int Encrypt_Init(IrcCommandDll **intp, Function_ptr *global_table)
{
int i, j;
char buffer[BIG_BUFFER_SIZE+1];
initialize_module("encrypt");
add_module_proc(ALIAS_PROC, "encrypt", "MENCODE", NULL, 0, 0, func_encode, NULL);
add_module_proc(ALIAS_PROC, "encrypt", "MDECODE", NULL, 0, 0, func_decode, NULL);
encode_string = (char *)new_malloc(512);
for (i = 1, j = 255; i <= 255; i++, j--)
{
switch (i)
{
case 27:
case 127:
case 255:
encode_string[i-1] = i;
break;
default:
encode_string[i-1] = j;
break;
}
}
sprintf(buffer, "$0+%s by panasync - $2 $3", encode_version);
fset_string_var(FORMAT_VERSION_FSET, buffer);
put_it("%s", convert_output_format("$G $0 v$1 by panasync. Based on suicide's Abot script.", "%s %s", encode_version, ENCODE_VERSION));
return 0;
}
int Wavplay_Init(IrcCommandDll **intp, Function_ptr *global_table)
{
initialize_module("wavplay");
add_module_proc(COMMAND_PROC, "Wavplay", "wavplay", NULL, 0, 0, wav_play, NULL);
bitchsay("Wavplay Module loaded. /wavplay <filename>");
return 0;
}
int Possum_Init(IrcCommandDll **intp, Function_ptr *global_table) {
char *tmp = getenv("MAIL");
initialize_module("possum");
MBOX.headers = NULL;
add_module_proc(COMMAND_PROC, "possum", "pmheaders", NULL, 0, 0, pm_headers, NULL);
add_module_proc(COMMAND_PROC, "possum", "pmcount", NULL, 0, 0, pm_count, NULL);
add_module_proc(COMMAND_PROC, "possum", "pmlist", NULL, 0, 0, pm_list, NULL);
add_module_proc(COMMAND_PROC, "possum", "pmread", NULL, 0, 0, pm_read, NULL);
add_module_proc(COMMAND_PROC, "possum", "pmmailbox", NULL, 0, 0, pm_mailbox, NULL);
add_module_proc(COMMAND_PROC, "possum", "pmhelp", NULL, 0, 0, pm_help, NULL);
if (tmp) strncpy(MBOX.filename, tmp, MAX_FNAME_LENGTH);
put_it("%s Possom Mail %s for BitchX has been excited.", cparse(PM_PROMPT, NULL, NULL), PM_VERSION);
put_it("%s %s", cparse(PM_PROMPT, NULL, NULL), "Type /PMHELP for help.");
if (tmp) {
put_it("%s Using %s for default mail box.", cparse(PM_PROMPT, NULL, NULL), MBOX.filename);
MBOX.headers = read_mbox(MBOX.filename);
} else {
put_it("%s Could not find MAIL in your environment.", cparse(PM_PROMPT, NULL, NULL));
put_it("%s You will have to manually set it with /PMMAILBOX.", cparse(PM_PROMPT,NULL, NULL));
}
return 0;
}
TEST(DeviceOpenTest, open_initializes_hardware)
{
struct file fil;
struct inode inode;
int read_wait_loop;
u32 expected_control_write_addr = tddmodule_registers_p->control;
u32 expected_control_read_addr = tddmodule_registers_p->status;
u32 expected_control_reset_value = TDDMODULE_DEV_CONTROL_RESET;
EXPECT_N_LEAKS(1);
mock(fs_mock_namespace).ignoreOtherCalls();
initialize_module();
mock(iomem_mock_namespace).expectOneCall("writel")
.withParameterOfType("unsigned", "value",
&expected_control_reset_value)
.withParameter("addr", (void*) &tddmodule_registers_p->control);
mock(iomem_mock_namespace).expectOneCall("mb");
// force device to not be ready for N reads
mock(iomem_mock_namespace).expectNCalls(5, "readl")
.withParameter("addr", (void*) &tddmodule_registers_p->status)
.andReturnValue(0);
mock(iomem_mock_namespace).expectOneCall("readl")
.withParameter("addr", (void*) &tddmodule_registers_p->status)
.andReturnValue(1);
tddmodule_dev_open( &inode, &fil);
}
int Qbx_Init(IrcCommandDll **intp, Function_ptr *global_table) {
initialize_module("qbx");
add_module_proc(HOOK_PROC, "qbx", NULL, "* % !q*", PUBLIC_LIST, 1, NULL, pub_proc);
add_module_proc(HOOK_PROC, "qbx", NULL, "* % !q*", PUBLIC_OTHER_LIST, 1, NULL, pub_proc);
add_module_proc(COMMAND_PROC, "qbx", "qbx", NULL, 0, 0, qbx_cmd, "<on|off>\n- Turns Qbx on or off");
put_it("Qbx %s loaded", QBX_VERSION);
return 0;
}
int Identd_Init(IrcCommandDll **intp, Function_ptr *global_table)
{
#if !defined(__EMX__) && !defined(WINNT)
if (getuid() && geteuid())
{
return -1;
}
#endif
initialize_module("Identd");
add_module_proc(VAR_PROC, MODULENAME, "identd", NULL, BOOL_TYPE_VAR, 0, NULL, NULL);
add_module_proc(VAR_PROC, MODULENAME, "identd_user", NULL, STR_TYPE_VAR, 0, NULL, NULL);
