):
# print the current line buffer
print_buffer(line_buffer, line_x[term], line_y[term],
term)
# move the cursor to location of pos within the line buffer
PositionCursor(pos, line_x[term], line_y[term], term)
c = bits.input.get_key()
key = bits.input.key
def ctrl(k):
return key(k, ctrl=True)
# Reset states that depend on last key
if c != key('y', alt=True):
last_yank_start = None
if c not in (ctrl('k'), ctrl('u'), ctrl('w')):
kill_accumulate = False
if c == key('\r') or c == key('\n') or c == ctrl('o'):
if line_buffer or (history and history[-1]):
history.append(line_buffer)
if c == ctrl('o'): # Ctrl-O
ctrl_o_index = history_index + 1
sys.stdout.write('\n')
return line_buffer + '\n'
if not (c == key('\t') or c == ctrl('i')):
# reset completer state to force restart of the completer
completer_state = 0
if c == key(bits.input.KEY_HOME) or c == ctrl('a'):
# start of line
pos = 0
elif c == key(bits.input.KEY_LEFT) or c == ctrl('b'):
# left
if pos != 0:
pos -= 1
elif c == ctrl('d'):
# EOF
if len(line_buffer) == 0:
return ""
if pos < len(line_buffer):
line_buffer, pos = delete_char(line_buffer, pos)
elif c == key(bits.input.KEY_DELETE):
if pos < len(line_buffer):
line_buffer, pos = delete_char(line_buffer, pos)
elif c == key(bits.input.KEY_END) or c == ctrl('e'):
# end of line
pos = len(line_buffer)
elif c == key(bits.input.KEY_RIGHT) or c == ctrl('f'):
# right
if pos != len(line_buffer):
pos += 1
elif c == key('\b') or c == ctrl('h'):
# backspace
line_buffer, pos = delete_char_left(line_buffer, pos)
elif c == key('\t') or c == ctrl('i'):
# tab completion
if completer is not None:
if completer_state != 0:
for c in range(len(current_completion)):
line_buffer, pos = delete_char_left(
line_buffer, pos)
else:
cur = pos
while pos != 0 and line_buffer[pos - 1] != ' ':
pos -= 1
saved_str = line_buffer[pos:cur]
line_buffer = line_buffer[:pos] + line_buffer[
cur:]
current_completion = completer(
saved_str, completer_state)
completer_state += 1
if current_completion is not None:
for c in current_completion:
line_buffer, pos = insert_char(
line_buffer, c, pos)
else:
for c in saved_str:
line_buffer, pos = insert_char(
line_buffer, c, pos)
completer_state = 0
elif c == ctrl('k'):
# delete from current to end of line
killed_text = line_buffer[pos:]
line_buffer = line_buffer[:pos]
add_to_kill_ring(killed_text, to_right=True)
elif c == ctrl('l'):
# clear screen
bits.clear_screen()
sys.stdout.write(prompt)
for term in range(term_count):
line_x[term], line_y[term] = bits.get_xy(term)
elif c == key(bits.input.KEY_DOWN) or c == ctrl('n'):
# Next line in history
if history_index < len(history):
history_index += 1
if history_index == len(history):
line_buffer, pos = history_state.get(
history_index, ('', 0))
else:
line_buffer, pos = history_state.get(
history_index,
(history[history_index],
len(history[history_index])))
elif c == key(bits.input.KEY_UP) or c == ctrl('p'):
# Previous line in history
if history_index > 0:
history_index -= 1
line_buffer, pos = history_state.get(
history_index, (history[history_index],
len(history[history_index])))
elif c == ctrl('u'):
# delete from current to beginning of line
killed_text = line_buffer[:pos]
line_buffer = line_buffer[pos:]
pos = 0
add_to_kill_ring(killed_text, to_right=False)
elif c == ctrl(bits.input.KEY_LEFT):
# Move left by word
while pos != 0 and not line_buffer[pos - 1].isalnum():
pos -= 1
while pos != 0 and line_buffer[pos - 1].isalnum():
pos -= 1
elif c == ctrl(bits.input.KEY_RIGHT):
# Move right by word
end = len(line_buffer)
while pos != end and not line_buffer[pos].isalnum():
pos += 1
while pos != end and line_buffer[pos].isalnum():
pos += 1
elif c == ctrl('w'):
