static void Main(string[] args)
{
#if __MonoCS__
using (IR2Pipe pipe = new R2Pipe("/bin/ls"))
#else
using (IR2Pipe pipe = new R2Pipe(@"C:\Windows\notepad.exe", @"C:\radare2\radare2.exe"))
#endif
{
Console.WriteLine("Hello r2! " + pipe.RunCommand("?V"));
Task<string> async = pipe.RunCommandAsync("?V");
// To use non-blocking async stuff in console applications, you need an async context. Google helps you.
// calling Result will block ulitmately.
Console.WriteLine("Hello async r2!" + async.Result);
// We can also issue multiple command sequentially, using a QueuedR2Pipe.
// Note however that if we supply the pipe to use we must not call dispose on the pipe.
QueuedR2Pipe qr2 = new QueuedR2Pipe(pipe);
qr2.Enqueue(new R2Command("x", (string result) => { Console.WriteLine("Result of x:\n {0}", result); }));
qr2.Enqueue(new R2Command("pi 10", (string result) => { Console.WriteLine("Result of pi 10:\n {0}", result); }));
// note that this can also be done asynchronously via qr2.ExecuteCommandsAsync();
qr2.ExecuteCommands();
}
}
static void Main(string[] args)
{
#if __MonoCS__
using (IR2Pipe pipe = new R2Pipe("/bin/ls"))
#else
using (IR2Pipe pipe = new R2Pipe(@"C:\Windows\notepad.exe", @"C:\radare2\radare2.exe"))
#endif
{
Console.WriteLine("Hello r2! " + pipe.RunCommand("?V"));
Task <string> async = pipe.RunCommandAsync("?V");
// To use non-blocking async stuff in console applications, you need an async context. Google helps you.
// calling Result will block ulitmately.
Console.WriteLine("Hello async r2!" + async.Result);
// We can also issue multiple command sequentially, using a QueuedR2Pipe.
// Note however that if we supply the pipe to use we must not call dispose on the pipe.
QueuedR2Pipe qr2 = new QueuedR2Pipe(pipe);
qr2.Enqueue(new R2Command("x", (string result) => { Console.WriteLine("Result of x:\n {0}", result); }));
qr2.Enqueue(new R2Command("pi 10", (string result) => { Console.WriteLine("Result of pi 10:\n {0}", result); }));
// note that this can also be done asynchronously via qr2.ExecuteCommandsAsync();
qr2.ExecuteCommands();
}
}
public string ExtractText(string filePath, string extension)
{
string r2Path = null;
if (FilesUtils.ExistsOnPath("radare2.exe"))
{
r2Path = FilesUtils.GetFullPath("radare2.exe");
}
else if (FilesUtils.ExistsOnPath("radare2"))
{
r2Path = FilesUtils.GetFullPath("radare2");
}
else
{
PrintR2NotFound();
return(null); // No radare
}
PrintR2Warning();
Console.Error.WriteLine($"Using radare from {r2Path}");
var sb = new StringBuilder();
using (IR2Pipe pipe = new R2Pipe(filePath, r2Path))
{
var queue = new QueuedR2Pipe(pipe);
queue.Enqueue(new R2Command("?V", (string result) =>
Console.Error.WriteLine($"Using radare version: {result}")));
queue.Enqueue(new R2Command("e bin.rawstr=1", (no_use) => { /* Do nothing */ }));
queue.Enqueue(new R2Command("izj", (string jsonResult) =>
{
List <R2ZString> strings = JsonConvert.DeserializeObject <List <R2ZString> >(jsonResult);
foreach (var s in strings)
{
sb.AppendLine(Base64Decode(s.String));
}
}));
queue.ExecuteCommands();
}
return(sb.ToString());
}
static void Main(string[] args)
{
using(IR2Pipe pipe = new HttpR2Pipe("http://cloud.rada.re/cmd/"))
{
Console.WriteLine(pipe.RunCommand("p8 32"));
// you can use the queue here too:
QueuedR2Pipe qr2 = new QueuedR2Pipe(pipe);
qr2.Enqueue(new R2Command("?V", (string result) => {
Console.WriteLine("Version: {0}", result);
}));
qr2.Enqueue(new R2Command("pdf @ entry0", (string result) =>
{
Console.WriteLine("Entrypoint: \n{0}", result);
}));
qr2.ExecuteCommands();
}
}
static void Main(string[] args)
{
using (IR2Pipe pipe = new HttpR2Pipe("http://cloud.rada.re/cmd/"))
{
Console.WriteLine(pipe.RunCommand("p8 32"));
// you can use the queue here too:
QueuedR2Pipe qr2 = new QueuedR2Pipe(pipe);
qr2.Enqueue(new R2Command("?V", (string result) => {
Console.WriteLine("Version: {0}", result);
}));
qr2.Enqueue(new R2Command("pdf @ entry0", (string result) =>
{
Console.WriteLine("Entrypoint: \n{0}", result);
}));
qr2.ExecuteCommands();
}
}
