static gboolean _torControlCircuitBuild_initialize(gpointer moduleData) {
TorCtlCircuitBuild *circuitBuild = moduleData;
ShadowLogFunc log = circuitBuild->log;
gint sockd = circuitBuild->sockd;
gboolean initialized = 0;
if(circuitBuild->waitingForResponse) {
return 0;
}
switch(circuitBuild->state) {
case TORCTL_CIRCBUILD_STATE_AUTHENTICATE: {
/* authenticate with the control */
if(torControl_authenticate(sockd, "password") > 0) {
circuitBuild->nextState = TORCTL_CIRCBUILD_STATE_SETCONFS;
circuitBuild->waitingForResponse = TRUE;
}
break;
}
case TORCTL_CIRCBUILD_STATE_SETCONFS: {
/* set configuration variables */
gchar *confValues[7] = {"__LeaveStreamsUnattached", "1", "ExcludeSingleHopRelays", "0", "AllowSingleHopCircuits", "1", NULL};
if(torControl_setconf(sockd, confValues) > 0) {
circuitBuild->nextState = TORCTL_CIRCBUILD_STATE_SETEVENTS;
circuitBuild->waitingForResponse = TRUE;
}
break;
}
case TORCTL_CIRCBUILD_STATE_SETEVENTS: {
/* send list of events to listen on */
if(torControl_setevents(sockd, "CIRC STREAM STATUS_CLIENT") > 0) {
circuitBuild->nextState = TORCTL_CIRCBUILD_STATE_CHECKSTATUS;
circuitBuild->waitingForResponse = TRUE;
}
break;
}
case TORCTL_CIRCBUILD_STATE_CHECKSTATUS: {
/* check the bootstrap status of the node */
if(torControl_getInfoBootstrapStatus(sockd) > 0) {
circuitBuild->nextState = TORCTL_CIRCBUILD_STATE_CREATE_CIRCUIT;
circuitBuild->waitingForResponse = TRUE;
initialized = TRUE;
}
break;
}
case TORCTL_CIRCBUILD_STATE_CREATE_CIRCUIT:
case TORCTL_CIRCBUILD_STATE_GET_CIRC_ID:
case TORCTL_CIRCBUILD_STATE_ATTACH_STREAMS:
break;
}
return initialized;
}
static gboolean _torcontrollogger_manageState(TorControlLogger* tcl) {
beginmanage: switch (tcl->currentState) {
case TCS_SEND_AUTHENTICATE: {
/* authenticate with the control port */
if (torControl_authenticate(tcl->targetSockd, "password") > 0) {
/* idle until we receive the response, then move to next state */
tcl->currentState = TCS_IDLE;
tcl->nextState = TCS_RECV_AUTHENTICATE;
}
break;
}
case TCS_RECV_AUTHENTICATE: {
tcl->currentState = TCS_SEND_SETEVENTS;
goto beginmanage;
break;
}
case TCS_SEND_SETEVENTS: {
/* send list of events to listen on */
GString* events = g_string_new("CIRC STREAM ORCONN BW STREAM_BW CIRC_MINOR BUILDTIMEOUT_SET CLIENTS_SEEN GUARD");
if (torControl_setevents(tcl->targetSockd, events->str) > 0) {
/* idle until we receive the response, then move to next state */
tcl->currentState = TCS_IDLE;
tcl->nextState = TCS_RECV_SETEVENTS;
tcl->log(G_LOG_LEVEL_CRITICAL, __FUNCTION__, "set tor control events '%s'", events->str);
}
g_string_free(events, TRUE);
break;
}
case TCS_RECV_SETEVENTS: {
/* all done */
tcl->currentState = TCS_IDLE;
tcl->nextState = TCS_IDLE;
goto beginmanage;
break;
}
case TCS_IDLE: {
if (tcl->nextState == TCS_IDLE) {
return TRUE;
}
break;
}
default:
break;
}
return FALSE;
}
static gboolean _torcontrollogger_manageState(TorControlLogger* tcl) {
beginmanage: switch (tcl->currentState) {
case TCLS_SEND_AUTHENTICATE: {
/* authenticate with the control port */
if (torControl_authenticate(tcl->targetSockd, "password") > 0) {
/* idle until we receive the response, then move to next state */
tcl->currentState = TCLS_IDLE;
tcl->nextState = TCLS_RECV_AUTHENTICATE;
}
break;
}
case TCLS_RECV_AUTHENTICATE: {
tcl->currentState = TCLS_SEND_SETEVENTS;
goto beginmanage;
break;
}
case TCLS_SEND_SETEVENTS: {
/* send list of events to listen on */
if (torControl_setevents(tcl->targetSockd, tcl->torctlEvents) > 0) {
/* idle until we receive the response, then move to next state */
tcl->currentState = TCLS_IDLE;
tcl->nextState = TCLS_RECV_SETEVENTS;
tcl->log(SHADOW_LOG_LEVEL_MESSAGE, __FUNCTION__, "set tor control events '%s'", tcl->torctlEvents);
}
break;
}
case TCLS_RECV_SETEVENTS: {
/* all done */
tcl->currentState = TCLS_IDLE;
tcl->nextState = TCLS_IDLE;
goto beginmanage;
break;
}
case TCLS_IDLE: {
if (tcl->nextState == TCLS_IDLE) {
return TRUE;
}
break;
}
default:
break;
}
return FALSE;
}