(1) (2) (2) (-9) (-10) (-11) (-13) (-14) (1) (1) (1) (2) (_( )SYSLIB_>functional organization ) (_( )SYSLIB_>applicability of routines ) (_( )SYSLIB_>system conventions ) (1) (3) (_( )SYSLIB_>FORTRAN naming conventions ) (_( )System conventions_>subroutines ) (_( )System conventions_>functions ) (_( )System conventions_>channel numbers ) (1) (4) (_( )System conventions_>allocating channels ) (_( )System conventions_>completion routines ) (_( )Completion routines_>written in FORTRAN ) (_( )Completion routines_>error handling ) (_( )Completion routine_>certain restrictions ) (1) (5) (_( )Device blocks_>setting up in FORTRAN ) (_( )Calling the command string interpreter ) (_( )INTEGER\*4 support functions_>how to initialize ) (1) (6) (_( )USR requirements_>in mapped monitors ) (_( )USR requirements_>in unmapped monitors ) (_( )FORTRAN OTS_>interfacing user-written routines ) (_( )USR_>requests for functions ) (_( )USR_>swapping over data ) (_( )USR_>subroutines requiring ) (_( )USR_>See also LOCK, UNLOCK, ITLOCK ) (1) (7) (_( )USR_>controlling swapping ) (_( )USR_>preventing swapping ) (_( )USR_>SET USR NOSWAP ) (_( )USR_>allowing swapping ) (_( )USR_>SET USR SWAP ) (_( )USR_>Keeping USR resident ) (1) (8) (_( )PSECT ordering_>avoiding USR swapping ) (_( )PSET_>allocating ) (_( )USR_>automatic swapping ) (_( )USR_>PSECT order table ) (1) (9) (1) (10) (_( )USR_>restrictions ) (1) (11) (_( )USR restrictions_>examining link map ) (_( )PSECT ordering_>for PDP--11 C ) (_( )PSECT ordering_>for RTL programs ) (1) (12) (1) (13) (1) (14) (_( )Subroutines_>added queue elements ) (_( )Additional queue elements_>subroutines requiring ) (_( )Additional queue elements_>allocating ) (_( )Accessing addresses_>using KPEEK, KPOKE ) (_( )Accessing addresses_>under mapped monitors ) (1) (15) (_( )Calling SYSLIB_>subroutines or functions ) (_( )Calling SYSLIB routines_>PDP--11 C support ) (_( )Calling SYSLIB routines_>FORTRAN subroutine linkage ) (1) (16) (_( )SYSLIB_>list of subroutines ) (_( )SYSLIB_>list of functions ) (1) (17) (1) (18) (1) (19) (1) (20) (1) (21) (1) (22) (1) (23) (_( )Subroutines_>invoking ) (_( )Functions_>invoking ) (_( )Routines_>invoking ) (_( )FORTRAN{\slash }MACRO interface_>description ) (_( )Register_>See also CALL\$F ) (1) (24) (_( )Subroutine_>register usage ) (_( )Register_>save and restore ) (_( )Conventions_>return values ) (_( )MACRO subroutines_>See FINITA ) (_( )MACRO subroutines_>See also DOFOR ) (1) (25) (_( )MACRO subroutines_>called by FORTRAN programs ) (1) (26) (1) (27) (1) (28) (1) (29) (_( )FORTRAN Programs_> in FB environment ) (1) (30) (_( )FORTRAN _>workspace for FB program ) (_( )Calculating workspace_>formula ) (1) (31) (_( )FORTRAN _>workspace for FB program ) (1) (32) (1) (33) (_( )SYSLIB_>services not provided ) (_( )Program suspension_>ITWAIT, ISLEEP, IUNTIL ) (_( )Global