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abb_inth.c: check all interrupt causes, not just one The original code used if - else if - else if etc constructs, thus the first detected interrupt was the only one handled. However, Iota ITSTATREG is a clear-on-read register, thus if we only handle the first detected interrupt and skip checking the others, then the other interrupts will be lost, if more than one interrupt happened to occur in one ABB interrupt handling cycle - a form of rare race condition. Change the code to check all interrupts that were read in this cycle.
author Mychaela Falconia <falcon@freecalypso.org>
date Sun, 13 Jun 2021 18:17:53 +0000
parents 35f7a1dc9f7d
children
line wrap: on
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;********************************************************************************
;*** File           : 8010_137_nas_include.pdf
;*** Creation       : Wed Mar 11 09:57:51 CST 2009
;*** XSLT Processor : Apache Software Foundation / http://xml.apache.org/xalan-j / supports XSLT-Ver: 1
;*** Copyright      : (c) Texas Instruments AG, Berlin Germany 2002
;********************************************************************************
;*** Document Type  : Service Access Point Specification
;*** Document Name  : 8010_137_nas_include
;*** Document No.   : 8010.137.02.017
;*** Document Date  : 2004-06-09
;*** Document Status: APPROVED
;*** Document Author: rpk
;********************************************************************************



PRAGMA 	SRC_FILE_TIME 	"Thu Nov 29 09:28:24 2007"
PRAGMA 	LAST_MODIFIED 	"2004-06-09"
PRAGMA 	ID_AND_VERSION 	"8010.137.02.017"
PRAGMA 	PREFIX 	NAS 	; Prefix for this document
PRAGMA 	ALLWAYS_ENUM_IN_VAL_FILE 	YES 	; Enumeration values in value file
PRAGMA 	ENABLE_GROUP 	NO 	; Disable h-file grouping
PRAGMA 	COMPATIBILITY_DEFINES 	NO 	; Compatible to the old #defines



CONST 	SIZE_ENTITY_NAME 	6 	; Maximum length of an entity name
CONST 	SIZE_TFT_FILTER 	8 	; Maximum number of TFTs in one message
CONST 	SIZE_IPv4_ADDR 	4 	; Length of an IPv4 address in octets
CONST 	SIZE_IPv6_ADDR 	16 	; Length of an IPv6 address in octets
CONST 	SIZE_NSAPI 	16 	; Maximum NSAPI id plus 1 (for array declarations)
CONST 	FACILITY_LEN 	251 	; Max. length of facility considering L2 constraints



VALTAB 	VAL_nsapi
VAL 	0 	NSAPI_0 	"escape mechanism for future extensions"
VAL 	1 	NSAPI_1 	"Point-To-Multipoint Multicast information"
VAL 	2 	NSAPI_2 	"reserved for future use"
VAL 	3 	NSAPI_3 	"reserved for future use"
VAL 	4 	NSAPI_4 	"reserved for future use"
VAL 	5 	NSAPI_5 	"dynamically allocated NSAPI value"
VAL 	6 	NSAPI_6 	"dynamically allocated NSAPI value"
VAL 	7 	NSAPI_7 	"dynamically allocated NSAPI value"
VAL 	8 	NSAPI_8 	"dynamically allocated NSAPI value"
VAL 	9 	NSAPI_9 	"dynamically allocated NSAPI value"
VAL 	10 	NSAPI_10 	"dynamically allocated NSAPI value"
VAL 	11 	NSAPI_11 	"dynamically allocated NSAPI value"
VAL 	12 	NSAPI_12 	"dynamically allocated NSAPI value"
VAL 	13 	NSAPI_13 	"dynamically allocated NSAPI value"
VAL 	14 	NSAPI_14 	"dynamically allocated NSAPI value"
VAL 	15 	NSAPI_15 	"dynamically allocated NSAPI value"

VALTAB 	VAL_dti_direction
VAL 	0 	HOME 	"mapped to HOME from dti.h"
VAL 	1 	NEIGHBOR 	"mapped to NEIGHBOR from dti.h"

VALTAB 	VAL_dti_conn
VAL 	0 	CONNECT_DTI 	"Connect DTI  connection."
VAL 	1 	DISCONNECT_DTI 	"Disconnect DTI connection."

