242 lines
9.2 KiB
C
242 lines
9.2 KiB
C
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#include <hio-rad.h>
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#include <stdio.h>
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#include "t.h"
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#include <sys/socket.h>
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#include <netinet/in.h>
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#include <arpa/inet.h>
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int main ()
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{
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{
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hio_uint8_t buf[10240];
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hio_rad_hdr_t* hdr = buf;
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int i, j, n, exptotlen;
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struct
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{
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int index; /* index among same attributes */
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int vendor;
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int attrcode;
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void* ptr;
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int len;
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} data[] = {
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{ 0, 0, HIO_RAD_ATTR_REPLY_MESSAGE, "reply message", 13 },
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{ 1, 0, HIO_RAD_ATTR_REPLY_MESSAGE, "reply message 2", 15 },
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{ 0, 10415, 1, "470010171566423", 15 },
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{ 0, 10415, 8, "imsi-mcc-mnc", 12 },
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{ 0, 4329, 5, "ssid", 4 },
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{ 0, 0, HIO_RAD_ATTR_NAS_IDENTIFIER, "nas identifier", 14 },
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{ 1, 10415, 8, "imsi-mcc-mnc-2", 14 },
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/* Frag-Status 241.1 integer. */
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{ 0, 0, HIO_RAD_ATTR_CODE_EXTENDED_1(1), "\x02", 1 },
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{ 1, 0, HIO_RAD_ATTR_CODE_EXTENDED_1(1), "\x01", 1 },
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{ 2, 0, HIO_RAD_ATTR_CODE_EXTENDED_1(1), "\x00", 1 },
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/* Proxy-State-Length 241.2 integer. */
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{ 0, 0, HIO_RAD_ATTR_CODE_EXTENDED_1(2), "\xFF", 1 },
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{ 3, 0, HIO_RAD_ATTR_CODE_EXTENDED_1(1), "\x03", 1 },
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{ 1, 0, HIO_RAD_ATTR_CODE_EXTENDED_1(2), "\xDD", 1 },
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{ 0, 6527, HIO_RAD_ATTR_CODE_EXTENDED_1(2), "evs attribute", 13 },
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{ 1, 6527, HIO_RAD_ATTR_CODE_EXTENDED_1(2), "evs attribute 2", 15 },
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{ 0, 8888, HIO_RAD_ATTR_CODE_EXTENDED_4(444), "evs attribute", 13 },
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{ 2, 0, HIO_RAD_ATTR_REPLY_MESSAGE, "reply message 3", 15 },
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};
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hio_rad_initialize (buf, HIO_RAD_ACCESS_REQUEST, 255);
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T_ASSERT1 (hdr->code == HIO_RAD_ACCESS_REQUEST, "hdr->code not ok");
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T_ASSERT1 (hdr->id == 255, "hdr->id not ok");
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exptotlen = HIO_SIZEOF(*hdr);
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T_ASSERT1 (hdr->length == HIO_CONST_HTON16(HIO_SIZEOF(*hdr)), "hdr->length not ok");
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for (i = 0; i < HIO_COUNTOF(data); i++)
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{
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if (data[i].vendor)
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{
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hio_rad_vsattr_hdr_t* vsattr;
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hio_rad_xvsattr_hdr_t* xvsattr;
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hio_rad_lxvsattr_hdr_t* lxvsattr;
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vsattr = hio_rad_insert_vsattr(hdr, HIO_SIZEOF(buf), data[i].vendor, data[i].attrcode, data[i].ptr, data[i].len);
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T_ASSERT1 (vsattr != HIO_NULL, "attribute insertion failure");
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T_ASSERT1 (hio_ntoh16(hdr->length) == exptotlen + vsattr->length, "hdr->length not ok after attribute insertion");
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if (HIO_RAD_ATTR_IS_LONG_EXTENDED(vsattr->type))
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{
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exptotlen += HIO_SIZEOF(*lxvsattr);
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lxvsattr = vsattr;
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T_ASSERT1 (lxvsattr->length == HIO_SIZEOF(*lxvsattr) + data[i].len, "wrong attribute length");
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}
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else if (HIO_RAD_ATTR_IS_SHORT_EXTENDED(vsattr->type))
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{
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exptotlen += HIO_SIZEOF(*xvsattr);
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xvsattr = vsattr;
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T_ASSERT1 (xvsattr->length == HIO_SIZEOF(*xvsattr) + data[i].len, "wrong attribute length");
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}
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else
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{
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exptotlen += HIO_SIZEOF(*vsattr);
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T_ASSERT1 (vsattr->length == HIO_SIZEOF(*vsattr) + data[i].len, "wrong attribute length");
