static bool_t timer_handler(void *arg)
{
milandr_mil1553_t *mil = arg;
if (mil->urgent_desc.raw != 0) {
//debug_printf("urgent_desc ");
//int i;
//int wc = (mil->urgent_desc.words_count==0?32:mil->urgent_desc.words_count);
//for(i=0;i<wc;i++) {
// debug_printf("%04x ", mil->urgent_data[i]);
//}
//debug_printf("\n");
mil->urgent_desc.reserve = 1; // Признак того, что идёт передача вне очереди
start_slot(mil, mil->urgent_desc, mil->urgent_data);
} else if (mil->cur_slot == mil->cyclogram) {
if (mil->cur_slot != 0) {
start_slot(mil, mil->cur_slot->desc, mil->cur_slot->data);
}
}
mil->tim_reg->TIM_STATUS = ARM_TIM_CNT_ZERO_EVENT;
arch_intr_allow(mil->tim_irq);
return 1;
}
static int mil_start(mil1553if_t *_mil)
{
milandr_mil1553_t *mil = (milandr_mil1553_t *)_mil;
if (_mil->is_started(_mil))
return MIL_ERR_OK;
unsigned control = MIL_STD_CONTROL_DIV((KHZ/MIL_STD_CLOCK_DIV)/1000);// на блок подается MAIN_CLK/MIL_STD_CLOCK_DIV
if ((mil->mode == MIL_MODE_BC_MAIN) || (mil->mode == MIL_MODE_BC_RSRV)) {
control |= MIL_STD_CONTROL_MODE(MIL_STD_MODE_BC);
if (mil->mode == MIL_MODE_BC_MAIN)
control |= MIL_STD_CONTROL_TRA;
else
control |= MIL_STD_CONTROL_TRB;
if (mil->tim_reg) {
if (mil->period_ms==0) {
mil->tim_reg->TIM_ARR = 0;
} else {
mil->tim_reg->TIM_ARR = mil->period_ms * KHZ-1;
}
mil->tim_reg->TIM_IE = ARM_TIM_CNT_ARR_EVENT_IE;
mil->tim_reg->TIM_CNTRL = ARM_TIM_CNT_EN;
}
mil->reg->INTEN = MIL_STD_INTEN_VALMESSIE | MIL_STD_INTEN_ERRIE;
mil->reg->CONTROL = control;
mil->cur_slot = mil->cyclogram;
if (mil->urgent_desc.raw != 0) {
mil->urgent_desc.reserve = 1; // Признак того, что идёт передача вне очереди
start_slot(mil, mil->urgent_desc, mil->urgent_data);
} else {
if (mil->cur_slot != 0) {
start_slot(mil, mil->cur_slot->desc, mil->cur_slot->data);
}
}
} else if (mil->mode == MIL_MODE_RT) {
control |= MIL_STD_CONTROL_MODE(MIL_STD_MODE_RT);
control |= MIL_STD_CONTROL_ADDR(mil->addr_self) | MIL_STD_CONTROL_TRA | MIL_STD_CONTROL_TRB;
//control |= 1<<21; // выключаем автоподстройку
//control |= 1UL<<20; // включаем фильтрацию
mil->reg->StatusWord1 = MIL_STD_STATUS_ADDR_OU(mil->addr_self);
mil->reg->INTEN = MIL_STD_INTEN_RFLAGNIE | MIL_STD_INTEN_VALMESSIE | MIL_STD_INTEN_ERRIE;
mil->reg->CONTROL = control;
} else {
return MIL_ERR_NOT_SUPP;
}
mil->is_running = 1;
return MIL_ERR_OK;
}
static void radio_state_changed(struct ril_msg *message, gpointer user_data)
{
struct socket_data *sock = user_data;
int radio_state = g_ril_unsol_parse_radio_state_changed(sock->ril,
message);
if (radio_state != sock->radio_state) {
struct socket_data *sock_c = socket_complement(sock);
ofono_info("%s, %s, state: %s", __func__, sock->path,
ril_radio_state_to_string(radio_state));
/*
* If there is just one slot, just start it. Otherwise, we ask
* who owns the 3G capabilities in case both slots have already
* radio state different from UNAVAILABLE.
*/
if (mtk_data_1 == NULL) {
mtk_data_0->has_3g = TRUE;
start_slot(mtk_data_0, sock, hex_slot_0);
} else if (sock->radio_state == RADIO_STATE_UNAVAILABLE &&
sock_c != NULL && sock_c->radio_state !=
RADIO_STATE_UNAVAILABLE) {
query_3g_caps(sock);
}
sock->radio_state = radio_state;
}
}
static void query_3g_caps_cb(struct ril_msg *message, gpointer user_data)
{
struct socket_data *sock = user_data;
struct socket_data *sock_for_md_0, *sock_for_md_1;
int slot_3g;
if (message->error != RIL_E_SUCCESS) {
ofono_error("%s: error %s", __func__,
ril_error_to_string(message->error));
return;
}
slot_3g = g_mtk_reply_parse_get_3g_capability(sock->ril, message);
/*
* The socket at sock_slot_0 always connects to the slot with 3G
* capabilities, while sock_slot_1 connects to the slot that is just 2G.
