Update string formatting documentation

introduction/Formatting.rst

@@ -3,7 +3,7 @@ String Formatting
 
 This section explains the simple string formatter built into x64dbg.
 
-The basic syntax is ``{?:expression}`` where ``?`` is the optional type of the expression. The default type is ``x``. To output ``{`` or ``}`` in the result, escape them as ``{{`` or ``}}``.
+The basic syntax is ``{?:expression}`` where ``?`` is the optional type of the expression. To output ``{`` or ``}`` in the result, escape them as ``{{`` or ``}}``.
 
 -----
 Types
@@ -13,7 +13,7 @@ Types
 - ``u`` **u**\ nsigned decimal: ``57329171``
 - ``p`` zero prefixed **p**\ ointer: ``0000000410007683``
 - ``s`` **s**\ tring pointer: ``this is a string``
-- ``x`` he\ **x**: ``3C28A``
+- ``x`` he\ **x**: ``3C28A`` (default for integer values)
 - ``a`` **a**\ ddress info: ``00401010 <module.EntryPoint>``
 - ``i`` **i**\ nstruction text: ``jmp 0x77ac3c87``
 - ``f`` single precision floating-point pointer or register: If ``10001234`` is an address of a single precision floating-point number 3.14, ``{f:10001234}`` will print ``3.14``. It can also accept XMM and YMM registers: ``{f:XMM0}`` prints the single precision floating-point number at XMM0 bit 31:0, ``{f:YMM7[7]}`` prints the single precision floating-point number at YMM7 bit 255:224. x87 and AVX-512 registers are currently not supported.
@@ -25,29 +25,18 @@ Types
 Complex Type
 ------------
 
-``{mem;size@address}`` will print the ``size`` bytes starting at ``address`` in hex.
-
-``{winerror@code}`` will print the name of windows error code(returned with ``GetLastError()``) and the description of it(with ``FormatMessage``). It is similar to ErrLookup utility.
-
-``{ntstatus@code}`` will print the name of NTSTATUS error code and the description of it(with ``FormatMessage``).
-
-``{ascii[;length]@address}`` will print the ASCII string at ``address`` with an optional ``length`` (in bytes).
-
-``{ansi[;length]@address}`` will print the ANSI string at ``address`` with an optional ``length`` (in bytes).
-
-``{utf8[;length]@address}`` will print the UTF-8 string at ``address`` with an optional ``length`` (in bytes).
-
-``{utf16[;length]@address}`` will print the UTF-16 string at ``address`` with an optional ``length`` (in words).
-
-``{disasm@address}`` will print the disassembly at ``address`` (equivalent to ``{i:address}``).
-
-``{modname@address}`` will print the name of the module at ``address``.
-
-``{bswap[;size]@value}`` will byte-swap ``value`` for a specified ``size`` (size of pointer per default).
-
-``{label@address}`` will print the (auto)label at ``address``.
-
-``{comment@address}`` will print the (auto)comment at ``address``.
+- ``{mem;size@address}`` will print the ``size`` bytes starting at ``address`` in hex.
+- ``{winerror@code}`` will print the name of windows error code(returned with ``GetLastError()``) and the description of it(with ``FormatMessage``). It is similar to ErrLookup utility.
+- ``{ntstatus@code}`` will print the name of NTSTATUS error code and the description of it(with ``FormatMessage``).
+- ``{ascii[;length]@address}`` will print the ASCII string at ``address`` with an optional ``length`` (in bytes).
+- ``{ansi[;length]@address}`` will print the ANSI string at ``address`` with an optional ``length`` (in bytes).
+- ``{utf8[;length]@address}`` will print the UTF-8 string at ``address`` with an optional ``length`` (in bytes).
+- ``{utf16[;length]@address}`` will print the UTF-16 string at ``address`` with an optional ``length`` (in words).
+- ``{disasm@address}`` will print the disassembly at ``address`` (equivalent to ``{i:address}``).
+- ``{modname@address}`` will print the name of the module at ``address``.
+- ``{bswap[;size]@value}`` will byte-swap ``value`` for a specified ``size`` (size of pointer per default).
+- ``{label@address}`` will print the (auto)label at ``address``.
+- ``{comment@address}`` will print the (auto)comment at ``address``.
 
 --------
 Examples
@@ -58,6 +47,7 @@ Examples
 - ``function type: {mem;1@[ebp]+0xa}`` formats to ``function type: 01``
 - ``{x:bswap(rax)}`` where ``rax=0000000078D333E0`` formats to ``E033D37800000000`` because of bswap fun which reverse the hex value
 - ``{bswap;4@rax}`` where ``rax=1122334455667788`` formats to ``88776655``
+- ``mnemonic: {dis.mnemonic(dis.sel())}`` formats to ``mnemonic: push``
 
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