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Moved all interface headers into a 'wx' subdirectory for proper use of Doxygen path settings.

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git-svn-id: https://svn.wxwidgets.org/svn/wx/wxWidgets/trunk@54385 c3d73ce0-8a6f-49c7-b76d-6d57e0e08775
This commit is contained in:
Bryan Petty
2008-06-27 16:22:58 +00:00
parent 92b6654b66
commit ae3c17b401
277 changed files with 0 additions and 0 deletions
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interface/wx/uri.h Normal file
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/////////////////////////////////////////////////////////////////////////////
// Name: uri.h
// Purpose: interface of wxURI
// Author: wxWidgets team
// RCS-ID: $Id$
// Licence: wxWindows license
/////////////////////////////////////////////////////////////////////////////
/**
Host type of URI returned from wxURI::GetHostType().
*/
enum wxURIHostType
{
wxURI_REGNAME, ///< Host is a normal register name (@c "www.mysite.com").
wxURI_IPV4ADDRESS, ///< Host is a version 4 ip address (@c "192.168.1.100").
wxURI_IPV6ADDRESS, ///< Host is a version 6 ip address (@c "[aa:aa:aa:aa::aa:aa]:5050").
wxURI_IPVFUTURE ///< Host is a future ip address, wxURI is unsure what kind.
};
/**
@class wxURI
@wxheader{uri.h}
wxURI is used to extract information from a URI (Uniform Resource
Identifier).
For information about URIs, see RFC 3986
<http://www.ietf.org/rfc/rfc3986.txt>.
In short, a URL is a URI. In other words, URL is a subset of a URI - all
acceptable URLs are also acceptable URIs.
wxURI automatically escapes invalid characters in a string, so there is no
chance of wxURI "failing" on construction/creation.
wxURI supports copy construction and standard assignment operators. wxURI
can also be inherited from to provide furthur functionality.
To obtain individual components you can use one of the GetXXX() methods.
However, you should check HasXXX() before calling a get method, which
determines whether or not the component referred to by the method is
defined according to RFC 2396. Consider an undefined component equivalent
to a @NULL C string.
Example:
@code
//protocol will hold the http protocol (i.e. "http")
wxString protocol;
wxURI myuri("http://mysite.com");
if( myuri.HasScheme() )
protocol = myuri.GetScheme();
@endcode
@note On URIs with a "file" scheme wxURI does not parse the userinfo,
server, or port portion. This is to keep compatability with
wxFileSystem, the old wxURL, and older url specifications.
@library{wxbase}
@category{data}
@see wxURL
*/
class wxURI : public wxObject
{
public:
/**
Creates an empty URI.
*/
wxURI();
/**
Constructor for quick creation.
@param uri
URI (Uniform Resource Identifier) to initialize with.
*/
wxURI(const wxChar* uri);
/**
Copies this URI from another URI.
@param uri
URI (Uniform Resource Identifier) to initialize with.
*/
wxURI(const wxURI& uri);
/**
Builds the URI from its individual components and adds proper
separators.
If the URI is not a reference or is not resolved, the URI that is
returned is the same one passed to the constructor or Create().
*/
wxString BuildURI() const;
/**
Builds the URI from its individual components, adds proper separators,
and returns escape sequences to normal characters.
@note It is preferred to call this over Unescape(BuildURI()) since
BuildUnescapedURI() performs some optimizations over the plain
method.
*/
wxString BuildUnescapedURI() const;
/**
Creates this URI from the @a uri string.
Returns the position at which parsing stopped (there is no such thing
as an "invalid" wxURI).
@param uri
String to initialize from.
*/
const wxChar* Create(const wxString uri);
/**
Obtains the fragment of this URI.
The fragment of a URI is the last value of the URI, and is the value
after a "#" character after the path of the URI.
@c "http://mysite.com/mypath#<fragment>"
*/
const wxString& GetFragment() const;
/**
Obtains the host type of this URI, which is one of wxURIHostType.
