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Source code changes of the file "src/stream/tcp/tcp_reassembler.h" between
snort3-3.1.29.0.tar.gz and snort3-3.1.30.0.tar.gz

About: Snort 3 is a network intrusion prevention and detection system (IDS/IPS) combining the benefits of signature, protocol and anomaly-based inspection.

tcp_reassembler.h  (snort3-3.1.29.0)	:	tcp_reassembler.h  (snort3-3.1.30.0)
skipping to change at line 45		skipping to change at line 45
FINAL_FLUSH_OK = -1		FINAL_FLUSH_OK = -1
};		};
virtual void queue_packet_for_reassembly(TcpReassemblerState&, TcpSegmentDes criptor&);		virtual void queue_packet_for_reassembly(TcpReassemblerState&, TcpSegmentDes criptor&);
virtual void purge_segment_list(TcpReassemblerState&);		virtual void purge_segment_list(TcpReassemblerState&);
virtual void purge_flushed_ackd(TcpReassemblerState&);		virtual void purge_flushed_ackd(TcpReassemblerState&);
virtual int flush_stream(		virtual int flush_stream(
TcpReassemblerState&, snort::Packet* p, uint32_t dir, bool final_flush = false);		TcpReassemblerState&, snort::Packet* p, uint32_t dir, bool final_flush = false);
virtual void flush_queued_segments(		virtual void flush_queued_segments(
TcpReassemblerState&, snort::Flow* flow, bool clear, const snort::Packet * = nullptr);		TcpReassemblerState&, snort::Flow* flow, bool clear, const snort::Packet * = nullptr);
		void finish_and_final_flush(
		TcpReassemblerState&, snort::Flow* flow, bool clear, snort::Packet*);
virtual bool is_segment_pending_flush(TcpReassemblerState&);		virtual bool is_segment_pending_flush(TcpReassemblerState&);
virtual int flush_on_data_policy(TcpReassemblerState&, snort::Packet*);		virtual int flush_on_data_policy(TcpReassemblerState&, snort::Packet*);
virtual int flush_on_ack_policy(TcpReassemblerState&, snort::Packet*);		virtual int flush_on_ack_policy(TcpReassemblerState&, snort::Packet*);
virtual bool add_alert(TcpReassemblerState&, uint32_t gid, uint32_t sid);		virtual bool add_alert(TcpReassemblerState&, uint32_t gid, uint32_t sid);
virtual bool check_alerted(TcpReassemblerState&, uint32_t gid, uint32_t sid) ;		virtual bool check_alerted(TcpReassemblerState&, uint32_t gid, uint32_t sid) ;
virtual int update_alert(TcpReassemblerState&, uint32_t gid, uint32_t sid,		virtual int update_alert(TcpReassemblerState&, uint32_t gid, uint32_t sid,
uint32_t event_id, uint32_t event_second);		uint32_t event_id, uint32_t event_second);
virtual void purge_alerts(TcpReassemblerState&);		virtual void purge_alerts(TcpReassemblerState&);
uint32_t perform_partial_flush(TcpReassemblerState&, snort::Flow*);		uint32_t perform_partial_flush(TcpReassemblerState&, snort::Flow*, snort::Pa cket*&);
protected:		protected:
TcpReassembler() = default;		TcpReassembler() = default;
void add_reassembly_segment(		void add_reassembly_segment(
TcpReassemblerState&, TcpSegmentDescriptor&, uint16_t len, uint32_t slid e,		TcpReassemblerState&, TcpSegmentDescriptor&, uint16_t len, uint32_t slid e,
uint32_t trunc, uint32_t seq, TcpSegmentNode* left) override;		uint32_t trunc, uint32_t seq, TcpSegmentNode* left) override;
void dup_reassembly_segment(		void dup_reassembly_segment(
