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euresyssrc: fix enums to use sequential values

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This commit is contained in:
Joshua M. Doe 2013-12-12 12:07:36 -05:00
parent 000fab6c14
commit 6f689dd78d
2 changed files with 97 additions and 55 deletions
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125
sys/euresys/gsteuresyssrc.c
View File

@ -74,10 +74,10 @@ enum
PROP_COLOR_FORMAT
};
#define DEFAULT_PROP_BOARD_INDEX 0
#define DEFAULT_PROP_CAMERA_TYPE MC_Camera_CAMERA_NTSC
#define DEFAULT_PROP_CONNECTOR MC_Connector_VID1
#define DEFAULT_PROP_COLOR_FORMAT MC_ColorFormat_Y8
#define DEFAULT_PROP_BOARD_INDEX 0
#define DEFAULT_PROP_CAMERA_TYPE GST_EURESYS_CAMERA_EIA
#define DEFAULT_PROP_CONNECTOR GST_EURESYS_CONNECTOR_VID1
#define DEFAULT_PROP_COLOR_FORMAT GST_EURESYS_COLOR_FORMAT_Y8
/* pad templates */
@ -89,6 +89,12 @@ GST_STATIC_PAD_TEMPLATE ("src",
("{ GRAY8, RGB, ARGB, RGB_16, RGB_16 }"))
);
int gst_euresys_connector_map[] = {
MC_Connector_VID1,
MC_Connector_VID2,
MC_Connector_VID3,
MC_Connector_VID4
};
#define GST_TYPE_EURESYS_CONNECTOR (gst_euresys_connector_get_type())
static GType
@ -96,40 +102,40 @@ gst_euresys_connector_get_type (void)
{
static GType euresys_connector_type = 0;
static const GEnumValue euresys_connector[] = {
{MC_Connector_VID1, "VID1", "VID1 input"},
{MC_Connector_VID2, "VID2", "VID2 input"},
{MC_Connector_VID3, "VID3", "VID3 input"},
{MC_Connector_VID4, "VID4", "VID4 input"},
{MC_Connector_VID5, "VID5", "VID5 input"},
{MC_Connector_VID6, "VID6", "VID6 input"},
{MC_Connector_VID7, "VID7", "VID7 input"},
{MC_Connector_VID8, "VID8", "VID8 input"},
{MC_Connector_VID9, "VID9", "VID9 input"},
{MC_Connector_VID10, "VID10", "VID10 input"},
{MC_Connector_VID11, "VID11", "VID11 input"},
{MC_Connector_VID12, "VID12", "VID12 input"},
{MC_Connector_VID13, "VID13", "VID13 input"},
{MC_Connector_VID14, "VID14", "VID14 input"},
{MC_Connector_VID15, "VID15", "VID15 input"},
{MC_Connector_VID16, "VID16", "VID16 input"},
{MC_Connector_YC, "YC", "YC input using the MiniDIN4 or DB9 connector"},
{MC_Connector_YC1, "YC1", "YC1 input using the HD44 connector"},
{MC_Connector_YC2, "YC2", "YC2 input using the HD44 connector"},
{MC_Connector_YC3, "YC3", "YC3 input using the HD44 connector"},
{MC_Connector_YC4, "YC4", "YC4 input using the HD44 connector"},
{MC_Connector_X, "X", "X input"},
{MC_Connector_Y, "Y", "Y input"},
{MC_Connector_XBIS, "XBIS", "XBIS input using the secondary lane"},
{MC_Connector_YBIS, "YBIS", "YBIS input using the secondary lane"},
{MC_Connector_X1, "X1", "X1 input"},
{MC_Connector_X2, "X2", "X2 input"},
{MC_Connector_Y1, "Y1", "Y1 input"},
{MC_Connector_Y2, "Y2", "Y2 input"},
{MC_Connector_A, "A",
"A input (Grablink Expert 2 DuoCam mode, connector A)"},
{MC_Connector_B, "B",
"B input (Grablink Expert 2 DuoCam mode, connector B)"},
{MC_Connector_M, "M", "M input (Grablink in MonoCam mode)"},
{GST_EURESYS_CONNECTOR_VID1, "VID1", "VID1 input"},
