def __init__(self, app, master, label_text, buttons):
dml = app.dml
scrsize = app.scrsize
scrmode = app.scrmode
self.master = master
font = (dml['topbar']['font'], dml['global']['fonts_size'][scrmode])
self.frame = tk.Frame(master,
relief=tk.FLAT,
borderwidth=1,
bg=dml['topbar']['bar_bg'],
height=dml['topbar']['height'])
self.frame.pack_propagate(0) # don't shrink
self.frame.pack(fill=tk.X, side=tk.BOTTOM)
hostname = hlp.readfile("/etc/hostname")
lbl_frame = tk.Frame(self.frame,
relief=tk.FLAT,
borderwidth=0,
bg=dml['topbar']['bar_bg'],
width=len(hostname) *
dml['global']['fonts_size'][scrmode])
lbl_frame.pack_propagate(0) # don't shrink
lbl_frame.pack(fill=tk.Y, side=tk.LEFT)
lbl = tk.Label(lbl_frame,
text=hostname,
anchor="w",
justify=tk.LEFT,
font=font,
bg=dml['topbar']['lbl_bg'],
fg=dml['topbar']['lbl_fg'])
lbl.pack(side=tk.LEFT, padx=2)
btn_frame = tk.Frame(self.frame,
relief=tk.FLAT,
borderwidth=0,
bg=dml['topbar']['bar_bg'])
btn_frame.pack(fill=tk.Y, side=tk.RIGHT)
for b in buttons:
btn = tk.Button(btn_frame,
text=b[0],
command=b[1],
relief=tk.RAISED,
font=font,
fg=dml['topbar']['btn_fg'],
bg=dml['topbar']['btn_bg'],
highlightbackground=dml['topbar']['lbl_bg'],
padx=3,
pady=0,
bd=1,
width=4)
btn.pack(fill=tk.Y, side=tk.RIGHT)
def __init__(self,app,master,name):
panel.Switchpanel.__init__(self,app,master,name)
self.app=app
#self.app.dmp = Conf.Appconfig(self.app.ini)
dml = self.app.dml
scrsize=self.app.scrsize
scrmode=self.app.scrmode
self.hostname=hlp.readfile("/etc/hostname")
Lockpin.hostinfo=hlp.hostinfo();
self.bgimage= dml["global"]["bgimage_names"][ dml['global']['theme'] ]
self.key_size_x = dml['lockpin']['keysize'][0]
self.key_size_y = dml['lockpin']['keysize'][1]
self.light_time = dml['lockpin']['lighttime']
self.light_level = dml['lockpin']['lightlevel']
self.keys_face ={}
if scrmode==0:
self.col_no=4
self.y_start= dml['lockpin']['ystart'][scrmode]
self.key_size_x = dml['lockpin']['keysize'][scrmode][0]
self.key_size_y = dml['lockpin']['keysize'][scrmode][1]
for k in Lockpin._keys_label4:
self.keys_face[ k ] = Lockpin._keys[ k ]
else:
self.col_no=3
self.y_start= dml['lockpin']['ystart'][scrmode]
self.key_size_x = dml['lockpin']['keysize'][scrmode][0]
self.key_size_y = dml['lockpin']['keysize'][scrmode][1]
for k in Lockpin._keys_label3:
self.keys_face[ k ] = Lockpin._keys[ k ]
self.pin=""
self.pin_active=dml['lockpin']['pinactive']
self.x_start = int((scrsize[0]-self.key_size_x*self.col_no) / 2)
self.y_start = int((scrsize[1]-self.key_size_y*len(self.keys_face)/self.col_no) / 2)+self.y_start
self.canvas = tk.Canvas(self.frame,width=scrsize[0],height=scrsize[1],bg="black",bd=0, highlightthickness=0)
self.canvas.pack(fill=tk.BOTH)
self.drowlock()
def __init__(self,app,master,name):
panel.Switchpanel.__init__(self,app,master,name)
dml=self.app.dml
scrsize=self.app.scrsize
scrmode=self.app.scrmode
monofont=dml['global']['font']
bpady=15
padsize=5
hi=hlp.hostinfo()
dev=hi['dev']
#print(hi)
mt=int(hi['MemTotal'].split(" ",1)[0]) / 1000
mf=int(hi['MemAvailable'].split(" ",1)[0]) / 1000
self.frame.config(bg=dml['systeminfo']['frm_bg'])
self.info_frame = tk.Frame(self.frame,relief=tk.FLAT, bg=dml['systeminfo']['frm_bg'])
#self.frame.pack_propagate(0) # don't shrink
self.info_frame.place(relx=0.5, rely=0.5, anchor=tk.CENTER)
hostname = hlp.readfile('/etc/hostname')
if 'Hardware' in hi:
info2=hi['model name']+", "+hi['processor']+" core\nHardware: "+hi['Hardware']+", Ser.: "+hi['Serial']+"\n"+hi['Distributor ID']+' '+hi['Release']+' '+hi['Codename']+" - "+hi['system']+"\nMemory: {:4.0f} MB total, {:4.0f} MB free".format(mt,mf)
else:
info2=hi['model name']+", "+hi['processor']+" core\n"+hi['Distributor ID']+' '+hi['Release']+' '+hi['Codename']+" - "+hi['system']+"\nMemory: {:4.0f} MB total, {:4.0f} MB free".format(mt,mf)
info3="{:<6} {:<17} {}".format( "DEV:","MAC:", "IPv4:" )
info4=""
for d in dev:
info4=info4+"{:<6} {:^16} {}\n".format( d[0],d[1], hlp.getip(d[0]).split("/",1)[0] )
mmcinfo=hlp.getmmcinfo()
info2 = info2 + "\nMMC: {}, {} free, PARTUUID: {}".format(mmcinfo['size'],mmcinfo['free'],mmcinfo['PARTUUID'])
