void
CMLineAddressTable::SetExecutionPoint
(
const JIndex lineIndex
)
{
const JString addr = BuildAddress(*(itsLineTextList->GetElement(lineIndex)));
GetLink()->SetExecutionPoint(addr);
}
void
CMLineAddressTable::RunUntil
(
const JIndex lineIndex
)
{
const JString addr = BuildAddress(*(itsLineTextList->GetElement(lineIndex)));
GetLink()->RunUntil(addr);
}
void
CMLineAddressTable::RemoveAllBreakpointsOnLine
(
const JIndex lineIndex
)
{
const JString addr = BuildAddress(*(itsLineTextList->GetElement(lineIndex)));
GetLink()->RemoveAllBreakpointsAtAddress(addr);
}
void
CMLineAddressTable::SetBreakpoint
(
const JIndex lineIndex,
const JBoolean temporary
)
{
const JString addr = BuildAddress(*(itsLineTextList->GetElement(lineIndex)));
GetLink()->SetBreakpoint(addr, temporary);
}
JBoolean
CMLineAddressTable::GetFirstBreakpointOnLine
(
const JIndex lineIndex,
JIndex* bpIndex
)
const
{
const JString addr = BuildAddress(*(itsLineTextList->GetElement(lineIndex)));
CMBreakpoint bp(addr);
return GetBreakpointList()->SearchSorted(&bp, JOrderedSetT::kFirstMatch, bpIndex);
}
void JoinGame (int i)
{
if ((i == Args->NumArgs() - 1) ||
(Args->GetArg(i+1)[0] == '-') ||
(Args->GetArg(i+1)[0] == '+'))
I_FatalError ("You need to specify the host machine's address");
StartNetwork (true);
// Host is always node 1
BuildAddress (&sendaddress[1], Args->GetArg(i+1));
sendplayer[1] = 0;
doomcom.numnodes = 2;
atterm (SendAbort);
// Let host know we are here
StartScreen->NetInit ("Contacting host", 0);
if (!StartScreen->NetLoop (Guest_ContactHost, NULL))
{
exit (0);
}
// Wait for everyone else to connect
if (!StartScreen->NetLoop (Guest_WaitForOthers, 0))
{
exit (0);
}
popterm ();
StartScreen->NetMessage ("Total players: %d", doomcom.numnodes);
doomcom.id = DOOMCOM_ID;
doomcom.numplayers = doomcom.numnodes;
}
/// InsertAddressTreeNode() rec
static void InsertAddressTreeNode(Object *obj, Object *addrObj, struct MUI_NListtree_TreeNode *tn, int i)
{
struct ABookNode *ab = (struct ABookNode *)(tn->tn_User);
char address[SIZE_LARGE];
ENTER();
switch(ab->type)
{
case ABNT_USER:
{
// build the address by using the real name and mail address
BuildAddress(address, sizeof(address), ab->Address, ab->RealName);
// if we have already inserted an address before we have to seperate them via ", "
if(i > 0)
DoMethod(obj, MUIM_TextEditor_InsertText, ", ", MUIV_TextEditor_InsertText_Cursor);
// insert the address
DoMethod(obj, MUIM_TextEditor_InsertText, address, MUIV_TextEditor_InsertText_Cursor);
}
break;
case ABNT_LIST:
{
char *ptr;
for(ptr = ab->ListMembers; *ptr != '\0'; ptr++, i++)
{
char *nptr;
if((nptr = strchr(ptr, '\n')) != NULL)
*nptr = '\0';
else
break;
// if we have already inserted an address before we have to seperate them via ", "
if(i > 0)
DoMethod(obj, MUIM_TextEditor_InsertText, ", ", MUIV_TextEditor_InsertText_Cursor);
// insert the address
DoMethod(obj, MUIM_TextEditor_InsertText, ptr, MUIV_TextEditor_InsertText_Cursor);
*nptr = '\n';
ptr = nptr;
}
}
break;
case ABNT_GROUP:
{
ULONG pos = MUIV_NListtree_GetEntry_Position_Head;
do
{
tn = (struct MUI_NListtree_TreeNode *)DoMethod(addrObj, MUIM_NListtree_GetEntry, tn, pos, MUIV_NListtree_GetEntry_Flag_SameLevel);
