Changeset eb91a4b in rtems


Ignore:
Timestamp:
Jun 4, 1999, 1:37:43 PM (20 years ago)
Author:
Joel Sherrill <joel.sherrill@…>
Branches:
4.10, 4.11, 4.8, 4.9, master
Children:
8dba373
Parents:
6ff1ac4e
Message:

Significantly cleaned up to make a much better starting point for the
class.

Location:
doc/itron3.0
Files:
13 edited

Legend:

Unmodified
Added
Removed
  • doc/itron3.0/Makefile

    r6ff1ac4e reb91a4b  
    1212TEXI2WWW=../tools/texi2www
    1313BMENU=../tools/bmenu
    14 TEXI2WWW_ARGS=-dirfile index.html \
     14TEXI2WWW_ARGS=-dirfile ../../../index.html \
    1515          -header ../tools/rtems_header.html \
    1616          -footer ../tools/rtems_footer.html \
     
    2525    task.texi tasksync.texi semaphore.texi eventflags.texi mailbox.texi \
    2626    msgbuffer.texi rendezvous.texi interrupt.texi memorypool.texi \
    27     fixedblock.texi time.texi config.texi network.texi
     27    fixedblock.texi time.texi config.texi network.texi \
     28    psxmsg.texi psxsem.texi
    2829
    2930FILES= $(PROJECT).texi \
     
    122123            -n "" ${*}.t
    123124
     125psxmsg.texi: psxmsg.t Makefile
     126        $(BMENU) -p "" \
     127            -u "Top" \
     128            -n "" ${*}.t
     129
     130psxsem.texi: psxsem.t Makefile
     131        $(BMENU) -p "" \
     132            -u "Top" \
     133            -n "" ${*}.t
     134
  • doc/itron3.0/config.t

    r6ff1ac4e reb91a4b  
    4141
    4242@page
    43 @subsection get_ver -  Get Version Information Get Version Information of another Node
     43@subsection get_ver - Get Version Information
    4444
    4545@subheading CALLING SEQUENCE:
     
    4747@ifset is-C
    4848@example
    49 ER get_ver (
    50  T_VER *pk_ver ER nget_ver
     49ER get_ver(
     50 T_VER *pk_ver
    5151);
    5252@end example
     
    7070
    7171@page
    72 @subsection ref_sys -  Reference Semaphore Status
     72@subsection ref_sys - Reference Semaphore Status
    7373
    7474@subheading CALLING SEQUENCE:
     
    7676@ifset is-C
    7777@example
    78 ER ref_sys (
     78ER ref_sys(
    7979 T_RSYS *pk_rsys
    8080);
     
    9999
    100100@page
    101 @subsection ref_cfg -  Reference Configuration Information
     101@subsection ref_cfg - Reference Configuration Information
    102102
    103103@subheading CALLING SEQUENCE:
     
    105105@ifset is-C
    106106@example
    107 ER ref_cfg (
     107ER ref_cfg(
    108108 T_RCFG *pk_rcfg
    109109);
     
    128128
    129129@page
    130 @subsection def_svc -  Define Extended SVC Handler
     130@subsection def_svc - Define Extended SVC Handler
    131131
    132132@subheading CALLING SEQUENCE:
     
    134134@ifset is-C
    135135@example
    136 ER def_svc (
    137  FN s_fncd, T_DSVC *pk_dsvc
     136ER def_svc(
     137  FN s_fncd,
     138  T_DSVC *pk_dsvc
    138139);
    139140@end example
     
    157158
    158159@page
    159 @subsection def_exc -  Define Exception Handler
     160@subsection def_exc - Define Exception Handler
    160161
    161162@subheading CALLING SEQUENCE:
     
    163164@ifset is-C
    164165@example
    165 ER def_exc (
    166  UINT exckind, T_DEXC *pk_dexc
     166ER def_exc(
     167  UINT exckind,
     168  T_DEXC *pk_dexc
    167169);
    168170@end example
  • doc/itron3.0/eventflags.t

    r6ff1ac4e reb91a4b  
    2222@item @code{clr_flg} - Clear Eventflag
    2323@item @code{wai_flg} - Wait on Eventflag
    24 @item @code{pol_flg} - Wait for Eventflag (Polling)
     24@item @code{pol_flg} - Wait for Eventflag(Polling)
    2525@item @code{twai_flg} - Wait on Eventflag with Timeout
    2626@item @code{ref_flg} - Reference Eventflag Status
     
    4444
    4545@page
    46 @subsection cre_flg -  Create Eventflag
    47 
    48 @subheading CALLING SEQUENCE:
    49 
    50 @ifset is-C
    51 @example
    52 ER cre_flg (
    53  ID flgid, T_CFLG *pk_cflg
     46@subsection cre_flg - Create Eventflag
     47
     48@subheading CALLING SEQUENCE:
     49
     50@ifset is-C
     51@example
     52ER cre_flg(
     53  ID flgid,
     54  T_CFLG *pk_cflg
    5455);
    5556@end example
     
    7374
    7475@page
    75 @subsection del_flg -  Delete Eventflag
    76 
    77 @subheading CALLING SEQUENCE:
    78 
    79 @ifset is-C
    80 @example
    81 ER del_flg (
    82  ID flgid
     76@subsection del_flg - Delete Eventflag
     77
     78@subheading CALLING SEQUENCE:
     79
     80@ifset is-C
     81@example
     82ER del_flg(
     83  ID flgid
    8384);
    8485@end example
     
    102103
    103104@page
    104 @subsection set_flg -  Set Eventflag
    105 
    106 @subheading CALLING SEQUENCE:
    107 
    108 @ifset is-C
    109 @example
    110 ER set_flg (
    111  ID flgid, UINT setptn
     105@subsection set_flg - Set Eventflag
     106
     107@subheading CALLING SEQUENCE:
     108
     109@ifset is-C
     110@example
     111ER set_flg(
     112  ID flgid,
     113  UINT setptn
    112114);
    113115@end example
     
    131133
    132134@page
    133 @subsection clr_flg -  Clear Eventflag
    134 
    135 @subheading CALLING SEQUENCE:
    136 
    137 @ifset is-C
    138 @example
    139 ER clr_flg (
    140  ID flgid, UINT clrptn
     135@subsection clr_flg - Clear Eventflag
     136
     137@subheading CALLING SEQUENCE:
     138
     139@ifset is-C
     140@example
     141ER clr_flg(
     142  ID flgid,
     143  UINT clrptn
    141144);
    142145@end example
     
    160163
    161164@page
    162 @subsection wai_flg -  Wait on Eventflag with Timeout Wait on Eventflag
    163 
    164 @subheading CALLING SEQUENCE:
    165 
    166 @ifset is-C
    167 @example
    168 ER wai_flg (
    169  UINT *p_flgptn, ID flgid, UINT waiptn, UINT wfmode ER ercd =twai_flg
     165@subsection wai_flg - Wait on Eventflag
     166
     167@subheading CALLING SEQUENCE:
     168
     169@ifset is-C
     170@example
     171ER wai_flg(
     172  UINT *p_flgptn,
     173  ID flgid,
     174  UINT waiptn,
     175  UINT wfmode
    170176);
    171177@end example
     