VALTAB 	VAL_dcomp
VAL 	0b00 	DCOMP_OFF 	"compress neither direction"
VAL 	0b01 	DCOMP_ON 	"compress MS to SGSN direction only"
VAL 	0b10 	DCOMP_V_42_BIS 	"compress SGSN to MS direction only"

VALTAB 	VAL_ppp_hc
VAL 	0 	PPP_HC_NOT_USED 	"Header compression not used"
VAL 	1 	PPP_HC_RFC_1144_USED 	"Van Jacobson is used"

VALTAB 	VAL_hcomp
VAL 	0b00 	HCOMP_OFF 	"compress neither direction"
VAL 	0b01 	HCOMP_ON 	"compress MS to SGSN direction only"
VAL 	0b10 	HCOMP_RFC1144 	"compress SGSN to MS direction only"
VAL 	0b11 	HCOMP_RFC2507 	"compress both directions"

VALTAB 	VAL_sync_event
VAL 	0x20 	SYNC_RESSOURCE_ASSIGNED 	"Traffic channel resource assigned"
VAL 	0x30 	SYNC_CHANNEL_MODE_MODIFIED 	"Channel mode modified"

VALTAB 	VAL_ti
VAL 	0 - 6 	"ms originated identifier"
VAL 	8 - 14 	"ms terminated transaction"
VAL 	7 	TI_RES_1 	"reserved"
VAL 	15 	TI_RES_2 	"reserved"

VALTAB 	VAL_ch_mode
VAL 	0 	CHM_SIG_ONLY 	"signalling only"
VAL 	1 	CHM_SPEECH 	"speech full rate or half rate version 1"
VAL 	33 	CHM_SPEECH_V2 	"speech full rate or half rate version 2"
VAL 	65 	CHM_SPEECH_V3 	"speech full rate or half rate version 3"
VAL 	3 	CHM_DATA_9_6 	"data 9.6 kBit/s"
VAL 	11 	CHM_DATA_4_8 	"data 4.8 kBit/s"
VAL 	19 	CHM_DATA_2_4 	"data 2.4 kBit/s"
VAL 	15 	CHM_DATA_14_4 	"data 14.4 kBit/s"

VALTAB 	VAL_ch_type
VAL 	0 	CH_SDCCH 	"SDCCH channel"
VAL 	1 	CH_TCH_F 	"TCH Fullrate"
VAL 	2 	CH_TCH_H 	"TCH Halfrate"

VALTAB 	VAL_k_ms_iwf
VAL 	0 - 61 	"Max window size for RLP Version 1"

VALTAB 	VAL_k_iwf_ms
VAL 	0 - 61 	"Max window size for RLP Version 1"

VALTAB 	VAL_pt
VAL 	0 	COMPR_TYPE_V42BIS 	"V.42bis"

VALTAB 	VAL_p0
VAL 	0 	COMP_DIR_NONE 	"compress in neither direction"
VAL 	1 	COMP_DIR_TRANSMIT 	"compress in uplink direction only"
VAL 	2 	COMP_DIR_RECEIVE 	"compress in downlink direction only"
VAL 	3 	COMP_DIR_BOTH 	"compress in both directions"

VALTAB 	VAL_p1
VAL 	512 - 65535 	"Range definition for type"

VALTAB 	VAL_p2
VAL 	6 - 250 	"Range definition for type"

VALTAB 	VAL_rate
VAL 	0 	HALFRATE_4800 	"halfrate 4,8/6 Kb"
VAL 	1 	FULLRATE_4800 	"fullrate 4,8/6 Kb"
VAL 	2 	FULLRATE_9600 	"fullrate 9,6/12 Kb"
VAL 	3 	FULLRATE_14400 	"fullrate 13,4/14,4 Kb"

