user: What would the C source look like for the assembly code provided here?

```asm
<help_enc>:
  endbr64
  push   %rbp
  mov    %rsp,%rbp
  lea    D5(%rip),%rax
  mov    %rax,%rdi
  call   <printf@plt>
  nop
  pop    %rbp
  ret
```

tool_calls: name: parse_data
arguments: data_tag: D5
type_guessed: string

tool: D5: 
 Usage: encmars [-options] [inputfile [outputfile]]
 Supported options:
 --------------------------------------------------------------------------
 -F   Fisher method          (Off)   -X   Hurtgen method              (Off)
 -Z   Saupe-Fisher method    (Off)   -S   Saupe method                (Off)
 -Y   Saupe-MC method        (Off)   -C   MassCenter method           (On) 
 -e # Entropy threshold      (8.0)   -d # Domain step                 (4)  
 -r # Rms threshold          (8.0)   -a # Adaptive factor             (1.0)
 -v # Variance threshold     (Inf)   -W # Image width                 (512)
 -m # Min range size         (4)     -H # Image height                (512)
 -M # Max range size         (16)    -l # Matches in a kd-tree query  (50) 
 -f   Full 1^ class search   (Off)   -p # Epsilon in a kd-tree query  (2.0)
 -s   Full 2^ class search   (Off)   -k # Shrunk factor in MC method  (1.0)
 -c # Num of Saupe features  (16)    -n # Number of MC classes        (50) 
 -A # Num of bits for alfa   (4)     -B # Number of bits for beta     (7)  
 -y # Max value of alfa      (1.0)   -Q   Output a quadtree image     (Off)
 -z # Force alfa to be 0     (0)     -h   Display this help 

 Supported image format: raw and pgm
 Default input file : lena.raw
 Default output file: lena.ifs



assistant: ```c
void help_enc() {
  printf("\n Usage: encmars [-options] [inputfile [outputfile]]"
         "\n Supported options:\n"
         " --------------------------------------------------------------------------\n"
         " -F   Fisher method          (Off)   -X   Hurtgen method              (Off)\n"
         " -Z   Saupe-Fisher method    (Off)   -S   Saupe method                (Off)\n"
         " -Y   Saupe-MC method        (Off)   -C   MassCenter method           (On) \n"
         " -e # Entropy threshold      (8.0)   -d # Domain step                 (4)  \n"
         " -r # Rms threshold          (8.0)   -a # Adaptive factor             (1.0)\n"
         " -v # Variance threshold     (Inf)   -W # Image width                 (512)\n"
         " -m # Min range size         (4)     -H # Image height                (512)\n"
         " -M # Max range size         (16)    -l # Matches in a kd-tree query  (50) \n"
         " -f   Full 1^ class search   (Off)   -p # Epsilon in a kd-tree query  (2.0)\n"
         " -s   Full 2^ class search   (Off)   -k # Shrunk factor in MC method  (1.0)\n"
         " -c # Num of Saupe features  (16)    -n # Number of MC classes        (50) \n"
         " -A # Num of bits for alfa   (4)     -B # Number of bits for beta     (7)  \n"
         " -y # Max value of alfa      (1.0)   -Q   Output a quadtree image     (Off)\n"
         " -z # Force alfa to be 0     (0)     -h   Display this help \n\n"
         " Supported image format: raw and pgm\n"
         " Default input file : lena.raw\n"
         " Default output file: lena.ifs\n\n");
}
```