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#include <stdio.h>
#include <stdlib.h>
#include "../arg.h"
//define ip4 127.0.0.1:8080
/*
s_arg_ip src_ip =
{
port:8080,
.ip = 0x7f000001,
.result = NULL
};
*/
/*
//?
//frequency range from 88:108
s_arg_range freq_range =
{
.start = 88,
.end = 108,
.step = 100e3,
.result = NULL
};
*/
/*
s_arg_float ratio_float =
{
.val = 0.8,
.result = NULL
};
*/
/*
char *color_list[] = {"RED","GREEN","BLUE"};
s_arg_list color_name_list =
{
.num = 3,
.default_val = "RED",
.vals = color_list,
.result = NULL
};
*/
/*
s_arg_val number_val =
{
.ptr = NULL,
.default_ptr = "None",
.result = NULL
};
*/
/*
s_arg_flag flag_help =
{
.used = 0,
.result = NULL
};
*/
/*
//cant be const
def_arg cmd_arg[] =
{
ARG_ENTRY("-a",IP, &src_ip,"test ip address argument"),
ARG_ENTRY("-b",RANGE,&freq_range,"test integer range argument"),
ARG_ENTRY("-c",FLOAT,&ratio_float,"test float number"),
ARG_ENTRY("-d",LIST, &color_name_list,"check list of values"),
ARG_ENTRY("-e",VAL, &number_val,"string number values"),
ARG_ENTRY("-f",FILE, NULL,"check file argument"),
ARG_ENTRY("-g",FLAG, &flag_help,"check flag argument"),
{NULL,0,NULL}
};
*/
extern "C" void* emulate_cc_new(unsigned len) { \
printf("New allocated\n");
void *p = malloc(len);
if (p == 0) {
/* Don't use stdio (e.g. fputs), because that may want to allocate more
* memory.
*/
(void)!write(2, "out of memory\n", 14);
abort();
}
return p;
}
extern "C" void emulate_cc_delete(void* p) {
if (p != 0)
free(p);
}
void* operator new(long unsigned int len) __attribute__((alias("emulate_cc_new")));
void* operator new[](long unsigned int len) __attribute__((alias("emulate_cc_new")));
void operator delete(void* p, unsigned long len) __attribute__((alias("emulate_cc_delete")));
void operator delete[](void* p, unsigned long len) __attribute__((alias("emulate_cc_delete")));
void* __cxa_pure_virtual = 0;
void *__gxx_personality_v0=0;
#include "../arg.h"
int main( int argc, char **argv )
{
/*
int i=0;
arg_t *cfg = NULL;
i = 0;
while ( cmd_arg[i].param != NULL )
{
printf("%s - %s\n",cmd_arg[i].param, cmd_arg[i].help);
i++;
}
cfg = arg_load( argc, argv, cmd_arg );
if (cfg->size == 0)
{
printf("No arguments found\n");
//goto exit_error;
}
for (i=0;i<cfg->size;i++)
{
printf("TYPE:%d\n", cfg->arg[i]->type);
}
//arg_print( cfg );
if (flag_help.result != NULL)
{
printf("Help flag %d\n", flag_help.result->flag);
}
if (number_val.result != NULL)
{
printf("Number val :%s\n", number_val.result->ptr);
}
//arg_free( cfg );
return 0;
exit_error:
arg_free( cfg );
return -1;
*/
CmdArgFlag *enable = new CmdArgFlag();
CmdArgFlagConf enableConf = CmdArgFlagConf();
CmdArgDefault enableDefault = CmdArgDefault((char *)"-a", &enableConf, (char *)"enable A", enable);
CmdArgFlag *enableText = new CmdArgFlag();
CmdArgFlagConf enableTextConf = CmdArgFlagConf();
CmdArgDefault enableTextDefault = CmdArgDefault((char *)"-t", &enableTextConf, (char *)"enable text", enableText);
CmdArg arguments = CmdArg();
arguments.add(&enableTextDefault);
arguments.add(&enableDefault);
arguments.load(argc, argv);
if (enable->getValue()) {
printf("enable is set\n");
}
if (enableText->getValue()) {
printf("enable text is set\n");
}
}
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