{GST_EURESYS_CONNECTOR_VID2, "VID2", "VID2 input"},
{GST_EURESYS_CONNECTOR_VID3, "VID3", "VID3 input"},
{GST_EURESYS_CONNECTOR_VID4, "VID4", "VID4 input"},
//{MC_Connector_VID5, "VID5", "VID5 input"},
//{MC_Connector_VID6, "VID6", "VID6 input"},
//{MC_Connector_VID7, "VID7", "VID7 input"},
//{MC_Connector_VID8, "VID8", "VID8 input"},
//{MC_Connector_VID9, "VID9", "VID9 input"},
//{MC_Connector_VID10, "VID10", "VID10 input"},
//{MC_Connector_VID11, "VID11", "VID11 input"},
//{MC_Connector_VID12, "VID12", "VID12 input"},
//{MC_Connector_VID13, "VID13", "VID13 input"},
//{MC_Connector_VID14, "VID14", "VID14 input"},
//{MC_Connector_VID15, "VID15", "VID15 input"},
//{MC_Connector_VID16, "VID16", "VID16 input"},
//{MC_Connector_YC, "YC", "YC input using the MiniDIN4 or DB9 connector"},
//{MC_Connector_YC1, "YC1", "YC1 input using the HD44 connector"},
//{MC_Connector_YC2, "YC2", "YC2 input using the HD44 connector"},
//{MC_Connector_YC3, "YC3", "YC3 input using the HD44 connector"},
//{MC_Connector_YC4, "YC4", "YC4 input using the HD44 connector"},
//{MC_Connector_X, "X", "X input"},
//{MC_Connector_Y, "Y", "Y input"},
//{MC_Connector_XBIS, "XBIS", "XBIS input using the secondary lane"},
//{MC_Connector_YBIS, "YBIS", "YBIS input using the secondary lane"},
//{MC_Connector_X1, "X1", "X1 input"},
//{MC_Connector_X2, "X2", "X2 input"},
//{MC_Connector_Y1, "Y1", "Y1 input"},
//{MC_Connector_Y2, "Y2", "Y2 input"},
//{MC_Connector_A, "A",
// "A input (Grablink Expert 2 DuoCam mode, connector A)"},
//{MC_Connector_B, "B",
// "B input (Grablink Expert 2 DuoCam mode, connector B)"},
//{MC_Connector_M, "M", "M input (Grablink in MonoCam mode)"},
{0, NULL, NULL},
};
@ -140,16 +146,23 @@ gst_euresys_connector_get_type (void)
return euresys_connector_type;
}
int gst_euresys_color_format_map[] = {
MC_ColorFormat_Y8,
MC_ColorFormat_RGB24,
MC_ColorFormat_RGB32,
MC_ColorFormat_ARGB32
};
#define GST_TYPE_EURESYS_COLOR_FORMAT (gst_euresys_color_format_get_type())
static GType
gst_euresys_color_format_get_type (void)
{
static GType euresys_color_format_type = 0;
static const GEnumValue euresys_color_format[] = {
{MC_ColorFormat_RGB24, "RGB24", "RGB24"},
{MC_ColorFormat_RGB32, "RGB32", "RGB32"},
{MC_ColorFormat_Y8, "Y8", "Monochrome 8-bit"},
{MC_ColorFormat_ARGB32, "ARGB32", "ARGB32"},
{GST_EURESYS_COLOR_FORMAT_Y8, "Y8", "Monochrome 8-bit"},
{GST_EURESYS_COLOR_FORMAT_RGB24, "RGB24", "RGB24"},
{GST_EURESYS_COLOR_FORMAT_RGB32, "RGB32", "RGB32"},
{GST_EURESYS_COLOR_FORMAT_ARGB32, "ARGB32", "ARGB32"},
{0, NULL, NULL},
};
@ -160,16 +173,23 @@ gst_euresys_color_format_get_type (void)
return euresys_color_format_type;
}
int gst_euresys_camera_map[] = {
MC_Camera_CAMERA_EIA,
MC_Camera_CAMERA_NTSC,
MC_Camera_CAMERA_CCIR,
MC_Camera_CAMERA_PAL
};
#define GST_TYPE_EURESYS_CAMERA (gst_euresys_camera_get_type())
static GType
gst_euresys_camera_get_type (void)
{
static GType euresys_camera_type = 0;
static const GEnumValue euresys_camera[] = {
