- #Good luck im behind 7 proxies quotes database windows 7
- #Good luck im behind 7 proxies quotes database series
I know that “Smart Quotes”, while nice in printed documents, causes me enough grief elsewhere that it’s one of the first options I turn off when configuring Microsoft Word. The solution? Ideally, watch what you’re typing. When that gets sent in or displayed using ISO-8859-1 encoding, you get the results above. In particular, the “Smart Quotes” option in Word will often replace a plain apostrophe (‘) with an acute accent (´) or – as we saw above – right single quote (’). Use Word to edit your email or your web page? Then you probably did. I can hear you saying “but I didn’t type in any special characters!”. In the later case the email program has to do “something”, and that may include sending the character anyway, in one encoding scheme, even though the message is flagged as being in another. The problem is that some get it wrong, or, as you compose mail you enter characters that cannot actually be represented by the current encoding scheme. What was one character in UTF-8 (’) gets mistakenly displayed as three (’) when misinterpreted as ISO-8859-1.Įmail programs: email messages can include, as part of the header information you don’t see, the type of encoding used to represent the contents of the message.
#Good luck im behind 7 proxies quotes database series
Now, what happens when the UTF-8 series of numbers is interpreted as if it were ISO-8859-1?Ġ圎28099 breaks down as 0圎2 (â), 0x80 (€) and 0x99 (™). I don’t expect you to care about the actual numbers there, but simply notice how dramatically different they are. Let’s take the right single quote (for reasons I’ll explain below): )Įach, of course has a different encoding.
(Those might look similar, different, or not appear at all depending on the fonts and character sets available on your computer. In reality the characters we often refer to as apostrophes could be: When you see funny characters it’s because data encoded using UTF-8 is likely being interpreted as ISO-8859-1.įirst, let’s be clear as mud: there are apostrophes, and apostrophes. Messages remain smaller, but should one of those “other” characters be needed it can be incorporated by using its “longer” representation.Īll that is a lot of back story to the problem. In UTF-8 the entire Unicode character set is broken down by an algorithm into byte sequences that are either 1, 2, 3 or 4 bytes long. The reason is simple: the vast majority of characters in common usage in Western languages fall into the 1 byte range.
Possible, and in some cases even the right solution, but when you consider that the majority of communications, particularly in the western world, focus on the basic roman alphabet and a few numbers and punctuation, it starts to seem wasteful.Įnter “UTF-8”, for “8 bit Unicode Transformation Format”. “A” is still 65, but if we look at it in hexadecimal the single byte Ascii “A” is 41, while the two-byte Unicode “A” is 0041.Īt this point, it should be clear that switching from Ascii to Unicode would immediately double the size of every email, every document, and everything else that stored text. The problem, of course, is that there are way more than 256 possible characters. While we might spend most of our time with common characters like A-Z, a-z, 0-9 and a handful of punctuation, in reality the there are thousands of other possible characters – particularly if you think globally.Īt the other end of the spectrum is the “Unicode” encoding, which uses two (or more) bytes, giving many more possible different characters. The most common true 8-bit encoding used on the internet today is “ ISO-8859-1”.) (Technically ASCII actually only usesħ bits of that byte, or values from 0-127. The “ASCII” character set or encoding uses a single byte – values from 0 to 255 – to represent up to 256 different characters. I'm concerned that my laptop may have been hacked, but I'm behind a firewall and I'm not "seeing" any malicious activity taking place.The fundamental concept is that all characters are actually stored as numbers. I also went into my registry and changed the proxy value to "0" so that it would not start automatically upon boot up. That is until I rebooted my system, then I was back to the same problem.
ComboFix seemed to fix the problem permanently. (I do not use Visual Studio 2010.) I installed and used MalwareBytes (found 6 issues that didn't seem related) and also installed and used ComboFix. I've found multiple threads using Bing and discovered that it could be a virus/malware issue. Thought I had fixed the problem, until a few minutes later it reset back to proxy. Found out that my Internet connection (LAN) was set to proxy. Recently (sometime in December) I started having difficulty logging into AOL mail via my Firefox browser.
#Good luck im behind 7 proxies quotes database windows 7
I'm running Windows 7 on a partitioned MacBook Pro.
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