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/* -*- Mode: C++; tab-width: 4; indent-tabs-mode: nil; c-basic-offset: 4 -*- */
/*
* This file is part of the LibreOffice project.
*
* This Source Code Form is subject to the terms of the Mozilla Public
* License, v. 2.0. If a copy of the MPL was not distributed with this
* file, You can obtain one at http://mozilla.org/MPL/2.0/.
*
* This file incorporates work covered by the following license notice:
*
* Licensed to the Apache Software Foundation (ASF) under one or more
* contributor license agreements. See the NOTICE file distributed
* with this work for additional information regarding copyright
* ownership. The ASF licenses this file to you under the Apache
* License, Version 2.0 (the "License"); you may not use this file
* except in compliance with the License. You may obtain a copy of
* the License at http://www.apache.org/licenses/LICENSE-2.0 .
*/
#include <sal/config.h>
#include <cstring>
#include <jobs/joburl.hxx>
#include <general.h>
#include <rtl/ustrbuf.hxx>
#include <vcl/svapp.hxx>
namespace framework{
/**
@short special ctor
@descr It initialize this new instance with a (hopefully) valid job URL.
This URL will be parsed. After that we set our members right,
so other interface methods of this class can be used to get
all items of this URL. Of course it will be possible to know,
if this URL was valid too.
@param sURL
the job URL for parsing
*/
JobURL::JobURL( /*IN*/ const OUString& sURL )
{
m_eRequest = E_UNKNOWN;
// syntax: vnd.sun.star.job:{[event=<name>],[alias=<name>],[service=<name>]}
// check for "vnd.sun.star.job:"
if (sURL.startsWithIgnoreAsciiCase("vnd.sun.star.job:"))
{
sal_Int32 t = std::strlen("vnd.sun.star.job:");
do
{
// separate all token of "{[event=<name>],[alias=<name>],[service=<name>]}"
OUString sToken = sURL.getToken(0, JOBURL_PART_SEPARATOR, t);
OUString sPartValue;
OUString sPartArguments;
// check for "event="
if (
(JobURL::implst_split(sToken,JOBURL_EVENT_STR,JOBURL_EVENT_LEN,sPartValue,sPartArguments)) &&
(!sPartValue.isEmpty())
)
{
// set the part value
m_sEvent = sPartValue;
m_sEventArgs = sPartArguments;
m_eRequest |= E_EVENT;
}
else
// check for "alias="
if (
(JobURL::implst_split(sToken,JOBURL_ALIAS_STR,JOBURL_ALIAS_LEN,sPartValue,sPartArguments)) &&
(!sPartValue.isEmpty())
)
{
// set the part value
m_sAlias = sPartValue;
m_sAliasArgs = sPartArguments;
m_eRequest |= E_ALIAS;
}
else
// check for "service="
if (
(JobURL::implst_split(sToken,JOBURL_SERVICE_STR,JOBURL_SERVICE_LEN,sPartValue,sPartArguments)) &&
(!sPartValue.isEmpty())
)
{
// set the part value
m_sService = sPartValue;
m_sServiceArgs = sPartArguments;
m_eRequest |= E_SERVICE;
}
}
while(t!=-1);
}
}
/**
@short knows, if this job URL object hold a valid URL inside
@return <TRUE/> if it represent a valid job URL.
*/
bool JobURL::isValid() const
{
SolarMutexGuard g;
return (m_eRequest!=E_UNKNOWN);
}
/**
@short get the event item of this job URL
@descr Because the three possible parts of such URL (event, alias, service)
can't be combined, this method can(!) return a valid value - but it's
not a must. That's why the return value must be used too, to detect a missing
event value.
@param sEvent
returns the possible existing event value
e.g. "vnd.sun.star.job:event=myEvent" returns "myEvent"
@return <TRUE/> if an event part of the job URL exist and the out parameter
sEvent was filled.
@attention The out parameter will be reseted every time. Don't use it if method returns <FALSE/>!
