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192.168.1.100 / T800_MD / 2b1408e6af87960b8264f9f352bece1d1bdd8773 / . / mcu / protocol / interface / general / rfc2507_lib_test.h
blob: 499efb109279b848f8bc09ba29b38dbd5839a1a9 [file] [log] [blame]
rjw6c1fd8f2022-11-30 14:33:01 +0800[diff] [blame]1#ifndef __RFC2507_LIB_TEST_H__
2#define __RFC2507_LIB_TEST_H__
3
4#define RFC2507_DBG_MAX_NUMBER_BUFFER_ALLOC 300
5#define MAX_NUM_OF_PACKETS 6
6#define MAX_LEN_OF_PACKET 128
7
8struct rfc2507_ctrl_buff_dbg_struct
9{
10 kal_uint32 address;
11 kal_bool alloc;
12 kal_char *file_name;
13 kal_uint32 line;
14};
15
16struct rfc2507_ctrl_buff_size_info_struct
17{
18 kal_uint32 buff_size;
19 kal_uint32 times;
20};
21
22extern struct rfc2507_ctrl_buff_dbg_struct g_rfc2507_alloc_buff_dbg[];
23extern kal_uint16 g_rfc2507_alloc_buff_dbg_count;
24
25struct rfc2507_dl_queue_struct
26{
27 kal_bool is_used;
28 kal_uint16 bitLength;
29 peer_buff_struct *pFlcBuff;
30};
31
32/* Structure */
33// IPv4 Header
34typedef struct ip_hdr
35{
36 unsigned char ip_header_len:4; // 4-bit header length (in 32-bit words)
37 // normally=5 (Means 20 Bytes may be 24 also)
38 unsigned char ip_version :4; // 4-bit IPv4 version
39 unsigned char ip_tos; // IP type of service
40 unsigned short ip_total_length; // Total length
41 unsigned short ip_id; // Unique identifier
42
43 unsigned char ip_frag_offset :5; // Fragment offset field
44
45 unsigned char ip_more_fragment :1;
46 unsigned char ip_dont_fragment :1;
47 unsigned char ip_reserved_zero :1;
48
49 unsigned char ip_frag_offset1; //fragment offset
50
51 unsigned char ip_ttl; // Time to live
52 unsigned char ip_protocol; // Protocol(TCP,UDP etc)
53 unsigned short ip_checksum; // IP checksum
54 unsigned int ip_srcaddr; // Source address
55 unsigned int ip_destaddr; // Source address
56} IPV4_HDR;
57
58// TCP header
59typedef struct tcp_header
60{
61 unsigned short source_port; // source port
62 unsigned short dest_port; // destination port
63 unsigned int sequence; // sequence number - 32 bits
64 unsigned int acknowledge; // acknowledgement number - 32 bits
65
66 unsigned char reserved_part1:4; //according to rfc
67 unsigned char data_offset:4; /*The number of 32-bit words
68 in the TCP header.
69 This indicates where the data begins.
70 The length of the TCP header
71 is always a multiple
72 of 32 bits.*/
73
74 unsigned char fin :1; //Finish Flag
75 unsigned char syn :1; //Synchronise Flag
76 unsigned char rst :1; //Reset Flag
77 unsigned char psh :1; //Push Flag
78 unsigned char ack :1; //Acknowledgement Flag
79 unsigned char urg :1; //Urgent Flag
80 unsigned char reserved_part2 :2;
81
82 ////////////////////////////////
83
84 unsigned short window; // window
85 unsigned short checksum; // checksum
86 unsigned short urgent_pointer; // urgent pointer
87} TCP_HDR;
88
89/* RFC793 and RFC768: Format of Pseudo Header
90 0 7 8 15 16 23 24 31
91 +--------+--------+--------+--------+
92 | source address |
93 +--------+--------+--------+--------+
94 | destination address |
95 +--------+--------+--------+--------+
96 | zero | protocol | Length |
97 +--------+--------+--------+--------+
98 */
99typedef struct ipv4_pseudo_header
100{
101 unsigned int src_addr;
102 unsigned int dst_addr;
103 unsigned char zero;
104 unsigned char protocol;
105 unsigned short tcp_len;
106} TCP_IPV4_PSEUDO_HEADER, UDP_IPV4_PSEUDO_HEADER;
107
108// UDP header
109typedef struct udp_header
110{
111 unsigned short source_port; // source port
112 unsigned short dest_port; // destination port
113 unsigned short length; /*
114 Length is the length in octets of this user datagram including this
115 header and the data. (This means the minimum value of the length is
116 eight.)
117 */
118 unsigned short checksum; /*
119 Checksum is the 16-bit one's complement of the one's complement sum of a
120 pseudo header of information from the IP header, the UDP header, and the
121 data, padded with zero octets at the end (if necessary) to make a
122 multiple of two octets.
