def _lldp_rename_get_fstr():
rtxt = "[bright_blue]RESULT: [/bright_blue]"
point_txt = "[bright_blue]-->[/bright_blue]"
lldp_rename_text = f"""
[bright_green]Auto rename APs based on LLDP:[/]
[bold cyan]This function will automatically rename APs based on a combination of
information from the upstream switch (via LLDP) and from the AP itself.[/]
[cyan]Use the following field indicators:[reset]
%h: switch hostname
%m: AP MAC
%p: switch port
%M: AP model
%S: site
%s: AP serial
[cyan]Values used in the examples below:[/]
switch hostname (%h): 'SNAN-IDF3-sw1'
switch port (%p): 7
AP mac (%m): aa:bb:cc:dd:ee:ff
AP model (%M): 655
site (%S): WadeLab
[italic]Note: serial (%s) not shown as examples but follow same format.[/]
[bold bright_green]Format String Syntax:[/]
'%h[1:2]' will use the first 2 characters of the switches hostname.
{rtxt} 'SN'
'%h[2:4]' will use characters 2 through 4 of the switches hostname.
{rtxt} 'NAN'
'%h-1' will split the hostname into parts separating on '-' and use
the firt segment.
{rtxt} 'SNAN
'%p' represents the interface.
{rtxt} '7'
'%p/3' seperates the port string on / and uses the 3rd segment.
{rtxt} (given port 1/1/7): '7'
'%M' represents the the AP model.
{rtxt} '655'
'%m[-4]' The last 4 digits of the AP MAC
[italic]NOTE: delimiters ':' are stripped from MAC[/]
{rtxt} 'eeff'
[bold bright_green]Examples:[/]
%h-1-AP%M-%m[-4] {point_txt} [cyan]SNAN-AP535-eeff[/]
%h[1-4]-%h-2%h-3.p%p.%M-ap {point_txt} [cyan]SNAN-IDF3sw1.p7.535-ap[/]
%S-%h-1-%M-%m[-4]-ap {point_txt} [cyan]WadeLab-SNAN-655-eeff-ap[/]
%h-1-%M.%m[-4]-ap {point_txt} [cyan]SNAN-535.eeff-ap[/]
[italic bright_red]Note:[/][italic] Automation will only apply to APs that are [bright_green]Up[/].
[italic]Use[/] [cyan]'cencli show aps --down'[/] to see APs that were excluded.
"""
while True:
print(lldp_rename_text)
fstr = typer.prompt("Enter Desired format string",)
if "%%" in fstr:
typer.clear()
print(f"\n[cyan]{fstr}[/] appears to be invalid. Should never be 2 consecutive '%'.")
else:
return fstr
def list(group_name: Optional[str] = None):
"""List the navigation destinations."""
typer.clear()
if group_name is not None:
print(parsed_groups.filter([group_name]))
else:
print(parsed_groups)
def cli(
pomodoros_to_run: int = 5,
work_minutes: int = 25,
short_break: int = 5,
long_break: int = 30,
set_size: int = 4,
):
session_stats = {
"total": pomodoros_to_run,
"done": 0,
"todo": pomodoros_to_run
}
global stats
stats = update_session_stats(session_stats)
typer.clear()
all_pomodoros = list(range(1, pomodoros_to_run + 1))
pomodoro_sets = sets_of_pomodoros(all_pomodoros, set_size)
for pomo_set in pomodoro_sets:
run_pomodoro_set(pomo_set, work_minutes, short_break, long_break)
def _lldp_rename_get_fstr():
rtxt = typer.style("RESULT: ", fg=typer.colors.BRIGHT_BLUE)
while True:
typer.secho("Rename APs based on LLDP:", fg="bright_green")
typer.echo(
" This function will automatically rename APs based on a combination of\n"
" information from the upstream switch (via LLDP) and from the AP itself.\n\n"
" Values used in the examples below: \n"
" switch hostname (%h): 'SNAN-IDF3-sw1'\n"