{MC_Camera_CAMERA_CCIR, "CCIR", "CCIR broadcasting standard"},
{MC_Camera_CAMERA_EIA, "EIA", "EIA broadcasting standard"},
{MC_Camera_CAMERA_PAL, "PAL", "PAL broadcasting standard"},
{MC_Camera_CAMERA_NTSC, "NTSC", "NTSC broadcasting standard"},
{GST_EURESYS_CAMERA_EIA, "EIA", "EIA broadcasting standard"},
{GST_EURESYS_CAMERA_NTSC, "NTSC", "NTSC broadcasting standard"},
{GST_EURESYS_CAMERA_CCIR, "CCIR", "CCIR broadcasting standard"},
{GST_EURESYS_CAMERA_PAL, "PAL", "PAL broadcasting standard"},
{0, NULL, NULL},
};
@ -367,7 +387,7 @@ gst_euresys_get_property (GObject * object, guint property_id,
g_value_set_enum (value, euresys->connector);
break;
case PROP_COLOR_FORMAT:
g_value_get_enum (value, euresys->colorFormat);
g_value_set_enum (value, euresys->colorFormat);
break;
default:
G_OBJECT_WARN_INVALID_PROPERTY_ID (object, property_id, pspec);
@ -435,7 +455,9 @@ gst_euresys_start (GstBaseSrc * bsrc)
}
/* Select the video connector */
status = McSetParamInt (euresys->hChannel, MC_Connector, euresys->connector);
status =
McSetParamInt (euresys->hChannel, MC_Connector,
gst_euresys_connector_map[euresys->connector]);
if (status != MC_OK) {
GST_ELEMENT_ERROR (euresys, RESOURCE, SETTINGS,
(("Failed to set connector to channel.")), (NULL));
@ -443,7 +465,9 @@ gst_euresys_start (GstBaseSrc * bsrc)
}
/* Select the video signal type */
status = McSetParamInt (euresys->hChannel, MC_Camera, euresys->cameraType);
status =
McSetParamInt (euresys->hChannel, MC_Camera,
gst_euresys_camera_map[euresys->cameraType]);
if (status != MC_OK) {
GST_ELEMENT_ERROR (euresys, RESOURCE, SETTINGS,
(("Failed to set camera type = %d."), euresys->cameraType), (NULL));
@ -452,7 +476,8 @@ gst_euresys_start (GstBaseSrc * bsrc)
/* Set the color format */
status =
McSetParamInt (euresys->hChannel, MC_ColorFormat, euresys->colorFormat);
McSetParamInt (euresys->hChannel, MC_ColorFormat,
gst_euresys_color_format_map[euresys->colorFormat]);
if (status != MC_OK) {
GST_ELEMENT_ERROR (euresys, RESOURCE, SETTINGS,
(("Failed to set color format = %d."), MC_ColorFormat_Y8), (NULL));

25
sys/euresys/gsteuresyssrc.h
View File

@ -43,8 +43,25 @@ typedef struct _GstEuresysClass GstEuresysClass;
* Identifies the connector that the camera is connected to.
*/
typedef enum {
GST_EURESYS_CONNECTOR_VID1,
GST_EURESYS_CONNECTOR_VID2,
GST_EURESYS_CONNECTOR_VID3,
GST_EURESYS_CONNECTOR_VID4
} GstEuresysConnectorEnum;
} GstEuresysConnector;
typedef enum {
GST_EURESYS_COLOR_FORMAT_Y8,
GST_EURESYS_COLOR_FORMAT_RGB24,
GST_EURESYS_COLOR_FORMAT_RGB32,
GST_EURESYS_COLOR_FORMAT_ARGB32
} GstEuresysColorFormatEnum;
typedef enum {
GST_EURESYS_CAMERA_EIA,
GST_EURESYS_CAMERA_NTSC,
GST_EURESYS_CAMERA_CCIR,
GST_EURESYS_CAMERA_PAL
} GstEuresysCameraEnum;
struct _GstEuresys
{
@ -59,9 +76,9 @@ struct _GstEuresys
/* properties */
INT32 boardIdx;
INT32 cameraType;
INT32 connector;
INT32 colorFormat;
GstEuresysCameraEnum cameraType;
GstEuresysConnectorEnum connector;
GstEuresysColorFormatEnum colorFormat;
};
struct _GstEuresysClass