if(tn == NULL)
break;
InsertAddressTreeNode(obj, addrObj, tn, i);
pos = MUIV_NListtree_GetEntry_Position_Next;
i++;
}
while(TRUE);
}
break;
}
LEAVE();
}
int main(int argc, char** argv)
{
int sock = BuildSocket();
struct sockaddr_in addr = BuildAddress();
Receive(addr, sock);
}
void rx_mailinfo(UNUSED struct RexxHost *host, struct RexxParams *params, enum RexxAction action, UNUSED struct RexxMsg *rexxmsg)
{
struct args *args = params->args;
struct results *results = params->results;
struct optional *optional = params->optional;
ENTER();
switch(action)
{
case RXIF_INIT:
{
params->args = AllocVecPooled(G->SharedMemPool, sizeof(*args));
params->results = AllocVecPooled(G->SharedMemPool, sizeof(*results));
params->optional = AllocVecPooled(G->SharedMemPool, sizeof(*optional));
if(params->optional == NULL)
params->rc = RETURN_ERROR;
}
break;
case RXIF_ACTION:
{
struct Mail *mail = NULL;
struct Folder *folder = NULL;
if(args->index != NULL)
{
Object *lv = (Object *)xget(G->MA->GUI.PG_MAILLIST, MUIA_MainMailListGroup_MainList);
optional->active = args->index[0];
DoMethod(lv, MUIM_NList_GetEntry, optional->active, &mail);
if(mail != NULL)
folder = mail->Folder;
}
else
mail = MA_GetActiveMail(NULL, &folder, (APTR)&optional->active);
if(mail != NULL)
{
struct ExtendedMail *email;
if((email = MA_ExamineMail(folder, mail->MailFile, TRUE)) != NULL)
{
int pf = getPERValue(mail);
int vf = getVOLValue(mail);
int i;
GetMailFile(optional->filename, sizeof(optional->filename), NULL, mail);
results->filename = optional->filename;
results->index = &optional->active;
if(hasStatusError(mail))
results->status = "E"; // Error status
else if(mail->Folder != NULL && isOutgoingFolder(mail->Folder))
results->status = "W"; // Queued (WaitForSend) status
else if(mail->Folder != NULL && isDraftsFolder(mail->Folder))
results->status = "H"; // Hold status
else if(hasStatusSent(mail))
results->status = "S"; // Sent status
else if(hasStatusReplied(mail))
results->status = "R"; // Replied status
else if(hasStatusForwarded(mail))
results->status = "F"; // Forwarded status
else if(!hasStatusRead(mail))
{
if(hasStatusNew(mail))
results->status = "N"; // New status
else
results->status = "U"; // Unread status
}
else if(!hasStatusNew(mail))
results->status = "O"; // Old status
if((results->fromall = calloc(email->NumSFrom+2, sizeof(char *))) != NULL)
{
if((results->fromall[0] = strdup(BuildAddress(optional->address, sizeof(optional->address), mail->From.Address, mail->From.RealName))) == NULL)
params->rc = RETURN_ERROR;
for(i = 0; i < email->NumSFrom; i++)
{
if((results->fromall[i+1] = strdup(BuildAddress(optional->address, sizeof(optional->address), email->SFrom[i].Address, email->SFrom[i].RealName))) == NULL)
params->rc = RETURN_ERROR;
}
results->from = results->fromall[0];
}
else
params->rc = RETURN_ERROR;
if((results->toall = calloc(email->NumSTo+2, sizeof(char *))) != NULL)
{
if((results->toall[0] = strdup(BuildAddress(optional->address, sizeof(optional->address), mail->To.Address, mail->To.RealName))) == NULL)
params->rc = RETURN_ERROR;
for(i = 0; i < email->NumSTo; i++)
{
if((results->toall[i+1] = strdup(BuildAddress(optional->address, sizeof(optional->address), email->STo[i].Address, email->STo[i].RealName))) == NULL)