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}
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}
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else
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{
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hio_rad_attr_hdr_t* attr;
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hio_rad_xattr_hdr_t* xattr;
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hio_rad_lxattr_hdr_t* lxattr;
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attr = hio_rad_insert_attr(hdr, HIO_SIZEOF(buf), data[i].attrcode, data[i].ptr, data[i].len);
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T_ASSERT1 (attr != HIO_NULL, "attribute insertion failure");
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T_ASSERT1 (hio_ntoh16(hdr->length) == exptotlen + attr->length, "hdr->length not ok after attribute insertion");
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if (HIO_RAD_ATTR_IS_LONG_EXTENDED(attr->type))
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{
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exptotlen += HIO_SIZEOF(*lxattr);
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lxattr = attr;
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T_ASSERT1 (lxattr->length == HIO_SIZEOF(*lxattr) + data[i].len, "wrong attribute length");
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}
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else if (HIO_RAD_ATTR_IS_SHORT_EXTENDED(attr->type))
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{
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exptotlen += HIO_SIZEOF(*xattr);
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xattr = attr;
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T_ASSERT1 (xattr->length == HIO_SIZEOF(*xattr) + data[i].len, "wrong attribute length");
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}
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else
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{
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exptotlen += HIO_SIZEOF(*attr);
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T_ASSERT1 (attr->length == HIO_SIZEOF(*attr) + data[i].len, "wrong attribute length");
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}
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}
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T_ASSERT1 (hio_comp_bchars((hio_uint8_t*)hdr + hio_ntoh16(hdr->length) - data[i].len, data[i].len, data[i].ptr, data[i].len, 0) == 0, "wrong attribute value");
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exptotlen += data[i].len;
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T_ASSERT1 (hio_ntoh16(hdr->length) == exptotlen, "hdr->length not ok after attribute insertion");
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for (j = 0; j < HIO_COUNTOF(data); j++)
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{
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if (data[j].vendor)
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{
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hio_rad_vsattr_hdr_t* vsattr;
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vsattr = hio_rad_find_vsattr(hdr, data[j].vendor, data[j].attrcode, data[j].index);
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if (j <= i)
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{
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void* val_ptr;
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int val_len;
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T_ASSERT1 (vsattr != HIO_NULL, "find failure");
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if (HIO_RAD_ATTR_IS_SHORT_EXTENDED(vsattr->type))
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{
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hio_rad_xvsattr_hdr_t* xvsattr = (hio_rad_xvsattr_hdr_t*)vsattr;
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T_ASSERT1 (hio_ntoh32(xvsattr->vendor) == data[j].vendor, "wrong vendor code");
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T_ASSERT1 (xvsattr->type == HIO_RAD_ATTR_CODE_HI(data[j].attrcode), "wrong attribute base");
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T_ASSERT1 (xvsattr->length == HIO_SIZEOF(*xvsattr) + data[j].len, "wrong attribute length");
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T_ASSERT1 (xvsattr->xvs.type == HIO_RAD_ATTR_CODE_LO(data[j].attrcode), "wrong vendor-specific attribute type");
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T_ASSERT1 (xvsattr->xvs.length == HIO_SIZEOF(xvsattr->xvs) + data[j].len, "wrong attribute length");
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val_ptr = xvsattr + 1;
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val_len = xvsattr->xvs.length - HIO_SIZEOF(xvsattr->xvs);
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}
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else if (HIO_RAD_ATTR_IS_LONG_EXTENDED(vsattr->type))
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{
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hio_rad_lxvsattr_hdr_t* lxvsattr = (hio_rad_lxvsattr_hdr_t*)vsattr;
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T_ASSERT1 (hio_ntoh32(lxvsattr->vendor) == data[j].vendor, "wrong vendor code");
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T_ASSERT1 (lxvsattr->type == HIO_RAD_ATTR_CODE_HI(data[j].attrcode), "wrong attribute base");
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T_ASSERT1 (lxvsattr->length == HIO_SIZEOF(*lxvsattr) + data[j].len, "wrong attribute length");
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T_ASSERT1 (lxvsattr->lxvs.type == HIO_RAD_ATTR_CODE_LO(data[j].attrcode), "wrong vendor-specific attribute type");
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T_ASSERT1 (lxvsattr->lxvs.length == HIO_SIZEOF(lxvsattr->lxvs) + data[j].len, "wrong attribute length");
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val_ptr = lxvsattr + 1;
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val_len = lxvsattr->lxvs.length - HIO_SIZEOF(lxvsattr->lxvs);
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}
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else
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{
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T_ASSERT1 (hio_ntoh32(vsattr->vendor) == data[j].vendor, "wrong vendor code");