    189195
    190196@page
    191 @subsection pol_flg -  Wait for Eventflag (Polling)
    192 
    193 @subheading CALLING SEQUENCE:
    194 
    195 @ifset is-C
    196 @example
    197 ER pol_flg (
    198  UINT *p_flgptn, ID flgid, UINT waiptn, UINT wfmode
     197@subsection pol_flg - Wait for Eventflag(Polling)
     198
     199@subheading CALLING SEQUENCE:
     200
     201@ifset is-C
     202@example
     203ER pol_flg(
     204  UINT *p_flgptn,
     205  ID flgid,
     206  UINT waiptn,
     207  UINT wfmode
    199208);
    200209@end example
     
    218227
    219228@page
    220 @subsection twai_flg -  Wait on Eventflag with Timeout
    221 
    222 @subheading CALLING SEQUENCE:
    223 
    224 @ifset is-C
    225 @example
    226 ER ercd =twai_flg (
    227  UINT *p_flgptn, ID flgid, UINT waiptn, UINT wfmode,
     229@subsection twai_flg - Wait on Eventflag with Timeout
     230
     231@subheading CALLING SEQUENCE:
     232
     233@ifset is-C
     234@example
     235ER ercd =twai_flg(
     236  UINT *p_flgptn,
     237  ID flgid,
     238  UINT waiptn,
     239  UINT wfmode,
    228240);
    229241@end example
     
    247259
    248260@page
    249 @subsection ref_flg -  Reference Eventflag Status
    250 
    251 @subheading CALLING SEQUENCE:
    252 
    253 @ifset is-C
    254 @example
    255 ER ref_flg (
    256  T_RFLG *pk_rflg, ID flgid
    257 );
    258 @end example
    259 @end ifset
    260 
    261 @ifset is-Ada
    262 @end ifset
    263 
    264 @subheading STATUS CODES:
    265 
    266 @code{EXXX} -
    267 
    268 @subheading DESCRIPTION:
    269 
    270 @subheading NOTES:
    271 
     261@subsection ref_flg - Reference Eventflag Status
     262
     263@subheading CALLING SEQUENCE:
     264
     265@ifset is-C
     266@example
     267ER ref_flg(
     268  T_RFLG *pk_rflg,
     269  ID flgid
     270);
     271@end example
     272@end ifset
     273
     274@ifset is-Ada
     275@end ifset
     276
     277@subheading STATUS CODES:
     278
     279@code{EXXX} -
     280
     281@subheading DESCRIPTION:
     282
     283@subheading NOTES:
     284
  • doc/itron3.0/fixedblock.t

    r6ff1ac4e reb91a4b  
    4343
    4444@page
    45 @subsection cre_mpf -  Create Fixed-Size Memorypool
    46 
    47 @subheading CALLING SEQUENCE:
    48 
    49 @ifset is-C
    50 @example
    51 ER cre_mpf (
    52  ID mpfid, T_CMPF *pk_cmpf
     45@subsection cre_mpf - Create Fixed-Size Memorypool
     46
     47@subheading CALLING SEQUENCE:
     48
     49@ifset is-C
     50@example
     51ER cre_mpf(
     52  ID mpfid,
     53  T_CMPF *pk_cmpf
    5354);
    5455@end example
     
    7273
    7374@page
    74 @subsection del_mpf -  Delete Fixed-Size Memorypool
    75 
    76 @subheading CALLING SEQUENCE:
    77 
    78 @ifset is-C
    79 @example
    80 ER del_mpf (
    81  ID mpfid
     75@subsection del_mpf - Delete Fixed-Size Memorypool
     76
     77@subheading CALLING SEQUENCE:
     78
     79@ifset is-C
     80@example
     81ER del_mpf(
     82  ID mpfid
    8283);
    8384@end example
     
    101102
    102103@page
    103 @subsection get_blf -  Get Fixed-Size Memory Block Poll and Get Fixed-Size Memory Block Get Fixed-Size Memory Block with Timeout
    104 
    105 @subheading CALLING SEQUENCE:
    106 
    107 @ifset is-C
    108 @example
    109 ER get_blf (
    110  VP *p_blf, ID mpfid ER ercd =pget_blf
     104@subsection get_blf - Get Fixed-Size Memory Block
     105
     106@subheading CALLING SEQUENCE:
     107
     108@ifset is-C
     109@example
     110ER get_blf(
     111  VP *p_blf,
     112  ID mpfid
    111113);
    112114@end example
     
    130132
    131133@page
    132 @subsection pget_blf -  Poll and Get Fixed-Size Memory Block
    133 
    134 @subheading CALLING SEQUENCE:
    135 
    136 @ifset is-C
    137 @example
    138 ER ercd =pget_blf (
    139  VP *p_blf, ID mpfid
     134@subsection pget_blf - Poll and Get Fixed-Size Memory Block
     135
     136@subheading CALLING SEQUENCE:
     137
     138@ifset is-C
     139@example
     140ER ercd =pget_blf(
     141  VP *p_blf,
     142  ID mpfid
    140143);
    141144@end example
     
    159162
    160163@page
    161 @subsection tget_blf -  Get Fixed-Size Memory Block with Timeout
    162 
    163 @subheading CALLING SEQUENCE:
    164 
    165 @ifset is-C
    166 @example
    167 ER ercd =tget_blf (
    168  VP *p_blf, ID mpfid, TMO tmout
     164@subsection tget_blf - Get Fixed-Size Memory Block with Timeout
     165
     166@subheading CALLING SEQUENCE:
     167
     168@ifset is-C
     169@example
     170ER ercd =tget_blf(
     171  VP *p_blf,
     172  ID mpfid,
     173  TMO tmout
    169174);
    170175@end example
     
    188193
    189194@page
    190 @subsection rel_blf -  Release Fixed-Size Memory Block
    191 
    192 @subheading CALLING SEQUENCE:
    193 
    194 @ifset is-C
    195 @example
    196 ER rel_blf (
    197  ID mpfid, VP blf
     195@subsection rel_blf - Release Fixed-Size Memory Block
     196
     197@subheading CALLING SEQUENCE:
     198
     199@ifset is-C
     200@example
     201ER rel_blf(
     202  ID mpfid,
     203  VP blf
    198204);
    199205@end example
     
