Commit a few NSE documenation changes I made while testing the new markup

parser; they work now.

nselib/bin.luadoc

@@ -12,28 +12,28 @@
 -- The Binlib functions take a format string to encode and decode binary
 -- data. Packing and unpacking are controlled by the following operator
 -- characters:\n
--- H: hex string\n
+-- * H: hex string
--- B: bit string\n
+-- * B: bit string
--- x: null byte\n
+-- * x: null byte
--- z: zero-terminated string\n
+-- * z: zero-terminated string
--- p: string preceded by 1-byte integer length\n
+-- * p: string preceded by 1-byte integer length
--- P: string preceded by 2-byte integer length\n
+-- * P: string preceded by 2-byte integer length
--- a: string preceded by 4-byte integer length\n
+-- * a: string preceded by 4-byte integer length
--- A: string\n
+-- * A: string
--- f: float\n
+-- * f: float
--- d: double\n
+-- * d: double
--- n: Lua number\n
+-- * n: Lua number
--- c: char (1-byte integer)\n
+-- * c: char (1-byte integer)
--- C: byte = unsigned char (1-byte unsigned integer)\n
+-- * C: byte = unsigned char (1-byte unsigned integer)
--- s: short (2-byte integer)\n
+-- * s: short (2-byte integer)
--- S: unsigned short (2-byte unsigned integer)\n
+-- * S: unsigned short (2-byte unsigned integer)
--- i: int (4-byte integer)\n
+-- * i: int (4-byte integer)
--- I: unsigned int (4-byte unsigned integer)\n
+-- * I: unsigned int (4-byte unsigned integer)
--- l: long (8-byte integer)\n
+-- * l: long (8-byte integer)
--- L: unsigned long (8-byte unsigned integer)\n
+-- * L: unsigned long (8-byte unsigned integer)
--- <: little endian modifier\n
+-- * <: little endian modifier
--- >: big endian modifier\n
+-- * >: big endian modifier
--- =: native endian modifier
+-- * =: native endian modifier
 -- \n\n
 -- Note that the endian operators work as modifiers to all the 
 -- characters following them in the format string.

nselib/openssl.luadoc

@@ -7,6 +7,7 @@
 -- OpenSSL support was enabled at compile time. Scripts using the module should
 -- be made to fail gracefully using code like the following:
 -- \n\n
+-- <code>
 -- if not pcall(require, "openssl") then\n
 --   action = function(host, port)\n
 --     stdnse.print_debug(2, "Skipping \"%s\" because OpenSSL is missing.", id)\n
@@ -15,6 +16,7 @@
 -- action = action or function(host, port)\n
 --   ...\n
 -- end
+-- </code>
 -- @author Sven Klemm <sven@c3d2.de>
 -- @copyright See nmaps COPYING for licence
 

scripts/SQLInject.nse

@@ -14,7 +14,7 @@ Both meta and HTTP redirects are supported.
 It is not advisable to run this against unknown hosts.
 \n\n
 NOTES\n
-* We may not have access to the servers true hostname. 
+We may not have access to the servers true hostname. 
 This means we cannot access virtually hosted sites and
 cannot follow absolute links when the hostname is 
 different from the resolved ip address

scripts/smb-security-mode.nse

@@ -15,9 +15,9 @@ it is vulnerable to sniffing.
 \n\n
 Challenge/response passwords: If enabled, the server can accept any type of
 password:\n
-* Plaintext\n
+* Plaintext
-* LM and NTLM\n
+* LM and NTLM
-* LMv2 and NTLMv2\n
+* LMv2 and NTLMv2
 If it isn't set, the server can only accept plaintext passwords. Most servers
 are configured to use challenge/response these days. If a server is configured
 to accept plaintext passwords, it is vulnerable to sniffing.