在命令行

Question

我需要将多个UNIX文件转换为PC并将它们移动到特定文件夹，而不保留原始UNIX文件。

我测试了下面的命令并且它们有效，但TYPE命令保留原始UNIX文件并创建一个单独的PC文件。

C:\  TYPE input_filename | MORE /P > output_filename  <<< command to conver unix to ansi, works perfect.

C:\ move c:\users\you\somefile.txt   c:\temp\newlocation.txt <<< move a file to another location, work perfect.

我想知道是否有办法一起使用TYPE和MOVE命令，类似于：

C:\move c:\users\you\somefile.txt TYPE MORE /P >c:\temp\newlocation.txt

所以基本上它会将UNIX文件移动到另一个目录，同时将其格式更改为windows。

Answer 1

### varholder.h
#include <stdint.h>
class VarHolder
{
public:
VarHolder() {}
virtual ~VarHolder() {}
typedef struct 
{
int8_t var1;
uint8_t var2;
int64_t var3;
char str1[40];
} struct1_t;

struct1_t struct1;
}

### firststage.h
#include global.h

class FirstStage 
{    
public:
    FirstStage() {}
    ~FirstStage() {}

    void doFirstStage(void)
    {
        /* Globally defined committer instance */
        g_committer_instance->mark_var_change(&varholder_instance->struct1.var1);
    }
}

### secondstage.h
#include global.h

class SecondStage
{
    public:
    SecondStage() {}
    ~SecondStage() {}
    template <typename T>
    void doSecondStage(T new_value)
    {
        g_committer_instance->commit_change(new_value);
    }
}
### committer.h
#include global.h

class Committer
{
    public:
    Committer() {}
    ~Committer() {}
template <typename T>
void Committer::mark_var_change(T *var)
{
    /* Store a pointer to the variable */
    /* SAVE SOMEWHERE PRESERVING TYPE */ = var;
}

template <typename T>
void Committer::commit_change(T new_value)
{
    /* Dereferencing the previously stored pointer */
    *(/*WHATEVER I STORED BEFORE*/) = new_value;
}
}


### global.h

#include varholder.h
#include committer.h

extern Committer *g_committer_instance;
extern VarHolder *varholder_instance;

### main.cpp

#include global.h
#include varholder.h
#include firststage.h
#include secondstage.h


Committer *g_committer_instance;
VarHolder *varholder_instance;

int main() 
{
g_committer_instance = new Committer();
varholder_instance = new VarHolder();
FirstStage *fstage = new FirstStage();
SecondStage *sstage = new SecondStage();

int8_t var_new = 100;

/* First stage */
fstage->doFirstStage();
/* Second stage */
sstage->doSecondStage(var_new);

return 0;
}