TcpReassemblerState&, TcpSegmentNode* left, TcpSegmentNode** retSeg) ove rride;		TcpReassemblerState&, TcpSegmentNode* left, TcpSegmentNode** retSeg) ove rride;
int delete_reassembly_segment(TcpReassemblerState&, TcpSegmentNode*) overrid e;		int delete_reassembly_segment(TcpReassemblerState&, TcpSegmentNode*) overrid e;
virtual void insert_segment_in_empty_seglist(TcpReassemblerState&, TcpSegmen tDescriptor&);		virtual void insert_segment_in_empty_seglist(TcpReassemblerState&, TcpSegmen tDescriptor&);
virtual void insert_segment_in_seglist(TcpReassemblerState&, TcpSegmentDescr iptor&);		virtual void insert_segment_in_seglist(TcpReassemblerState&, TcpSegmentDescr iptor&);
virtual uint32_t get_pending_segment_count(TcpReassemblerState&, unsigned ma x);		virtual uint32_t get_pending_segment_count(TcpReassemblerState&, unsigned ma x);
int trim_delete_reassembly_segment(TcpReassemblerState&, TcpSegmentNode*, ui nt32_t flush_seq);		int trim_delete_reassembly_segment(TcpReassemblerState&, TcpSegmentNode*, ui nt32_t flush_seq);
void queue_reassembly_segment(TcpReassemblerState&, TcpSegmentNode* prev, Tc pSegmentNode*);		void queue_reassembly_segment(TcpReassemblerState&, TcpSegmentNode* prev, Tc pSegmentNode*);
void init_overlap_editor(TcpReassemblerState&, TcpSegmentDescriptor&);		void init_overlap_editor(TcpReassemblerState&, TcpSegmentDescriptor&);
bool is_segment_fasttrack		bool is_segment_fasttrack
(TcpReassemblerState&, TcpSegmentNode* tail, const TcpSegmentDescriptor& );		(TcpReassemblerState&, TcpSegmentNode* tail, const TcpSegmentDescriptor& );
void show_rebuilt_packet(const TcpReassemblerState&, snort::Packet*);		void show_rebuilt_packet(const TcpReassemblerState&, snort::Packet*);
void flush_queued_segments(
TcpReassemblerState&, snort::Flow* flow, bool clear, snort::Packet*);
int flush_data_segments(TcpReassemblerState&, uint32_t flush_len, snort::Pac ket* pdu);		int flush_data_segments(TcpReassemblerState&, uint32_t flush_len, snort::Pac ket* pdu);
void prep_pdu(		void prep_pdu(
TcpReassemblerState&, snort::Flow*, snort::Packet*, uint32_t pkt_flags, snort::Packet*);		TcpReassemblerState&, snort::Flow*, snort::Packet*, uint32_t pkt_flags, snort::Packet*);
snort::Packet* initialize_pdu(		snort::Packet* initialize_pdu(
TcpReassemblerState&, snort::Packet*, uint32_t pkt_flags, struct timeval );		TcpReassemblerState&, snort::Packet*, uint32_t pkt_flags, struct timeval );
int flush_to_seq(TcpReassemblerState&, uint32_t bytes, snort::Packet*, uint3 2_t pkt_flags);		int flush_to_seq(TcpReassemblerState&, uint32_t bytes, snort::Packet*, uint3 2_t pkt_flags);
int do_zero_byte_flush(TcpReassemblerState&, snort::Packet*, uint32_t pkt_fl ags);		int do_zero_byte_flush(TcpReassemblerState&, snort::Packet*, uint32_t pkt_fl ags);
uint32_t get_q_footprint(TcpReassemblerState&);		uint32_t get_q_footprint(TcpReassemblerState&);
uint32_t get_q_sequenced(TcpReassemblerState&);		uint32_t get_q_sequenced(TcpReassemblerState&);
bool is_q_sequenced(TcpReassemblerState&);		bool is_q_sequenced(TcpReassemblerState&);
End of changes. 3 change blocks.
3 lines changed or deleted		3 lines changed or added

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