# delete previous word; note that this uses a different
# definition of "word" than Ctrl-Left and Ctrl-Right.
cur = pos
while pos != 0 and line_buffer[pos - 1] == ' ':
pos -= 1
while pos != 0 and line_buffer[pos - 1] != ' ':
pos -= 1
killed_text = line_buffer[pos:cur]
line_buffer = line_buffer[:pos] + line_buffer[cur:]
add_to_kill_ring(killed_text, to_right=False)
elif c == ctrl('y'):
# Yank
if kill_ring:
line_buffer, last_yank_start, pos = insert_string(
line_buffer, kill_ring[-1], pos)
elif c == key('y', alt=True):
# If immediately after yank, rotate kill ring and yank
# the new top instead.
if last_yank_start is not None:
line_buffer = line_buffer[:
last_yank_start] + line_buffer[
pos:]
pos = last_yank_start
kill_ring.insert(0, kill_ring.pop()) # Rotate
line_buffer, last_yank_start, pos = insert_string(
line_buffer, kill_ring[-1], pos)
elif c == ctrl('z') or c == key(bits.input.KEY_ESC):
if len(line_buffer) == 0:
return ""
elif c.key in key_hooks:
key_hooks[c.key]()
elif not (c.ctrl) and not (c.alt) and isinstance(
c.key, basestring) and c.key in string.printable:
# printable
try:
line_buffer, pos = insert_char(
line_buffer, c.key.encode('ascii'), pos)
except UnicodeError:
pass
else:
pass
except IOError:
pass
def _readline(prompt=""):
global width, height, line_x, line_y, buffer_max, history, kill_ring, kill_accumulate, ctrl_o_index, completer
with redirect.nolog():
with pager.nopager():
sys.stdout.write(prompt)
line_buffer = ''
pos = 0
prev_len = 0
term_count = bits.get_term_count()
width = [0] * term_count
height = [0] * term_count
line_x = [0] * term_count
line_y = [0] * term_count
for term in range(term_count):
width[term], height[term] = bits.get_width_height(term)
line_x[term], line_y[term] = bits.get_xy(term)
buffer_max = min((width[term] - 2 - line_x[term]) + ((height[term] - 1) * (width[term] - 1)) for term in range(term_count))
history_index = len(history)
history_state = dict()
completer_state = 0
last_yank_start = None
kill_accumulate = False
if ctrl_o_index is not None:
if ctrl_o_index < len(history):
history_index = ctrl_o_index
line_buffer = history[history_index]
pos = len(line_buffer)
ctrl_o_index = None
while True:
# Update history
history_state[history_index] = (line_buffer, pos)
try:
# clear any characters after the current line buffer
trailing_len = prev_len - len(line_buffer)
if trailing_len > 0:
for term in range(term_count):
trailing_x, trailing_y = PositionCursor(len(line_buffer), line_x[term], line_y[term], term)
print_buffer(" " * trailing_len, trailing_x, trailing_y, term)
prev_len = len(line_buffer)
for term in range(term_count):
# print the current line buffer
print_buffer(line_buffer, line_x[term], line_y[term], term)
# move the cursor to location of pos within the line buffer
PositionCursor(pos, line_x[term], line_y[term], term)
c = bits.input.get_key()
key = bits.input.key
def ctrl(k):
return key(k, ctrl=True)
# Reset states that depend on last key
if c != key('y', alt=True):
last_yank_start = None
if c not in (ctrl('k'), ctrl('u'), ctrl('w')):
kill_accumulate = False
if c == key('\r') or c == key('\n') or c == ctrl('o'):
if line_buffer or (history and history[-1]):
history.append(line_buffer)
if c == ctrl('o'): # Ctrl-O
ctrl_o_index = history_index + 1
sys.stdout.write('\n')
return line_buffer + '\n'
if not (c == key('\t') or c == ctrl('i')):
# reset completer state to force restart of the completer
completer_state = 0
