User talk:Angel2220fly
Hello, Angel2220fly, and welcome to Wikipedia! I hope you like the place and decide to stay. Here are some pages you might find helpful:
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October 2019
[edit]
Welcome to Wikipedia. We appreciate your contributions, but in one of your recent edits, it appears that you have added original research, which is against Wikipedia's policies. Original research refers to material—such as facts, allegations, ideas, and personal experiences—for which no reliable, published sources exist; it also encompasses combining published sources in a way to imply something that none of them explicitly say. Please be prepared to cite a reliable source for all of your contributions. You can have a look at the tutorial on citing sources. Thank you. MrOllie (talk) 12:32, 19 October 2019 (UTC)
Algorithm Spring
[edit]https://github.com/pjmidgard/Spring_1.0.0.2 Algorithm Spring made by Jurijus Pacalovas compression by calculus and reverse: Size of file should bigger than 1970 bytes before when want you to compress. if lenf1<2000: Size is blocked 1970 bytes. bnk=bnk*255 ghjd=ghj*bnk cvz=cvz+ghdj bnk=bnk*256 ghjd=ghj*bnk cvz=cvz+ghdj make smaller than when lenfg> 0: bits and save size 14311 bits when lenfg==0: save size 14320. When size 14320 bits take 0000...111...'0X or 111...0X move to the end 0000...111...0 or 111...0 and change last one to 0. make them together from right to left. Cout this size and save it in bytes than the count of this long and again of this long that should be 1 byte. When sizing 14310 bits save as 1111...0 and size will become 14311 bits change first 1 to 0. Left 0x and 1111....0x Save how many times was compressed by one byte. check if lenfg==0: or if lenfg>0: lenfg mean when the size of data does not exist information on the block and save information about the first information not exist and change 255 to information not exist. if lenf1<=sssssw or sssssw<=2000 or qqqwz==255: check the size of the file and check 255 and save this file.
import binascii a=0 cvb=0 zsaqq="" qqqwz=0 assx=0 ass=0 asss=0 b=0 aaqw="" aaqws="" l="" j=0 b=0 aq=0 qfl=0 t=0 h=0 byteb="" notexist="" lenf=0 numberschangenotexistq = [] numberschangenotexistqz = [] qwa=0 m = [] p=0 namea="" d=1 a=0 asd="" b=0 szx="" asf2="0b" while b<1790:
m+=[-1] b=b+1
k = [] wer="" numberschangenotexist = [] numbers = [] name = input("What is name of file? ") namea="file.Spring" namem=name+"/" s="" with open(namea, "w") as f4:
f4.write(s)
with open(namea, "a") as f3:
f3.write(namem)
with open(name, "rb") as binary_file:
# Read the whole file at once data = binary_file.read() s=str(data) lenf1=len(data)
while assx<10:
if qqqwz>1:
lenf1=sssssw
a=0
ass=0
asss=0
b=0
aaqw=""
aaqws=""
l=""
j=0
b=0
aq=0
qfl=0
t=0
h=0
byteb=""
notexist=""
lenf=0
numberschangenotexistq = []
numberschangenotexistqz = []
qwa=0
m = []
p=0
d=1
a=0
asd=""
b=0
szx=""
asf2="0b"
while b<1790:
m+=[-1]
b=b+1
k = []
wer=""
numberschangenotexist = []
numbers = []
s=""
if lenf1<2000:
print("This file is too small");
raise SystemExit
if lenf1>2**30:
print("This file is too big");
raise SystemExit
with open(namea, "ab") as f2:
for byte in data:
av=bin(byte)
a=a+1
if a<=1790:
byte=int(byte)
m[byte] = byte
numbers.append(byte)
