|
DataMuseum.dkPresents historical artifacts from the history of: CR80 Hard and Floppy Disks |
This is an automatic "excavation" of a thematic subset of
See our Wiki for more about CR80 Hard and Floppy Disks Excavated with: AutoArchaeologist - Free & Open Source Software. |
top - metrics - download
Length: 9526 (0x2536)
Types: TextFile
Names: »INIT.S«
└─⟦8c095a7f3⟧ Bits:30005798 CR80 Disc Pack ( Vol ILS systemdisk XAMOS TOS 10:01 hard boot #43c 19-7-87/JFJ )
└─⟦this⟧ »SYSTEMS.D!XAMOS.D!GEN850501.D!FILE.D!FMS.D!MY_SYSTEM.D!INIT.S«
└─⟦this⟧ »SYSTEMS.D!XAMOS.D!GEN850501.D!FILE.D!FMS.D!SINGLE.D!INIT.S«
└─⟦this⟧ »SYSTEMS.D!XAMOS.D!GEN850501.D!FMS.D!MY_SYSTEM.D!INIT.S«
└─⟦this⟧ »SYSTEMS.D!XAMOS.D!GEN850501.D!FMS.D!SINGLE.D!INIT.S«
└─⟦c2e810e96⟧ Bits:30005799 CR80 Disc Pack ( XAMOS 841129 ILS TOS 10-01 System Disk Tilhører ILS/MSG hard boot boot entry #43c )
└─⟦this⟧ »SYSTEMS.D!XAMOS.D!GEN850501.D!FILE.D!FMS.D!MY_SYSTEM.D!INIT.S«
└─⟦this⟧ »SYSTEMS.D!XAMOS.D!GEN850501.D!FILE.D!FMS.D!SINGLE.D!INIT.S«
└─⟦this⟧ »SYSTEMS.D!XAMOS.D!GEN850501.D!FMS.D!MY_SYSTEM.D!INIT.S«
└─⟦this⟧ »SYSTEMS.D!XAMOS.D!GEN850501.D!FMS.D!SINGLE.D!INIT.S«
└─⟦e0c43619c⟧ Bits:30005797 CR80 Disc pack ( Vol:FNJ1 861029/EC CR80 S/W Package II+III+IV+V+VII )
└─⟦this⟧ »CSP005_V0501.D!CSS920.D!LINK.D!ERP_SINGLE.D!INIT.S«
└─⟦this⟧ »CSP005_V0501.D!CSS920.D!LINK.D!MX.D!INIT.S«
└─⟦this⟧ »CSP005_V0501.D!CSS920.D!LINK.D!MX_CRAM.D!INIT.S«
└─⟦this⟧ »CSP005_V0501.D!CSS920.D!LINK.D!MX_DMA.D!INIT.S«
└─⟦this⟧ »CSP005_V0501.D!CSS920.D!LINK.D!MY_SYSTEM.D!INIT.S«
└─⟦this⟧ »CSP005_V0501.D!CSS920.D!LINK.D!SINGLE.D!INIT.S«
"--------------------------------------------------------------------
"
" PROJECT: AMOS
"
" MODULE NAME: CR File System, adaption and initialize module
" MODULE ID NMB: CSS/920
" MODULE VERSION: 0601
" MODULE TYPE: MAIN MODULE
" MODULE FILES: S
" IO.I
" CONFIG.S
" GENS.D*COMON_IF.I
" MERGE FILES: @**GENS.D*SWELLPREFIX.D*GENERALPARAMS.S
" @**GENS.D*SWELLPREFIX.D*X2GENPARAMS.S
" @**GENS.D*SWELLPREFIX.D*MONITORNAMES.S
"
" SPECIFICATIONS: CR80 AMOS, File Management System, SPS,
" CSS/920/SPS/0001.
" AUTHOR/DATE: GMC/810410
"
" DELIVERABLE: YES
" SOURCE LANGUAGE: SWELL
" COMPILE COMPUTER: CR80
" TARGET COMPUTER: CR80
" OPERATING SYSTEM: AMOS
"
"--------------------------------------------------------------------
"
" CHANGE RECORD
"
" VERSION AUTHOR/DATE DESCRIPTION OF CHANGE
" ------- ----------- ---------------------
"
" 0001 NMJ/800919 Pre-release
" 0101 GMC/801231 First official release.
" 0103 GMC/810223 Check of sectors available introduced.
" 0202 GMC/810401 Minor changes to source text layout.
" 0301 GMC/810706 Minor change to init-dcm parameters.
" 0402 GMC/820210 A new configuration parameter, OC_output,
" is introduced, which defines whether or
" not INIT should write on the OC.
