Safari cookies - Revision history

Dan Tobias at 01:02, 25 November 2021

2021-11-25T01:02:08Z

Kayvon2008: /* Documentation */

2021-11-24T11:54:21Z

‎Documentation

Kayvon2008: /* Documentation */

2021-11-24T11:53:41Z

‎Documentation

Kayvon2008 at 11:51, 24 November 2021

2021-11-24T11:51:46Z

Kayvon2008 at 11:50, 24 November 2021

2021-11-24T11:50:10Z

Kayvon2008 at 11:49, 24 November 2021

2021-11-24T11:49:50Z

Kayvon2008 at 11:48, 24 November 2021

2021-11-24T11:48:38Z

Kayvon2008 at 11:46, 24 November 2021

2021-11-24T11:46:34Z

Kayvon2008: Created page with "Safari cookies (.binarycookies) are cookies made by a WebKit browser."

2021-11-24T11:46:11Z

Created page with "Safari cookies (.binarycookies) are cookies made by a WebKit browser."

New page

Safari cookies (.binarycookies) are cookies made by a WebKit browser.

@@ Line 1: / Line 1: @@
-Safari cookies ({{ext|binarycookies}}) are cookies made by a WebKit browser. [https://github.com/as0ler/BinaryCookieReader This command-line Phyton tool can open them]. [https://github.com/cixtor/binarycookies This tool might be able to read these files]
+{{FormatInfo
 ==Documentation==
 Cookies.binarycookies Format

@@ Line 1: / Line 1: @@
 Safari cookies ({{ext|binarycookies}}) are cookies made by a WebKit browser. [https://github.com/as0ler/BinaryCookieReader This command-line Phyton tool can open them]. [https://github.com/cixtor/binarycookies This tool might be able to read these files]
 ==Documentation==
-##Cookies.binarycookies Format
+Cookies.binarycookies Format
 Cookies.binarycookies file is composed of several pages and each page can have one or more cookies. The complete file format is explained below:
-###File Format:
+===File Format:===
 The file starts with a 4 byte magic string: cook. It is used to identify the file type. <br>
@@ Line 12: / Line 12: @@
 Next to that, the file contains the actual page content. Each page is of length corresponding to the page size. Page format is explained below.  <br>
 The file ends with an 8 byte value and it might be file checksum.` <br>
-###Page Format:
+===Page Format:===
 Every page starts with a 4 byte page header: 0x00000100.  <br>
@@ Line 19: / Line 19: @@
 Next to that, the page contains the actual cookie contents. Each cookie is of variable length. Cookie format is explained below.  <br>
 Page ends with a 4 byte value and it is always 0x00000000.  <br>
-###Cookie Format:
+===Cookie Format:===
 First 4 bytes in the cookie is the size of the cookie.  <br>

@@ Line 7: / Line 7: @@
 ###File Format:
-The file starts with a 4 byte magic string: cook. It is used to identify the file type.
+The file starts with a 4 byte magic string: cook. It is used to identify the file type. <br>
-Next four bytes is an integer specifying the number of pages in the file.
+Next four bytes is an integer specifying the number of pages in the file.  <br>
-Following that, a 4 byte integer for each page, represents the page size.
+Following that, a 4 byte integer for each page, represents the page size.  <br>
-Next to that, the file contains the actual page content. Each page is of length corresponding to the page size. Page format is explained below.
+Next to that, the file contains the actual page content. Each page is of length corresponding to the page size. Page format is explained below.  <br>
-The file ends with an 8 byte value and it might be file checksum.`
+The file ends with an 8 byte value and it might be file checksum.` <br>
 ###Page Format:
-Every page starts with a 4 byte page header: 0x00000100.
+Every page starts with a 4 byte page header: 0x00000100.  <br>
-Next four bytes is an integer specifying the number of cookies in the page.
+Next four bytes is an integer specifying the number of cookies in the page.  <br>
-Following that, a 4 byte integer for each cookie, represents the cookie offset. Offset specifies the start of the cookie in bytes from the start of the page.
+Following that, a 4 byte integer for each cookie, represents the cookie offset. Offset specifies the start of the cookie in bytes from the start of the page.  <br>
-Next to that, the page contains the actual cookie contents. Each cookie is of variable length. Cookie format is explained below.
+Next to that, the page contains the actual cookie contents. Each cookie is of variable length. Cookie format is explained below.  <br>
-Page ends with a 4 byte value and it is always 0x00000000.
+Page ends with a 4 byte value and it is always 0x00000000.  <br>
 ###Cookie Format:
-First 4 bytes in the cookie is the size of the cookie.
+First 4 bytes in the cookie is the size of the cookie.  <br>
-The next 4 bytes are unknown (may be related to cookies flags).
+The next 4 bytes are unknown (may be related to cookies flags).  <br>
-The next four bytes are the cookie flags. This is an integer value (1=Secure, 4=HttpOnly, 5= Secure+HttpOnly).
+The next four bytes are the cookie flags. This is an integer value (1=Secure, 4=HttpOnly, 5= Secure+HttpOnly).  <br>
-The next 4 bytes are unknown.
+The next 4 bytes are unknown.  <br>
-The next 4 bytes is an integer specifying the start of the url field in bytes from the start of the cookie record.
+The next 4 bytes is an integer specifying the start of the url field in bytes from the start of the cookie record.  <br>
-The next 4 bytes is an integer specifying the start of the name field in bytes from the start of the cookie record.
+The next 4 bytes is an integer specifying the start of the name field in bytes from the start of the cookie record.  <br>
-The next 4 bytes is an integer specifying the start of the path field in bytes from the start of the cookie record.
+The next 4 bytes is an integer specifying the start of the path field in bytes from the start of the cookie record.  <br>
-The next 4 bytes is an integer specifying the start of the value field in bytes from the start of the cookie record.
+The next 4 bytes is an integer specifying the start of the value field in bytes from the start of the cookie record.  <br>
-The next 8 bytes represents the end of the cookie and it is always 0x0000000000000000.
+The next 8 bytes represents the end of the cookie and it is always 0x0000000000000000.  <br>
-The next 8 bytes are the cookie expiration date. Date is in Mac epoch format (Mac absolute time). Mac epoch format starts from Jan 2001.
+The next 8 bytes are the cookie expiration date. Date is in Mac epoch format (Mac absolute time). Mac epoch format starts from Jan 2001.  <br>
-The next 8 bytes are the cookie creation date.
+The next 8 bytes are the cookie creation date.  <br>
-Next to that, the cookie contains the actual cookie domain, name, path & value. The order is not specific and they can appear in any order.
+Next to that, the cookie contains the actual cookie domain, name, path & value. The order is not specific and they can appear in any order.  <br>