params->rc = RETURN_ERROR;
}
results->to = results->toall[0];
}
else
params->rc = RETURN_ERROR;
if((results->replytoall = calloc(email->NumSReplyTo+2, sizeof(char *))) != NULL)
{
if((results->replytoall[0] = strdup(BuildAddress(optional->address, sizeof(optional->address), mail->ReplyTo.Address[0] != '\0' ? mail->ReplyTo.Address : mail->From.Address, mail->ReplyTo.Address[0] != '\0' ? mail->ReplyTo.RealName : mail->From.RealName))) == NULL)
params->rc = RETURN_ERROR;
for(i = 0; i < email->NumSReplyTo; i++)
{
if((results->replytoall[i+1] = strdup(BuildAddress(optional->address, sizeof(optional->address), email->SReplyTo[i].Address, email->SReplyTo[i].RealName))) == NULL)
params->rc = RETURN_ERROR;
}
results->replyto = results->replytoall[0];
}
else
params->rc = RETURN_ERROR;
if((results->ccall = calloc(email->NumCC+1, sizeof(char *))) != NULL)
{
for(i = 0; i < email->NumCC; i++)
{
if((results->ccall[i] = strdup(BuildAddress(optional->address, sizeof(optional->address), email->CC[i].Address, email->CC[i].RealName))) == NULL)
params->rc = RETURN_ERROR;
}
results->cc = results->ccall[0];
}
else
params->rc = RETURN_ERROR;
if((results->bccall = calloc(email->NumBCC+1, sizeof(char *))) != NULL)
{
for(i = 0; i < email->NumBCC; i++)
{
if((results->bccall[i] = strdup(BuildAddress(optional->address, sizeof(optional->address), email->BCC[i].Address, email->BCC[i].RealName))) == NULL)
params->rc = RETURN_ERROR;
}
results->bcc = results->bccall[0];
}
else
params->rc = RETURN_ERROR;
if((results->resenttoall = calloc(email->NumResentTo+1, sizeof(char *))) != NULL)
{
for(i = 0; i < email->NumResentTo; i++)
{
if((results->resenttoall[i] = strdup(BuildAddress(optional->address, sizeof(optional->address), email->ResentTo[i].Address, email->ResentTo[i].RealName))) == NULL)
params->rc = RETURN_ERROR;
}
results->resentto = results->resenttoall[0];
}
else
params->rc = RETURN_ERROR;
optional->size = mail->Size;
DateStamp2String(optional->date, sizeof(optional->date), &mail->Date, DSS_USDATETIME, TZC_UTC2LOCAL);
results->date = optional->date;
results->subject = strdup(mail->Subject);
results->size = &optional->size;
results->msgid = email->messageID != NULL ? strdup(email->messageID) : NULL;
snprintf(optional->flags, sizeof(optional->flags), "%c%c%c%c%c-%c%c%c",
isMultiRCPTMail(mail) ? 'M' : '-',
isMP_MixedMail(mail) ? 'A' : '-',
isMP_ReportMail(mail) ? 'R' : '-',
isMP_CryptedMail(mail)? 'C' : '-',
isMP_SignedMail(mail) ? 'S' : '-',
pf ? pf+'0' : '-',
vf ? vf+'0' : '-',
hasStatusMarked(mail) ? 'M' : '-'
);
results->flags = optional->flags;
MA_FreeEMailStruct(email);
}
else
params->rc = RETURN_ERROR;
}
else
params->rc = RETURN_ERROR;
}
break;
case RXIF_FREE:
{
if(args != NULL)
FreeVecPooled(G->SharedMemPool, args);
if(results != NULL)
{
FreeStrArray(results->fromall);
FreeStrArray(results->toall);
FreeStrArray(results->replytoall);
FreeStrArray(results->ccall);
FreeStrArray(results->bccall);
FreeStrArray(results->resenttoall);
free(results->subject);
free(results->msgid);
FreeVecPooled(G->SharedMemPool, results);
}
if(optional != NULL)
FreeVecPooled(G->SharedMemPool, optional);
}
break;
}
LEAVE();
}