    217223
    218224@page
    219 @subsection ref_mpf -  Reference Fixed-Size Memorypool Status
    220 
    221 @subheading CALLING SEQUENCE:
    222 
    223 @ifset is-C
    224 @example
    225 ER ref_mpf (
    226  T_RMPF *pk_rmpf, ID mpfid
    227 );
    228 @end example
    229 @end ifset
    230 
    231 @ifset is-Ada
    232 @end ifset
    233 
    234 @subheading STATUS CODES:
    235 
    236 @code{EXXX} -
    237 
    238 @subheading DESCRIPTION:
    239 
    240 @subheading NOTES:
    241 
     225@subsection ref_mpf - Reference Fixed-Size Memorypool Status
     226
     227@subheading CALLING SEQUENCE:
     228
     229@ifset is-C
     230@example
     231ER ref_mpf(
     232  T_RMPF *pk_rmpf,
     233  ID mpfid
     234);
     235@end example
     236@end ifset
     237
     238@ifset is-Ada
     239@end ifset
     240
     241@subheading STATUS CODES:
     242
     243@code{EXXX} -
     244
     245@subheading DESCRIPTION:
     246
     247@subheading NOTES:
     248
  • doc/itron3.0/interrupt.t

    r6ff1ac4e reb91a4b  
    2424@item @code{dis_int} - Disable Interrupt
    2525@item @code{ena_int} - Enable Interrupt
    26 @item @code{chg_iXX} - Change Interrupt Mask (Level or Priority)
    27 @item @code{ref_iXX} - Reference Interrupt Mask (Level or Priority)
     26@item @code{chg_iXX} - Change Interrupt Mask(Level or Priority)
     27@item @code{ref_iXX} - Reference Interrupt Mask(Level or Priority)
    2828@end itemize
    2929
     
    4545
    4646@page
    47 @subsection def_int -  Define Interrupt Handler
    48 
    49 @subheading CALLING SEQUENCE:
    50 
    51 @ifset is-C
    52 @example
    53 ER def_int (
    54  UINT dintno, T_DINT *pk_dint
     47@subsection def_int - Define Interrupt Handler
     48
     49@subheading CALLING SEQUENCE:
     50
     51@ifset is-C
     52@example
     53ER def_int(
     54  UINT dintno,
     55  T_DINT *pk_dint
    5556);
    5657@end example
     
    7475
    7576@page
    76 @subsection ret_int -  Return from Interrupt Handler
    77 
    78 @subheading CALLING SEQUENCE:
    79 
    80 @ifset is-C
    81 @example
    82 void ret_int (
     77@subsection ret_int - Return from Interrupt Handler
     78
     79@subheading CALLING SEQUENCE:
     80
     81@ifset is-C
     82@example
     83void ret_int(
    8384
    8485);
     
    103104
    104105@page
    105 @subsection ret_wup -  Return and Wakeup Task
    106 
    107 @subheading CALLING SEQUENCE:
    108 
    109 @ifset is-C
    110 @example
    111 void ret_wup (
    112  ID tskid
     106@subsection ret_wup - Return and Wakeup Task
     107
     108@subheading CALLING SEQUENCE:
     109
     110@ifset is-C
     111@example
     112void ret_wup(
     113  ID tskid
    113114);
    114115@end example
     
    132133
    133134@page
    134 @subsection loc_cpu -  Lock CPU
    135 
    136 @subheading CALLING SEQUENCE:
    137 
    138 @ifset is-C
    139 @example
    140 ER loc_cpu (
     135@subsection loc_cpu - Lock CPU
     136
     137@subheading CALLING SEQUENCE:
     138
     139@ifset is-C
     140@example
     141ER loc_cpu(
    141142
    142143);
     
    161162
    162163@page
    163 @subsection unl_cpu -  Unlock CPU
    164 
    165 @subheading CALLING SEQUENCE:
    166 
    167 @ifset is-C
    168 @example
    169 ER unl_cpu (
     164@subsection unl_cpu - Unlock CPU
     165
     166@subheading CALLING SEQUENCE:
     167
     168@ifset is-C
     169@example
     170ER unl_cpu(
    170171
    171172);
     
    190191
    191192@page
    192 @subsection dis_int -  Disable Interrupt
    193 
    194 @subheading CALLING SEQUENCE:
    195 
    196 @ifset is-C
    197 @example
    198 ER dis_int (
    199  UINT eintno
     193@subsection dis_int - Disable Interrupt
     194
     195@subheading CALLING SEQUENCE:
     196
     197@ifset is-C
     198@example
     199ER dis_int(
     200  UINT eintno
    200201);
    201202@end example
     
    219220
    220221@page
    221 @subsection ena_int -  Enable Interrupt
    222 
    223 @subheading CALLING SEQUENCE:
    224 
    225 @ifset is-C
    226 @example
    227 ER ena_int (
    228  UINT eintno
     222@subsection ena_int - Enable Interrupt
     223
     224@subheading CALLING SEQUENCE:
     225
     226@ifset is-C
     227@example
     228ER ena_int(
     229  UINT eintno
    229230);
    230231@end example
     
    248249
    249250@page
    250 @subsection chg_iXX -  Change Interrupt Mask (Level or Priority)
    251 
    252 @subheading CALLING SEQUENCE:
    253 
    254 @ifset is-C
    255 @example
    256 ER chg_iXX (
    257  UINT iXXXX
     251@subsection chg_iXX - Change Interrupt Mask(Level or Priority)
     252
     253@subheading CALLING SEQUENCE:
     254
     255@ifset is-C
     256@example
     257ER chg_iXX(
     258  UINT iXXXX
    258259);
    259260@end example
     
    277278
    278279@page
    279 @subsection ref_iXX -  Reference Interrupt Mask (Level or Priority)
    280 
    281 @subheading CALLING SEQUENCE:
    282 
    283 @ifset is-C
    284 @example
    285 ER ref_iXX (
    286  UINT *p_iXXXX
    287 );
    288 @end example
    289 @end ifset
    290 
    291 @ifset is-Ada
    292 @end ifset
    293 
    294 @subheading STATUS CODES:
    295 
    296 @code{EXXX} -
    297 
    298 @subheading DESCRIPTION:
    299 
    300 @subheading NOTES:
    301 
     280@subsection ref_iXX - Reference Interrupt Mask(Level or Priority)
     281
     282@subheading CALLING SEQUENCE:
     283
     284@ifset is-C
     285@example
     286ER ref_iXX(
     287  UINT *p_iXXXX
     288);
     289@end example
     290@end ifset
     291
     292@ifset is-Ada
     293@end ifset
     294
     295@subheading STATUS CODES:
     296
     297@code{EXXX} -
     298
     299@subheading DESCRIPTION:
     300
     301@subheading NOTES:
     302
  • doc/itron3.0/itron.texi

    r6ff1ac4e reb91a4b  
    9898@include config.texi
    9999@include network.texi
     100@include psxmsg.texi
     101@include psxsem.texi
    100102@ifinfo
    101103@node Top, , (dir), (dir)
     
    118120* System Manager::
    119121* Network Support Manager::
     122* POSIX Message Passing Manager::
     123* POSIX Semaphores Manager::
    120124* Command and Variable Index::
    121125* Concept Index::
  • doc/itron3.0/mailbox.t

    r6ff1ac4e reb91a4b  
    4343
    4444@page
    45 @subsection cre_mbx -  Create Mailbox
    46 
    47 @subheading CALLING SEQUENCE:
    48 
    49 @ifset is-C
    50 @example
    51 ER cre_mbx (
    52  ID mbxid, T_CMBX* pk_cmbx
     45@subsection cre_mbx - Create Mailbox
     46
     47@subheading CALLING SEQUENCE:
     48
     49@ifset is-C
     50@example
     51ER cre_mbx(
     52  ID mbxid,
     53  T_CMBX* pk_cmbx
    5354);
    5455@end example
     
