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libcanvas/CanvasExportStore.py:exportTextBuffer(): fix transparent colour processing.
libcanvas/CanvasImportStore.py:importTextBuffer(): fix transparent colour processing.
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0f88a78639
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@ -166,7 +166,7 @@ class CanvasExportStore():
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def exportTextBuffer(self, canvasMap, canvasSize):
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outBuffer = ""
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for canvasRow in range(canvasSize[1]):
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canvasLastColours = [15, 1]
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canvasLastColours = [15, -1]
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for canvasCol in range(canvasSize[0]):
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canvasColColours = canvasMap[canvasRow][canvasCol][0:2]
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canvasColText = canvasMap[canvasRow][canvasCol][3]
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@ -176,12 +176,9 @@ class CanvasExportStore():
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and (canvasColColours[1] != canvasLastColours[1]):
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if (canvasColColours[0] == -1) \
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and (canvasColColours[1] == -1):
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outBuffer += "\u0003 "
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outBuffer += "\u000f"
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elif canvasColColours[1] == -1:
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outBuffer += "\u0003\u0003{}".format(canvasColColours[0])
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elif (canvasColColours[0] == canvasLastColours[1]) \
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and (canvasColColours[1] == canvasLastColours[0]):
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outBuffer += "\u0016"
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else:
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outBuffer += "\u0003{},{}".format(canvasColColours[0], canvasColColours[1])
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canvasLastColours = canvasColColours
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@ -192,7 +189,10 @@ class CanvasExportStore():
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outBuffer += "\u0003{},{}".format(canvasLastColours[0], canvasColColours[1])
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canvasLastColours[1] = canvasColColours[1]
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elif canvasColColours[0] != canvasLastColours[0]:
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outBuffer += "\u0003{}".format(canvasColColours[0])
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if canvasColColours[0] == -1:
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outBuffer += "\u000f"
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else:
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outBuffer += "\u0003{}".format(canvasColColours[0])
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canvasLastColours[0] = canvasColColours[0]
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outBuffer += canvasColText
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outBuffer += "\n"
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@ -24,7 +24,7 @@ class CanvasImportStore():
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# {{{ importAnsiBuffer(self, inBuffer, encoding="cp437", width=None)
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def importAnsiBuffer(self, inBuffer, encoding="cp437", width=None):
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curBg, curBgAnsi, curBoldAnsi, curFg, curFgAnsi = 1, 30, False, 15, 37
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curBg, curBgAnsi, curBoldAnsi, curFg, curFgAnsi = -1, 30, False, 15, 37
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done, outMap, outMaxCols = False, [[]], 0
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inBufferData = inBuffer.decode(encoding)
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inBufferChar, inBufferCharMax = 0, len(inBufferData)
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@ -40,7 +40,7 @@ class CanvasImportStore():
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newBg, newFg = -1, -1
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for ansiCode in [int(c) for c in m[1][:-1].split(";")]:
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if ansiCode == 0:
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curBgAnsi, curBoldAnsi, curFgAnsi, newBg, newFg = 30, False, 37, 1, 15
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curBgAnsi, curBoldAnsi, curFgAnsi, newBg, newFg = 30, False, 37, -1, 15
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elif ansiCode == 1:
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curBoldAnsi, newFg = True, AnsiFgBoldToMiRCARTColours[curFgAnsi]
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elif ansiCode == 2:
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@ -69,7 +69,7 @@ class CanvasImportStore():
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or ((len(outMap) == 1) and len(outMap[0])):
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for numRow in range(len(outMap)):
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for numCol in range(len(outMap[numRow]), outMaxCols):
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outMap[numRow].append([curFg, curBg, self._CellState.CS_NONE, " "])
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outMap[numRow].append([15, -1, self._CellState.CS_NONE, " "])
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self.inSize, self.outMap = [outMaxCols, len(outMap)], outMap
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return (True, None)
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else:
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@ -95,7 +95,7 @@ class CanvasImportStore():
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def importTextBuffer(self, inFile):
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inLine, outMap, outMaxCols = inFile.readline(), [], 0
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while inLine:
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inCellState, inCurCol, inCurColours, inMaxCol = self._CellState.CS_NONE, 0, (15, 1), len(inLine); outMap.append([]);
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inCellState, inCurCol, inCurColours, inMaxCol = self._CellState.CS_NONE, 0, (15, -1), len(inLine); outMap.append([]);
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while inCurCol < inMaxCol:
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inChar = inLine[inCurCol]
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if inChar in set("\r\n"):
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@ -110,14 +110,14 @@ class CanvasImportStore():
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elif (m[2] != None) and (m[3] == None):
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inCurColours = (int(m[2]), int(inCurColours[1]))
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else:
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inCurColours = (15, 1)
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inCurColours = (15, -1)
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inCurCol += len(m[0])
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else:
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inCurColours = (15, 1); inCurCol += 1;
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inCurColours = (15, -1); inCurCol += 1;
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elif inChar == "\u0006":
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inCellState = self._flipCellStateBit(self._CellState.CS_ITALIC, inCellState); inCurCol += 1;
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elif inChar == "\u000f":
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inCellState |= self._CellState.CS_NONE; inCurColours = (15, 1); inCurCol += 1;
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inCellState |= self._CellState.CS_NONE; inCurColours = (15, -1); inCurCol += 1;
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elif inChar == "\u0016":
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inCurColours = (inCurColours[1], inCurColours[0]); inCurCol += 1;
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elif inChar == "\u001f":
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@ -127,6 +127,9 @@ class CanvasImportStore():
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inLine, outMaxCols = inFile.readline(), max(outMaxCols, len(outMap[-1]))
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if (len(outMap) > 1) \
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or ((len(outMap) == 1) and len(outMap[0])):
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for numRow in range(len(outMap)):
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for numCol in range(len(outMap[numRow]), outMaxCols):
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outMap[numRow].append([15, -1, self._CellState.CS_NONE, " "])
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self.inSize, self.outMap = [outMaxCols, len(outMap)], outMap
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return (True, None)
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else:
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