" switch port (%p): 7\n"
" AP mac (%m): aa:bb:cc:dd:ee:ff\n"
" AP model (%M): 535\n\n"
f"{typer.style('Format String Syntax:', fg='bright_green')}\n"
" '%h[1:2]' will use the first 2 characters of the switches hostname.\n"
f" {rtxt} 'SN'\n"
" '%h[2:4]' will use characters 2 through 4 of the switches hostname.\n"
f" {rtxt} 'NAN'\n"
" '%h-1' will split the hostname into parts separating on '-' and use\n"
" the firt segment.\n"
f" {rtxt} 'SNAN\n"
" '%p' represents the interface.\n"
f" {rtxt} '7'\n"
" '%p/3' seperates the port string on / and uses the 3rd segment.\n"
f" {rtxt} (given port 1/1/7): '7'\n"
f" '%M' represents the the AP model.\n"
f" {rtxt} '535'\n"
" '%m' The MAC of the AP NOTE: delimiters ':' are stripped from MAC\n"
" '%m[-4]' The last 4 digits of the AP MAC\n"
f" {rtxt} 'eeff'\n\n"
f"{typer.style('Examples:', fg='bright_green')}\n"
f" %h-1-AP%M-%m[-4] {rtxt} SNAN-AP535-eeff\n"
f" %h[1-4]-%h-2%h-3.p%p.%M-ap {rtxt} SNAN-IDF3sw1.p7.535-ap\n"
f" %h-1-%M.%m[-4]-ap {rtxt} SNAN-535.eeff-ap\n"
)
fstr = typer.prompt("Enter Desired format string",)
if "%%" in fstr:
typer.clear()
typer.secho(f"\n{fstr} appears to be invalid. Should never be 2 consecutive '%'.\n", fg="red")
else:
return fstr
def groups():
"""List all the groups."""
typer.clear()
for group in parsed_groups.list_groups():
print(group)
def render(self, mode='rgb_array'):
if mode == 'rgb_array':
tile_color_map = {
2: (255, 255, 0),
4: (255, 0, 0),
8: (255, 0, 255),
16: (0, 0, 255),
32: (0, 255, 255),
64: (0, 255, 0),
128: (128, 128, 0),
256: (128, 0, 0),
512: (128, 0, 128),
1024: (0, 0, 128),
2048: (0, 128, 128),
4096: (0, 128, 0),
8192: (0, 0, 0),
}
ts = 100
bs = self.board_size * ts
import pyglet
from gym.envs.classic_control import rendering
class DrawText:
def __init__(self, label:pyglet.text.Label):
self.label=label
def render(self):
self.label.draw()
if self.viewer is None:
self.viewer = rendering.Viewer(bs[1], bs[0])
self.viewer = rendering.Viewer(bs[1], bs[0])
self.viewer.set_bounds(0, bs[1], 0, bs[0])
for row in range(self.board_size[0]):
for col in range(self.board_size[1]):
value = 2**int(self.state[row, col])
if value == 1:
continue
rectangle_coords = [
(ts*(col+0.05), ts*(row+0.05)),
(ts*(col+0.95), ts*(row+0.05)),
(ts*(col+0.95), ts*(row+0.95)),
(ts*(col+0.05), ts*(row+0.95)),
]
color = tile_color_map[value]
text = str(value)
label = pyglet.text.Label(text, font_size=25,
x=ts*(col+0.5), y=ts*(row+0.5),
anchor_x='center', anchor_y='center',
color=(0, 0, 0, 255))
label.draw()
#self.viewer.add_geom(DrawText(label))
self.viewer.draw_polygon(rectangle_coords, color=color)
return self.viewer.render(return_rgb_array = mode=='rgb_array')
if mode == "console":
typer.clear()
cols = self.board_size[1]
rows = self.board_size[0]
row_divider = "-----".join(["+"]*(cols+1))
row_padder = " ".join(["|"]*(cols+1))
values = (2**self.state).tolist()
str_values = [[str(value).rjust(3).ljust(5) if value != 1
else " "
for value in row]
for row in values]
typer.echo(row_divider)
for row in str_values:
typer.echo(row_padder)
typer.echo("|"+"|".join(row)+"|")
typer.echo(row_padder)
typer.echo(row_divider)