lbl=tk.Label(self.info_frame,text=hostname,justify=tk.CENTER,anchor=tk.CENTER,font=(monofont,dml['systeminfo']['font_size']['name']),bg=dml['systeminfo']['frm_bg'], fg=dml['systeminfo']['lbl_name_fg'],pady=3 )
lbl.pack(fill=tk.X)
lbl=tk.Label(self.info_frame,text=info2,justify=tk.CENTER,anchor=tk.CENTER, font=(monofont,dml['global']['fonts_size'][scrmode]), bg=dml['systeminfo']['frm_bg'], fg=dml['systeminfo']['lbl_sys_fg'])
lbl.pack(fill=tk.X)
lbl=tk.Label(self.info_frame,text=info3,justify=tk.LEFT,anchor="nw", font=(monofont,dml['global']['fonts_size'][scrmode]), bg=dml['systeminfo']['frm_bg'], fg=dml['systeminfo']['lbl_title_fg'])
lbl.pack(fill=tk.X)
self.lbl=tk.Label(self.info_frame,text=info4,justify=tk.LEFT,anchor="nw",font=(monofont,dml['global']['fonts_size'][scrmode]), bg=dml['systeminfo']['frm_bg'], fg=dml['systeminfo']['lbl_dev_fg'])
self.lbl.pack(fill=tk.X)
self.animation=self.getnetworks()
position = i + 1
break
if i == len(updated_program) - 1:
return False
return True
def part2(program):
found = swap_commands("nop", "jmp", program)
found = swap_commands("jmp", "nop", program)
test_data = [
"nop +0",
"acc +1",
"jmp +4",
"acc +3",
"jmp -3",
"acc -99",
"acc +1",
"jmp -4",
"acc +6",
]
#
puzzle_data = helper.readfile("2020/day8data.txt")
part1(puzzle_data)
part2(puzzle_data)
diffMat = tile(inX, (dataSetsize, 1)) - dataSet #生成同纬度的计算向量
sqdiffMat = power(diffMat, 2)
sqDistances = sqdiffMat.sum(axis=1)
distances = power(sqDistances, 0.5)
sortDistances = distances.argsort()
print(diffMat, sqDistances, distances, sortDistances)
classcount = {}
for i in range(k):
label = labels[sortDistances[i]]
classcount[label] = classcount.get(label, 0) + 1
sortclass = sorted(classcount)
sortclasssize = sortclass.__len__()
if k > sortclasssize: k = sortclasssize
for i in range(k):
print("第", i + 1, "类的数据类别分别为：", sortclass[i], "类有",
classcount[sortclass[i]], "次,与目标距离最接近的为",
distances[sortDistances[i]])
return sortclass
"可视化数据集"
def plotdata(self):
pass
path = "dataset.txt"
helper = helper.dataOperator()
dataMat, labelsMat = helper.readfile(path, "\t", 3) #
datavis = helper.dataVisual(object)
datavis.dataplot(dataMat, labelsMat)
height = len(map_data)
trees_hit = 0
current_position = [0, 0]
while current_position[0] < height:
trees_hit += has_collided_with_tree(current_position, map_data)
current_position = update_position(current_position, width, slope[0],
slope[1])
print("Part 1, Trees Hit: " + str(trees_hit))
return trees_hit
def part2(map_data, slopes):
tree_counter = 1
for slope in slopes:
tree_counter *= part1(map_data, slope)
print("Part 2, Trees Hit:", tree_counter)
data = helper.readfile("2020/day3data.txt")
slopes = [[1, 1], [3, 1], [5, 1], [7, 1], [1, 2]]
test_data = [
"..##.......", "#...#...#..", ".#....#..#.", "..#.#...#.#", ".#...##..#.",
"..#.##.....", ".#.#.#....#", ".#........#", "#.##...#...", "#...##....#",
".#..#...#.#"
]
part1(data, slopes[1])
part2(data, slopes)
import helper,re
import pprint as pr
import os.path
from sys import exit
#TODO : ADD LOGIC OF LOCATION COUNTER
#TODO : GENERATE A LIST OF UNDEFINED SYMBOLS TO BE SEARCHED IN PASS2
#TODO : CREATION OF RELATIVE ADDRESS W.R.T location counter
keywords = [i for i in 'ABCDEF']
keywords += ['ADD','MUL','SUB', 'MOV', 'START', 'END', 'DC', 'EQU', ]
global MOT, POT ,list_of_RR_instr,list_of_RM_instr,list_of_RI_instr,list_of_POT_instr,instr_list,locations,ST,ST_headers
MOT = helper.readfile("MOT.txt")
POT = helper.readfile("POT.txt")
list_of_RR_instr = [entry for entry in MOT if entry['Format']=='01']
list_of_RM_instr = [ entry for entry in MOT if entry['Format']=='03']
list_of_RI_instr = [ entry for entry in MOT if entry['Format']=='02']
list_of_POT_instr = [ entry for entry in POT ]
start_instr = [ entry for entry in MOT if entry['Mnemonic']=='START'][0]
end_instr = [ entry for entry in MOT if entry['Mnemonic']=='END'] [0]
instr_list = []
locations = []
ST=[]
ST_headers = ["Symbol","Value","Length","Relocation"]
def check_RR_instr(instr,MOT):
'''
INPUT : SINGLE LINE OF INSTR and MOT