{
  "contacts": [
    {
      "id": "c200",
      "sub": "Test successful",
      "author": "College Admin",
      "date": "12/05/2015",
      "address": "Plain text is the\n most portable format because it is supported by nearly every application on every machine. It is quite limited, however, because it cannot contain any formatting commands. In cryptography, plain text refers to any message that is not encrypted. Contrast with cipher .\n Plain text is the most portable format because it is supported by nearly every application on every machine. It is quite limited, however, because it cannot contain any formatting commands. In cryptography, plain text refers to any message that\nis not encrypted. \nContrast with cipher.ited, however, because it cannot contain any formatting cgraphy, plain text refers to any message that is not encrypted."
    },
    {
      "id": "c201",
      "sub": "New App launch Campus Drive",
      "author": "Developer's Campus drive",
      "date": "12/05/2015",
      "address": "Plain text is the\n most portable format because it is supported by nearly every application on every machine. It is quite limited, however, because it cannot contain any formatting commands. In cryptography, plain text refers to any message that is not encrypted. Contrast with cipher .\n Plain text is the most portable format because it is supported by nearly every application on every machine. It is quite limited, however, because it cannot contain any formatting commands. In cryptography, plain text refers to any message that\nis not encrypted. \nContrast with cipher.ited, however, because it cannot contain any formatting cgraphy, plain text refers to any message that is not encrypted."
    },
    {
      "id": "c202",
      "sub": "Campus Recruitment for Infosys",
      "author": "T&P Cell",
      "date": "12/05/2015",
      "address": "Plain text is the most portable format because it is supported by nearly every application on every machine. It is quite limited, however, because it cannot contain any formatting commands. In cryptography, plain text refers to any message that is not encrypted. Contrast with cipher text."
    },
    {
      "id": "c203",
      "sub": "College Reopen",
      "author": "College Admin",
      "date": "12/05/2015",
      "address": "Plain text is the most portable format because it is supported by nearly every application on every machine. It is quite limited, however, because it cannot contain any formatting commands. In cryptography, plain text refers to any message that is not encrypted. Contrast with cipher text."
    },
    {
      "id": "c201",
      "sub": "New App launch Campus Drive",
      "author": "Developer's Campus drive",
      "date": "12/05/2015",
      "address": "\tThe near-ubiquity of ASCII was a great help, but failed to address international and linguistic concerns.\nThe dollar-sign was not so useful in England, and the accented characters used in Spanish, French, German, and many other languages were entirely unavailable in ASCII (not to mention characters used in Greek, Russian, and most Eastern languages). Many individuals, companies, and countries defined extra characters as needed—often reassigning control characters, or using value in the range from 128 to 255. Using values above 128 conflicts with using the 8th bit as a checksum, but the checksum usage gradually died out."
    },
    {
      "id": "c202",
      "sub": "Campus Recruitment for Infosys",
      "author": "T&P Cell",
      "date": "12/05/2015",
      "address": "Plain text is the most portable format because it is supported by nearly every application on every machine. It is quite limited, however, because it cannot contain any formatting commands. In cryptography, plain text refers to any message that is not encrypted. Contrast with cipher text."
    }
  ]
}