    7273
    7374@page
    74 @subsection del_mbx -  Delete Mailbox
    75 
    76 @subheading CALLING SEQUENCE:
    77 
    78 @ifset is-C
    79 @example
    80 ER del_mbx (
    81  ID mbxid
     75@subsection del_mbx - Delete Mailbox
     76
     77@subheading CALLING SEQUENCE:
     78
     79@ifset is-C
     80@example
     81ER del_mbx(
     82  ID mbxid
    8283);
    8384@end example
     
    101102
    102103@page
    103 @subsection snd_msg -  Send Message to Mailbox
    104 
    105 @subheading CALLING SEQUENCE:
    106 
    107 @ifset is-C
    108 @example
    109 ER snd_msg (
    110  ID mbxid, T_MSG *pk_msg
     104@subsection snd_msg - Send Message to Mailbox
     105
     106@subheading CALLING SEQUENCE:
     107
     108@ifset is-C
     109@example
     110ER snd_msg(
     111  ID mbxid,
     112  T_MSG *pk_msg
    111113);
    112114@end example
     
    130132
    131133@page
    132 @subsection rcv_msg -  Poll and Receive Message from Mailbox Receive Message from Mailbox Receive Message from Mailbox with Timeout
    133 
    134 @subheading CALLING SEQUENCE:
    135 
    136 @ifset is-C
    137 @example
    138 ER rcv_msg (
    139  T_MSG **ppk_msg, ID mbxid ER ercd =prcv_msg
     134@subsection rcv_msg - Receive Message from Mailbox
     135
     136@subheading CALLING SEQUENCE:
     137
     138@ifset is-C
     139@example
     140ER rcv_msg(
     141  T_MSG **ppk_msg,
     142  ID mbxid
    140143);
    141144@end example
     
    159162
    160163@page
    161 @subsection prcv_msg -  Poll and Receive Message from Mailbox
    162 
    163 @subheading CALLING SEQUENCE:
    164 
    165 @ifset is-C
    166 @example
    167 ER ercd =prcv_msg (
    168  T_MSG **ppk_msg, ID mbxid
     164@subsection prcv_msg - Poll and Receive Message from Mailbox
     165
     166@subheading CALLING SEQUENCE:
     167
     168@ifset is-C
     169@example
     170ER ercd =prcv_msg(
     171  T_MSG **ppk_msg,
     172  ID mbxid
    169173);
    170174@end example
     
    188192
    189193@page
    190 @subsection trcv_msg -  Receive Message from Mailbox with Timeout
    191 
    192 @subheading CALLING SEQUENCE:
    193 
    194 @ifset is-C
    195 @example
    196 ER ercd =trcv_msg (
    197  T_MSG **ppk_msg, ID mbxid, TMO tmout
     194@subsection trcv_msg - Receive Message from Mailbox with Timeout
     195
     196@subheading CALLING SEQUENCE:
     197
     198@ifset is-C
     199@example
     200ER ercd =trcv_msg(
     201  T_MSG **ppk_msg,
     202  ID mbxid,
     203  TMO tmout
    198204);
    199205@end example
     
    217223
    218224@page
    219 @subsection ref_mbx -  Reference Mailbox Status
    220 
    221 @subheading CALLING SEQUENCE:
    222 
    223 @ifset is-C
    224 @example
    225 ER ref_mbx (
    226  T_RMBX *pk_rmbx, ID mbxid
    227 );
    228 @end example
    229 @end ifset
    230 
    231 @ifset is-Ada
    232 @end ifset
    233 
    234 @subheading STATUS CODES:
    235 
    236 @code{EXXX} -
    237 
    238 @subheading DESCRIPTION:
    239 
    240 @subheading NOTES:
    241 
     225@subsection ref_mbx - Reference Mailbox Status
     226
     227@subheading CALLING SEQUENCE:
     228
     229@ifset is-C
     230@example
     231ER ref_mbx(
     232  T_RMBX *pk_rmbx,
     233  ID mbxid
     234);
     235@end example
     236@end ifset
     237
     238@ifset is-Ada
     239@end ifset
     240
     241@subheading STATUS CODES:
     242
     243@code{EXXX} -
     244
     245@subheading DESCRIPTION:
     246
     247@subheading NOTES:
     248
  • doc/itron3.0/memorypool.t

    r6ff1ac4e reb91a4b  
    4343
    4444@page
    45 @subsection cre_mpl -  Create Variable-Size Memorypool
    46 
    47 @subheading CALLING SEQUENCE:
    48 
    49 @ifset is-C
    50 @example
    51 ER cre_mpl (
    52  ID mplid, T_CMPL *pk_cmpl
     45@subsection cre_mpl - Create Variable-Size Memorypool
     46
     47@subheading CALLING SEQUENCE:
     48
     49@ifset is-C
     50@example
     51ER cre_mpl(
     52  ID mplid,
     53  T_CMPL *pk_cmpl
    5354);
    5455@end example
     
    7273
    7374@page
    74 @subsection del_mpl -  Delete Variable-Size Memorypool
    75 
    76 @subheading CALLING SEQUENCE:
    77 
    78 @ifset is-C
    79 @example
    80 ER del_mpl (
    81  ID mplid
     75@subsection del_mpl - Delete Variable-Size Memorypool
     76
     77@subheading CALLING SEQUENCE:
     78
     79@ifset is-C
     80@example
     81ER del_mpl(
     82  ID mplid
    8283);
    8384@end example
     
    101102
    102103@page
    103 @subsection get_blk -  Get Variable-Size Memory Block Poll and Get Variable-Size Memory Block Get Variable-Size Memory Block with Timeout
    104 
    105 @subheading CALLING SEQUENCE:
    106 
    107 @ifset is-C
    108 @example
    109 ER get_blk (
    110  VP *p_blk, ID mplid, INT blksz ER ercd =pget_blk
     104@subsection get_blk - Get Variable-Size Memory Block
     105
     106@subheading CALLING SEQUENCE:
     107
     108@ifset is-C
     109@example
     110ER get_blk(
     111  VP *p_blk,
     112  ID mplid,
     113  INT blksz
    111114);
    112115@end example
     
    130133
    131134@page
    132 @subsection pget_blk -  Poll and Get Variable-Size Memory Block
    133 
    134 @subheading CALLING SEQUENCE:
    135 
    136 @ifset is-C
    137 @example
    138 ER ercd =pget_blk (
    139  VP *p_blk, ID mplid, INT blksz
     135@subsection pget_blk - Poll and Get Variable-Size Memory Block
     136
     137@subheading CALLING SEQUENCE:
     138
     139@ifset is-C
     140@example
     141ER ercd =pget_blk(
     142  VP *p_blk,
     143  ID mplid,
     144  INT blksz
    140145);
    141146@end example
     