*/
bool JobURL::getEvent( /*OUT*/ OUString& sEvent ) const
{
SolarMutexGuard g;
sEvent.clear();
bool bSet = ((m_eRequest & E_EVENT) == E_EVENT);
if (bSet)
sEvent = m_sEvent;
return bSet;
}
/**
@short get the alias item of this job URL
@descr Because the three possible parts of such URL (event, alias, service)
can't be combined, this method can(!) return a valid value - but it's
not a must. that's why the return value must be used too, to detect a missing
alias value.
@param sAlias
returns the possible existing alias value
e.g. "vnd.sun.star.job:alias=myAlias" returns "myAlias"
@return <TRUE/> if an alias part of the job URL exist and the out parameter
sAlias was filled.
@attention The out parameter will be reseted every time. Don't use it if method returns <FALSE/>!
*/
bool JobURL::getAlias( /*OUT*/ OUString& sAlias ) const
{
SolarMutexGuard g;
sAlias.clear();
bool bSet = ((m_eRequest & E_ALIAS) == E_ALIAS);
if (bSet)
sAlias = m_sAlias;
return bSet;
}
/**
@short get the service item of this job URL
@descr Because the three possible parts of such URL (event, service, service)
can't be combined, this method can(!) return a valid value - but it's
not a must. That's why the return value must be used too, to detect a missing
service value.
@param sAlias
returns the possible existing service value
e.g. "vnd.sun.star.job:service=com.sun.star.Service" returns "com.sun.star.Service"
@return <TRUE/> if an service part of the job URL exist and the out parameter
sService was filled.
@attention The out parameter will be reseted every time. Don't use it if method returns <FALSE/>!
*/
bool JobURL::getService( /*OUT*/ OUString& sService ) const
{
SolarMutexGuard g;
sService.clear();
bool bSet = ((m_eRequest & E_SERVICE) == E_SERVICE);
if (bSet)
sService = m_sService;
return bSet;
}
/**
@short searches for a special identifier in the given string and split it
@descr If the given identifier could be found at the beginning of the given string,
this method split it into different parts and return it.
Following schema is used: <partidentifier>=<partvalue>[?<partarguments>]
@param sPart
the string, which should be analyzed
@param pPartIdentifier
the part identifier value, which must be found at the beginning of the
parameter <var>sPart</var>
@param nPartLength
the length of the ascii value <var>pPartIdentifier</var>
@param rPartValue
returns the part value if <var>sPart</var> was splitted successfully
@param rPartArguments
returns the part arguments if <var>sPart</var> was splitted successfully
@return <TRUE/> if the identifier could be found and the string was splitted.
<FALSE/> otherwise.
*/
bool JobURL::implst_split( /*IN*/ const OUString& sPart ,
/*IN*/ const sal_Char* pPartIdentifier ,
/*IN*/ sal_Int32 nPartLength ,
/*OUT*/ OUString& rPartValue ,
/*OUT*/ OUString& rPartArguments )
{
// first search for the given identifier
bool bPartFound = sPart.matchIgnoreAsciiCaseAsciiL(pPartIdentifier,nPartLength);
// If it exist - we can split the part and return sal_True.
// Otherwhise we do nothing and return sal_False.
if (bPartFound)
{
// But may the part has optional arguments - separated by a "?".
// Do so - we set the return value with the whole part string.
// Arguments will be set to an empty string as default.
// If we detect the right sign - we split the arguments and overwrite the default.
OUString sValueAndArguments = sPart.copy(nPartLength);
OUString sValue = sValueAndArguments;
OUString sArguments;
sal_Int32 nArgStart = sValueAndArguments.indexOf('?');
if (nArgStart!=-1)
{
sValue = sValueAndArguments.copy(0,nArgStart);
++nArgStart; // ignore '?'!
sArguments = sValueAndArguments.copy(nArgStart);
}
rPartValue = sValue;
rPartArguments = sArguments;
}
return bPartFound;
}
} // namespace framework
/* vim:set shiftwidth=4 softtabstop=4 expandtab: */
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