" 0403 EKH/820501 Process size is fetched from iodata-ref
" rather than from bound, for XAMOS
" 0501 GMC/820709 The FMS no longer prints its version number.
" 0601 JAS/830927 The coroutine monitor is accessed via the
" coroutine-monitor-interface.
" Parameters are given in a record rather
" than constant parameters.
"
"--------------------------------------------------------------------
"«ff»
MAINMODULE FMS_INIT_0601;
"-------------------------"
%XREF %XREF %XREF
%SOURCE @**GENS.D*SWELLPREFIX.D*GENERALPARAMS.S
%SOURCE @**GENS.D*SWELLPREFIX.D*MONITORNAMES.S
%SOURCE @**GENS.D*SWELLPREFIX.D*X2GENPARAMS.S
%SOURCE GENS.D*COMON_IF.I
%PRINT
%LIST
%SOURCE GENS.D*INIT_DEFNS.S
import var
sectors_available : integer;
var
init_corout : coroutine_descriptor;
init_sem : semaphore;
init_fms_params : init_fms;
procedure init_sys(r6); "registers destroyed"
" First the process size of the FMS is checked by calling a procedure in
" all modules giving the accumulated size of the required workspace
" and comparing this to the free workspace.
" Conventions for size_procedure calls
"
" r5 ptr to a record of type init_fms (kept)
" r3 updated with the size of the module
" r6 link
" other registers, except r4, may be destroyed
"
" Then all modules in the system are activated by calling their initialize procedures.
" Each module should initialize its own data structures, including coroutines
" and semaphores.
" Workarea may be allocated from the common workarea pool.
" Conventions for initialize procedure calls:
"
" r5 ptr to a record of type init_fms (kept)
" r0 top of free workarea pool (kept)
" r4 call:
" first free of workarea when called
" return:
" first free of workarea;
" on return, >> r0 implies workarea is too small
" r6 link
" other registers may be destroyed
"page«ff»
%SOURCE CONFIG.S
%SOURCE IO.I
init
init_fms_params.nbr_fhs = nbr_fhs;
init_fms_params.nbr_chs = nbr_chs;
init_fms_params.nbr_ths = nbr_ths;
init_fms_params.nbr_local_ports = nbr_local_ports;
init_fms_params.dma_port_spec_table_ptr = address (dma_port_spec_table);
init_fms_params.nbr_dmas = nbr_dmas;
init_fms_params.nbr_fd_drvs = nbr_fd_drvs;
init_fms_params.fd_name_ptr = address(fd_names);
init_fms_params.nbr_cdc_drvs = nbr_cdc_drvs;
init_fms_params.cdc_name_ptr = address(cdc_names);
init_fms_params.nbr_ucbs = nbr_ucbs;
init_fms_params.nbr_dcbs = nbr_dcbs;
init_fms_params.nbr_fcbs = nbr_fcbs;
init_fms_params.nbr_caps = nbr_caps;
init_fms_params.time_update = time_update;
init_fms_params.access_time_update = access_time_update and time_update;
init_fms_params.nbr_dbcbs = nbr_dbcbs;
init_fms_params.cramteststacksize = cramteststacksize;
init_fms_params.cram_init_table_ptr = address(cram_init_table);
init_fms_params.cache_size = cache_size;
"Submodule initialisation procedures
"-----------------------------------
import procedure size_ctrl(r5; r3; r6);
import procedure init_ctrl(r5; r0; r4; r6);
import procedure size_dcm (r5; r3; r6);
import procedure init_dcm (r5; r0; r4; r6);
import procedure size_fm (r5; r3; r6);
import procedure init_fm (r5; r0; r4; r6);
%WHEN nbr_ths = 0 SKIP
import procedure init_tqm(nbr_ths : integer;
r0; r4; r6);
%COMPILE
%WHEN nbr_chs = 0 SKIP
import procedure init_cram(cramteststacksize : integer;
cram_init_table_ptr : pointer;
r0; r4; r6);
%COMPILE
label
term_small,
ctrl_small,
dcm_small,
fm_small,
tqm_small,
cram_small;
%WHEN OC_init = false SKIP
const