    159164
    160165@page
    161 @subsection tget_blk -  Get Variable-Size Memory Block with Timeout
    162 
    163 @subheading CALLING SEQUENCE:
    164 
    165 @ifset is-C
    166 @example
    167 ER ercd =tget_blk (
    168  VP *p_blk, ID mplid, INT blksz, TMO tmout
     166@subsection tget_blk - Get Variable-Size Memory Block with Timeout
     167
     168@subheading CALLING SEQUENCE:
     169
     170@ifset is-C
     171@example
     172ER ercd =tget_blk(
     173  VP *p_blk,
     174  ID mplid,
     175  INT blksz,
     176  TMO tmout
    169177);
    170178@end example
     
    188196
    189197@page
    190 @subsection rel_blk -  Release Variable-Size Memory Block
    191 
    192 @subheading CALLING SEQUENCE:
    193 
    194 @ifset is-C
    195 @example
    196 ER rel_blk (
    197  ID mplid, VP blk
     198@subsection rel_blk - Release Variable-Size Memory Block
     199
     200@subheading CALLING SEQUENCE:
     201
     202@ifset is-C
     203@example
     204ER rel_blk(
     205  ID mplid,
     206  VP blk
    198207);
    199208@end example
     
    217226
    218227@page
    219 @subsection ref_mpl -  Reference Variable-Size Memorypool Status
    220 
    221 @subheading CALLING SEQUENCE:
    222 
    223 @ifset is-C
    224 @example
    225 ER ref_mpl (
    226  T_RMPL *pk_rmpl, ID mplid
    227 );
    228 @end example
    229 @end ifset
    230 
    231 @ifset is-Ada
    232 @end ifset
    233 
    234 @subheading STATUS CODES:
    235 
    236 @code{EXXX} -
    237 
    238 @subheading DESCRIPTION:
    239 
    240 @subheading NOTES:
    241 
     228@subsection ref_mpl - Reference Variable-Size Memorypool Status
     229
     230@subheading CALLING SEQUENCE:
     231
     232@ifset is-C
     233@example
     234ER ref_mpl(
     235  T_RMPL *pk_rmpl,
     236  ID mplid
     237);
     238@end example
     239@end ifset
     240
     241@ifset is-Ada
     242@end ifset
     243
     244@subheading STATUS CODES:
     245
     246@code{EXXX} -
     247
     248@subheading DESCRIPTION:
     249
     250@subheading NOTES:
     251
  • doc/itron3.0/msgbuffer.t

    r6ff1ac4e reb91a4b  
    4545
    4646@page
    47 @subsection cre_mbf -  Create MessageBuffer
    48 
    49 @subheading CALLING SEQUENCE:
    50 
    51 @ifset is-C
    52 @example
    53 ER cre_mbf (
    54  ID mbfid, T_CMBF *pk_cmbf
     47@subsection cre_mbf - Create MessageBuffer
     48
     49@subheading CALLING SEQUENCE:
     50
     51@ifset is-C
     52@example
     53ER cre_mbf(
     54  ID mbfid,
     55  T_CMBF *pk_cmbf
    5556);
    5657@end example
     
    7475
    7576@page
    76 @subsection del_mbf -  Delete MessageBuffer
    77 
    78 @subheading CALLING SEQUENCE:
    79 
    80 @ifset is-C
    81 @example
    82 ER del_mbf (
    83  ID mbfid
     77@subsection del_mbf - Delete MessageBuffer
     78
     79@subheading CALLING SEQUENCE:
     80
     81@ifset is-C
     82@example
     83ER del_mbf(
     84  ID mbfid
    8485);
    8586@end example
     
    103104
    104105@page
    105 @subsection snd_mbf -  Poll and Send Message to MessageBuffer Send Message to MessageBuffer Send Message to MessageBuffer with Timeout
    106 
    107 @subheading CALLING SEQUENCE:
    108 
    109 @ifset is-C
    110 @example
    111 ER snd_mbf (
    112  ID mbfid, VP msg, INT msgsz ER ercd =psnd_mbf
     106@subsection snd_mbf - Send Message to MessageBuffer
     107
     108@subheading CALLING SEQUENCE:
     109
     110@ifset is-C
     111@example
     112ER snd_mbf(
     113  ID mbfid,
     114  VP msg,
     115  INT msgsz
    113116);
    114117@end example
     
    132135
    133136@page
    134 @subsection psnd_mbf -  Poll and Send Message to MessageBuffer
    135 
    136 @subheading CALLING SEQUENCE:
    137 
    138 @ifset is-C
    139 @example
    140 ER ercd =psnd_mbf (
    141  ID mbfid, VP msg, INT msgsz
     137@subsection psnd_mbf - Poll and Send Message to MessageBuffer
     138
     139@subheading CALLING SEQUENCE:
     140
     141@ifset is-C
     142@example
     143ER ercd =psnd_mbf(
     144  ID mbfid,
     145  VP msg,
     146  INT msgsz
    142147);
    143148@end example
     
    161166
    162167@page
    163 @subsection tsnd_mbf -  Send Message to MessageBuffer with Timeout
    164 
    165 @subheading CALLING SEQUENCE:
    166 
    167 @ifset is-C
    168 @example
    169 ER ercd =tsnd_mbf (
    170  ID mbfid, VP msg, INT msgsz, TMO tmout
     168@subsection tsnd_mbf - Send Message to MessageBuffer with Timeout
     169
     170@subheading CALLING SEQUENCE:
     171
     172@ifset is-C
     173@example
     174ER ercd =tsnd_mbf(
     175  ID mbfid,
     176  VP msg,
     177  INT msgsz,
     178  TMO tmout
    171179);
    172180@end example
     
    190198
    191199@page
    192 @subsection rcv_mbf -  Poll and Receive Message from MessageBuffer Receive Message from MessageBuffer Receive Message from MessageBuffer with Timeout
    193 
    194 @subheading CALLING SEQUENCE:
    195 
    196 @ifset is-C
    197 @example
    198 ER rcv_mbf (
    199  VP msg, INT *p_msgsz, ID mbfid ER ercd =prcv_mbf
     200@subsection rcv_mbf - Receive Message from MessageBuffer
     201
     202@subheading CALLING SEQUENCE:
     203
     204@ifset is-C
     205@example
     206ER rcv_mbf(
     207  VP msg,
     208  INT *p_msgsz,
     209  ID mbfid
    200210);
    201211@end example
     
    219229
    220230@page
    221 @subsection prcv_mbf -  Poll and Receive Message from MessageBuffer
    222 
    223 @subheading CALLING SEQUENCE:
    224 
    225 @ifset is-C
    226 @example
    227 ER ercd =prcv_mbf (
    228  VP msg, INT *p_msgsz, ID mbfid
     231@subsection prcv_mbf - Poll and Receive Message from MessageBuffer
     232
     233@subheading CALLING SEQUENCE:
     234
     235@ifset is-C
     236@example
     237ER ercd =prcv_mbf(
     238  VP msg,
     239  INT *p_msgsz,
     240  ID mbfid
    229241);
    230242@end example
     