123 */
124} UDP_HDR;
125
126//IPv6 Header
127typedef struct ipv6_header
128{
129 unsigned char traffic_class_1:4; /* MSB of 8-bit traffic class */
130 unsigned char version:4; /* 4-bit IPv6 version number = 6 */
131 unsigned char flow_label_1:4; /* First 4-bit of of 20-bit flow label */
132 unsigned char traffic_class_2:4; /* LSB of 8-bit traffic class */
133 unsigned short flow_label_2; /* Last 16-bit of of 20-bit flow label */
134 unsigned short payload_legth; /* 16-bit payload length.
135 Length of the IPv6 payload, i.e., the rest of the packet following this IPv6 header, in octets.
136 (Note that any extension headers present are considered part of the payload, i.e., included in the length count.)
137 */
138 unsigned char next_header;/* 8-bit next header
1390: Hop-by-Hop Options header
14043: Routing header
14144: Fragment header
14259: No Next Header
143*/
144 unsigned char hop_limit;/* 8-bit hop limit */
145 unsigned int src_addr_1;
146 unsigned int src_addr_2;
147 unsigned int src_addr_3;
148 unsigned int src_addr_4;
149 unsigned int dst_addr_1;
150 unsigned int dst_addr_2;
151 unsigned int dst_addr_3;
152 unsigned int dst_addr_4;
153} IPV6_HDR;
154
155//Hop-by-Hop Options Header
156typedef struct hop_by_hop_header
157{
158 unsigned char next_header;/* 8-bit next header */
159 unsigned char hdr_ext_len; /* Length of the Hop-by-Hop Options header in 8-octet units,
160 NOT including the first 8 octets.
161 */
162} HOP_BY_HOP_HDR;
163
164//Routing Header
165typedef struct routing_header
166{
167 unsigned char next_header;/* 8-bit next header */
168 unsigned char hdr_ext_len;/* Length of the Routing header in 8-octet units,
169 NOT including the first 8 octets.
170 */
171 unsigned char routing_type;
172 unsigned char segments_left;
173} ROUTING_HDR;
174
175//Fragment Header
176typedef struct fragment_header
177{
178 unsigned char next_header;/* 8-bit next header */
179 unsigned char reserved;/* 8-bit reserved */
180 unsigned char fragment_offset_1;/* First 8-bit of 13-bit fragment offset */
181 unsigned char fragment_offset_2:4;/* Next 4-bit of 13-bit fragment offset */
182 unsigned char fragment_offset_3:1;/* Last 1-bit of 13-bit fragment offset */
183 unsigned char res:2;/* 2-bit Res */
184 unsigned char m_flag:1;/* 1-bit M flag: 1=more fragments;0=last fragment */
185 unsigned int identification;/* 32-bit identification */
186} FRAGMENT_HDR;
187
188//Authentication Header
189typedef struct authentication_header
190{
191 unsigned char next_header;/* 8-bit next header */
192 unsigned char length;/* 8-bit length */
193 unsigned short reserved;/* 16 bit reserved */
194 unsigned int spi; /* 32-bit security parameters index */
195} AUTHENTICATION_HDR;
196
197//Destination Options Header
198typedef struct destination_options_header
199{
200 unsigned char next_header;/* 8-bit next header */
201 unsigned char hdr_ext_len;/* Length of the Destination Options header in 8-octet units,