*/
const wxURIHostType& GetHostType() const;
/**
Returns the password part of the userinfo component of this URI. Note
that this is explicitly depreciated by RFC 1396 and should generally be
avoided if possible.
@c "http://<user>:<password>@mysite.com/mypath"
*/
const wxString& GetPassword() const;
/**
Returns the (normalized) path of the URI.
The path component of a URI comes directly after the scheme component
if followed by zero or one slashes ('/'), or after the server/port
component.
Absolute paths include the leading '/' character.
@c "http://mysite.com<path>"
*/
const wxString& GetPath() const;
/**
Returns a string representation of the URI's port.
The Port of a URI is a value after the server, and must come after a
colon (:).
@c "http://mysite.com:<port>"
@note You can easily get the numeric value of the port by using
wxAtoi() or wxString::Format().
*/
const wxString& GetPort() const;
/**
Returns the Query component of the URI.
The query component is what is commonly passed to a cgi application,
and must come after the path component, and after a '?' character.
@c "http://mysite.com/mypath?<query>"
*/
const wxString& GetQuery() const;
/**
Returns the Scheme component of the URI.
The first part of the URI.
@c "<scheme>://mysite.com"
*/
const wxString& GetScheme() const;
/**
Returns the Server component of the URI.
The server of the URI can be a server name or a type of IP address. See
GetHostType() for the possible values for the host type of the server
component.
@c "http://<server>/mypath"
*/
const wxString& GetServer() const;
/**
Returns the username part of the userinfo component of this URI. Note
that this is explicitly depreciated by RFC 1396 and should generally be
avoided if possible.
@c "http://<user>:<password>@mysite.com/mypath"
*/
const wxString& GetUser() const;
/**
Returns the UserInfo component of the URI.
The component of a URI before the server component that is postfixed by
a '@' character.
@c "http://<userinfo>@mysite.com/mypath"
*/
const wxString& GetUserInfo() const;
/**
Returns @true if the Fragment component of the URI exists.
*/
bool HasFragment() const;
/**
Returns @true if the Path component of the URI exists.
*/
bool HasPath() const;
/**
Returns @true if the Port component of the URI exists.
*/
bool HasPort() const;
/**
Returns @true if the Query component of the URI exists.
*/
bool HasQuery() const;
/**
Returns @true if the Scheme component of the URI exists.
*/
bool HasScheme() const;
/**
Returns @true if the Server component of the URI exists.
*/
bool HasServer() const;
/**
Returns @true if the User component of the URI exists.
*/
bool HasUser() const;
/**
Returns @true if a valid [absolute] URI, otherwise this URI is a URI
reference and not a full URI, and this function returns @false.
*/
bool IsReference() const;
/**
Inherits this URI from a base URI - components that do not exist in
this URI are copied from the base, and if this URI's path is not an
absolute path (prefixed by a '/'), then this URI's path is merged with
the base's path.
For instance, resolving "../mydir" from "http://mysite.com/john/doe"
results in the scheme (http) and server ("mysite.com") being copied
into this URI, since they do not exist. In addition, since the path of
this URI is not absolute (does not begin with '/'), the path of the
base's is merged with this URI's path, resulting in the URI
"http://mysite.com/john/mydir".
@param base
Base URI to inherit from. Must be a full URI and not a reference.
@param flags
Currently either wxURI_STRICT or 0, in non-strict mode some
compatibility layers are enabled to allow loopholes from RFCs prior
to 2396.
*/
void Resolve(const wxURI& base, int flags = wxURI_STRICT);
/**
Translates all escape sequences (normal characters and returns the
result.
If you want to unescape an entire wxURI, use BuildUnescapedURI()
instead, as it performs some optimizations over this method.
@param uri
String with escaped characters to convert.
*/
wxString Unescape(const wxString& uri);
/**
Compares this URI to another URI, and returns @true if this URI equals
@a uricomp, otherwise it returns @false.
@param uricomp
URI to compare to.
*/
void operator ==(const wxURI& uricomp);
};