    248260
    249261@page
    250 @subsection trcv_mbf -  Receive Message from MessageBuffer with Timeout
    251 
    252 @subheading CALLING SEQUENCE:
    253 
    254 @ifset is-C
    255 @example
    256 ER ercd =trcv_mbf (
    257  VP msg, INT *p_msgsz, ID mbfid, TMO tmout
     262@subsection trcv_mbf - Receive Message from MessageBuffer with Timeout
     263
     264@subheading CALLING SEQUENCE:
     265
     266@ifset is-C
     267@example
     268ER ercd =trcv_mbf(
     269  VP msg,
     270  INT *p_msgsz,
     271  ID mbfid,
     272  TMO tmout
    258273);
    259274@end example
     
    277292
    278293@page
    279 @subsection ref_mbf -  Reference MessageBuffer Status
    280 
    281 @subheading CALLING SEQUENCE:
    282 
    283 @ifset is-C
    284 @example
    285 ER ref_mbf (
    286  T_RMBF *pk_rmbf, ID mbfid
    287 );
    288 @end example
    289 @end ifset
    290 
    291 @ifset is-Ada
    292 @end ifset
    293 
    294 @subheading STATUS CODES:
    295 
    296 @code{EXXX} -
    297 
    298 @subheading DESCRIPTION:
    299 
    300 @subheading NOTES:
    301 
     294@subsection ref_mbf - Reference MessageBuffer Status
     295
     296@subheading CALLING SEQUENCE:
     297
     298@ifset is-C
     299@example
     300ER ref_mbf(
     301  T_RMBF *pk_rmbf,
     302  ID mbfid
     303);
     304@end example
     305@end ifset
     306
     307@ifset is-Ada
     308@end ifset
     309
     310@subheading STATUS CODES:
     311
     312@code{EXXX} -
     313
     314@subheading DESCRIPTION:
     315
     316@subheading NOTES:
     317
  • doc/itron3.0/network.t

    r6ff1ac4e reb91a4b  
    4040
    4141@page
    42 @subsection nrea_dat -  Read Data from another Node
     42@subsection nrea_dat - Read Data from another Node
    4343
    4444@subheading CALLING SEQUENCE:
     
    4646@ifset is-C
    4747@example
    48 ER nrea_dat (
    49  INT *p_reasz, VP dstadr, NODE srcnode, VP srcadr,
     48ER nrea_dat(
     49  INT *p_reasz,
     50  VP dstadr,
     51  NODE srcnode,
     52  VP srcadr,
    5053);
    5154@end example
     
    6972
    7073@page
    71 @subsection nwri_dat -  Write Data to another Node
     74@subsection nwri_dat - Write Data to another Node
    7275
    7376@subheading CALLING SEQUENCE:
     
    7578@ifset is-C
    7679@example
    77 ER nwri_dat (
    78  INT *p_wrisz, NODE dstnode, VP dstadr, VP srcadr,
     80ER nwri_dat(
     81  INT *p_wrisz,
     82  NODE dstnode,
     83  VP dstadr,
     84  VP srcadr,
    7985);
    8086@end example
     
    98104
    99105@page
    100 @subsection nget_nod -  Get Local Node Number
     106@subsection nget_nod - Get Local Node Number
    101107
    102108@subheading CALLING SEQUENCE:
     
    104110@ifset is-C
    105111@example
    106 ER nget_nod (
    107  NODE *p_node
     112ER nget_nod(
     113  NODE *p_node
    108114);
    109115@end example
     
    127133
    128134@page
    129 @subsection nget_ver -  Get Version Information of another Node
     135@subsection nget_ver - Get Version Information of another Node
    130136
    131137@subheading CALLING SEQUENCE:
     
    133139@ifset is-C
    134140@example
    135 ER nget_ver (
    136  T_VER *pk_ver, NODE node
     141ER nget_ver(
     142  T_VER *pk_ver,
     143  NODE node
    137144);
    138145@end example
  • doc/itron3.0/rendezvous.t

    r6ff1ac4e reb91a4b  
    4747
    4848@page
    49 @subsection cre_por -  Create Port for Rendezvous
    50 
    51 @subheading CALLING SEQUENCE:
    52 
    53 @ifset is-C
    54 @example
    55 ER cre_por (
    56  ID porid, T_CPOR *pk_cpor
     49@subsection cre_por - Create Port for Rendezvous
     50
     51@subheading CALLING SEQUENCE:
     52
     53@ifset is-C
     54@example
     55ER cre_por(
     56  ID porid,
     57  T_CPOR *pk_cpor
    5758);
    5859@end example
     
    7677
    7778@page
    78 @subsection del_por -  Delete Port for Rendezvous
    79 
    80 @subheading CALLING SEQUENCE:
    81 
    82 @ifset is-C
    83 @example
    84 ER del_por (
    85  ID porid
     79@subsection del_por - Delete Port for Rendezvous
     80
     81@subheading CALLING SEQUENCE:
     82
     83@ifset is-C
     84@example
     85ER del_por(
     86  ID porid
    8687);
    8788@end example
     
    105106
    106107@page
    107 @subsection cal_por -  Call Port for Rendezvous Poll and Call Port for Rendezvous Call Port for Rendezvous with Timeout
    108 
    109 @subheading CALLING SEQUENCE:
    110 
    111 @ifset is-C
    112 @example
    113 ER cal_por (
    114  VP msg, INT *p_rmsgsz, ID porid, UINT calptn, INT ER ercd =pcal_por
     108@subsection cal_por - Call Port for Rendezvous Poll
     109
     110@subheading CALLING SEQUENCE:
     111
     112@ifset is-C
     113@example
     114ER cal_por(
     115  VP msg,
     116  INT *p_rmsgsz,
     117  ID porid,
     118  UINT calptn
    115119);
    116120@end example
     
    134138
    135139@page
    136 @subsection pcal_por -  Poll and Call Port for Rendezvous
    137 
    138 @subheading CALLING SEQUENCE:
    139 
    140 @ifset is-C
    141 @example
    142 ER ercd =pcal_por (
    143  VP msg, INT *p_rmsgsz, ID porid, UINT calptn, INT
     140@subsection pcal_por - Poll and Call Port for Rendezvous
     141
     142@subheading CALLING SEQUENCE:
     143
     144@ifset is-C
     145@example
     146ER ercd =pcal_por(
     147  VP msg,
     148  INT *p_rmsgsz,
     149  ID porid,
     150  UINT calptn,
     151  INT
    144152);
    145153@end example
     