VALTAB 	VAL_ack_flg
VAL 	0 	FLAG_ACK 	"acknowledged"
VAL 	1 	FLAG_NAK 	"not acknowledged"

VALTAB 	VAL_tft_pf_valid_bits
VAL 	0x00 	TFT_ID_RES 	"Reserved"
VAL 	0x01 	TFT_ID_IPv4_SRC_ADDR_MASK 	"source address and subnet mask"
VAL 	0x02 	TFT_ID_IPv6_SRC_ADDR_MASK 	"source address and subnet mask"
VAL 	0x04 	TFT_ID_PROTOCOL_OR_NEXT_HDR 	"IPv4 protocol number or IPv6 next header"
VAL 	0x08 	TFT_ID_DEST_PORT_RANGE 	"destination port range"
VAL 	0x10 	TFT_ID_SRC_PORT_RANGE 	"source port range"
VAL 	0x20 	TFT_ID_IPSEC_SPI 	"IPSec security parameter index"
VAL 	0x40 	TFT_ID_TOS_AND_MASK 	"IPv4 ToS or IPv6 traffic class) and mask"
VAL 	0x80 	TFT_ID_FLOW_LABEL 	"IPv6 flow label"

VALTAB 	VAL_org_entity
VAL 	0 	ORG_ENTITY_CC 	"Originator is CC"
VAL 	1 	ORG_ENTITY_SM 	"Originator is SM"
VAL 	2 	ORG_ENTITY_SMS 	"Originator is SMS"
VAL 	3 	ORG_ENTITY_SS 	"Originator is SS"
VAL 	4 	ORG_ENTITY_UPM 	"Originator is UPM"
VAL 	5 	ORG_ENTITY_CLT 	"Originator is CLT (COMLIB test )"

VALTAB 	VAL_reset
VAL 	0 	RESET_NO 	"no reset"
VAL 	1 	RESET_YES 	"reset"

VALTAB 	VAL_pkt_flow_id
VAL 	0x00 	PFI_BEST_EFFORT 	"Best Effort"
VAL 	0x01 	PFI_SIGNALING 	"Signalling"
VAL 	0x02 	PFI_SMS 	"SMS"
VAL 	0xFF 	PKT_FLOW_ID_NOT_PRES 	"Value FF is used to indicate when Packet Flow Identifier is not present."




VAR 	nsapi 	"network layer service access point identifier" 	B

VAL 	@p_8010_137_nas_include - VAL_nsapi@ 	

VAR 	pri_nsapi 	"network layer service access point identifier" 	B

VAL 	@p_8010_137_nas_include - VAL_nsapi@ 	

VAR 	nsapi_set 	"set of network layer service access point identifiers" 	S


VAR 	dti_linkid 	"DTI link identifier" 	L


VAR 	name 	"DTI entity neighbor name" 	B


VAR 	dti_direction 	"direction of DTI connection" 	B

VAL 	@p_8010_137_nas_include - VAL_dti_direction@ 	

VAR 	dti_conn 	"DTI connect" 	B

VAL 	@p_8010_137_nas_include - VAL_dti_conn@ 	

VAR 	hcomp 	"Header compression used/requested; Header compression used/requested" 	B

VAL 	@p_8010_137_nas_include - VAL_hcomp@ 	

VAR 	dcomp 	"Data compression used/requested; Data compression used/requested" 	B

VAL 	@p_8010_137_nas_include - VAL_dcomp@ 	

VAR 	ppp_hc 	"header compression of PPP connection; header compression of PPP connection" 	B

