static char *get_params(char **params, char *cur_param)
{
char *str;
int i;
int j;
char *tmp;
i = 0;
j = 0;
str = ft_strnew(ft_strlen(cur_param) - 1);
while (cur_param[++i] != 0)
if (!in_args(*params, str, cur_param[i]))
str[j++] = cur_param[i];
tmp = *params;
*params = ft_strjoin(*params, str);
free(tmp);
free(str);
return (*params);
}
void CpInAdapterBase::AdapterImpl::AdaptPluginArguments (
CpInPtr instance,
const pI_bool initialized)
{
pInPtr ip;
try {
ip = _base->GetpIn();
} catch (...) {
_base->_delete_impl = true;
return;
}
Arguments in_args(ip->GetInputSignature());
Arguments out_args(ip->GetOutputSignature());
// in case both input and output argument lists are empty (odd plugin) do nothing but return
if ((in_args.size() == 0) && (out_args.size() == 0)) {
if (initialized == pI_FALSE) {
instance->input_arg_signature = 0;
instance->output_arg_signature = 0;
}
return;
}
// if input arguments already set, delete and rebuild them
if ((initialized == pI_TRUE) &&
(instance->input_arg_signature != 0) &&
(instance->output_arg_signature != 0)) {
// delete whole available argument list
instance->plugin_runtime->FreeArgumentList (
instance->plugin_runtime,
instance->input_arg_signature,
pI_TRUE, // free arguments
pI_TRUE); // free argument data
instance->plugin_runtime->FreeArgumentList (
instance->plugin_runtime,
instance->output_arg_signature,
pI_TRUE, // free arguments
pI_TRUE); // free argument data
}
// create the argument lists
instance->input_arg_signature = instance->plugin_runtime->AllocateArgumentList (
instance->plugin_runtime,
in_args.size());
if (instance->input_arg_signature == 0) {
throw exception::MemoryException("CpInAdapter failed allocating argument memory");
}
instance->output_arg_signature = instance->plugin_runtime->AllocateArgumentList (
instance->plugin_runtime,
out_args.size());
if (instance->output_arg_signature == 0) {
throw exception::MemoryException("CpInAdapter failed allocating argument memory");
}
// fill the argument list with copies from c++ descriptors
for (pI_size lv = 0; lv < in_args.size(); ++lv) {
instance->input_arg_signature->list[lv] = instance->plugin_runtime->CopyArgument (
instance->plugin_runtime,
GetCArgument(in_args[lv]),
pI_TRUE); // copy data (on the other hand, this should not be necessary
// do not throw an exception in case of out of memory - object is still valid
if (instance->input_arg_signature->list[lv] == 0) {
// BUT do set error code
SET_PLUGIN_ERROR (
instance,
CpIn_Error_InsufficientMemory,
"CpInAdapter failed in input argument cloning");
}
}
for (pI_size lv = 0; lv < out_args.size(); ++lv) {
instance->output_arg_signature->list[lv] =
instance->plugin_runtime->CopyArgument (
instance->plugin_runtime,
GetCArgument(out_args[lv]),
pI_TRUE); // copy data (on the other hand, this should not be necessary
// do not throw an exception in case of out of memory - object is still valid
if (instance->output_arg_signature->list[lv] == 0) {
// BUT do set error code
SET_PLUGIN_ERROR (
instance,
CpIn_Error_InsufficientMemory,
"CpInAdapter failed in output argument cloning");
}
}
} // void CpInAdapterBase::AdapterImpl::AdaptPluginArguments()