put_it("%s", convert_output_format("$G $0 v$1 by panasync", "%s %s", MODULENAME, "0.01"));
return start_identd();
}
void initialize_library_module() {
initialize_attribute_manager();
initialize_trace();
initialize_constants();
initialize_fingerprint();
initialize_print();
initialize_placeholder();
initialize_idx_metavar();
initialize_io_state();
initialize_unifier();
initialize_kernel_serializer();
initialize_let();
initialize_typed_expr();
initialize_choice();
initialize_string();
initialize_resolve_macro();
initialize_annotation();
initialize_explicit();
initialize_module();
initialize_protected();
initialize_private();
initialize_scoped_ext();
initialize_reducible();
initialize_aliases();
initialize_coercion();
initialize_unifier_plugin();
initialize_sorry();
initialize_class();
initialize_library_util();
initialize_pp_options();
initialize_projection();
initialize_normalize();
initialize_abbreviation();
initialize_relation_manager();
initialize_user_recursors();
initialize_composition_manager();
initialize_noncomputable();
initialize_aux_recursors();
initialize_class_instance_resolution();
initialize_type_context();
initialize_light_rule_set();
initialize_congr_lemma_manager();
initialize_app_builder();
initialize_fun_info_manager();
initialize_unification_hint();
}
int Amp_Init(IrcCommandDll **intp, Function_ptr *global_table)
{
initialize_module("amp");
initialise_decoder(); /* initialise decoder */
A_QUIET = TRUE;
AUDIO_BUFFER_SIZE=300*1024;
A_SHOW_CNT=FALSE;
A_SET_VOLUME=-1;
A_SHOW_TIME=0;
A_AUDIO_PLAY=TRUE;
A_DOWNMIX=FALSE;
add_module_proc(COMMAND_PROC, "Amp", "mp3", NULL, 0, 0, mp3_play, NULL);
add_module_proc(COMMAND_PROC, "Amp", "mp3vol", NULL, 0, 0, mp3_volume, NULL);
add_module_proc(ALIAS_PROC, "Amp", "TIMEDECODE", NULL, 0, 0, func_convert_time, NULL);
bitchsay("Amp Module loaded. /mp3 <filename> /mp3vol <L> <R> $timedecode(seconds)");
return 0;
}
void main(void) {
int i;
initialize_pic();
initialize_module();
while(1)
{
if (IRQ == 0) //wait for anything
{
for (i = 0; i < 2; i++) //flash LED 2 times if data is received
{
LED = 1;
delay(DELAY_TIME ); // should be approx 200mS, not sure how many seconds, but good for now
LED = 0;
delay(DELAY_TIME ); // not sure how many seconds, but good for now
}
delay(DELAY_TIME); //**delete, used for debuging not sure how many seconds, but good for no
reset();
}
}
}
void initialize_library_module() {
initialize_constants();
initialize_fingerprint();
initialize_print();
initialize_placeholder();
initialize_idx_metavar();
initialize_kernel_bindings();
initialize_io_state();
initialize_unifier();
initialize_kernel_serializer();
initialize_let();
initialize_typed_expr();
initialize_choice();
initialize_num();
initialize_string();
initialize_resolve_macro();
initialize_annotation();
initialize_explicit();
initialize_module();
initialize_protected();
initialize_private();
initialize_scoped_ext();
initialize_reducible();
initialize_aliases();
initialize_coercion();
initialize_unifier_plugin();
initialize_sorry();
initialize_class();
initialize_library_util();
initialize_pp_options();
initialize_projection();
initialize_normalize();
initialize_abbreviation();
initialize_relation_manager();
initialize_user_recursors();
initialize_class_instance_elaborator();
initialize_composition_manager();
}
void load_module() {
char* error;
void* handle = dlopen(LIB, RTLD_LAZY);
if (!handle) {
logf("Error on dlopen %s: %s\n", LIB, dlerror());
exit(EXIT_FAILURE);
}
dlerror();
struct link_map* lm = (struct link_map*) handle;
module.base = lm->l_addr;
initialize_module = dlsym(handle, "initialize_module");
printf("%p\n", initialize_module);
if ((error = dlerror()) != NULL) {
logf("%s\n", error);
exit(1);
}
initialize_module(&module, register_command);
register_command("help", "\t\t\t", "Show this information", help);
register_command("modinfo", "\t\t", "Show information about the loaded module", module_info);
logf("Module successfully loaded.\n");
}
