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- Copy the delivered ipa into a directory to work in. 

- export PlistBuddy="/usr/libexec/PlistBuddy" to get the PlistBuddy tool to your shell. If it is not added, all references to PlistBuddy
  will need to be written as the full path. 

- Take the delivered App.ipa and unzip it using the unzip command. This should produce a Payload directory containing the app and its 
  resources. 

- Enter the command "codesign -d --entitlements :enterprise.plist Payload/PathToApp.app/" This pulls the entitlements out of the app, and 
  prints them to a plist, without a leading "blob" of data. Pay particular attention to the colon before the enterprise.plist file name. 

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#import <Foundation/Foundation.h>

@interface NSString (Mod97Check)

- (BOOL)passesMod97Check; // Returns result of mod 97 checking algorithm. Might be used to check IBAN.
                          // Expects string to contain digits and/or upper-/lowercase letters; space and all the rest symbols are not acceptable.

@end

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import Foundation
import Security

private let keychainQueue = dispatch_queue_create("networking.keychain", DISPATCH_QUEUE_CONCURRENT)

public class Keychain {
    private let service: String
    public init(service: String) {
        self.service = service
    }

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# Basic Strongswan ikev2 server setup
 
* paltform: atlantic.net ubuntu 14.04 x64
* the commands below are run with root account 

## Strongswan
```
apt-get install strongswan
apt-get install iptables iptables-persistent
```

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static __attribute__((always_inline)) CCCryptorStatus AES128Run(CCOperation operation, NSData *inData, NSData *key, NSData *__autoreleasing *outData) {
    CCCryptorStatus status = kCCParamError;

    if (outData != NULL) {
        CCCryptorRef cryptor = NULL;

        //correct key length
        NSMutableData *correctedKey = [key mutableCopy];
        if ([key length] <= kCCKeySizeAES128) {
            [correctedKey setLength:kCCKeySizeAES128];

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24a25
>              "keychain|k=s",
156a158,162
>     if ( $opt{keychain} ) {
>         push(@codesign_args, '--keychain');
>         push(@codesign_args, $opt{keychain});
>     }
> 
268c274
< PackageApplication [-s signature] application [-o output_directory] [-verbose] [-plugin plugin] || -man || -help 

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/*/../bin/ls > /dev/null
COMPILED=${0%.*}
clang $0 -o $COMPILED -framework Foundation;
$COMPILED; rm $COMPILED; exit;
*/
 
 
#import <Foundation/Foundation.h>
  
int main(int argc, char *argv[])

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#import <Foundation/Foundation.h>
#import <Security/Security.h>
 
int main(int argc, const char *argv[]) {
    NSUserDefaults *arguments = [NSUserDefaults standardUserDefaults];
    NSString *file = [arguments stringForKey:@"f"];
    NSString *option = [arguments stringForKey:@"o"];
 
    if (!file) {
        printf("\

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doc = Document.getCurrentDocument()
seg = doc.getCurrentSegment()
adr = doc.getCurrentAddress()
dstStr = Document.ask("Enter destination address:")
if dstStr != None:
    dst = int(dstStr, 16)
	offset = dst - (adr + 6)
	after = adr + 6
	while seg.getTypeAtAddress(after) == Segment.TYPE_NEXT:
		after = after + 1

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# This sample script will search for the standard pattern that
# identifies a function's prolog, and mark each of them as a procedure

doc = Document.getCurrentDocument()

# First, we disassemble the whole segment
seg = doc.getCurrentSegment()
seg.disassembleWholeSegment()

addr = seg.getStartingAddress()