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|
// this is for Unix
implementation module CoclSystemDependent
import StdEnv
import StdDebug
import ArgEnv
import ipc
from filesystem import ensureDirectoryExists
import code from "cDirectory.o"
import code from "ipc_c.o"
PathSeparator
:== ':'
DirectorySeparator
:== '/'
SystemDependentDevices :: [a]
SystemDependentDevices
= []
SystemDependentInitialIO :: [a]
SystemDependentInitialIO
= []
set_compiler_id :: Int -> Int
set_compiler_id compiler_id = compiler_id
ensureCleanSystemFilesExists :: !String !*Files -> (!Bool, !*Files)
// returned bool: now there is such a subfolder
ensureCleanSystemFilesExists path env
= ensureDirectoryExists path env
compiler_loop :: ([{#Char}] *st -> *(Bool, *st)) *st -> (!Bool, !*st)
compiler_loop compile compile_state
| length commandArgs==3 && commandArgs!!0=="--pipe"
# commands_name= (commandArgs!!1);
# results_name= (commandArgs!!2);
= (True,compile_loop compile commands_name results_name compile_state)
# (r,compile_state)=compile commandArgs compile_state
= (r,compile_state)
where
commandArgs
= tl [arg \\ arg <-: getCommandLine]
// ... Unix
string_to_args string
= string_to_args 0;
where
l=size string;
string_to_args i
# end_spaces_i=skip_spaces i;
| end_spaces_i==l
= []
| string.[end_spaces_i]=='"'
# next_double_quote_i=skip_to_double_quote (end_spaces_i+1)
| next_double_quote_i>=l
= [string % (end_spaces_i,l-1)]
# arg=string % (end_spaces_i+1,next_double_quote_i-1);
= [arg : string_to_args (next_double_quote_i+1)];
# space_i=skip_to_space (end_spaces_i+1)
| space_i>=l
= [string % (end_spaces_i,l-1)]
# arg=string % (end_spaces_i,space_i-1);
= [arg : string_to_args (space_i+1)];
skip_spaces i
| i>=l
= l;
# c=string.[i];
| c==' ' || c=='\t'
= skip_spaces (i+1);
= i;
skip_to_space i
| i>=l
= l;
# c=string.[i];
| c==' ' || c=='\t'
= i;
= skip_to_space (i+1);
skip_to_double_quote i
| i>=l
= l;
# c=string.[i];
| c=='"'
= i;
= skip_to_double_quote (i+1);
compile_loop :: ([{#Char}] *st -> *(Bool, *st)) {#Char} {#Char} *st -> *st
compile_loop compile commands results compile_state
# r=open_pipes commands results;
| r<>0
= abort ("compile_loop\n");
= compile_files compile compile_state
compile_files :: ([{#Char}] *st -> *(Bool, *st)) *st -> *st
compile_files compile compile_state
# n = get_command_length;
| n==(-1)
= abort "compile_files 1";
# string=createArray n '\0';
# r=get_command string;
| r<>0
= abort ("compile_files 2 ");
# args=string_to_args (string % (0,size string-2))
= case args of
["cocl":cocl_args]
# (ok,compile_state)=compile cocl_args compile_state
# result=if ok 0(-1);
# r=send_result result
| r<>0
-> abort "compile_files 3";
-> compile_files compile compile_state
["quit"]
-> /* trace_n "quiting" */ compile_state;
_
-> abort "compile_files 4"
|