    163171
    164172@page
    165 @subsection tcal_por -  Call Port for Rendezvous with Timeout
    166 
    167 @subheading CALLING SEQUENCE:
    168 
    169 @ifset is-C
    170 @example
    171 ER ercd =tcal_por (
    172  VP msg, INT *p_rmsgsz, ID porid, UINT calptn, INT
     173@subsection tcal_por - Call Port for Rendezvous with Timeout
     174
     175@subheading CALLING SEQUENCE:
     176
     177@ifset is-C
     178@example
     179ER ercd =tcal_por(
     180  VP msg,
     181  INT *p_rmsgsz,
     182  ID porid,
     183  UINT calptn,
     184  INT
    173185);
    174186@end example
     
    192204
    193205@page
    194 @subsection acp_por -  Accept Port for Rendezvous Poll and Accept Port for Rendezvous Accept Port for Rendezvous with Timeout
    195 
    196 @subheading CALLING SEQUENCE:
    197 
    198 @ifset is-C
    199 @example
    200 ER acp_por (
    201  RNO *p_rdvno, VP msg, INT *p_cmsgsz, ID porid, UINT ER ercd =pacp_por
     206@subsection acp_por - Accept Port for Rendezvous Poll
     207
     208@subheading CALLING SEQUENCE:
     209
     210@ifset is-C
     211@example
     212ER acp_por(
     213  RNO *p_rdvno,
     214  VP msg,
     215  INT *p_cmsgsz,
     216  ID porid
    202217);
    203218@end example
     
    221236
    222237@page
    223 @subsection pacp_por -  Poll and Accept Port for Rendezvous
    224 
    225 @subheading CALLING SEQUENCE:
    226 
    227 @ifset is-C
    228 @example
    229 ER ercd =pacp_por (
    230  RNO *p_rdvno, VP msg, INT *p_cmsgsz, ID porid, UINT
     238@subsection pacp_por - Poll and Accept Port for Rendezvous
     239
     240@subheading CALLING SEQUENCE:
     241
     242@ifset is-C
     243@example
     244ER ercd =pacp_por(
     245  RNO *p_rdvno,
     246  VP msg,
     247  INT *p_cmsgsz,
     248  ID porid,
     249  UINT
    231250);
    232251@end example
     
    250269
    251270@page
    252 @subsection tacp_por -  Accept Port for Rendezvous with Timeout
    253 
    254 @subheading CALLING SEQUENCE:
    255 
    256 @ifset is-C
    257 @example
    258 ER ercd =tacp_por (
    259  RNO *p_rdvno, VP msg, INT *p_cmsgsz, ID porid, UINT
     271@subsection tacp_por - Accept Port for Rendezvous with Timeout
     272
     273@subheading CALLING SEQUENCE:
     274
     275@ifset is-C
     276@example
     277ER ercd =tacp_por(
     278  RNO *p_rdvno,
     279  VP msg,
     280  INT *p_cmsgsz,
     281  ID porid,
     282  UINT
    260283);
    261284@end example
     
    279302
    280303@page
    281 @subsection fwd_por -  Forward Rendezvous to Other Port
    282 
    283 @subheading CALLING SEQUENCE:
    284 
    285 @ifset is-C
    286 @example
    287 ER fwd_por (
    288  ID porid, UINT calptn, RNO rdvno, VP msg, INT cmsgsz
     304@subsection fwd_por - Forward Rendezvous to Other Port
     305
     306@subheading CALLING SEQUENCE:
     307
     308@ifset is-C
     309@example
     310ER fwd_por(
     311  ID porid,
     312  UINT calptn,
     313  RNO rdvno,
     314  VP msg,
     315  INT cmsgsz
    289316);
    290317@end example
     
    308335
    309336@page
    310 @subsection rpl_rdv -  Reply Rendezvous
    311 
    312 @subheading CALLING SEQUENCE:
    313 
    314 @ifset is-C
    315 @example
    316 ER rpl_rdv (
    317  RNO rdvno, VP msg, INT rmsgsz
     337@subsection rpl_rdv - Reply Rendezvous
     338
     339@subheading CALLING SEQUENCE:
     340
     341@ifset is-C
     342@example
     343ER rpl_rdv(
     344  RNO rdvno,
     345  VP msg,
     346  INT rmsgsz
    318347);
    319348@end example
     
    337366
    338367@page
    339 @subsection ref_por -  Reference Port Status
    340 
    341 @subheading CALLING SEQUENCE:
    342 
    343 @ifset is-C
    344 @example
    345 ER ref_por (
    346  T_RPOR *pk_rpor, ID porid
    347 );
    348 @end example
    349 @end ifset
    350 
    351 @ifset is-Ada
    352 @end ifset
    353 
    354 @subheading STATUS CODES:
    355 
    356 @code{EXXX} -
    357 
    358 @subheading DESCRIPTION:
    359 
    360 @subheading NOTES:
    361 
     368@subsection ref_por - Reference Port Status
     369
     370@subheading CALLING SEQUENCE:
     371
     372@ifset is-C
     373@example
     374ER ref_por(
     375  T_RPOR *pk_rpor,
     376  ID porid
     377);
     378@end example
     379@end ifset
     380
     381@ifset is-Ada
     382@end ifset
     383
     384@subheading STATUS CODES:
     385
     386@code{EXXX} -
     387
     388@subheading DESCRIPTION:
     389
     390@subheading NOTES:
     391
  • doc/itron3.0/tasksync.t

    r6ff1ac4e reb91a4b  
    4343
    4444@page
    45 @subsection sus_tsk -  Suspend Other Task
    46 
    47 @subheading CALLING SEQUENCE:
    48 
    49 @ifset is-C
    50 @example
    51 ER sus_tsk (
    52  ID tskid
     45@subsection sus_tsk - Suspend Other Task
     46
     47@subheading CALLING SEQUENCE:
     48
     49@ifset is-C
     50@example
     51ER sus_tsk(
     52  ID tskid
    5353);
    5454@end example
     
    7272
    7373@page
    74 @subsection rsm_tsk -  Forcibly Resume Suspended Task Resume Suspended Task
    75 
    76 @subheading CALLING SEQUENCE:
    77 
    78 @ifset is-C
    79 @example
    80 ER rsm_tsk (
    81  ID tskid ER ercd =frsm_tsk
     74@subsection rsm_tsk - Resume Suspended Task
     75
     76@subheading CALLING SEQUENCE:
     77
     78@ifset is-C
     79@example
     80ER rsm_tsk(
     81  ID tskid
    8282);
    8383@end example
     
    101101
    102102@page
    103 @subsection frsm_tsk -  Forcibly Resume Suspended Task
    104 
    105 @subheading CALLING SEQUENCE:
    106 
    107 @ifset is-C
    108 @example
    109 ER ercd =frsm_tsk (
    110  ID tskid
     103@subsection frsm_tsk - Forcibly Resume Suspended Task
     104
     105@subheading CALLING SEQUENCE:
     106
     107@ifset is-C
     108@example
     109ER ercd =frsm_tsk(
     110  ID tskid
    111111);
    112112@end example
     
