fOLLOWING are the errors i'm getting now...

cic.vhd functional code is proper without errors....
but test bench has some errors..
can you pls help now ?

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ERROR:HDLCompiler:806 - "E:/lab_fpga/lab3/cic_work/tb_cic.vhd" Line 139: 
Syntax error near "process".
ERROR:HDLCompiler:837 - "E:/lab_fpga/lab3/cic_work/tb_cic.vhd" Line 145: 
Type void does not match with a string literal
ERROR:HDLCompiler:1728 - "E:/lab_fpga/lab3/cic_work/tb_cic.vhd" Line 
146: Type error near line ; current type line; expected type void
ERROR:HDLCompiler:806 - "E:/lab_fpga/lab3/cic_work/tb_cic.vhd" Line 147: 
Syntax error near "variable".
ERROR:HDLCompiler:620 - "E:/lab_fpga/lab3/cic_work/tb_cic.vhd" Line 147: 
Near std_logic_vector ; type conversion does not match type void
ERROR:HDLCompiler:806 - "E:/lab_fpga/lab3/cic_work/tb_cic.vhd" Line 148: 
Syntax error near "begin".
ERROR:HDLCompiler:62 - "E:/lab_fpga/lab3/cic_work/tb_cic.vhd" Line 150: 
output_tmp is not a variable
ERROR:HDLCompiler:841 - "E:/lab_fpga/lab3/cic_work/tb_cic.vhd" Line 152: 
Expecting type text for <file_out>.
ERROR:HDLCompiler:187 - "E:/lab_fpga/lab3/cic_work/tb_cic.vhd" Line 152: 
Actual file_out of formal f must be a file
ERROR:HDLCompiler:806 - "E:/lab_fpga/lab3/cic_work/tb_cic.vhd" Line 145: 
Syntax error near "file".r "process".
ERROR:HDLCompiler:806 - "E:/lab_fpga/lab3/cic_work/tb_cic.vhd" Line 154: 
Syntax error near end if
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This is what i have to do....

Generate the free running clock, reset for one cycle and ce_r (decimated 
clock that generates
one clock pulse for every 5 clock cycles). Clock enable (ce) can be tied 
to logic 1 so the filter
is always enabled).
3. Testing at 8 MHz passband: In this region, the filter is supposed to 
pass the sine wave with
some change on magnitude. Apply an 8 MHz sine wave sampled by 80 MHz. 
This means
you need 10 samples, each one applied at a 80 MHz clock and it is 
repeating. Read the input
data samples from a file using TEXT IO and apply the input to the 
design. Read the output
values from the waveform and draw both of the waveforms on the same 
graph.

---------- Post added at 16:56 ---------- Previous post was at 16:51 
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below are the 10 samples of 8 MHz wave taken at equal sine angles of 36 
degrees and normalised...i.e, multiplied by 2^17 (input data width 0:17) 
and then converted to signed binary number..

010010110011110010
011110011011110000
011110011011110000
010010110011110010
000000000000000000
101101001100001110
100001100100010000
100001100100010000
101101001100001110
000000000000000000
these inputs should be feed to the cic filter..