if c == key(bits.input.KEY_HOME) or c == ctrl('a'):
# start of line
pos = 0
elif c == key(bits.input.KEY_LEFT) or c == ctrl('b'):
# left
if pos != 0:
pos -= 1
elif c == ctrl('d'):
# EOF
if len(line_buffer) == 0:
return ""
if pos < len(line_buffer):
line_buffer, pos = delete_char(line_buffer, pos)
elif c == key(bits.input.KEY_DELETE):
if pos < len(line_buffer):
line_buffer, pos = delete_char(line_buffer, pos)
elif c == key(bits.input.KEY_END) or c == ctrl('e'):
# end of line
pos = len(line_buffer)
elif c == key(bits.input.KEY_RIGHT) or c == ctrl('f'):
# right
if pos != len(line_buffer):
pos += 1
elif c == key('\b') or c == ctrl('h'):
# backspace
line_buffer, pos = delete_char_left(line_buffer, pos)
elif c == key('\t') or c == ctrl('i'):
# tab completion
if completer is not None:
if completer_state != 0:
for c in range(len(current_completion)):
line_buffer, pos = delete_char_left(line_buffer, pos)
else:
cur = pos
while pos != 0 and line_buffer[pos-1] != ' ':
pos -= 1
saved_str = line_buffer[pos:cur]
line_buffer = line_buffer[:pos] + line_buffer[cur:]
current_completion = completer(saved_str, completer_state)
completer_state += 1
if current_completion is not None:
for c in current_completion:
line_buffer, pos = insert_char(line_buffer, c, pos)
else:
for c in saved_str:
line_buffer, pos = insert_char(line_buffer, c, pos)
completer_state = 0
elif c == ctrl('k'):
# delete from current to end of line
killed_text = line_buffer[pos:]
line_buffer = line_buffer[:pos]
add_to_kill_ring(killed_text, to_right=True)
elif c == ctrl('l'):
# clear screen
bits.clear_screen()
sys.stdout.write(prompt)
for term in range(term_count):
line_x[term], line_y[term] = bits.get_xy(term);
elif c == key(bits.input.KEY_DOWN) or c == ctrl('n'):
# Next line in history
if history_index < len(history):
history_index += 1
if history_index == len(history):
line_buffer, pos = history_state.get(history_index, ('', 0))
else:
line_buffer, pos = history_state.get(history_index, (history[history_index], len(history[history_index])))
elif c == key(bits.input.KEY_UP) or c == ctrl('p'):
# Previous line in history
if history_index > 0:
history_index -= 1
line_buffer, pos = history_state.get(history_index, (history[history_index], len(history[history_index])))
elif c == ctrl('u'):
# delete from current to beginning of line
killed_text = line_buffer[:pos]
line_buffer = line_buffer[pos:]
pos = 0
add_to_kill_ring(killed_text, to_right=False)
elif c == ctrl(bits.input.KEY_LEFT):
# Move left by word
while pos != 0 and not line_buffer[pos-1].isalnum():
pos -= 1
while pos != 0 and line_buffer[pos-1].isalnum():
pos -= 1
elif c == ctrl(bits.input.KEY_RIGHT):
# Move right by word
end = len(line_buffer)
while pos != end and not line_buffer[pos].isalnum():
pos += 1
while pos != end and line_buffer[pos].isalnum():
pos += 1
elif c == ctrl('w'):
# delete previous word; note that this uses a different
# definition of "word" than Ctrl-Left and Ctrl-Right.
cur = pos
while pos != 0 and line_buffer[pos-1] == ' ':
pos -= 1
while pos != 0 and line_buffer[pos-1] != ' ':
pos -= 1
killed_text = line_buffer[pos:cur]
line_buffer = line_buffer[:pos] + line_buffer[cur:]
add_to_kill_ring(killed_text, to_right=False)
elif c == ctrl('y'):
# Yank
if kill_ring:
line_buffer, last_yank_start, pos = insert_string(line_buffer, kill_ring[-1], pos)
elif c == key('y', alt=True):
