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173
Dialogic
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DSI SS7MD Programmer’s Manual Issue 3
8.7 ssdm
Description
SSDM interfaces with the device driver for passing messages to and from the board and controls the
downloading software to the board. SSDM can be configured to handle different modes of addressing for
each board within a system. This can be based on either the PCI bus enumeration or board serial number.
If SSDM is defined as the congestion-handling module for gctload, then it will stop retrieving messages from
the board until the congestion abates. Other congestion handling steps may be required depending on the
system configuration and state.
Note: This process is often referred to in a generic manner as ssd although the name of the binary for
use with DSI SS7MD Boards is in fact ssdm.
Syntax
ssdm [-v -o<addressing mode> -a<address> -d -s1 -s2]
Command Line Options
The ssdm utility supports the following command line options:
• -v
Show version information.
• -o<mode>
Select geographic address mode. The current geographic address modes are:
— 1: PCI address mode.
— 2: Board serial number address mode.
PCI address is assumed as a default. See Section 8.7.1 for more information.
• -a<addressing mode>
Defines the geographic addresses to map to board identifiers. Each address should be comma separated.
The first address will map to ID 0, the second to ID 1 etc. See Section 8.7.1 for more information.
• -d
Enable diagnostic tracing.
Example
For a two-board system using the board serial address mode, use the following command:
ssdm -o2 -aPX800007,PX800046
Note: This example assumes the boards have serial numbers PX800007 and PX800046, and therefore
map to board identifiers 0, and 1, respectively.
8.7.1 Geographic Addressing
Geographic addressing allows a board's logical position in a system to remain the same irrespective of the
addition or removal of other boards on the PCI bus. Two different schemes of addressing boards are
supported:
• PCI address mode, as supplied by enumerating boards on the PCI bus at boot time
• Board serial number, determined by the board unique serial number
The mode of operation is determined by the -o option to the ssdm command as shown in Section 8.7, “ssdm”
on page 173.
If the parameter is omitted then operation defaults to PCI address mode.
For serial number based addressing, it is necessary to specify a second option -a to the ssdm command that
provides a list of the serial numbers of the board to reside at each logical board location.
The address list is formatted as follows:
- Dialogic 1
- DSI SS7MD Network 1
- Interface Boards 1
- Publication Date: July 2009 2
- Document Number: 05-2640-003 2
- Contents 3
- Revision History 6
- Chapter 1: Introduction 7
- 1 Introduction 8
- • Product Identifiers 9
- • Software Licenses 9
- • DSI SS7MDL440Q 10
- protocols are host-based 11
- Interface Board 11
- 2 Specification 12
- • Dialogic 14
- • Country-Specific Approvals 14
- • MTBF Predication 14
- • Warranty 14
- • Software Packages 17
- 3 Installation 18
- • RPM Installation 19
- DM3 Media Board 38
- Linux 1 ms 39
- Solaris 2 ms 39
- • Program Execution Overview 43
- 5 Program Execution 44
- Chapter 6: Message Reference 47
- • mgmt_id 50
- • num_boards 50
- • code_file 50
- • run_mode 51
- • board_id 52
- • ssd_mode 52
- • serial_number 52
- • config_type 53
- • flags 53
- • l1_flags 54
- • l1_resource_id 56
- • enable 57
- • poll_interval 57
- • ntp_management_id 57
- 6 Message Reference 58
- • liu_type 59
- • line_code 60
- • frame_format 60
- • crc_mode 60
- • build_out 60
- • ais_gen 61
- • high_Z 61
- • clk_options 61
- • loop_mode 63
- • prbs_gen 63
- • local_stream 66
- • local_slot 66
- • source_stream 67
- • source_slot 67
- • dest_stream 67
- • dest_slot 67
- • timeslot_mask 68
- • source_st, source_ts 69
- • sc_channel 69
- • ts_mask 69
- • timeslot 70
- • seconds_fraction 76
- • Signaling Unit Data 76
- • maj_rev 77
- • min_rev 77
- • options 79
- • num_streams 79
- • vpi mask 79
- • vci masks 79
- • Cell Stream ID 80
- • upper_stream_id 82
- • link_id 84
- • upper_link_id 84
- • stream 84
- • upper_mod_id 84
- • num_links 90
- • op_evt_mask 95
- • ip_evt_mask 96
- • mgmt_evt_mask 96
- • lsc_state 97
- • cong_status 97
- • num_msgs 97
- • num_rtx_msgs 97
- Value Mnemonic Description 99
- MESSAGE HEADER 100
- Field Name Meaning 100
- Size Name 103
- • failure_code 104
- • event_type 104
- • board_type 104
- • completion_status 105
- • liu_id 106
- • liu_status 106
- • EVENT CODE 107
- • Adjustment timer integer 108
- • Adjustment timer fraction 108
- • state 109
- • version 110
- • duration 110
- • bit_errors 110
- • board_rev 112
- • current_temp 112
- • max_temp 112
- • about_cnt 113
- • CRC_errs 113
- • length_errs 113
- • rx_overrun 113
- • receiver_busy_cnt 114
- • rx_frame_cnt 114
- • rx_pre_filter_cnt 114
- • tx_frame_cnt 114
- • rx_busy_status 114
- 6.9 Message Summary Table 115
- Table 7. Message Summary 115
- • <board_id> 119
- • <board_type> 119
- • <flags> 119
- • <code file> 119
- • <run_mode> 119
- • <build_out> 121
- • <liu_id> 122
- • <sc_channel> 122
- • <ts_mask> 122
- • <mode> 122
- • <timeslot> 123
- • <bpos> 124
- • <stream_a> 124
- • <stream_b> 124
- • <pattern> 125
- • <link_id> 127
- • <user_module> 127
- • <filter> 127
- • <phys_mask> 127
- MTP_CONFIG 0 0 0x00040000 129
- 16-bit Japan 129
- 24-bit ANSI 129
- • <linkset_id> 132
- • <link_ref> 132
- • <slc> 132
- • <dpc> 134
- • <norm_ls> 134
- • <second_ls> 134
- • <user_part_mask> 134
- • <si> 135
- • <module_id> 135
- • <options> 137
- • <num_streams> 137
- • <def_vci> 139
- • <reserved> 140
- • <timer_id> 140
- • <value> 140
- SCCP_CONFIG 123 8 0 146
- SCCP_CONC_SSR 1 2 3 148
- SCCP_TRACE 0x1 0x1 0x1 148
- SCCP_GTT 5 R-/K 9 150
- • <primary_address_id> 151
- • <backup_address_id> 151
- DTC_CONFIG 2 0 0 0xef 152
- • <protocol> 153
- [<addr_format>] 154
- <reserved> 155
- • <op_evt_mask> 156
- • <ip_evt_mask> 156
- • <non_prim_mask> 156
- MAP_CONFIG <options> 157
- MAP_CONFIG 2 157
- MAP_TRACE 0xf 0xf 0x4 157
- INAP_CONFIG <options> 158
- INAP_CONFIG 2 158
- • <ac_ref> 159
- • <ac> 159
- • IS41_TRACE - IS41 Trace 160
- Chapter 8: Host Utilities 161
- • -m<module_id> 162
- • -o<options> 162
- • -f<filename> 163
- • -t[t 163
- 8 Host Utilities 164
- -d -v -t1 -t2 -x] 167
- FORK_PROCESS ./tim_lnx 170
- FORK_PROCESS ./tick_lnx 171
- • -k<config file> 172
- • -m<module id> 172
- • -i<notify module id> 172
- • -v [v ¦?] 175
- • -f <filename> 175
- Sample Output 176
- Glossary 185
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