202 NOT including the first 8 octets.
203 */
204} DESTINATION_OPTIONS_HDR;
205
206//Encapsulating Security Payload Header
207typedef struct esp_header
208{
209 unsigned int spi; /* 32-bit security association identifier (SPI), 32 bits */
210} ESP_HDR;
211
212typedef struct ipv6_pseudo_header
213{
214 unsigned int src_addr1;
215 unsigned int src_addr2;
216 unsigned int src_addr3;
217 unsigned int src_addr4;
218 unsigned int dst_addr1;
219 unsigned int dst_addr2;
220 unsigned int dst_addr3;
221 unsigned int dst_addr4;
222 unsigned int upper_layer_pkt_len;
223 unsigned short zero1;
224 unsigned char zero2;
225 unsigned char next_header;
226} TCP_IPV6_PSEUDO_HEADER, UDP_IPV6_PSEUDO_HEADER;
227
228typedef struct
229{
230 /* IP Part */
231 unsigned char TOS;
232 unsigned short IPId;
233 unsigned char Protocol;
234 unsigned int SrcAddr;
235 unsigned int DstAddr;
236 /* TCP Part */
237 unsigned short SrcPort;
238 unsigned short DstPort;
239 unsigned int Seq;
240 unsigned int Ack;
241 unsigned char Reserved;
242 unsigned short Window;
243 unsigned short UrgentPointer;
244} TCP_IP_CONN_PROFILE;
245
246typedef struct
247{
248 /* IP Part */
249 unsigned char TOS;
250 unsigned short IPId;
251 unsigned char Protocol;
252 unsigned int SrcAddr;
253 unsigned int DstAddr;
254 /* UDP Part */
255 unsigned short SrcPort;
256 unsigned short DstPort;
257} UDP_IP_CONN_PROFILE;
258
259typedef struct
260{
261 /* IPv6 Part */
262 unsigned char TrafficClass;
263 unsigned int FlowLabel;
264 unsigned char NextHeader;
265 unsigned char HopLimit;
266 unsigned int SrcAddr1;
267 unsigned int SrcAddr2;
268 unsigned int SrcAddr3;
269 unsigned int SrcAddr4;
270 unsigned int DstAddr1;
271 unsigned int DstAddr2;
272 unsigned int DstAddr3;
273 unsigned int DstAddr4;
274 /* TCP Part */
275 unsigned short SrcPort;
276 unsigned short DstPort;
277 unsigned int Seq;
278 unsigned int Ack;
279 unsigned char Reserved;
280 unsigned short Window;
281 unsigned short UrgentPointer;
282} TCP_IPv6_CONN_PROFILE;
283
284typedef struct
285{
286 /* IPv6 Part */
287 unsigned char TrafficClass;
288 unsigned int FlowLabel;
289 unsigned char NextHeader;
290 unsigned char HopLimit;
291 unsigned int SrcAddr1;
292 unsigned int SrcAddr2;
293 unsigned int SrcAddr3;
294 unsigned int SrcAddr4;
295 unsigned int DstAddr1;
296 unsigned int DstAddr2;
297 unsigned int DstAddr3;
298 unsigned int DstAddr4;
299 /* UDP Part */
300 unsigned short SrcPort;
301 unsigned short DstPort;
302} UDP_IPv6_CONN_PROFILE;
303
304typedef struct
305{
306 unsigned int length;
307 unsigned char PacketData[MAX_LEN_OF_PACKET];
308} PACKET;
309
310typedef struct
311{
312 unsigned int NoPackets;
313 PACKET *Packets[MAX_NUM_OF_PACKETS];
314} PACKET_STREAM_PATTERN;
315
316typedef enum
317{
318 PACKET_STREAM_PATTERN_BEGIN = 201,
319 PSP_IPV4_TCP = PACKET_STREAM_PATTERN_BEGIN,
320 PSP_IPV4_UDP,
321 PSP_IPV6_TCP,
322 PSP_IPV6_UDP,
323 PSP_SPECIFIC_BEGIN = PSP_IPV6_UDP + 1, // 205
324 PSP_IPV6_ROUTING_TCP = PSP_SPECIFIC_BEGIN, // 205
325 PSP_IPV6_ROUTING_UDP, // 206
326 PSP_IPV6_AUTH_TCP, // 207
327 PSP_IPV6_ESP, // 208
328 PSP_IPV6_FRAGMENT_TCP, // 209, TCP header will not be compressed
329 PSP_IPV4_MINIMAL_ENCAPSULATION_TCP, // 210, Minimal encapsulation header now is for IPv4 only
330 PSP_IPV6_ROUTING_NO_NEXT, // 211
331 PSP_IPV6_HOP_BY_HOP_TCP, // 212
332 PSP_IPV6_DESTINATION_TCP, // 213
333 PSP_DEFINED_LAST = PSP_IPV6_DESTINATION_TCP,
334 PSP_SPECIFIC_END = 254
335} packet_stream_pattern_enum;
336
337extern packet_stream_pattern_enum psp_pattern;
338
339#define NUM_SPECIFIC_PSP (PSP_DEFINED_LAST - PSP_SPECIFIC_BEGIN + 1)
340#define NOW_PSP() (psp_pattern)
341#define SET_PSP(x) \
342 if ((PACKET_STREAM_PATTERN_BEGIN <= x) && (PSP_SPECIFIC_END >= x)) \
343 { \
344 psp_pattern = x; \
345 }
346
347/* External Function */
348extern void InitializePacketGenerator(void);
349extern void rfc2507_dbg_buff_init(void);
350extern void rfc2507_check_mem_leak(void);
351
352extern kal_uint8 rfc2507_check_if_queue_dl_data(kal_uint16 bitLength, peer_buff_struct *pFlcBuff);
353extern peer_buff_struct *rfc2507_retrive_dl_data_from_queue(kal_uint16 *bitLength);
354extern void rfc2507_packet_verify(peer_buff_struct *pData);
355extern kal_bool rfc2507_prepare_test_data_to_ratdm(void** ppData, int* pDataSize, packet_stream_pattern_enum psp);
356extern void rfc2507_dump_packet(char* pData, int pDataSize);
357
358#endif /* __RFC2507_LIB_TEST_H__*/