VAL 	@p_8010_137_nas_include - VAL_ppp_hc@ 	

VAR 	msid 	"max slot identifier; max slot identifier" 	B


VAR 	sync_event 	"event, received in the sync indication" 	B

VAL 	@p_8010_137_nas_include - VAL_sync_event@ 	

VAR 	ti 	"transaction identifier" 	B

VAL 	@p_8010_137_nas_include - VAL_ti@ 	

VAR 	ch_type 	"Channel Type" 	B

VAL 	@p_8010_137_nas_include - VAL_ch_type@ 	

VAR 	ch_mode 	"Channel Mode" 	B

VAL 	@p_8010_137_nas_include - VAL_ch_mode@ 	

VAR 	ip_not_present 	"IP address not present" 	L


VAR 	a4 	"IPv4 Address Values" 	B


VAR 	a6 	"IPv6 Address Values" 	B


VAR 	k_ms_iwf 	"window size ms -> iwf" 	S

VAL 	@p_8010_137_nas_include - VAL_k_ms_iwf@ 	

VAR 	k_iwf_ms 	"window size iwf -> ms" 	S

VAL 	@p_8010_137_nas_include - VAL_k_iwf_ms@ 	

VAR 	t1 	"acknowledge timer" 	B


VAR 	t2 	"reply delay" 	B


VAR 	n2 	"maximum number of retransmission attempts" 	B


VAR 	pt 	"type of data compression" 	B

VAL 	@p_8010_137_nas_include - VAL_pt@ 	

VAR 	p0 	"v.42bis data compression direction" 	B

VAL 	@p_8010_137_nas_include - VAL_p0@ 	

VAR 	p1 	"v.42bis number of possible codewords" 	S

VAL 	@p_8010_137_nas_include - VAL_p1@ 	

VAR 	p2 	"v.42bis maximum encodable string length" 	B

VAL 	@p_8010_137_nas_include - VAL_p2@ 	

VAR 	bytes_per_prim 	"bytes per primitive" 	S


VAR 	rate 	"transmission rate" 	B

VAL 	@p_8010_137_nas_include - VAL_rate@ 	

VAR 	rlp_vers 	"rlp version number" 	B


VAR 	ack_flg 	"acknowledge flag" 	B

VAL 	@p_8010_137_nas_include - VAL_ack_flg@ 	

VAR 	error_rate 	"error_rate" 	L


VAR 	tft_pf_id 	"packet filter identifier" 	B


VAR 	tft_pf_precedence 	"packet filter precedence" 	B


VAR 	tft_pf_valid_bits 	"field precence bitfield" 	B

VAL 	@p_8010_137_nas_include - VAL_tft_pf_valid_bits@ 	

VAR 	tft_protocol 	"IPv4 protocol number" 	B


VAR 	tft_next_hdr 	"IPv6 next header" 	B


VAR 	tft_flow_label 	"IPv6 flow label" 	L


VAR 	tft_ipv4_addr 	"source address" 	B


VAR 	tft_ipv4_mask 	"subnet mask" 	B


VAR 	tft_ipv6_addr 	"source address" 	B


VAR 	tft_ipv6_mask 	"subnet mask" 	B


VAR 	low_limit 	"low limit" 	S


VAR 	high_limit 	"high limit" 	S


VAR 	tos_value 	"type of service value" 	B


VAR 	tos_mask 	"type of service mask" 	B


VAR 	tft_ipsec_spi 	"IPSec security parameter index" 	L


VAR 	l_fac 	"facility length" 	S


VAR 	o_fac 	"facility offset" 	S


VAR 	fac 	"facility content" 	B


VAR 	org_entity 	"Originator of a request to MM" 	B

VAL 	@p_8010_137_nas_include - VAL_org_entity@ 	

VAR 	reset 	"reset flag" 	B

VAL 	@p_8010_137_nas_include - VAL_reset@ 	

VAR 	octets_uplink 	"octets uplink" 	L


VAR 	octets_downlink 	"octets downlink" 	L


VAR 	packets_uplink 	"packets uplink" 	L


VAR 	packets_downlink 	"packets downlink" 	L


VAR 	pkt_flow_id 	"packet flow identifier" 	B

VAL 	@p_8010_137_nas_include - VAL_pkt_flow_id@ 	

VAR 	model 	"RA transfer model" 	B


VAR 	tra_rate 	"Transmission rate" 	B


VAR 	user_rate 	"User rate" 	B


VAR 	ndb 	"Number data bits" 	B


VAR 	nsb 	"Number stop bits" 	B





COMP 	dti_neighbor 	 "DTI neighbor entity name"
{
 	name 	[SIZE_ENTITY_NAME] 	 ; DTI entity neighbor name
}



