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feat: ArgVariant annotation and plot methods with count parameter (#264)

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* feat(generator): introduce ArgVariant annotation

New annotation provides an ability to generate methods definitions for different types and names.

* feat(api): expose count param for plot* methods
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SpaiR authored and GitHub committed 2024-08-26 11:33:55 +03:00
1 parent cae0581df2
commit 9518b1cec6
8 files changed
+7605 -1785
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imgui-binding/src/main/java/imgui/ImGui.java
+16 -26
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@@ -2,6 +2,7 @@ package imgui;
import imgui.assertion.ImAssertCallback;
import imgui.binding.annotation.ArgValue;
import imgui.binding.annotation.ArgVariant;
import imgui.binding.annotation.BindingMethod;
import imgui.binding.annotation.BindingSource;
import imgui.binding.annotation.OptArg;
@@ -1493,34 +1494,23 @@ public class ImGui {
public static native boolean InputDouble(String label, ImDouble v, @OptArg double step, @OptArg double stepFast, @OptArg(callValue = "\"%.6f\"") String format, @OptArg int imGuiInputTextFlags);
@BindingMethod
public static native boolean InputScalar(String label, Void ImGuiDataType_S16, ImShort pData, @OptArg @ArgValue(callPrefix = "&") short pStep, @OptArg @ArgValue(callPrefix = "&") short pStepFast, @OptArg String format, @OptArg int imGuiSliderFlags);
public static native boolean InputScalar(String label,
@ArgVariant(name = {"ImGuiDataType_S16", "ImGuiDataType_S32", "ImGuiDataType_S64", "ImGuiDataType_Float", "ImGuiDataType_Double"}) Void __,
@ArgVariant(type = {"ImShort", "ImInt", "ImLong", "ImFloat", "ImDouble"}) Void pData,
@ArgVariant(type = {"short", "int", "long", "float", "double"}) @OptArg @ArgValue(callPrefix = "&") Void pStep,
@ArgVariant(type = {"short", "int", "long", "float", "double"}) @OptArg @ArgValue(callPrefix = "&") Void pStepFast,
@OptArg String format,
@OptArg int imGuiSliderFlags);
@BindingMethod
public static native boolean InputScalar(String label, Void ImGuiDataType_S32, ImInt pData, @OptArg @ArgValue(callPrefix = "&") int pStep, @OptArg @ArgValue(callPrefix = "&") int pStepFast, @OptArg String format, @OptArg int imGuiSliderFlags);
@BindingMethod
public static native boolean InputScalar(String label, Void ImGuiDataType_S64, ImLong pData, @OptArg @ArgValue(callPrefix = "&") long pStep, @OptArg @ArgValue(callPrefix = "&") long pStepFast, @OptArg String format, @OptArg int imGuiSliderFlags);
@BindingMethod
public static native boolean InputScalar(String label, Void ImGuiDataType_Float, ImFloat pData, @OptArg @ArgValue(callPrefix = "&") float pStep, @OptArg @ArgValue(callPrefix = "&") float pStepFast, @OptArg String format, @OptArg int imGuiSliderFlags);
@BindingMethod
public static native boolean InputScalar(String label, Void ImGuiDataType_Double, ImDouble pData, @OptArg @ArgValue(callPrefix = "&") double pStep, @OptArg @ArgValue(callPrefix = "&") double pStepFast, @OptArg String format, @OptArg int imGuiSliderFlags);
@BindingMethod
public static native boolean InputScalarN(String label, Void ImGuiDataType_S16, short[] pData, int components, @OptArg @ArgValue(callPrefix = "&") short pStep, @OptArg @ArgValue(callPrefix = "&") short pStepFast, @OptArg String format, @OptArg int imGuiSliderFlags);
@BindingMethod
public static native boolean InputScalarN(String label, Void ImGuiDataType_S32, int[] pData, int components, @OptArg @ArgValue(callPrefix = "&") int pStep, @OptArg @ArgValue(callPrefix = "&") int pStepFast, @OptArg String format, @OptArg int imGuiSliderFlags);
@BindingMethod
public static native boolean InputScalarN(String label, Void ImGuiDataType_S64, long[] pData, int components, @OptArg @ArgValue(callPrefix = "&") long pStep, @OptArg @ArgValue(callPrefix = "&") long pStepFast, @OptArg String format, @OptArg int imGuiSliderFlags);
@BindingMethod
public static native boolean InputScalarN(String label, Void ImGuiDataType_Float, float[] pData, int components, @OptArg @ArgValue(callPrefix = "&") float pStep, @OptArg @ArgValue(callPrefix = "&") float pStepFast, @OptArg String format, @OptArg int imGuiSliderFlags);
@BindingMethod
public static native boolean InputScalarN(String label, Void ImGuiDataType_Double, double[] pData, int components, @OptArg @ArgValue(callPrefix = "&") double pStep, @OptArg @ArgValue(callPrefix = "&") double pStepFast, @OptArg String format, @OptArg int imGuiSliderFlags);
public static native boolean InputScalarN(String label,
@ArgVariant(name = {"ImGuiDataType_S16", "ImGuiDataType_S32", "ImGuiDataType_S64", "ImGuiDataType_Float", "ImGuiDataType_Double"}) Void __,
@ArgVariant(type = {"short[]", "int[]", "long[]", "float[]", "double[]"}) Void pData,
int components,
@ArgVariant(type = {"short", "int", "long", "float", "double"}) @OptArg @ArgValue(callPrefix = "&") Void pStep,
@ArgVariant(type = {"short", "int", "long", "float", "double"}) @OptArg @ArgValue(callPrefix = "&") Void pStepFast,
@OptArg String format,
@OptArg int imGuiSliderFlags);
// Widgets: Color Editor/Picker (tip: the ColorEdit* functions have a little color square that can be left-clicked to open a picker, and right-clicked to open an option menu.)
// - Note that in C++ a 'float v[X]' function argument is the _same_ as 'float* v', the array syntax is just a way to document the number of elements that are expected to be accessible.