h=h+1
if a == 1790:
p=0
while p<256:
if p!=m[p]:
k.append(p)
p=p+1
#lenf count
lenfg=len(k)
if lenfg>0:
notexist=k[0]
b=-1
bb=0
kl=1789
bnk=0
cb=0
bb=-1
er=-1
ghj=0
ghjd=1
bnk=1
p=-1
cvz=0
qwa=qwa+1
while p<1789:
p=p+1
if lenfg>0:
if 255!=numbers[p]:
byteb=numbers[p]
numberschangenotexist.append(byteb)
if 255==numbers[p]:
numberschangenotexist.append(notexist)
if lenfg==0:
byteb=numbers[p]
numberschangenotexist.append(byteb)
#count 1789
ghj=numberschangenotexist[p]
qfl=qfl+1
ghjd=ghj
bnk=1
bnks=1
bb=-1
bnkd=1
kl=kl-1
if qwa<=1:
while bb<kl:
if qwa<=1:
bb=bb+1
if qwa<=1:
bnk=bnk*255
if qwa<=1:
bnks=bnks*256
if qwa<=1:
numberschangenotexistq.append(bnk)
numberschangenotexistqz.append(bnks)
if lenfg>0:
bnk=numberschangenotexistq[p]
ghjd=0
ghjd=ghj*bnk
if lenfg==0:
bnks=numberschangenotexistqz[p]
ghjd=0
ghjd=ghj*bnks
cvz=cvz+ghjd
szx=bin(cvz)[2:]
lenfa=len(szx)
if lenfg==0:
wqwe=""
p=0
aaqq=""
d=1
a=0
while p<2:
aaqq=szx[a:d]
if aaqq=="1":
a=a+1
d=d+1
aaqq=str(aaqq)
aaqw=aaqw+aaqq
if aaqq=="0":
p=2
aaqwss=len(aaqw)
aasqq=""
ass=0
asss=0
ass=aaqwss
asss=aaqwss-1
aaad="0"
aasqq=szx[0:asss]
aasqq=str(aasqq)
szx=szx[d:]
aaqw=""
zzaax=""
xc=14320-lenfa
z=0
if xc!=14320:
while z<xc:
zzaax="0"+zzaax
z=z+1
wer=wer+szx
aaqws=aaqws+zzaax+aasqq+"0"
szx=""
zzaax=""
lenf=len(szx)
wqwe=""
wqwe=szx[0:1]
if wqwe=="1":
raise SystemExit
if lenfg>0:
szx=szx[1:]
szx="0"+szx
xc=14311-lenfa
z=0
if xc!=14311:
while z<xc:
szx="1"+szx
z=z+1
wer=wer+szx
lenf=len(szx)
szx=""
if lenfg>0:
notexist=k[0]
szx=bin(notexist)[2:]
lenf=len(szx)
xc=8-lenf
z=0
while z<xc:
szx="0"+szx
z=z+1
wer=wer+szx
szx=""
a=0
numberschangenotexist = []
del k[:]
del numbers[:]
m = []
b=0
while b<1790:
m+=[-1]
b=b+1
b=0
b=0
s=h%1790
if s!=0:
s=s-1
p=-1
if s!=1789:
b=-1
bb=0
kl=s
bnk=0
cb=0
er=0
bb=-1
cvz=0
ghj=0
ghjd=1
bnk=1
while p<s:
p=p+1
byteb=numbers[p]
numberschangenotexist.append(byteb)
#count 1789
ghj=numberschangenotexist[b]
ghjd=ghj
bnk=1
bb=-1
kl=kl-1
while bb<kl:
bb=bb+1
bnk=bnk*256
ghjd=0
ghjd=ghj*bnk
cvz=cvz+ghjd
szx=bin(cvz)[2:]
lenf=len(szx)
ert=0
s=s+1
ert=s*8
szx=""
a=0
szx=""
dd=len(aaqws)
szxzzz=""
szxzzz=bin(dd)[2:]
dd=len(szxzzz)
xc=8-dd%8
z=0
if xc!=0:
while z<xc:
szxzzz="0"+szxzzz
z=z+1
dd=len(szxzzz)
szxz=bin(dd)[2:]
dd=len(szxz)
xc=8-dd%8
z=0
if xc!=0:
while z<xc:
szxz="0"+szxz
z=z+1
dd=len(szxz)
szxzz=""
szxzz=bin(dd)[2:]
dd=len(szxzz)
xc=8-dd%8
z=0
if xc!=0:
while z<xc:
szxzz="0"+szxzz
z=z+1
wer="0b1"+wer+aaqws+"1"
szx=""
lenf=len(wer)
xc=8-lenf%8
z=0
if xc!=0:
while z<xc:
szx="0"+szx
z=z+1
wer=wer+szx+szxzzz+szxz+szxzz
szx=""
n = int(wer, 2)
jl=binascii.unhexlify('%x' % n)
data=jl
sssssw=len(jl)
qqqwz=qqqwz+1
if lenf1<=sssssw or sssssw<=2000 or qqqwz==255:
szx=bin(qqqwz)[2:]
lenf=len(szx)
xc=8-lenf%8
z=0
if xc!=0:
while z<xc:
szx="0"+szx
z=z+1
zsaqq="0b"+zsaqq+szx
szx=""
n = int(zsaqq, 2)
jlz=binascii.unhexlify('%x' % n)
assx=10
if assx==10:
f2.write(jl)
f2.write(jlz)
October 2019
[edit]
Please do not add original research or novel syntheses of published material to articles. Please cite a reliable source for all of your contributions. Thank you. MrOllie (talk) 10:52, 21 October 2019 (UTC)
But this is my algotithm I made it, ok.
Gould, you give money to develop this software, please. Web money: E388412813675 about 50000€.