COMP 	comp_params 	 "Header compression parameters"
{
 	hcomp 	 ; Header compression used/requested; Header compression used/requested
 	dcomp 	 ; Data compression used/requested; Data compression used/requested
 	ppp_hc 	 ; header compression of PPP connection; header compression of PPP connection
 	msid 	 ; max slot identifier; max slot identifier
}



COMP 	ch_info 	 "Channel using mode"
{
 	ch_type 	 ; Channel Type
 	ch_mode 	 ; Channel Mode
}



COMP 	ipv4_addr 	 "IPv4 Address Type"
{
 	a4 	[SIZE_IPv4_ADDR] 	 ; IPv4 Address Values
}



COMP 	ipv6_addr 	 "IPv6 Address Type"
{
 	a6 	[SIZE_IPv6_ADDR] 	 ; IPv6 Address Values
}



UNION 	ip_address 	 "IP Address"
{
 	is_ip_not_present 	ip_not_present 	 ; IP address not present
 	is_ipv4 	ipv4_addr 	 ; IPv4 address
 	is_ipv6 	ipv6_addr 	 ; IPv6 address
}



COMP 	ip 	 "IP Address structure"
{
 	ip_address 	 ; IP address
}



COMP 	rlp_config 	 "RLP configuration parameters"
{
 	k_ms_iwf 	 ; window size ms->iwf
 	k_iwf_ms 	 ; window size iwf->ms
 	t1 	 ; acknowledge timer
 	t2 	 ; reply delay
 	n2 	 ; retransmission attempts
 	pt 	 ; type of data compression
 	p0 	 ; v.42 bis data compression direction
 	p1 	 ; v.42 bis number of possible codewords
 	p2 	 ; v.42 bis maximum encodable data string length
}



COMP 	tft_ipv4_src_addr_mask 	 "IPv4 source address and subnet mask"
{
 	tft_ipv4_addr 	[SIZE_IPv4_ADDR] 	 ; source address
 	tft_ipv4_mask 	[SIZE_IPv4_ADDR] 	 ; subnet mask
}



COMP 	tft_ipv6_src_addr_mask 	 "IPv6 source address and subnet mask"
{
 	tft_ipv6_addr 	[SIZE_IPv6_ADDR] 	 ; source address
 	tft_ipv6_mask 	[SIZE_IPv6_ADDR] 	 ; subnet mask
}



COMP 	tft_src_port_range 	 "source port range"
{
 	low_limit 	 ; low limit
 	high_limit 	 ; high limit
}
TYPEDEF COMP tft_src_port_range 	tft_dest_port_range 	 "destination port range"



COMP 	tft_tos_and_mask 	 "IPv4 type of service (or IPv6 traffic class) and mask"
{
 	tos_value 	 ; type of service value
 	tos_mask 	 ; type of service mask
}



COMP 	tft_pf_ipv6 	 "packet filter component"
{
 	tft_next_hdr 	 ; IPv6 next header
 	tft_tos_and_mask 	 ; IPv6 traffic class and mask
 	tft_dest_port_range 	 ; destination port range
 	tft_src_port_range 	 ; source port range
 	tft_ipsec_spi 	 ; IPSec security parameter index
 	tft_flow_label 	 ; IPv6 flow label
 	tft_ipv6_src_addr_mask 	 ; source address and subnet mask
}



COMP 	tft_pf_ipv4 	 "packet filter component"
{
 	tft_protocol 	 ; IPv4 protocol number
 	tft_tos_and_mask 	 ; IPv4 ToS and mask
 	tft_dest_port_range 	 ; destination port range
 	tft_src_port_range 	 ; source port range
 	tft_ipsec_spi 	 ; IPSec security parameter index
 	tft_ipv4_src_addr_mask 	 ; source address and subnet mask
}



