garbage

Not so long ago I was having trouble with javascript assets. When I made changes to them they wouldn't take effect and the file would become invalid javascript (firebug throwing errors and warnings). I noticed that my changes weren't appearing and special characters were being added to the end of the file. A bit more digging and I noticed that the special characters were exactly the number of characters of my edits. Original code: $(document).ready(function(){ alert('what'); }); Adding a line, should looks like this: $(document).ready(function(){ alert('what'); alert("what's going on?!); });

I have a logger class thats a singleton. In it's destructor I call Close() which prints the footer for the log and then closes the StreamWriter. public void Close() { WriteLogFileFooter(); _logFile.Flush(); _logFile.Close(); } The problem is when System.Enviornment.Exit(1) is called from elsewhere in the program (portions that I didn't write myself), the footer is never printed and my logger throws an exception for trying to write to a closed stream. I can only assume the Exit command is causing my StreamWriter to be closed before my Singleton is destructed. I tried to use GC.SupressFinalize()

Does using a lambda expression generate garbage for the GC opposed to the normal foreach loop? // Lambda version Foos.ForEach(f=>f.Update(gameTime)); // Normal approach: foreach (Foo f in Foos) { f.Update(gameTime); } The CLR profiler shows that I have 69.9% system.Action< T > and I suspect that being the lamba version of the foreach loop as above. Is that true? EDIT: I used the Microsoft CLR profiler: http://download.microsoft.com/download/4/4/2/442d67c7-a1c1-4884-9715-803a7b485b82/clr%20profiler.exe or http://msdn.microsoft.com/en-us/library/ff650691.aspx Yes, a lambda will create garbage if

I plan to use an object which is called by my main method to exit the entire program. The object has a method which just runs a System.exit(0). My question is, is this a safe thing to do? If I run System.exit(0) from another object, will garbage collection still clean out the entire program from memory, or will I have issues cleaning the calling class from memory? My thoughts are that either since the JVM will be terminated, the calling class will be garbage-collected, or that I might have issues cleaning the calling class from memory since the object's stack frame is above the main stack

Hi guys in my previous question, I was able to get the data of a struct to be loaded on a file, but now the issue is I'm getting garbage value while retrieving it. File Contents: settings.bin 110#NormalCompression Level210#NormalCompression Level310#NormalCompression Level410#NormalCompression Level510#NormalCompression Level Code #include<cstdlib> #include<iostream> #include<string> #include<iomanip> #include<fstream.h> using namespace std; const char* ErrorLogFilePath = "resources\\error.txt"; const char* SettingsFilePath = "resources\\settings.bin"; const int NoOfSettings = 5; struct

This is a really weird bug, when grabbing JSON from my server (which is produced via PHP), I get this error when calling: json = [NSJSONSerialization JSONObjectWithData:kivaData options:kNilOptions error:&jsonError]; JSON Error: Error Domain=NSCocoaErrorDomain Code=3840 "The operation couldn’t be completed. (Cocoa error 3840.)" (Garbage at end.) UserInfo=0x178467d00 {NSDebugDescription=Garbage at end.} My (NSData* kivaData) grabs everything perfectly, but it cant parse the JSON. I have run my JSON code in http://jsonlint.com/ and it comes out Valid everytime. Its really weird because it can

I have a simple program written in C which uses termios to send a basic string to the Raspberry Pi UART and attempts to read and output the response. The Rx and Tx pins on the Raspberry Pi are connected with a jumper so whatever is sent should be immediately received. Despite the program outputting that it successfully sent and received 5 characters for the chosen string ('Hello'), trying to print the contents of the buffer just produces one or two garbage characters. The program: #include <stdio.h> #include <stdlib.h> #include <string.h> #include <unistd.h> #include <fcntl.h> #include