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T_ASSERT1 (vsattr->type == HIO_RAD_ATTR_VENDOR_SPECIFIC, "wrong attribute type");
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T_ASSERT1 (vsattr->length == HIO_SIZEOF(*vsattr) + data[j].len, "wrong attribute length");
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T_ASSERT1 (vsattr->vs.type == data[j].attrcode, "wrong vendor-specific attribute type");
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T_ASSERT1 (vsattr->vs.length == HIO_SIZEOF(vsattr->vs) + data[j].len, "wrong attribute length");
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val_ptr = vsattr + 1;
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val_len = vsattr->vs.length - HIO_SIZEOF(vsattr->vs);
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}
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T_ASSERT1 (hio_comp_bchars(val_ptr, val_len, data[j].ptr, data[j].len, 0) == 0, "wrong attribute value");
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}
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else
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{
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T_ASSERT1 (vsattr == HIO_NULL, "find failure");
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}
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}
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else
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{
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hio_rad_attr_hdr_t* attr;
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attr = hio_rad_find_attr(hdr, data[j].attrcode, data[j].index);
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if (j <= i)
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{
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void* val_ptr;
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int val_len;
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T_ASSERT1 (attr != HIO_NULL, "find failure");
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if (HIO_RAD_ATTR_IS_SHORT_EXTENDED(attr->type))
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{
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hio_rad_xattr_hdr_t* xattr = (hio_rad_xattr_hdr_t*)attr;
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T_ASSERT1 (HIO_RAD_ATTR_CODE_HI(data[j].attrcode) == xattr->type, "wrong extended attribute base");
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T_ASSERT1 (HIO_RAD_ATTR_CODE_LO(data[j].attrcode) == xattr->xtype, "wrong extended attribute type");
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T_ASSERT1 (xattr->length == HIO_SIZEOF(*xattr) + data[j].len, "wrong attribute length");
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val_ptr = xattr + 1;
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val_len = xattr->length - HIO_SIZEOF(*xattr);
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}
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else if (HIO_RAD_ATTR_IS_LONG_EXTENDED(attr->type))
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{
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hio_rad_lxattr_hdr_t* lxattr = (hio_rad_lxattr_hdr_t*)attr;
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T_ASSERT1 (HIO_RAD_ATTR_CODE_HI(data[j].attrcode) == lxattr->type, "wrong long extended attribute base");
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T_ASSERT1 (HIO_RAD_ATTR_CODE_LO(data[j].attrcode) == lxattr->xtype, "wrong long extended attribute type");
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T_ASSERT1 (lxattr->length == HIO_SIZEOF(*lxattr) + data[j].len, "wrong attribute length");
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val_ptr = lxattr + 1;
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val_len = lxattr->length - HIO_SIZEOF(*lxattr);
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}
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else
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{
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T_ASSERT1 (attr->type == data[j].attrcode, "wrong attribute type");
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T_ASSERT1 (attr->length == HIO_SIZEOF(*attr) + data[j].len, "wrong attribute length");
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val_ptr = attr + 1;
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val_len = attr->length - HIO_SIZEOF(*attr);
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}
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T_ASSERT1 (hio_comp_bchars(val_ptr, val_len, data[j].ptr, data[j].len, 0) == 0, "wrong attribute value");
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}
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else
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{
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T_ASSERT1 (attr == HIO_NULL, "find failure");
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}
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}
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}
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}
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#if 1
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{
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int s = socket(AF_INET, SOCK_DGRAM, 0);
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struct sockaddr_in sin;
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memset (&sin, 0, sizeof(sin));
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sin.sin_family = AF_INET;
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sin.sin_addr.s_addr = inet_addr("192.168.1.1");
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sin.sin_port = HIO_CONST_HTON16(1812);
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sendto (s, hdr, hio_ntoh16(hdr->length), 0, &sin, sizeof(sin));
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}
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#endif
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}
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return 0;
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oops:
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return -1;
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}
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