/bin/sh: line 3: cd: x86_64-unknown-linux-gnu/libstdc++-v3: No such file or directory
make[1]: *** [check-target-libstdc++-v3] Error 1
make[1]: Leaving directory `/home/emblogic/TOOLCHAIN/build-tools/build-gcc’
make: *** [do-check] Error 2

After using –enable-languages=”c” during configuration libstdc++-v3 error resolved. Now the error is for libmudflap.
How to disable libmudflap???

/bin/sh: line 3: cd: x86_64-unknown-linux-gnu/libmudflap: No such file or directory
make[1]: *** [check-target-libmudflap] Error 1
make[1]: Leaving directory `/home/emblogic/TOOLCHAIN/build-tools/build-gcc’
make: *** [do-check] Error 2

After using –disable-libmudflap, I got error below mentioned:

/bin/sh: line 3: cd: x86_64-unknown-linux-gnu/libssp: No such file or directory
make[1]: *** [check-target-libssp] Error 1
make[1]: Leaving directory `/home/emblogic/TOOLCHAIN/build-tools/build-gcc’
make: *** [do-check] Error 2

Used –disable-libssp

/bin/sh: line 3: cd: x86_64-unknown-linux-gnu/libgomp: No such file or directory
make[1]: *** [check-target-libgomp] Error 1
make[1]: Leaving directory `/home/emblogic/arm/TOOLCHAIN/build-tools/build-gcc’
make: *** [do-check] Error 2

Finally after disabling the flag libgomp. There is no error after make check. Compiled and installed gcc successfully…
Used –disable-libgomp
Snapshot:

PASS: test-expandargv-0.
PASS: test-expandargv-1.
PASS: test-expandargv-2.
PASS: test-expandargv-3.
PASS: test-expandargv-4.
PASS: test-expandargv-5.
PASS: test-expandargv-6.
make[3]: Leaving directory `/home/emblogic/arm/TOOLCHAIN/build-tools/build-gcc/libiberty/testsuite’
make[2]: Leaving directory `/home/emblogic/arm/TOOLCHAIN/build-tools/build-gcc/libiberty’
make[1]: Nothing to be done for `check-target’.
make[1]: Leaving directory `/home/emblogic/arm/TOOLCHAIN/build-tools/build-gcc’

for(i=0;i<noq;i++)
{

if(idata[i],ubuff(lv*QUANTUM_SIZE),QUANTUM_SIZE);
for(j=0;j<8;j++)
{
printk(KERN_INFO "data[%d] = %c\n",i,ch1);
while((inb(0x3f8+5)&0×60)!=0×60);
outb(ch1,0x3f8);
}
lv++;
}

printk(KERN_INFO "noq = %d\n",noq);
printk(KERN_INFO "QUANTUM_SIZE =%d, i = %d\n",QUANTUM_SIZE,i);
if(i<QUANTUM_SIZE-1)
{
printk(KERN_INFO "Inside if for next quantum\n");
noq = noq- QUANTUM_SIZE;
i = 0;
goto label;
}
}

RCS file: declaration.h,v
Working file: declaration.h
head: 1.1
branch:
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revision 1.1 locked by: root;
date: 2014/11/10 04:16:20; author: root; state: Exp;
Initial revision

RCS file: initilization.c,v
Working file: initilization.c
head: 1.2
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total revisions: 2; selected revisions: 2
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revision 1.2
date: 2014/11/10 04:19:20; author: root; state: Exp; lines: +2 -1
Implemented check_region(), request_region() and release_region()
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revision 1.1
date: 2014/11/10 04:16:41; author: root; state: Exp;
Initial revision

RCS file: cleanup.c,v
Working file: cleanup.c
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revision 1.1 locked by: root;
date: 2014/11/10 04:16:59; author: root; state: Exp;
Initial revision

RCS file: dev_open.c,v
Working file: dev_open.c
head: 1.1
branch:
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total revisions: 1; selected revisions: 1
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revision 1.1 locked by: root;
date: 2014/11/10 04:17:21; author: root; state: Exp;
Initial revision

RCS file: dev_release.c,v
Working file: dev_release.c
head: 1.1
branch:
locks: strict
root: 1.1
access list:
symbolic names:
keyword substitution: kv
total revisions: 1; selected revisions: 1
description:
Implemented release_region().
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revision 1.1 locked by: root;
date: 2014/11/10 04:20:45; author: root; state: Exp;
Initial revision

RCS file: dev_write.c,v
Working file: dev_write.c
head: 1.1
branch:
locks: strict
root: 1.1
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total revisions: 1; selected revisions: 1
description:
Ckeck busy signal by sending the strobe. After that sent data on data lines.
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revision 1.1 locked by: root;
date: 2014/11/10 04:21:02; author: root; state: Exp;
Initial revision

RCS file: dev_read.c,v
Working file: dev_read.c
head: 1.1
branch:
locks: strict
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total revisions: 1; selected revisions: 1
description:
Read data from data lines.
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revision 1.1 locked by: root;
date: 2014/11/10 04:21:19; author: root; state: Exp;
Initial revision

RCS file: file_op.h,v
Working file: file_op.h
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revision 1.1 locked by: root;
date: 2014/11/10 04:21:33; author: root; state: Exp;
Initial revision

Write synopsis:
outb(ch,0×378);
while(busy_status !=0×80)
busy_status = inb(0×379);

Read synopsis:
while(strobe != 0×00)
strobe = inb(0×379);
data = inb(0×378);

The GSM network may be complemented with another network to reach to the service provider(commonly called PSTN/ISDN). In order to allow access to the GSM network, the user terminal shall be provided with a GSM Interaction Module(IM) referred to as a Mobile Station(MS).

The Interface between the GSM network and MS shall be compliant with the standard requirements on general on Terminal Adaptation Function(TAF) for Mobile Station(MS) as reported in ETS 300 582[12].