"PCMPEQW",
	"PCMPESTRI",
	"PCMPESTRM",
	"PCMPGTB",
	"PCMPGTL",
	"PCMPGTQ",
	"PCMPGTW",
	"PCMPISTRI",
	"PCMPISTRM",
	"PDEPL",
	"PDEPQ",
	"PEXTL",
	"PEXTQ",
	"PEXTRB",
	"PEXTRD",
	"PEXTRQ",
	"PEXTRW",
	"PHADDD",
	"PHADDSW",
	"PHADDW",
	"PHMINPOSUW",
	"PHSUBD",
	"PHSUBSW",
	"PHSUBW",
	"PINSRB",
	"PINSRD",
	"PINSRQ",
	"PINSRW",
	"PMADDUBSW",

	},
	"bmi2": {
		"sarxq", "sarxl", "sarx",
		"shlxq", "shlxl", "shlx",
		"shrxq", "shrxl", "shrx",
	},
	"sse41": {
		"roundsd",
		"pinsrq", "pinsrl", "pinsrd", "pinsrb", "pinsr",
		"pextrq", "pextrl", "pextrd", "pextrb", "pextr",
		"pminsb", "pminsd", "pminuw", "pminud", // Note: ub and sw are ok.
		"pmaxsb", "pmaxsd", "pmaxuw", "pmaxud",
		"pmovzxbw", "pmovzxbd", "pmovzxbq", "pmovzxwd", "pmovzxwq", "pmovzxdq",

	PEXTRQ $7, X2, (BX)                     // 66480f3a161307
	PEXTRQ $7, X11, (BX)                    // 664c0f3a161b07
	PEXTRQ $7, X2, (R11)                    // 66490f3a161307
	PEXTRQ $7, X11, (R11)                   // 664d0f3a161b07
	PEXTRQ $7, X2, DX                       // 66480f3a16d207
	PEXTRQ $7, X11, DX                      // 664c0f3a16da07
	PEXTRQ $7, X2, R11                      // 66490f3a16d307

	PCMPGTD:         "PCMPGTD",
	PCMPGTQ:         "PCMPGTQ",
	PCMPGTW:         "PCMPGTW",
	PCMPISTRI:       "PCMPISTRI",
	PCMPISTRM:       "PCMPISTRM",
	PEXTRB:          "PEXTRB",
	PEXTRD:          "PEXTRD",
	PEXTRQ:          "PEXTRQ",
	PEXTRW:          "PEXTRW",
	PHADDD:          "PHADDD",
	PHADDSW:         "PHADDSW",
	PHADDW:          "PHADDW",
	PHMINPOSUW:      "PHMINPOSUW",
	PHSUBD:          "PHSUBD",

	APCMPEQL
	APCMPEQQ
	APCMPEQW
	APCMPESTRI
	APCMPESTRM
	APCMPGTB
	APCMPGTL
	APCMPGTQ
	APCMPGTW
	APCMPISTRI
	APCMPISTRM
	APDEPL
	APDEPQ
	APEXTL
	APEXTQ
	APEXTRB
	APEXTRD
	APEXTRQ
	APEXTRW
	APHADDD
	APHADDSW
	APHADDW
	APHMINPOSUW
	APHSUBD
	APHSUBSW
	APHSUBW
	APINSRB
	APINSRD
	APINSRQ
	APINSRW
	APMADDUBSW
	APMADDWL
	APMAXSB

So, we get a Pydantic model from the data in another Pydantic model.

#### Unwrapping a `dict` and extra keywords

And then adding the extra keyword argument `hashed_password=hashed_password`, like in:

```Python
UserInDB(**user_in.dict(), hashed_password=hashed_password)
```

...ends up being like:

```Python

# Extra Data Types

Up to now, you have been using common data types, like:

* `int`
* `float`
* `str`
* `bool`

But you can also use more complex data types.

And you will still have the same features as seen up to now:

* Great editor support.
* Data conversion from incoming requests.
* Data conversion for response data.
* Data validation.
* Automatic annotation and documentation.

## Other data types

		{[]byte(`-lextra\ fun\ arg\\`), []string{`-lextra fun arg\`}},
		{[]byte("\textra     whitespace\r\n"), []string{"extra", "whitespace\r"}},
		{[]byte("     \r\n      "), []string{"\r"}},
		{[]byte(`"-r:foo" "-L/usr/white space/lib" "-lfoo bar" "-lbar baz"`), []string{"-r:foo", "-L/usr/white space/lib", "-lfoo bar", "-lbar baz"}},
		{[]byte(`"-lextra fun arg\\"`), []string{`-lextra fun arg\`}},

	asanName := ir.NewNameAt(base.Pos, symL, types.Types[types.TSTRING])
	asanName.Class = ir.PEXTERN
	symL.Def = asanName
	typecheck.Target.Externs = append(typecheck.Target.Externs, asanName)

	symL = lname(".asanModulename")
	asanModulename := ir.NewNameAt(base.Pos, symL, types.Types[types.TSTRING])
	asanModulename.Class = ir.PEXTERN
	symL.Def = asanModulename
	typecheck.Target.Externs = append(typecheck.Target.Externs, asanModulename)

	f.Add([]byte(`-r:foo -L/usr/white\ space/lib -lfoo\ bar -lbar\ baz`))
	f.Add([]byte(`-lextra\ fun\ arg\\`))
	f.Add([]byte("\textra     whitespace\r"))
	f.Add([]byte("     \r      "))
	f.Add([]byte(`"-r:foo" "-L/usr/white space/lib" "-lfoo bar" "-lbar baz"`))
	f.Add([]byte(`"-lextra fun arg\\"`))
	f.Add([]byte(`"     \r\n\      "`))
	f.Add([]byte(`""`))
	f.Add([]byte(``))
	f.Add([]byte(`"\\"`))