regions_>control of ) (1) (34) (_( )Program suspension_>ITWAIT, ISLEEP, IUNTIL ) (_( )INTEGER\*4_>two-word support ) (_( )SYSLIB_>conversion calls ) (_( )SYSLIB conversion calls_>table ) (_( )INTEGER\*4_>arithmetic operation ) (1) (35) (_( )Operations\>_>Character string ) (_( )Global regions_>See IGETR{\slash }MGETR, IFREER ) (1) (36) (_( )Global regions_>attaching to ) (_( )Global regions_>detaching from ) (_( )Character string functions_>description ) (_( )Character string functions_>table ) (_( )Character string_>storage ) (1) (37) (_( )Character string_>ASCII code ) (_( )Character string_>length ) (_( )Character string_>restrictions ) (_( )Character string_>{\it {}len} argument ) (_( )Character string_>{\it {}err} argument ) (_( )Character string_>allocating variables ) (1) (38) (_( )Character string_>passing to subprograms ) (1) (39) (_( )Character string_>unknown length ) (_( )Character string_>multidimensional arrays ) (_( )Character string_>quoted strings ) (2) (1) (2) (2) (_( )ABTIO{\slash }IABTIO_>description ) (_( )ABTIO{\slash }IABTIO_>example ) (2) (3) (_( )AJFLT{\slash }IAJFLT_>description ) (_( )AJFLT{\slash }IAJFLT_>example ) (2) (4) (2) (5) (_( )CALL\$F_>description ) (_( )CALL\$F_>example ) (2) (6) (_( )CHAIN_>description ) (_( )CHAIN_>example ) (2) (7) (2) (8) (_( )CHCPY{\slash }ICHCPY_>description ) (_( )CHCPY{\slash }ICHCPY_>example ) (2) (9) (2) (10) (_( )CLOSEC{\slash }ICLOSE_>description ) (_( )CLOSEC{\slash }ICLOSE_>example ) (2) (11) (2) (12) (_( )CLOSZ{\slash }ICLOSZ_>description ) (_( )CLOSZ{\slash }ICLOSZ_>example ) (2) (13) (2) (14) (_( )CMAP{\slash }ICMAP_>description ) (_( )CMAP{\slash }ICMAP_>example ) (_( )CMAP{\slash }ICMAP_>mapping control ) (2) (15) (2) (16) (_( )CMKT{\slash }ICMKT_>description ) (_( )CMKT{\slash }ICMKT_>example ) (2) (17) (_( )CNTXS_>description ) (_( )CNTXS_>example ) (2) (18) (_( )CONCAT_>description ) (_( )CONCAT_>example ) (2) (19) (2) (20) (_( )CRAW{\slash }ICRAW_>description ) (_( )CRAW{\slash }ICRAW_>example ) (2) (21) (2) (22) (2) (23) (2) (24) (_( )CRRG{\slash }ICRRG_>description ) (_( )CRRG{\slash }ICRRG_>example ) (2) (25) (_( )CSI{\slash }ICSI_>description ) (_( )CSI{\slash }ICSI_>example ) (2) (26) (2) (27) (2) (28) (2) (29) (_( )CSTAT{\slash }ICSTAT_>description ) (_( )CSTAT{\slash }ICSTAT_>example ) (2) (30) (2) (31) (_( )CVTTIM_>description ) (_( )CVTTIM_>example ) (2) (32) (_( )DATE{\slash }DATE4Y_>description ) (_( )DATE{\slash }DATE4Y_>example ) (2) (33) (2) (34) (_( )DELET{\slash }IDELET_>description ) (_( )DELET{\slash }IDELET_>example ) (2) (35) (2) (36) (_( )DEVICE{\slash }IDEVICE_>description ) (_( )DEVICE{\slash }IDEVICE_>example ) (_( )DJFLT_>See also IDJFLT ) (2) (37) (_( )DJFLT_>description ) (_( )DJFLT_>example ) (2) (38) (_( )DSTAT{\slash }IDSTAT_>description ) (_( )DSTAT{\slash }IDSTAT_>example ) (2) (39) (2) (40) (_( )ELAW{\slash }IELAW_>description ) (_( )ELAW{\slash }IELAW_>example ) (2) (41) (_( )ELRG{\slash }IELRG_>description ) (_( )ELRG{\slash }IELRG_>example ) (_( )ENTER{\slash }IENTER_>See also CLOSEC, CLOSZ ) (2) (42) (_( )ENTER{\slash }IENTER_>description ) (_( )ENTER{\slash }IENTER_>example ) (2) (43) (2) (44) (_( )FPROT{\slash }IFPROT_>description ) (_( )FPROT{\slash }IFPROT_>example ) (2) (45) (_( )FREER{\slash }IFREER_>description ) (_( )FREER{\slash }IFREER_>example ) (2) (46) (_( )GCMAP{\slash }IGCMAP_>description ) (_( )GCMAP{\slash }IGCMAP_>example ) (2) (47) (2) (48) (_( )GETR{\slash }IGETR_>description ) (_( )GETR{\slash }IGETR_>example ) (2) (49) (2) (50) (2) (51) (2) (52) (_( )GFDAT{\slash }IGFDAT_>description ) (_( )GFDAT{\slash }IGFDAT_>example ) (2) (53) (_( )GFINF{\slash }IGFINF_>description ) (_( )GFINF{\slash }IGFINF_>example ) (2) (54) (2) (55) (_( )GFSTA{\slash }IGFSTA_>description ) (_( )GFSTA{\slash }IGFSTA_>example ) (2) (56) (2) (57) (_( )GICLOS_>description ) (_( )GCLOS_>example ) (_( )GIOPEN_>description ) (_( )GIOPEN_>example ) (2) (58) (_( )GIREAD_>description ) (_( )GIREAD_>example ) (_( )GIWRIT_>description ) (_( )GIWRIT_>example ) (2) (59) (_( )GIDIS_>error codes ) (_( )GIDIS_>example ) (2) (60) (2) (61) (_( )GMCX{\slash }IGMCX_>See also CRAW ) (2) (62) (_( )GMCX{\slash }IGMCX_>description ) (2) (63) (_( )GTDIR{\slash }IGTDIR_>description ) (_( )GTDIR{\slash }IGTDIR_>example ) (2) (64) (2) (65) (2) (66) (2) (67) (2) (68) (2) (69) (_( )GTDUS{\slash }IGTDUS_>description ) (_( )GTDUS{\slash }IGTDUS_>example ) (2) (70) (2) (71) (2) (72) (2) (73) (_( )GTIM_>See also CVTTM ) (2) (74) (_( )GTIM_>description ) (2) (75) (_( )GTJB{\slash }IGTJB_>description ) (_( )GTJB{\slash }IGTJB_>example ) (2) (76) (2) (77) (_( )GTLIN{\slash }IGTLIN_>description ) (_( )GTLIN{\slash }IGTLIN_>example ) (2) (78) (2) (79) (_( )HERR{\slash }IHERR_>description ) (_( )HERR{\slash }IHERR_>example ) (2) (80) (2) (81) (_( )IADDR_>description ) (_( )IDATE_>See also DATE ) (2) (82) (_( )IDATE_>description ) (2) (83) (2) (84) (_( )IDCOMP_>description ) (_( )IDCOMP_>example ) (2) (85) (2) (86) (_( )IFWILD_>description ) (_( )IFWILD_>example ) (2) (87) (2) (88) (_( )IGTENT_>See also GTDIR{\slash }IGTDIR ) (2) (89) (_( )IGTENT_>description ) (2) (90) (2) (91) (_( )IJCVT_>description ) (_( )IJCVT_>example ) (2) (92) (_( )INDEX_>description ) (_( )INDEX_>example ) (2) (93) (_( )INSERT_>description ) (_( )INSERT_>example ) (2) (94) (_( )IPEEK_>description ) (_( )IPEEK_>example ) (2) (95) (2) (96) (_( )IPEEKB_>description ) (_( )IPEEKB_>example ) (2) (97) (_( )IRAD50_>description ) (_( )IRAD50_>example ) (2) (98) (_( )ISPY_>description ) (_( )ISPY_>example ) (2) (99) (_( )ISWILD_>description ) (_( )ISWILD_>example ) (2) (100) (2) (101) (_( )ITLOCK_>description ) (_( )ITLOCK_>example ) (2) (102) (_( )ITTINR_>description ) (_( )ITTINR_>example ) (2) (103) (2) (104) (_( )ITTOUR_>description ) (_( )IWEEKD_>See also DATE ) (2) (105) (_( )IWEEKD_>description ) (2) (106) (_( )JADD_>description ) (_( )JADD_>example ) (2) (107) (_( )JAFIX_>description ) (_( )JAFIX_>example ) (2) (108) (_( )JCMP_>description ) (_( )JCMP_>example ) (2) (109) (2) (110) (_( )JDFIX_>description ) (_( )JDFIX_>example ) (2) (111) (_( )JDIV_>description ) (_( )JDIV_>example ) (2) (112) (2) (113) (_( )JICVT_>description ) (_( )JICVT_>example ) (_( )JJCVT_>See also JDIV ) (2) (114) (_( )JJCVT_>description ) (_( )JMOV_>See also JCMP ) (2) (115) (_( )JMOV_>description ) (2) (116) (_( )JMUL_>description ) (_( )JMUL_>example ) (2) (117) (_( )JREAD_>See also RCVD ) (2) (118) (_( )JREAD_>description ) (_( )JREADC_>See also RCVDF ) (2) (119) (_( )JREADC_>description ) (2) (120) (_( )JREADF_>See also RCVDF ) (2) (121) (_( )JREADF_>description ) (_( )JREADW_>See also RCVDC ) (2) (122) (_( )JREADW_>description ) (_( )JREADW_>example ) (2) (123) (2) (124) (2) (125) (_( )JSUB_>description ) (_( )JSUB_>example ) (2) (126) (_( )JTIME_>See also JMUL ) (2) (127) (_( )JTIME_>description ) (2) (128) (_( )JWRITE_>See also SDAT ) (2) (129) (_( )JWRITE_>description ) (2) (130) (_( )JWRITC_>See also SDATC ) (2) (131) (_( )JWRITC_>description ) (2) (132) (_( )JWRITF_>See also SDATF ) (2) (133) (_( )JWRITF_>description ) (2) (134) (_( )JWRITW_>See also SDATW ) (2) (135) (_( )JWRITW_>description ) (2) (136) (_( )KPEEK_>See also KPOKE ) (2) (137) (_( )KPEEK_>description ) (_( )KPEEK_>example ) (_( )KPOKE_>See KPEEK ) (2) (138) (_( )KPOKE_>description ) (2) (139) (_( )LEN_>See also SDAT ) (2) (140) (_( )LEN_>description ) (2) (141) (_( )LOCK_>description ) (_( )LOCK_>example ) (2) (142) (2) (143) (_( )UNLOCK_>description ) (_( )UNLOCK_>example ) (_( )LOOKUP_>See also CHCPY ) (2) (144) (_( )LOOKUP_>description ) (_( )LOOKUP_>example ) (2) (145) (2) (146) (_( )MAP_>See CRAW ) (2) (147) (_( )MAP_>description ) (2) (148) (_( )MRKT_>description ) (_( )MRKT_>example ) (2) (149) (_( )MSDS_>See also CMAP ) (2) (150) (_( )MSDS_>description ) (2) (151) (_( )MTATCH_>description ) (2) (152) (_( )MTDTCH_>description ) (2) (153) (_( )MTGET_>description ) (2) (154) (_( )MTIN_>description ) (2) (155) (_( )MTOUT_>description ) (2) (156) (_( )MTPRNT_>description ) (2) (157) (_( )MTRCTO_>description ) (2) (158) (_( )MTSET_>description ) (2) (159) (_( )MTSTAT_>description ) (_( )MWAIT_>See also SDAT ) (2) (160) (_( )MWAIT_>description ) (_( )POKE_>See also PEEK ) (2) (161) (_( )POKE{\slash }IPOKE_>description ) (_( )POKEB{\slash }IPOKEB_>See also PEEK ) (2) (162) (_( )POKEB{\slash }IPOKEB_>description ) (2) (163) (_( )PRINT_>description ) (_( )PRINT_>example ) (2) (164) (_( )PROTE_>description ) (_( )IPROTE_>example ) (_( )PURGE_>See also ENTER{\slash }IENTER ) (2) (165) (_( )PURGE_>description ) (2) (166) (_( )PUT{\slash }IPUT_>description ) (_( )PUT{\slash }IPUT_>example ) (_( )R50ASC_>See also CSI ) (2) (167) (_( )R50ASC_>description ) (2) (168) (_( )RAD50_>description ) (_( )RAD50_>example ) (_( )RAN{\slash }RANDU_>See also CHAIN, RCHAIN ) (2) (169) (_( )RAN{\slash }RANDU_>description ) (_( )RAN{\slash }RANDU_>example ) (_( )RCHAIN_>See also CHAIN ) (2) (170) (_( )RCHAIN_>description ) (_( )RCHAIN_>example ) (_( )RCTRLO_>See also IPEEK ) (2) (171) (_( )RCTRLO_>description ) (_( )IRCVD{\slash }MRCVD_>See also SFDAT ) (2) (172) (_( )IRCVD{\slash }MRCVD_>description ) (_( )IRCVD{\slash }MRCVD_>example ) (2) (173) (_( )RCVDC{\slash }IRCVDC{\slash }MRCVDC_>description ) (_( )RCVDC{\slash }IRCVDC{\slash }MRCVDC_>example ) (2) (174) (2) (175) (_( )RCVDF{\slash }IRCVDF_>description ) (_( )RCVDF{\slash }IRCVDF_>example ) (2) (176) (2) (177) (_( )RCVDW{\slash }IRCVDW{\slash }MRCVDW_>description ) (_( )RCVDW{\slash }IRCVDW{\slash }MRCVDW_>example ) (2) (178) (2) (179) (_( )READ{\slash }IREAD{\slash }MREAD_>description ) (_( )READ{\slash }IREAD{\slash }MREAD_>example ) (2) (180) (2) (181) (2) (182) (_( )READC{\slash }IREADC{\slash }MREADC_>description ) (_( )READC{\slash }IREADC{\slash }MREADC_>example ) (2) (183) (2) (184) (2) (185) (_( )READF{\slash }IREADF_>description ) (_( )READF{\slash }IREADF_>example ) (2) (186) (2) (187) (2) (188) (2) (189) (_( )READW{\slash }IREADW{\slash }MREADW_>description ) (_( )READW{\slash }IREADW{\slash }MREADW_>example ) (2) (190) (2) (191) (_( )RENAM{\slash }IRENAM_>description ) (_( )RENAM{\slash }IRENAM_>example ) (2) (192) (2) (193) (_( )REOPN{\slash }IREOPN_>description ) (_( )REOPN{\slash }IREOPN_>example ) (2) (194) (2) (195) (_( )REPEAT_>description ) (_( )REPEAT_>example ) (2) (196) (2) (197) (_( )RESUME_>description ) (_( )RESUME_>example ) (_( )SAVES{\slash }ISAVES_>See also REOPN ) (2) (198) (_( )SAVES{\slash }ISAVES_>description ) (2) (199) (_( )SCCA{\slash }ISCCA_>description ) (_( )SCCA{\slash }ISCCA_>example ) (2) (200) (2) (201) (_( )SCHED{\slash }ISCHED_>description ) (_( )SCHED{\slash }ISCHED_>example ) (2) (202) (_( )SCOMP{\slash }ISCOMP_>See also SDTTM ) (2) (203) (_( )SCOMP{\slash }ISCOMP_>description ) (2) (204) (_( )SCOPY_>description ) (_( )SCOPY_>example ) (2) (205) (_( )SDAT{\slash }ISDAT{\slash }MSDAT_>description ) (_( )SDAT{\slash }ISDAT{\slash }MSDAT_>example ) (2) (206) (2) (207) (_( )SDATC{\slash }ISDATC{\slash }MSDATC_>description ) (_( )SDATC{\slash }ISDATC{\slash }MSDATC_>example ) (2) (208) (2) (209) (_( )SDATF{\slash }ISDATF_>description ) (_( )SDATF{\slash }ISDATF_>example ) (2) (210) (2) (211) (_( )SDATW{\slash }ISDATW{\slash }MSDATW_>description ) (_( )SDATW{\slash }ISDATW{\slash }MSDATW_>example ) (2) (212) (2) (213) (2) (214) (_( )SDTTM{\slash }ISDTTM_>description ) (_( )SDTTM{\slash }ISDTTM_>example ) (2) (215) (_( )SERR{\slash }ISERR_>See also HERR ) (2) (216) (_( )SERR{\slash }ISERR_>description ) (2) (217) (2) (218) (_( )SETCMD_>description ) (_( )SETCMD_>example ) (2) (219) (_( )SFDAT{\slash }ISFDAT_>description ) (_( )SFDAT{\slash }ISFDAT_>example ) (2) (220) (_( )SFINF{\slash }ISFINF_>description ) (_( )SFINF{\slash }ISFINF_>example ) (2) (221) (2) (222) (2) (223) (_( )SFSTA{\slash }ISFSTA_>description ) (_( )SFSTA{\slash }ISFSTA_>example ) (2) (224) (2) (225) (_( )SLEEP{\slash }ISLEEP_>See also TIMER ) (2) (226) (_( )SLEEP{\slash }ISLEEP_>description ) (2) (227) (_( )SPCPS{\slash }ISCPS_>description ) (_( )SPCPS{\slash }ISCPS_>example ) (2) (228) (2) (229) (_( )SPFN_>Added support ) (_( )SPFN_>DU support ) (_( )SPFN_>DW support ) (_( )SPFN_>MU support ) (2) (230) (2) (231) (_( )SPFN{\slash }ISPFN{\slash }MSPFN_>description ) (2) (232) (2) (233) (_( )SPFNC{\slash }ISPFNC{\slash }MSPFNC_>description ) (2) (234) (_( )SPFNF{\slash }ISPFNF_>See also SDATF ) (2) (235) (_( )SPFNF{\slash }ISPFNF_>description ) (2) (236) (2) (237) (_( )SPFNW{\slash }ISPFNW{\slash }MSPFNW_>description ) (_( )SPFNW{\slash }ISPFNW{\slash }MSPFNW_>example ) (2) (238) (2) (239) (_( )STRPAD_>description ) (_( )STRPAD_>example ) (2) (240) (_( )SUBSTR_>description ) (_( )SUBSTR_>example ) (_( )SUSPND_>See also MRKT ) (2) (241) (_( )SUSPND_>description ) (2) (242) (_( )\$SYTRP_>description ) (_( )\$SYTRP_>example ) (2) (243) (_( )TIMASC_>See also JDIV ) (2) (244) (_( )TIMASC_>description ) (_( )TIME_>See also TWAIT ) (2) (245) (_( )TIME_>description ) (2) (246) (_( )TIMER{\slash }ITIMER_>description ) (_( )TIMER{\slash }ITIMER_>example ) (2) (247) (2) (248) (_( )TRANSL_>description ) (_( )TRANSL_>example ) (2) (249) (2) (250) (_( )TRIM_>description ) (_( )TRIM_>example ) (2) (251) (_( )TWAIT{\slash }ITWAIT_>description ) (_( )TWAIT{\slash }ITWAIT_>example ) (_( )UNMAP{\slash }IUNMAP_>See also CRAW ) (2) (252) (_( )UNMAP{\slash }IUNMAP_>description ) (_( )UNPRO{\slash }IUNPRO_>See also PROTE{\slash }IPROTE ) (2) (253) (_( )UNPRO{\slash }IUNPRO_>description ) (2) (254) (_( )UNTIL{\slash }IUNTIL_>description ) (_( )UNTIL{\slash }IUNTIL_>example ) (2) (255) (2) (256) (_( )VERIFY{\slash }IVERIFY_>description ) (_( )VERIFY{\slash }IVERIFY_>example ) (_( )WAIT{\slash }IWAIT_>See also READ ) (2) (257) (_( )WAIT{\slash }IWAIT_>description ) (_( )WRITE{\slash }IWRITE{\slash }MWRITE_>See also ABTIO ) (2) (258) (_( )WRITE{\slash }IWRITE{\slash }MWRITE_>description ) (2) (259) (_( )WRITC{\slash }IWRITC{\slash }MWRITC_>See also READC ) (2) (260) (_( )WRITC{\slash }IWRITC{\slash }MWRITC_>description ) (_( )WRITF{\slash }IWRITF_>See also IREADF ) (2) (261) (_( )WRITF{\slash }IWRITF_>description ) (_( )WRITW{\slash }IWRITW{\slash }MWRITW_>See also REOPN ) (2) (262) (_( )WRITW{\slash }IWRITW{\slash }MWRITW_>description ) (Index) (1)