* However, the physical slot that owns the 3G capabilities can be
* changed dynamically using a RILd request, so the sockets can connect
* to different physical slots depending on the current configuration.
* We want to keep the relationship between the physical slots and
* the modem names in DBus (so /ril_0 and /ril_1 always refer to the
* same physical slots), so here we assign the sockets needed by
* mtk_data_0 and mtk_data_1 structures to make sure that happens.
*/
if (slot_3g == MULTISIM_SLOT_0) {
sock_for_md_0 = sock_0;
sock_for_md_1 = sock_1;
mtk_data_0->has_3g = TRUE;
mtk_data_1->has_3g = FALSE;
} else {
sock_for_md_0 = sock_1;
sock_for_md_1 = sock_0;
mtk_data_0->has_3g = FALSE;
mtk_data_1->has_3g = TRUE;
}
start_slot(mtk_data_0, sock_for_md_0, hex_slot_0);
start_slot(mtk_data_1, sock_for_md_1, hex_slot_1);
g_free(sock_0);
sock_0 = NULL;
g_free(sock_1);
sock_1 = NULL;
}
MainWindow::MainWindow(QWidget *parent) :
QMainWindow(parent),
ui(new Ui::MainWindow)
{
th = new StartThread;
ui->setupUi(this);
ui->progressBar->setValue(0);
ui->spinBox_max_url->setValue(1);
ui->spinBox_max_url->setMinimum(1);
ui->spinBox_max_url->setMaximum(10000);
ui->spinBox_number_scan_theads->setValue(1);
ui->spinBox_number_scan_theads->setMinimum(1);
ui->spinBox_number_scan_theads->setMaximum(1000);
ui->lineEdit_url->setText("https://www.gentoo.org/");
ui->plainTextEdit_search_text->appendPlainText("Gentoo");
// for find end log browsers
html_style = "<style>"
"p.find{color: green; margin: 0; padding: 0;}"
"p.error{color: red; margin: 0; padding: 0;}"
"</style>";
format_find = "<p class=\"find\">%1</p>";
format_error = "<p class=\"error\">%1</p>";
ui->textBrowser_find->setHtml(html_style);
ui->textBrowser_log->setHtml(html_style);
connect(ui->pushButton_start, SIGNAL(clicked()), this, SLOT(start_slot()));
connect(ui->pushButton_pause, SIGNAL(clicked()), th->tree, SLOT(pause_slot()));
connect(ui->pushButton_stop, SIGNAL(clicked()), th->tree, SLOT(stop_slot()));
connect(th->tree, SIGNAL(update_progress(int)), ui->progressBar, SLOT(setValue(int)));
connect(th->tree, SIGNAL(message_to_log(QString)), ui->textBrowser_log, SLOT(append(QString)));
connect(th->tree, SIGNAL(message_to_find(QString)), ui->textBrowser_find, SLOT(append(QString)));
connect(th->tree, SIGNAL(html_to_find_browser(QString,QString)), this, SLOT(html_to_find_browser(QString,QString)));
connect(th->tree, SIGNAL(html_to_log_browser(QString,QString)), this, SLOT(html_to_log_browser(QString,QString)));
connect(ui->actionExit, SIGNAL(triggered(bool)), this->window(), SLOT(close()));
connect(ui->actionFull_screen, SIGNAL(triggered(bool)), this->window(), SLOT(showFullScreen()));
connect(ui->actionMaximize, SIGNAL(triggered(bool)), this->window(), SLOT(showMaximized()));
connect(ui->actionMinimize, SIGNAL(triggered(bool)), this->window(), SLOT(showMinimized()));
connect(ui->actionHide, SIGNAL(triggered(bool)), this->window(), SLOT(setHidden(bool)));
}
static void handle_packet(struct connection* c)
{
str* packet;
const char* id;
const char* runas;
const char* command;
const char* envstart;
long slot;
unsigned int i;
struct passwd* pw;
packet = &c->packet;
id = packet->s;
if (*id == NUL)
FAIL(id, "DInvalid ID");
if ((slot = pick_slot()) < 0)
FAIL(id, "DCould not allocate a slot");
wrap_str(str_copys(&slots[slot].id, id));
if ((i = str_findfirst(packet, NUL) + 1) >= packet->len)
FAIL(id, "DInvalid packet");
runas = packet->s + i;
if (*runas == NUL
|| (pw = getpwnam(runas)) == 0)
FAIL(id, "DInvalid username");
if ((i = str_findnext(packet, NUL, i) + 1) >= packet->len)
FAIL(id, "DInvalid packet");
command = packet->s + i;
if ((i = str_findnext(packet, NUL, i) + 1) >= packet->len)
envstart = 0;
else {
envstart = packet->s + i;
wrap_str(str_catc(packet, 0));
}
if (!init_slot(slot, pw))
FAIL(id, "ZOut of memory");
start_slot(slot, command, envstart);
}