ws_txt = ' workarea size (:0:)';
es_txt = 'Excessive process space (:0:)';
ms_txt = ' Missing : (:0:)';
nl_txt = '(:10:)(:0:)(:0:)';
is_txt = 'Insufficient space for (:0:)';
%COMPILE
var
link:integer;
begin "init sys
r6=> link;
%WHEN OC_init = false SKIP
init_oc(r1, r6);
out_text(address('FMS active(:10:)(:0:)')=>r2, r6);
%COMPILE
address (init_fms_params) => r5;
0 => r3;
size_dcm (r5, r3, r6);
%WHEN oc_init = false SKIP
out_text(address('DCM (:0:)')=>r2, r6);
out_text(address(ws_txt)=>r2, r6);
out_hexa(r3=>r2, r6);
r3 => r4;
%COMPILE
size_ctrl(r5, r3, r6);
%WHEN oc_init = false SKIP
r3 => r1 - r4;
out_text(address('(:10:)CTRL(:0:)')=>r2, r6);
out_text(address(ws_txt)=>r2, r6);
out_hexa(r1=>r2, r6);
r3 => r4;
%COMPILE
size_fm (r5, r3, r6);
%WHEN oc_init = false SKIP
r3 => r1 - r4;
out_text(address('(:10:)FM (:0:)')=>r2, r6);
out_text(address(ws_txt)=>r2, r6);
out_hexa(r1=>r2, r6);
out_text(address(nl_txt)=>r2, r6);
%COMPILE
-size(process_head)=> r6;
r6@process_head.iodata_ref=> r0; "XAMOS, uses iodata_ref rather than bound"
r6@process_head.gen_head.word_size=> r4 + r6;
r0 => r6 - r4;
if r6 << r3 then
begin
r3 - r6;
%WHEN OC_init = false SKIP
out_text (address('FMS workarea too small.(:0:)')=>r2, r6);
out_text (address(ms_txt)=>r2, r6);
out_hexa (r3=>r2, r6);
out_text (address(nl_txt)=>r2, r6);
%COMPILE
terminate_me (#333=>r0, r3=>r1, r6);
%WHEN OC_init = false SKIP
end
else
begin
r3 - r6; -r3;
out_text (address(es_txt)=>r2, r6);
out_text (address('(before CRAM) (:0:)')=>r2, r6);
out_hexa (r3=>r2, r6);
out_text (address('(:10:)(:0:)')=>r2, r6);
%COMPILE
end;
r0=> r6;
while r6-1 >>= r4 do clr(r6@integer); "clear workarea"
init_dcm (r5, r0, r4, r6);
if r0 << r4 then goto dcm_small;
init_ctrl(r5, r0, r4, r6);
if r0 << r4 then goto ctrl_small;
init_fm (r5, r0, r4, r6);
if r0 << r4 then goto fm_small;
%WHEN nbr_ths = 0 SKIP
init_tqm(nbr_ths, r0, r4, r6);
if r0 << r4 then goto tqm_small;
%COMPILE
%WHEN nbr_chs = 0 SKIP
init_cram(cramteststacksize, address(cram_init_table), r0, r4, r6);
if r0 << r4 then goto cram_small;
%COMPILE
if sectors_available => r1 < 0 then
begin
-r1;
%WHEN OC_init = false SKIP
out_text(address('Insufficient cache size.(:0:)')=> r2, r6);
out_text(address(ms_txt)=>r2, r6);
out_hexa (r1=>r2, r6);
out_text (address(nl_txt)=>r2, r6);
%COMPILE
terminate_me (#332 => r0, r1, r6)
end;
%WHEN OC_output = false SKIP
if r4 << r0 then
begin
out_text (address(es_txt)=>r2, r6);
out_text (address('(final) (:0:)')=>r2, r6);
out_hexa(r0-r4=>r2, r6);
out_text(address(nl_txt)=>r2, r6);
end;
%COMPILE
exit(link);
dcm_small:
%WHEN OC_init = false SKIP
address('DCM(:10:)(:0:)') => r3;
%COMPILE
1 => r1;
goto term_small;
ctrl_small:
%WHEN OC_init = false SKIP
address('CTRL(:10:)(:0:)') => r3;
%COMPILE
2 => r1;
goto term_small;
fm_small:
%WHEN OC_init = false SKIP
address('FM(:10:)(:0:)') => r3;
%COMPILE
3 => r1;
goto term_small;
tqm_small:
%WHEN OC_init = false SKIP
address('TQM(:10:)(:0:)') => r3;
%COMPILE
4 => r1;
goto term_small;
cram_small:
%WHEN OC_init = false SKIP
address('CRAM(:10:)(:0:)') => r3;
%COMPILE
5 => r1;
term_small:
%WHEN OC_init = false SKIP
out_text(address(is_txt)=>r2, r6);
out_text(r3=>r2, r6);
%COMPILE
terminate_me (#331=>r0, r1, r6);
end "init_sys";
begin "main program"
cm_init (address(init_corout)=>r0, r7, r6);
init_sys(r6);
sem_init (address(init_sem)=>r5, r7, r6);
cm_wait (r5, r7, r6); "wait forever"
end;
ENDMODULE