    130130
    131131@page
    132 @subsection slp_tsk -  Sleep Task Sleep Task with Timeout
    133 
    134 @subheading CALLING SEQUENCE:
    135 
    136 @ifset is-C
    137 @example
    138 ER slp_tsk (
    139  ER ercd =tslp_tsk
    140 );
     132@subsection slp_tsk - Sleep Task Sleep Task with Timeout
     133
     134@subheading CALLING SEQUENCE:
     135
     136@ifset is-C
     137@example
     138ER slp_tsk( void );
    141139@end example
    142140@end ifset
     
    159157@c
    160158
    161 @subsection tslp_tsk -  Sleep Task with Timeout
     159@page
    162160@subsection tslp_tsk - Sleep Task with Timeout
    163161
     
    165163
    166164@ifset is-C
    167 ER ercd =tslp_tsk (
    168  TMO tmout
     165@example
     166ER ercd =tslp_tsk(
    169167  TMO tmout
    170168);
     
    188186@c
    189187
    190 @subsection wup_tsk -  Wakeup Other Task
     188@page
    191189@subsection wup_tsk - Wakeup Other Task
    192190
     
    194192
    195193@ifset is-C
    196 ER wup_tsk (
    197  ID tskid
     194@example
     195ER wup_tsk(
    198196  ID tskid
    199197);
     
    217215@c
    218216
    219 @subsection can_wup -  Cancel Wakeup Request
     217@page
    220218@subsection can_wup - Cancel Wakeup Request
    221219
     
    223221
    224222@ifset is-C
    225 ER can_wup (
    226  INT *p_wupcnt, ID tskid
     223@example
     224ER can_wup(
     225  INT *p_wupcnt,
    227226  ID tskid
    228227);
  • doc/itron3.0/time.t

    r6ff1ac4e reb91a4b  
    4545
    4646@page
    47 @subsection get_tim -  Get System Clock
    48 
    49 @subheading CALLING SEQUENCE:
    50 
    51 @ifset is-C
    52 @example
    53 ER get_tim (
    54  SYSTIME *pk_tim
     47@subsection get_tim - Get System Clock
     48
     49@subheading CALLING SEQUENCE:
     50
     51@ifset is-C
     52@example
     53ER get_tim(
     54  SYSTIME *pk_tim
    5555);
    5656@end example
     
    7474
    7575@page
    76 @subsection set_tim -  Set System Clock
    77 
    78 @subheading CALLING SEQUENCE:
    79 
    80 @ifset is-C
    81 @example
    82 ER set_tim (
    83  SYSTIME *pk_tim
     76@subsection set_tim - Set System Clock
     77
     78@subheading CALLING SEQUENCE:
     79
     80@ifset is-C
     81@example
     82ER set_tim(
     83  SYSTIME *pk_tim
    8484);
    8585@end example
     
    103103
    104104@page
    105 @subsection dly_tsk -  Delay Task
    106 
    107 @subheading CALLING SEQUENCE:
    108 
    109 @ifset is-C
    110 @example
    111 ER dly_tsk (
    112  DLYTIME dlytim
     105@subsection dly_tsk - Delay Task
     106
     107@subheading CALLING SEQUENCE:
     108
     109@ifset is-C
     110@example
     111ER dly_tsk(
     112  DLYTIME dlytim
    113113);
    114114@end example
     
    132132
    133133@page
    134 @subsection def_cyc -  Define Cyclic Handler
    135 
    136 @subheading CALLING SEQUENCE:
    137 
    138 @ifset is-C
    139 @example
    140 ER def_cyc (
    141  HNO cycno, T_DCYC *pk_dcyc
     134@subsection def_cyc - Define Cyclic Handler
     135
     136@subheading CALLING SEQUENCE:
     137
     138@ifset is-C
     139@example
     140ER def_cyc(
     141  HNO cycno,
     142  T_DCYC *pk_dcyc
    142143);
    143144@end example
     
    161162
    162163@page
    163 @subsection act_cyc -  Activate Cyclic Handler
    164 
    165 @subheading CALLING SEQUENCE:
    166 
    167 @ifset is-C
    168 @example
    169 ER act_cyc (
    170  HNO cycno, UINT cycact
     164@subsection act_cyc - Activate Cyclic Handler
     165
     166@subheading CALLING SEQUENCE:
     167
     168@ifset is-C
     169@example
     170ER act_cyc(
     171  HNO cycno,
     172  UINT cycact
    171173);
    172174@end example
     
    190192
    191193@page
    192 @subsection ref_cyc -  Reference Cyclic Handler Status
    193 
    194 @subheading CALLING SEQUENCE:
    195 
    196 @ifset is-C
    197 @example
    198 ER ref_cyc (
    199  T_RCYC *pk_rcyc, HNO cycno
     194@subsection ref_cyc - Reference Cyclic Handler Status
     195
     196@subheading CALLING SEQUENCE:
     197
     198@ifset is-C
     199@example
     200ER ref_cyc(
     201  T_RCYC *pk_rcyc,
     202  HNO cycno
    200203);
    201204@end example
     
    219222
    220223@page
    221 @subsection def_alm -  Define Alarm Handler
    222 
    223 @subheading CALLING SEQUENCE:
    224 
    225 @ifset is-C
    226 @example
    227 ER def_alm (
    228  HNO almno, T_DALM *pk_dalm
     224@subsection def_alm - Define Alarm Handler
     225
     226@subheading CALLING SEQUENCE:
     227
     228@ifset is-C
     229@example
     230ER def_alm(
     231  HNO almno,
     232  T_DALM *pk_dalm
    229233);
    230234@end example
     
    248252
    249253@page
    250 @subsection ref_alm -  Reference Alarm Handler Status
    251 
    252 @subheading CALLING SEQUENCE:
    253 
    254 @ifset is-C
    255 @example
    256 ER ref_alm (
    257  T_RALM *pk_ralm, HNO almno
     254@subsection ref_alm - Reference Alarm Handler Status
     255
     256@subheading CALLING SEQUENCE:
     257
     258@ifset is-C
     259@example
     260ER ref_alm(
     261  T_RALM *pk_ralm,
     262  HNO almno
    258263);
    259264@end example
     
    277282
    278283@page
    279 @subsection ret_tmr -  Return from Timer Handler
    280 
    281 @subheading CALLING SEQUENCE:
    282 
    283 @ifset is-C
    284 @example
    285 void ret_tmr (
    286 
    287 );
    288 @end example
    289 @end ifset
    290 
    291 @ifset is-Ada
    292 @end ifset
    293 
    294 @subheading STATUS CODES:
    295 
    296 @code{EXXX} -
    297 
    298 @subheading DESCRIPTION:
    299 
    300 @subheading NOTES:
    301 
     284@subsection ret_tmr - Return from Timer Handler
     285
     286@subheading CALLING SEQUENCE:
     287
     288@ifset is-C
     289@example
     290void ret_tmr(
     291
     292);
     293@end example
     294@end ifset
     295
     296@ifset is-Ada
     297@end ifset
     298
     299@subheading STATUS CODES:
     300
     301@code{EXXX} -
     302
     303@subheading DESCRIPTION:
     304
     305@subheading NOTES:
     306
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