# If immediately after yank, rotate kill ring and yank
# the new top instead.
if last_yank_start is not None:
line_buffer = line_buffer[:last_yank_start] + line_buffer[pos:]
pos = last_yank_start
kill_ring.insert(0, kill_ring.pop()) # Rotate
line_buffer, last_yank_start, pos = insert_string(line_buffer, kill_ring[-1], pos)
elif c == ctrl('z') or c == key(bits.input.KEY_ESC):
if len(line_buffer) == 0:
return ""
elif c.key in key_hooks:
key_hooks[c.key]()
elif not(c.ctrl) and not(c.alt) and isinstance(c.key, basestring) and c.key in string.printable:
# printable
try:
line_buffer, pos = insert_char(line_buffer, c.key.encode('ascii'), pos)
except UnicodeError:
pass
else:
pass
except IOError:
pass
def write(self, s):
with pager.nopager():
with redirect.nolog():
sys.stdout.write('\r' + self.gathering + self.progress.next())
self.sio.write(s)
def __call__(self, *args, **kwds):
init_pydoc()
import pydoc
import redirect
with redirect.nolog():
return pydoc.help(*args, **kwds)
def pause():
with redirect.nolog():
print("\nPress any key to continue...")
bits.input.get_key()
def getvalue(self):
with pager.nopager():
with redirect.nolog():
sys.stdout.write('\r' + ' ' * (len(self.gathering) + 1) + '\r')
return self.sio.getvalue()
def write(self, s):
with pager.nopager():
with redirect.nolog():
sys.stdout.write('\r' + self.gathering + self.progress.next())
self.sio.write(s)
def ttypager(text):
"""Page through text on a text terminal."""
try:
import efi
import readline
efi_options = ["f to write file"]
except ImportError as e:
efi_options = []
lines = string.split(plain(text), '\n')
if redirect.state != redirect.NOLOG_STATE:
with redirect.logonly():
sys.stdout.write(string.join(lines, '\n') + '\n')
if redirect.state == redirect.LOGONLY_STATE:
return
with pager.nopager():
with redirect.nolog():
height = min(bits.get_width_height(term)[1] for term in range(bits.get_term_count()))
r = inc = height - 1
sys.stdout.write(string.join(lines[:inc], '\n') + '\n')
while True:
if lines[r:]:
advance = ['any key to advance']
else:
advance = ['END']
if r > inc:
back = ["Up/PgUp to go back"]
else:
back = []
options = "; ".join(advance + back + efi_options + ["q to quit"])
prompt = '-- {} --'.format(options)
prompt_len = len(prompt)
sys.stdout.write(prompt)
c = bits.input.get_key()
key = bits.input.key
# Write the spaces one at a time to defeat word-wrap
sys.stdout.write('\r')
for i in range(prompt_len):
sys.stdout.write(' ')
sys.stdout.write('\r')
if efi_options and c in (key('f'), key('F')):
ttydir = efi.get_boot_fs()
filepath = os.path.normpath(str.strip(readline._readline("filename: "), "\n"))
basepath, fname = os.path.split(filepath)
for dirname in str.split(basepath, os.sep):
if dirname is not "":
ttydir = ttydir.mkdir(dirname)
print "Saving {}...".format(filepath),
ttydir.create(fname).write(string.join(lines, '\n') + '\n')
print "Done"
print "Hit any key to continue..."
c = bits.input.get_key()
if c in (key('q'), key('Q')):
break
elif c in (key('\r'), key('\n'), key(bits.input.KEY_DOWN), key('n', ctrl=True)):
if lines[r:]:
sys.stdout.write(lines[r] + '\n')
r = r + 1
continue
if c == key(bits.input.KEY_HOME):
bits.clear_screen()
r = 0
if c == key(bits.input.KEY_END):
bits.clear_screen()
r = len(lines) - inc
if r < 0:
r = 0
if c in (key(bits.input.KEY_UP), key('p', ctrl=True)):
bits.clear_screen()
r = r - 1 - inc
if r < 0:
r = 0
if c in (key(bits.input.KEY_PAGE_UP), key('b'), key('B')):
bits.clear_screen()
r = r - inc - inc
if r < 0:
r = 0
if lines[r:]:
sys.stdout.write(string.join(lines[r:r+inc], '\n') + '\n')
r = r + inc
if not lines[r:]:
r = len(lines)
def pause():
with redirect.nolog():
print("\nPress any key to continue...")
bits.input.get_key()