UNION 	tft_pf_entry 	 "TFT packet filter entry"
{
 	is_tft_pf_ipv4 	tft_pf_ipv4 	 ; IPv4 packet filter
 	is_tft_pf_ipv6 	tft_pf_ipv6 	 ; IPv6 packet filter
}



COMP 	tft_pf 	 "packet filter"
{
 	tft_pf_id 	 ; packet filter identifier
 	tft_pf_precedence 	 ; packet filter precedence
 	tft_pf_valid_bits 	 ; field precence bitfield
 	tft_pf_entry 	 ; packet filter entry
}



COMP 	tft 	 "Traffic Flow Template"
{
 	tft_pf 	PTR [0..SIZE_TFT_FILTER] 	 ; traffic filter
}



COMP 	fac_inf 	 "facility information"
{
 	l_fac 	 ; facility length
 	o_fac 	 ; facility offset
 	fac 	[FACILITY_LEN] 	 ; facility content
}



COMP 	ra_act_params 	 "facility information"
{
 	model 	 ; RA transfer model
 	tra_rate 	 ; Transmission rate
 	user_rate 	 ; User rate
 	ndb 	 ; Number data bits
 	nsb 	 ; Number stop bits
}






; NAS_EXPORT 	0x0000



PRIM 	NAS_EXPORT 	0x0000
{
 	ack_flg 	 ; acknowledge flag
 	bytes_per_prim 	 ; bytes per primitive
 	ch_info 	 ; Channel using mode
 	comp_params 	 ; Compression parameters
 	dti_direction 	 ; direction of DTI connection
 	dti_linkid 	 ; DTI link identifier
 	dti_neighbor 	 ; DTI neighbor entity name
 	error_rate 	 ; error_rate
 	ip 	 ; IP address structure
 	ip_address 	 ; IP address
 	k_iwf_ms 	 ; window size iwf -> ms
 	k_ms_iwf 	 ; window size ms -> iwf
 	n2 	 ; maximum number of retransmission attempts
 	ipv4_addr 	 ; IPv4 address
 	ipv6_addr 	 ; IPv6 address
 	nsapi 	 ; network layer service access point identifier
 	nsapi_set 	 ; set of network layer service access point identifiers
 	p0 	 ; v.42bis data compression direction
 	p1 	 ; v.42bis number of possible codewords
 	p2 	 ; v.42bis maximum encodable string length
 	pri_nsapi 	 ; network layer service access point identifier
 	pt 	 ; type of data compression
 	rate 	 ; transmission rate
 	rlp_config 	 ; RLP Configuration
 	rlp_vers 	 ; rlp version number
 	sync_event 	 ; Event, received in the sync indication
 	t1 	 ; acknowledge timer
 	t2 	 ; reply delay
 	tft 	 ; Traffic flow template
 	tft_dest_port_range 	 ; IP destination port range
 	tft_ipsec_spi 	 ; IPSec SPI
 	tft_ipv4_src_addr_mask 	 ; IPv4 source address and subnet mask
 	tft_ipv6_src_addr_mask 	 ; IPv6 source address and subnet mask
 	tft_pf 	 ; TFT packet filter
 	tft_pf_entry 	 ; TFT packet filter entry (in array)
 	tft_pf_ipv4 	 ; IPv4 packet filter
 	tft_pf_ipv6 	 ; IPv6 packet filter
 	tft_src_port_range 	 ; IP source port range
 	tft_tos_and_mask 	 ; IP type of service/traffic class
 	ti 	 ; Transaction identifier
 	fac_inf 	 ; Facility Information
 	org_entity 	 ; Originating entity
 	dti_conn 	 ; DTI connect
 	reset 	 ; reset flag
 	octets_uplink 	 ; octets uplink
 	octets_downlink 	 ; octets downlink
 	packets_uplink 	 ; packets uplink
 	packets_downlink 	 ; packets downlink
 	pkt_flow_id 	 ; Packet Flow Identifier
 	ra_act_params 	 ; RA activation parameters
}