← Older revision		Revision as of 11:51, 24 November 2021
Line 1:		Line 1:
	Safari cookies ({{ext\|binarycookies}}) are cookies made by a WebKit browser. [https://github.com/as0ler/BinaryCookieReader This command-line Phyton tool can open them]. [https://github.com/cixtor/binarycookies This tool might be able to read these files]		Safari cookies ({{ext\|binarycookies}}) are cookies made by a WebKit browser. [https://github.com/as0ler/BinaryCookieReader This command-line Phyton tool can open them]. [https://github.com/cixtor/binarycookies This tool might be able to read these files]
		+	==Documentation==
		+	##Cookies.binarycookies Format
		+
		+	Cookies.binarycookies file is composed of several pages and each page can have one or more cookies. The complete file format is explained below:
		+
		+	###File Format:
		+
		+	The file starts with a 4 byte magic string: cook. It is used to identify the file type.
		+	Next four bytes is an integer specifying the number of pages in the file.
		+	Following that, a 4 byte integer for each page, represents the page size.
		+	Next to that, the file contains the actual page content. Each page is of length corresponding to the page size. Page format is explained below.
		+	The file ends with an 8 byte value and it might be file checksum.`
		+	###Page Format:
		+
		+	Every page starts with a 4 byte page header: 0x00000100.
		+	Next four bytes is an integer specifying the number of cookies in the page.
		+	Following that, a 4 byte integer for each cookie, represents the cookie offset. Offset specifies the start of the cookie in bytes from the start of the page.
		+	Next to that, the page contains the actual cookie contents. Each cookie is of variable length. Cookie format is explained below.
		+	Page ends with a 4 byte value and it is always 0x00000000.
		+	###Cookie Format:
		+
		+	First 4 bytes in the cookie is the size of the cookie.
		+	The next 4 bytes are unknown (may be related to cookies flags).
		+	The next four bytes are the cookie flags. This is an integer value (1=Secure, 4=HttpOnly, 5= Secure+HttpOnly).
		+	The next 4 bytes are unknown.
		+	The next 4 bytes is an integer specifying the start of the url field in bytes from the start of the cookie record.
		+	The next 4 bytes is an integer specifying the start of the name field in bytes from the start of the cookie record.
		+	The next 4 bytes is an integer specifying the start of the path field in bytes from the start of the cookie record.
		+	The next 4 bytes is an integer specifying the start of the value field in bytes from the start of the cookie record.
		+	The next 8 bytes represents the end of the cookie and it is always 0x0000000000000000.
		+	The next 8 bytes are the cookie expiration date. Date is in Mac epoch format (Mac absolute time). Mac epoch format starts from Jan 2001.
		+	The next 8 bytes are the cookie creation date.
		+	Next to that, the cookie contains the actual cookie domain, name, path & value. The order is not specific and they can appear in any order.

← Older revision		Revision as of 11:50, 24 November 2021
Line 1:		Line 1:
−	Safari cookies ({{ext\|binarycookies}}) are cookies made by a WebKit browser. [https://github.com/as0ler/BinaryCookieReader This command-line ~~Peyton~~ tool can open them]. [https://github.com/cixtor/binarycookies This tool might be able to read these files]	+	Safari cookies ({{ext\|binarycookies}}) are cookies made by a WebKit browser. [https://github.com/as0ler/BinaryCookieReader This command-line Phyton tool can open them]. [https://github.com/cixtor/binarycookies This tool might be able to read these files]

← Older revision		Revision as of 11:49, 24 November 2021
Line 1:		Line 1:
−	Safari cookies ({{ext\|binarycookies}}) are cookies made by a WebKit browser. [https://github.com/cixtor/binarycookies This tool might be able to read these files]	+	Safari cookies ({{ext\|binarycookies}}) are cookies made by a WebKit browser. [https://github.com/as0ler/BinaryCookieReader This command-line Peyton tool can open them]. [https://github.com/cixtor/binarycookies This tool might be able to read these files]

← Older revision		Revision as of 11:48, 24 November 2021
Line 1:		Line 1:
−	Safari cookies ({{ext\|binarycookies}}) are cookies made by a WebKit browser.	+	Safari cookies ({{ext\|binarycookies}}) are cookies made by a WebKit browser. [https://github.com/cixtor/binarycookies This tool might be able to read these files]

← Older revision		Revision as of 11:46, 24 November 2021
Line 1:		Line 1:
−	Safari cookies (.binarycookies) are cookies made by a WebKit browser.	+	Safari cookies ({{ext\|binarycookies}}) are cookies made by a WebKit browser.